• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    CLOTHING HANDLING APPARATUS A garment handling apparatus is disclosed including a cabinet having an inlet opening, a door including a door frame configured to open or close the inlet opening, a hinge unit configured to pivotally engage the door frame to the cabinet and a control panel fitted to the door frame to enable input of a control command or control information output, a cabinet connector fitted to the cabinet, the cabinet connector being configured to transmit and receive at least one of power and a control signal and a port connector separately mated to the cabinet connector, the port connector being configured to connect the control panel to the cabinet connector.
    公开号:BR102014027472B1
    申请号:R102014027472-3
    申请日:2014-11-03
    公开日:2022-01-25
    发明作者:Seyoung WOO；Sanghun Bae
    申请人:Lg Electronics Inc；
    IPC主号:
    专利说明:

    [0001] The present invention relates to connectors for power transmission or data transmission/reception and garment treatment apparatus having the same.
    [0002] In general, clothing treatment apparatus refers to apparatus that can perform washing and/or drying of clothing, such as clothes and the like. In recent years, garment treatment apparatus, which includes a steam supply device and garment renewing function for wrinkle removal, deodorization, static cling elimination and the like have become popular.
    [0003] An aesthetic function of a variety of devices including apparel treatment apparatus is increasingly a focus of attention. With regard to apparel treatment devices, designs to enhance an aesthetic function were actively studied.
    [0004] For example, while a control panel has been mounted to a cabinet in the related art, garment care apparatus in which a control panel is installed to a revolving door to pursue design diversity is a growing trend.
    [0005] In addition, electronic devices that require power supply are increasingly installed to a door similar to a control panel.
    [0006] In the case where a control panel and electronic devices are installed to a door of a garment treatment apparatus, there is a need for wires or cables connecting a power supply device and an information processing device, incorporated in a main body of the garment treatment apparatus, to the electronic devices installed in the door for powering or transmitting data to the electronic devices.
    [0007] However, garment treatment apparatus of the related art suffers from aesthetic deterioration and assembly efficiency due to a connection mechanism that connects a feeding device or an information processing device, incorporated in a main body of the treatment apparatus. garment, to any electronic device installed in a device that is separable from the main body or pivotally attached to the main body.
    [0008] Furthermore, in the case where a hinged door swivelly coupled to a cabinet is provided on the left or right side thereof with a hinge, the related technique has failed to solve the difficulty in coupling the supply device or the device information processing and inconvenience in connecting a power line or a communication line.
    [0009] Therefore, the present invention is directed to connectors and apparel treatment apparatus having the same that substantially prevent one or more problems due to limitations and disadvantages of the related technique.
    [0010] An object of the present invention is to provide a connector that connects an electronic device installed in a main body (cabinet) and an electronic device installed in a device separate from the main body from each other, and an apparatus for treating garments having the same .
    [0011] Another object of the present invention is to provide a connector connecting a port, a direction of rotation which is variable and an electronic device installed in the port to an electronic device installed in a main body, and an apparatus for treating garments having the same.
    [0012] Additional advantages, objects, and features will be set forth in part in the following description and in part will become apparent to those ordinarily versed in the art upon examination of what follows or may be learned from practice. The objectives and other advantages can be perceived and obtained by the structure particularly pointed out in the written description and claims of this document as well as the attached figures.
    [0013] In accordance with one embodiment of the present invention, an apparatus for treating garments includes a cabinet having an inlet opening for introducing garments, a garment receptacle configured to store garments received through the inlet opening, a door including a door configured to open or close the inlet opening, a hinge unit configured to pivotally couple the door frame to the cabinet, and a control panel fitted to the door frame to allow input of a control command or output of information from control, a cabinet connector fitted to the cabinet, the cabinet connector being configured to transmit and receive at least one of power and a control signal and a port connector separately mated to the cabinet connector, the port connector being configured to connect the control panel to the cabinet connector.
    [0014] The port connector can be attached to the hinge unit and the cabinet connector can be configured to be exposed from a cabinet surface corresponding to the port connector.
    [0015] The cabinet connector can be connected to at least one of a power supply device and an information processing device for controlling the control panel, both the power supply device and the information processing device being installed in the cabinet.
    [0016] The cabinet connector may include a cabinet power terminal connected to a power device installed in the cabinet and a cabinet communication terminal connected to an information processing device installed in the cabinet to control the control panel, and the port connector may include a panel power terminal separately coupled to the cabinet power terminal for connecting the control panel to the cabinet power terminal and a panel communication terminal separately coupled to the cabinet communication terminal for connecting the control panel to the cabinet communication terminal.
    [0017] The hinge unit may include a hinge body separately coupled to the cabinet, the door connector being attached to the hinge body and a hinge arm formed in the hinge body, the door frame being pivotally coupled to the arm of hinge.
    [0018] The cabinet connector may include a power socket connected to a power device installed in the cabinet and a communication socket connected to an information processing device installed in the cabinet to control the control panel and the port connector can include a power plug separately mated to the power socket to power the control panel and a communication plug separately mated to the communication socket to connect the control panel to the information processing device.
    [0019] The port connector may include a connector body attached to the hinge body, a receiving recess formed in the connector body to provide a space for receiving the power plug and the communication plug, and a wire guide extending from the connector body to the door frame, the wire guide being configured to receive a wire, and the wire serving to connect the power plug and communication plug to the control panel.
    [0020] The wire guide may include a guide body configured to penetrate the hinge body and communicate with the receiving recess and a wire receiving region defined in a longitudinal direction of the guide body to provide a space for wire reception.
    [0021] The cabinet connector may include a first connector and a second connector located respectively on either side of the inlet opening, the door connector is secured to the hinge unit and the door frame includes seat planes defined respectively on both sides. the side ends of the door frame to provide a space for coupling the hinge unit.
    [0022] One of the seat planes can have the same shape as the other seat plane rotated 180 degrees around any reference point on the door frame and the first connector can have the same cross-sectional shape as the second rotated connector 180 degrees around the reference point.
    [0023] One of the seating planes may have the same shape as the other seating plane rotated 180 degrees around a projection point, the projection point being acquired by projecting the center point of the inlet opening onto the frame port and the first connector can have the same cross-sectional shape as the second connector rotated 180 degrees around the point of projection.
    [0024] The port connector may include a connector body attached to the hinge unit, a panel terminal located on the connector body and configured to be separately mated to each of the first connector and the second connector, the panel terminal being connected to the control panel via a wire and a wire guide extending from the connector body to the door frame, the wire guide being configured to receive the wire used to connect the panel terminal to the control panel. control.
    [0025] The hinge unit may include a hinge body separately coupled to the cabinet, a first arm and a second arm formed in the hinge body, the first arm and second arm being pivotally attached to a corresponding one of the seat planes and a guide attachment recess located between the first arm and the second arm, the wire guide being inserted into the guide attachment recess.
    [0026] The hinge body may have an axially symmetrical shape around a line passing through the guide fixing recess.
    [0027] The door frame may include an outer frame provided with the control panel and seat planes and an inner frame provided with at least one guide receiving recess configured to receive the wire guide, at least one first recess arm receiving recess configured to receive the first arm and at least one second arm receiving recess configured to receive the second arm, the outer frame being secured to the inner frame, and the guide receiving recess, the first arm receiving recess arm and the second arm receiving recess may be formed at either side ends of the inner frame.
    [0028] The garment treatment apparatus may additionally include a hook configured to be fitted into the guide-receiving recess not provided with the thread guide between the guide-receiving recesses respectively formed at both side ends of the inner frame and a hook fastening piece installed to the cabinet, the hook fastening piece being configured to separately receive the hook therein.
    [0029] The hook attachment piece may include a body separately attached to the cabinet to prevent the first connector or second connector not mated to the port connector from being exposed to the outside, and a hook receiving hole drilled into the body, the hook being separately coupled to the hook receiving hole.
    [0030] It is to be understood that both the above-cited general description and the following detailed description of the present invention are exemplary and explanatory and are intended to provide further explanation of the present invention as claimed.
    [0031] The accompanying figures, which are included to provide a further understanding of the present invention and are incorporated into and constitute a part of this application, illustrate embodiment(s) of the present invention and together with the description serve to explain the principle of the present invention. In the figures:
    [0032] FIGURES 1 and 2 are views showing an example of an apparatus for treating clothing in accordance with the present invention;
    [0033] FIGURE 3 is an exploded perspective view of a door in accordance with the present invention;
    [0034] FIGURE 4 is a view showing a hinge unit and a connector in accordance with the present invention;
    [0035] FIGURES 5, 6 and 7 are views showing a front panel and a cabinet connector included in the garment treatment apparatus; and
    [0036] FIGURES 8, 9, 10 and 11 are views showing a port connector (device connector).
    [0037] In the parts that follow, exemplary embodiments of the present invention will be described below with reference to the accompanying figures. Apparatus control configurations or methods that will be described below are provided only to explain embodiments of the present invention and are not intended to restrict the scope of the present invention. Whenever possible, the same reference numbers will be used throughout the specification to refer to the same or similar parts.
    [0038] As exemplary shown in FIGURES 1 and 2, a garment care apparatus of the present invention, designated by reference numeral 100, includes a main body (cabinet) 1 defining an external appearance of the garment care apparatus 100 , the cabinet 1 having an inlet opening 13, a garment receptacle 3 disposed within the cabinet 1 for storing clothing received through the inlet opening 13 and a door 5 pivotably coupled to the cabinet 1 for opening and closing the inlet opening 13, the door being provided with a control panel 53.
    [0039] Cabinet 1 includes a front panel 11 defining a front surface of garment care apparatus 100 and inlet opening 13 is drilled into front panel 11 to communicate with garment receptacle 3. As such, a user can introduce garments into garment receptacle 3 through inlet opening 13 and remove garments stored in garment receptacle 3 from cabinet 1.
    [0040] Assuming that the garment treatment apparatus 100 of the present invention is designed to perform only a drying function, the garment receptacle 3 may include only one drum rotatably placed within the cabinet 1.
    [0041] In this case, the drum can be rotated by a drive device (not shown), such as a motor, mounted in cabinet 1, and hot air can be supplied to the drum by an air supply device (not shown) that includes a heater and fan.
    [0042] Meanwhile, assuming that the garment treatment apparatus 100 of the present invention is designed to perform only a washing function, the garment receptacle 3 may include a tub (not shown) placed within a cabinet 1 for storing water. in it, and a drum (not shown) rotatably placed inside the tub to store the garments in it.
    [0043] The drum can be rotated by a drive device mounted on the outside of the tub and the tub can receive wash water through a water supply device (not shown) that connects to a water supply source (not shown). ), provided on the outside of cabinet 1, and the bowl between itself.
    [0044] Meanwhile, wash water stored in the tub can be discharged out of cabinet 1 through a drain device (not shown) mounted inside cabinet 1.
    [0045] Assuming that the garment treatment apparatus 100 of the present invention is designed to perform both garment washing and drying functions, the garment receptacle 3 may include a tub and drum and all of the aforementioned devices including the washing device. drive, hot air supply device, water supply device and drain device can be mounted in cabinet 1.
    [0046] The aforementioned devices including the drive device, hot air supply device, water supply device and various other electronic devices mounted in cabinet 1 are configured to receive power via a supply device (i.e. i.e. a power supply 19, see FIGURE 6). The power device 19 is configured to supply power to the respective electronic devices based on a control signal provided by an information processing device (i.e., a controller 18, see FIGURE 6).
    [0047] The electronic devices including the power supply device 19 are connected to the information processing device 18 to enable data transmission/reception, and the respective electronic devices will perform adjustment functions based on control signals provided by the information processing device 18.
    [0048] As shown in an exemplary way in FIGURE 2, the door 5 serves to open or close the inlet opening 13.
    [0049] Door 5 includes a door frame 51 provided with control panel 53 and a hinge unit 55 for pivotally securing door frame 51 to cabinet 1.
    [0050] Control panel 53 (i.e. control object device) is to allow a user to input a control command to garment treatment apparatus 100 and display control information from garment treatment apparatus 100 to the user . That is, control panel 53 is an electronic device that must receive power from power supply device 19 and requires exchange of data and control signals with information processing device 18.
    [0051] Therefore, the present invention requires means (i.e., a connector C) to electrically connect the control panel 53, installed at port 5, to the power supply device 19 and the information processing device 18 installed in the cabinet 1 This will be described in detail below.
    [0052] As exemplary shown in FIGURE 3, the door frame 51 may consist of an outer frame 511 and an inner frame 515.
    [0053] The inner frame 515 defines a surface of the door 5 for contacting the front panel 11. The inner frame 515 has a frame through hole 516 drilled therein.
    [0054] The outer frame 511 is coupled to the inner frame 515 to define part of a front surface of the garment care apparatus 100. The control panel (53, see FIGURE 1) is affixed to the outer frame 511.
    [0055] The outer frame 511 is provided with a door glass 52. The door glass 52 is configured to project into the inlet opening 13 through the hole through the frame 516. The door glass 52 may be formed from a transparent material.
    [0056] The outer frame 511 has a seat plane 512 for coupling the hinge unit 55. The seat plane 512 can be defined at each of the side ends of the outer frame 511. This serves to allow the hinge unit 55 to is attached to the left side of the door frame 51 and is attached to the right side of the door frame 51.
    [0057] Meanwhile, in the case where the hinge unit 55 has a completely symmetrical shape (a horizontally symmetrical and vertically symmetrical shape), a shape of the seat plane 512 located on the right side of the outer frame 511 and a shape of the seat 512 located on the left side of outer frame 511 may be axially symmetrical about a virtual line passing through any different point on outer frame 511.
    [0058] However, in the case where the hinge unit 55 does not have a completely symmetrical shape, a seat plane shape 512 located on the right side of the outer frame 511 and a seat plane shape 512 located on the left side of the frame outer frame 511 may be point symmetrical about a virtual line passing through any reference point on outer frame 511.
    [0059] That is, a shape of one seat plane can be identical to a shape of the other seat plane rotated 180 degrees around any reference point on the outer frame 511.
    [0060] FIGURE 3 shows the case in which the seating planes 512 are arranged facing each other with the door glass 52 interposed between them. In this case, shapes of the seating planes 512 can be point symmetrical around a projection point P of the door frame 51 corresponding to a central point of the inlet opening 13.
    [0061] That is, one seat plane 512 located on the left side of port 5 can have the same shape as the other seat plane 512 located on the right of port 5 so that the two planes 512 are symmetrical points around the point of P projection.
    [0062] The feature described above with respect to the shape of the seat plane 512 serves to allow the hinge unit 55 to be attached to either the left or right side of the door frame 51 and, accordingly, to adjust differently. a direction of rotation of the door 5 which is used to open or close the inlet opening 13 as required.
    [0063] Meanwhile, the hinge unit 55 includes a hinge body 555 secured to the cabinet 1 and hinge arms 556a and 556b projecting from the hinge body 555 and pivotally coupled to the door frame 51.
    [0064] The hinge body 555 has a guide attachment recess (555a, see FIGURE 4) or a guide through hole (not shown) that allows for attachment of the C connector which will be described below and provides a path for passage of a wire.
    [0065] The hinge body 555 may have a vertically and horizontally symmetrical shape (e.g., a rectangular plate shape), or a surface of the hinge body 555 may be concavely curved so as not to interfere with an outer circumference. of the inlet opening 13.
    [0066] The hinge arms may include a first arm 556a located above the guide attachment recess 555a and a second arm 556b located under the guide attachment recess 555a.
    [0067] In this case, the guide fixing recess 555a may be located in the middle of the first arm 556a and the second arm 556b. That is, the first arm 556a and the second arm 556b can be located symmetrically around the guide attachment recess 555a.
    [0068] While respective arms 556a and 556b can protrude from hinge body 555 without bending, respective arms 556a and 556b may first extend from hinge body 555 and then be bent in a direction in which the door 5 is rotated to open inlet opening 13, as shown exemplarily in FIGURE 3.
    [0069] In the case where the hinge body 555 has a completely symmetrical shape (a vertically and horizontally symmetrical shape) and the respective arms 556a and 556b are not bent, shapes of the seat planes 512 described above may be axially symmetrical about of a virtual vertical line passing through the projection point P.
    [0070] On the other hand, in the case where the hinge body 555 is not completely symmetrical in shape and the respective arms 556a and 556b are bent, shapes of the seating planes 512 can be point symmetrical around the point of projection FOR.
    [0071] The arms 556a and 556b are respectively provided with protrusions 556c to be pivotally coupled to the door frame 51.
    [0072] While protrusions 556c formed on respective arm 556a and 556b may be coupled to door frame 51 via protrusion receiving recess (not shown) formed in seat plane 512, protrusions 556c may be coupled to door frame 51 through a hinge support 551 and a support cover 553, as shown exemplarily in the figure.
    [0073] Hinge support 551 is secured to seat plane 512 and has protrusion receiving regions 5511 in which protrusions 556c are received respectively. Support cover 553 is coupled to hinge support 551 to prevent protrusions 556c from being separated from protrusion receiving regions 5511.
    [0074] Support cover 553 has arm cover receiving recesses 553a for penetration of hinge arms 556a and 556b and a cover guide receiving recess 553b for penetration of a wire guide 73 which will be described below.
    [0075] In this case, the inner frame 515 has arm receiving recesses 517 for penetrating the hinge arms 556a and 556b and a guide receiving recess 518 for penetrating the wire guide 73. This configuration serves to prevent the arms from hinges 556a and 556b and wire guide 73 interfere with the rotation of door 5.
    [0076] Meanwhile, the arm receiving recesses 517 and the guide receiving recess 518 are preferably provided at each of the side ends of the inner frame 515. This allows the hinge unit 55 to be fitted to either of the left and right side of the door frame 51.
    [0077] Note that, to avoid aesthetic deterioration of the door 5, receiving recess covers (519, see FIGURE 2) are preferably attached separately to the arm receiving recesses 517 and the guide receiving recess 518 which are not used for hinge unit installation 55.
    [0078] As described above, the hinge unit 55, in accordance with the present invention, can be attached to any of the seat planes 512 provided on both side ends of the door frame 51. A seat plane cover 513 can be provided on one of the seat planes 512 which is not provided with the hinge unit 55.
    [0079] The seat surface cover 513 compensates for a gap defined between the inner frame 515 and the outer frame 511 by the support cover 553, thereby facilitating easy coupling of the outer frame 511 and the inner frame 515.
    [0080] In addition, the hinge unit 55 in accordance with the present invention may additionally include a pivot axis 557 located between the first arm 556a and the second arm 556b for pivotally supporting the door frame 51.
    [0081] Since the door frame 51 is pivotally coupled to the hinge body 555 by only protrusions 556c of the hinge arms 556a and 556b, in the present invention, the pivot axis 557 is not essential.
    [0082] However, by providing the hinge unit 55 with the swivel shaft 557, stronger coupling between the door frame 51 and the hinge body 555 can be realized. Furthermore, in the case in which the swivel shaft 557 is provided with an elastic member or an angle adjusting member, adjustment in the rotation speed or rotation angle of the door frame 51 is possible.
    [0083] To provide the hinge unit 55 with the swivel axis 557, each of the arms 556a and 556b may have a shaft receiving portion 556d in which the swivel axis 557 is received, and the outer frame 511 may have a region shaft bearing 514 wherein the pivot shaft 557, having passed through the hinge bearing 551, is received.
    [0084] As exemplary shown in FIGURE 4, the shaft receiving portions 556d of the first arm 556a and the second arm 556b are formed to face each other, and both ends of the rotary shaft 557 are inserted into their respective axle receiving portions 556d to be thereby secured to the hinge body 551.
    [0085] Swivel shaft 557 and shaft support portion 514 as described above are located in a space defined by hinge support 551 and support cover 553.
    [0086] Furthermore, in the present invention, a lock unit 57 can be provided to separately couple the door frame 51 to the front panel 11.
    [0087] The locking unit 57 may include a hook (571, see FIGURE 3) fitted to the guide receiving recess 518 and a hook coupling piece (573, see FIGURE 5) affixed to the front panel 11 to separately receive the hook 571 on it.
    [0088] In this case, the hook 571 is located in one of the guide receiving recesses 518 formed at both side ends of the inner frame 515, more particularly, the guide receiving recess 518 which is irrelevant to the installation of the guide unit. hinge 55. When receiving recess cover 519 is disposed over guide receiving recess 518, hook 571 will be disposed above receiving recess cover 519.
    [0089] As described above, the control panel 53 is to allow the user to input a control command to the garment care apparatus 100 and display control information from the garment care apparatus 100 to the user. Thus, control panel 53 includes a display unit (not shown) for displaying control information and an input unit (not shown) for inputting a control command.
    [0090] To perform the functions mentioned above, the control panel 53 needs to receive power from a power supply device 19 mounted in cabinet 1 and perform data exchange and control signals with the information processing device 18.
    [0091] Therefore, in the present invention, connector C can be used to electrically connect control panel 53 installed at port 5 to power supply device 19 or information processing device 18 installed in cabinet 1.
    [0092] Connector C of the present invention may include a port connector (7, a device connector) affixed to hinge unit 55 and electrically connected to control panel 53 and cabinet connectors 8 and 9 affixed to front panel 11 and electrically connected to the powering device 19 and the information processing device 18.
    [0093] As exemplary shown in FIGURE 5, the cabinet connectors may include a first connector 8 and a second connector 9 arranged respectively on the cabinet surface where the inlet opening 13 is provided.
    [0094] The first connector 8 is inserted into a first through hole 15 drilled in the front panel 11 so as to be exposed from the front panel 11, and the second connector 9 is inserted into a second through hole 17 drilled in the panel front panel 11 so as to be exposed from the front panel 11.
    [0095] The first through hole 15 and the second through hole 17 are symmetrically located around a center point of the inlet opening 13.
    [0096] As exemplary shown in FIGURE 6, the first connector 8 includes a cabinet connector body 81 located on a rear surface of the front panel 11 to surround the first through hole 15, and cabinet terminals 87 and 89 installed in the cabinet connector body 81 and connected to at least one of the powering device 19 and the information processing device 18.
    [0097] FIGURE 6 shows the case in which the cabinet terminals include a cabinet power terminal 87 connected to the supply device 19 and a cabinet communication terminal 89 connected to the information processing device 18.
    [0098] Cabinet power terminal 87 and cabinet communication terminal 89 can be any of several shapes as long as they are electrically connectable to panel terminals 75 and 77 which will be described below.
    [0099] However, for convenience of description, cabinet terminals 87 and 89 will be described below as sockets and panel terminals 75 and 77 will be described below as plugs, by way of example.
    [00100] That is, the cabinet power terminal may be a power socket 87 connected to the power device 19 via a C2 power wire, and the cabinet communication terminal may be a communication socket 89 connected to the device of information processing 18 via the communication wire C1.
    [00101] In this case, the power socket 87 and the communication socket 89 can be arranged in sequence in a height direction of the cabinet connector body 81 (in a height direction of the first through hole 15) or in a Width direction of enclosure connector body 81 (in a width of the first through hole 15).
    [00102] FIGURE 6 shows the case in which power socket 87 and communication socket 89 are stacked on top of each other such that power socket 87 is located in a lower portion of cabinet connector body 81 and communication socket 89 is located in an upper portion of cabinet connector body 81, by way of example.
    [00103] As exemplary shown in FIGURE 7, communication socket 89 may have fastener receiving recesses 84, in which communication terminal fasteners (772, see FIGURE 9) provided on port connector 7 will be received respectively, and fastener pin couplers 83 located in fastener receiving recesses 84 and connected to information processing device 18 via communication wire C1.
    [00104] Power socket 87 has substantially the same configuration as communication socket 89. That is, power socket 87 may have clamping pin couplers (not shown) connected to power device 19 via the power wire. C2 feed and fastener receiving recesses (not shown) in which the power terminal fasteners (752, see FIGURE 9) of port connector 7 will be received, the fastener pin couplers being located in the fastener receiving recesses.
    [00105] Meanwhile, the second connector 9 inserted into the second through hole 17 has the same configuration as the first connector 8.
    [00106] As exemplary shown in FIGURE 6, the second connector 9 may include a cabinet connector body 91 located on the rear surface of the front panel 11 to surround the second through hole 17, and a cabinet power terminal 97 (power socket) and a 99 cabinet communication terminal (communication socket), which are located on the 91 cabinet connector body.
    [00107] However, note that the second connector 9 must be configured such that the communication socket 99 is located in a lower portion of the cabinet connector body 91 and the power socket 97 is located in an upper portion of the body of cabinet connector 91.
    [00108] This is because the hinge unit 55 can be attached to either of the left and right sides of the door frame 51 and the door connector 7 is attached to the hinge unit 55 and therefore the In order to vary a position of the hinge unit 55, it is necessary to rotate the hinge body 555 and the port connector 7 180 degrees around the projection point (P, see FIGURE 3).
    [00109] Communication socket 99 and power socket 97 of the second connector 9 have the same configurations as the communication socket 89 and power socket 87 of the first connector 8, as described above.
    [00110] Meanwhile, the hook fastening part 573 of the lock unit 57 may include a body 573a separately coupled to the front panel 11 and a hook receiving hole 573b drilled into the body 573a to separately receive the hook 571 therein.
    [00111] As exemplary shown in FIGURE 5, the body 573a is located in a position corresponding to the hook 571 to close the through hole 15 or 17. As such, when the hinge unit 55 is fixed towards the first hole through port 15, body 573a closes second through hole 17 to prevent second connector 9 from being exposed outwardly. When the hinge unit 55 is fixed towards the second through hole 17, the body 573a closes the first through hole 15 to prevent the first connector 8 from being exposed outwardly.
    [00112] As exemplary shown in FIGURE 8, port connector 7 (device connector) includes a connector body 71, wire guide 73, and panel terminals 75 and 77 (device terminals).
    [00113] Connector body 71 is affixed to hinge body 555 and separately mated to cabinet connector body 81 or 91, and panel terminals 75 and 77 are received in connector body 71 so as to be electrically connected to the control panel 53.
    [00114] Therefore, when connector body 71 is inserted into cabinet connector body 81 or 91, panel terminals 75 and 77 are connected to cabinet terminals 87 and 89; 97 and 99 in order to electrically connect the control panel 53 to the power supply device 19 and the information processing device 18.
    [00115] Wire guide 73 extends from connector body 71 to port 5 and penetrates hinge body 555.
    [00116] Connector body 71 may be secured to hinge body 555 as wire guide 73 is inserted into guide attachment recess 555a of hinge body 555 and may be secured to hinge body 555 by means of a frame body fixation.
    [00117] The body attachment structure may include a slot 581 formed in the hinge body 555 and a slot protrusion 583 formed in the connector body 71.
    [00118] As exemplary shown in FIGURE 9, the connector body 71 takes the form of a hub having an open top side, and has the receiving recess 711 in which the panel terminals 75 and 77 are received.
    [00119] In the receiving recess 711 flange guides 715 are provided extending in a height direction of the connector body 71 (along the Z axis, i.e. in a direction perpendicular to the cross section S of the cabinet connector).
    [00120] Flange guides 715 may be arranged on either side of receiving recess 711. As exemplary shown in FIGURE 10, flange guides 715 may be spaced apart from each other by a prescribed distance in a longitudinal direction. of the receiving recess 711 (along the X axis).
    [00121] At least one of first support portions 719 and second support portions 717 may be provided in receiving recess 711 to support panel terminals 75 and 77.
    [00122] The first flange support portions 719 are configured to support panel terminals 75 and 77 (more particularly, configured to support flanges 757 and 777 formed on panel terminals 75 and 77) to allow panel terminals 75 and 77 move in a height direction of the connector body 71 (along the Z axis).
    [00123] The first flange support portions 719 may be spaced downwardly away from the second flange support portions 717, and the flanges 757 and 777 of the panel terminals 75 and 77 may be inserted through a gap between the first portions. flange support 719 and the second flange support portions 717.
    [00124] As exemplary shown in FIGURE 11, each of the first flange support portions 719 may include an attachment portion 719a extending from a bottom surface of the receiving recess 711 in a body height direction. connector 71 (along the Z axis), a bent portion 719b extending from a distal end of attachment portion 719a to the bottom surface of receiving recess 711, and an extension portion 719c extending from a distal end of bent portion 719b in a height direction of connector body 71 to support panel terminals 75 and 77.
    [00125] The first flange support portions 719 of the present invention can apply spring force to the panel terminals 75 and 77 via the bent portion 719b thereof. As such, the panel terminals 75 and 77 supported by the first flange support portions 719 are movable in a direction perpendicular to the cross-section S of the cabinet connectors 8 and 9 (along the X axis).
    [00126] Meanwhile, the above described configuration of the first flange support portions 719 is merely given by way of example and the first flange support portions 719 can have any of the other configurations changed as long as they achieve the functions described above.
    [00127] The second flange support portions 717 serve to support the panel terminals 75 and 77 to allow the panel terminals 75 and 77 to move in at least one direction between a longitudinal direction of the connector body 71 (to the along the X axis, i.e. in a longitudinal direction of the cross section S of the cabinet connector) and a width direction of the connector body 71 (along the Y axis, i.e. in a width direction of the cross section S ).
    [00128] The second flange support portions 717 project from respective flange guides 715 to the center of the receiving recess 711. The second flange support portions 717 have flange receiving grooves 717a in which the flanges 757 and 777 of panel terminals 75 and 77 are received.
    [00129] The connector body 71 is provided with a slope 713 on an outer circumference thereof. The incline 713 is coupled to an incline guide 85 of the cabinet connector body 81 when the connector body 71 is inserted into the cabinet connector body 81, thereby assisting the panel terminals 75 and 77 in mating with the terminals. cabinet 87 and 89; 97 and 99.
    [00130] Meanwhile, as shown exemplarily in FIGURE 8, the connector body 71 has a removal region 716 that communicates the receiving recess 711 with the outside of the connector body 71.
    [00131] Removal region 716 may be a hole drilled in connector body 71. More specifically as shown exemplarily in the figure, removal region 716 may be an incision formed in connector body 71 in a height direction of the connector body 71.
    [00132] The panel terminals, which are movable in the receiving recess 711, may include a panel power terminal 75 separately coupled to the cabinet power terminal 87 or 97, and a panel communication terminal 77 separately coupled to the terminal. of cabinet communication 89 or 99.
    [00133] Preferably, assuming that cabinet power terminals 87 and 97 and cabinet communication terminals 89 and 99 take the form of sockets, the panel power terminal is a power plug 75 mated to power socket 87 or 97, and the panel communication terminal is a communication plug 77 coupled to communication socket 89 or 99.
    [00134] As exemplary shown in FIGURE 11, the power plug 75 may include a power plug body (power terminal body) 751 received in the receiving recess 711, the flange 757 projecting from the body power plug 751 in a 71 connector body width direction (along the X axis), and 752 power terminal fasteners protruding from the 751 power plug body in a body height direction connector 71 (along the Z axis).
    [00135] The power plug body 751 may take the form of a cube having an open bottom side, and the power terminal fasteners 752 may project from an upper surface of the power plug body 751.
    [00136] Power terminal fasteners 752 are inserted into fastener receiving recesses 84 formed in power socket 87 or 97 when power plug 75 is mated to power socket 87 or 97.
    [00137] Each of the power terminal fasteners 752 includes a fastener body 754 projecting from the power plug body 751, a fastener through-hole 753 formed through the fastener body 754, and a locking pin. power line clamp 755 (conductor) fixed to the through hole of fastener 753 and connected to the control panel 53 via a panel power wire W2.
    [00138] Power line clamping pin 755 makes contact with clamping pin coupler 83 connected to power wire C2 when power terminal clamp 752 is inserted into clamp receiving recess 84. As such, According to the present invention, once the power plug 75 is coupled to the power socket 87 or 97, the power line fixing pin 755 is connected to the fixing pin coupler 83, which can realize electrical connection between power device 19 and control panel 53.
    [00139] Flanges 757 may be formed at both side ends of the power plug body 751 and may be spaced apart by a prescribed distance.
    [00140] As exemplary shown in FIGURE 10, a width L1 of a flange 757 is less than a distance L2 between the two neighboring flange guides 715.
    [00141] Therefore, as the flange 757 is inserted into a defined space between the flange guides 715, the power plug body 751 can be moved into the receiving recess 711. Then, the power plug body 751 located in the receiving recess 711 may be attached to connector body 71 as flange 757 is inserted into a space between first flange bearing portion 719 and second flange bearing portion 717.
    [00142] When the power plug body 751 is secured to the connector body 71, a lower surface of the flange 757 is supported by the first flange support portion 719 and an upper surface of the flange 757 is inserted into the flange receiving groove 717a.
    [00143] A width M1 of flange receiving groove 717a is adjusted to allow flange 757 to be movable along axis X in flange receiving groove 717a. A depth M2 of flange receiving groove 717a is adjusted to allow flange 757 to be movable along axis Y in flange receiving groove 717a.
    [00144] As such, the power plug 75 is movable along the Z axis by the first flange bearing portion 719 and movable along the X axis and Y axis by the second flange bearing portion 717.
    [00145] The reason the power plug 75 is configured to be movable along the X axis, Y axis and Z axis in the flange receiving groove 717a is to help the power plug 75 be easily mated to the socket power supply 87.
    [00146] All mechanical devices have a tolerance. The first flange support portions 719 and the second flange support portions 717 are intended to ensure that port connector 7 (device connector) is mated to cabinet connector 8 or 9 even when a cabinet connector position or shape 8 or 9 departs from a permissible tolerance range.
    [00147] Meanwhile, the communication plug 77 received in the connector body 71 has the same configuration as the power plug 75 described above. That is, as exemplary shown in FIGURE 9, the communication plug 77 includes a communication plug body 771 (communication terminal body) located in the receiving recess 711, the flanges 777 located respectively on both side ends of the communication plug body 771, and communication terminal fasteners 772 projecting from an upper surface of the communication plug body 771.
    [00148] The communication terminal fasteners 772 also have the same configuration as the power terminal fasteners 752. That is, each of the communication terminal fasteners 772 includes a fastener body 774, a fastener through-hole 773 and a communication line fixing pin 775 fixed in the fastener through hole (not shown) and connected to the control panel 53 via a communication wire W1.
    [00149] As such, in accordance with the present invention, once the communication plug 77 is coupled to the communication socket 89 or 99, the communication line clamping pin 775 is connected to the clamping pin coupler 83, which can make electrical connection between the information processing device 18 and the control panel 53.
    [00150] As exemplary shown in FIGURE 8, the wire guide 73 includes a guide body 731 extending from the connector body 71 and a wire receiving region 735 formed in the guide body 731 for receiving the wire W1 or W2 in it.
    [00151] Guide body 731 is configured to penetrate hinge body 555 through guide attachment recess 555a, and one end (free end) of guide body 731 is located inside door frame 51.
    [00152] The end of the guide body 731 located within the door frame 51 may be provided with a swivel bearing portion 733 in which an outer circumference of the swivel axis 557 is received.
    [00153] Wire receiving region 735 serves to guide wire W1 or W2, removed from receiving recess 711 through removal region 716 of connector body 71, to a space within port frame 51. As such , wire W1 or W2 can make connection between panel terminals (device terminals, 75 and 77) and control panel 53 without interference from hinge unit 55.
    [00154] In the garment treatment apparatus 100 according to the present invention, as described above, the hinge unit 55 can be attached to either left or right side of the door frame 51, which allows adjustment of a direction of rotation of port 5 in a desired way.
    [00155] Furthermore, in the garment treatment apparatus 100 according to the present invention, regardless of whether the hinge unit 55 is installed on the left or right side of the inlet opening 13, the control panel 53 is installed on the port 5 can be connected to information processing device 18 and power device 19 installed in cabinet 1 via connector C.
    [00156] Meanwhile, as the door connector 7 is attached to the hinge unit 55 and the cabinet connectors 8 and 9 are respectively located on both sides of the inlet opening 13 where the hinge unit 55 can be attached, coupling between the port connector 7 and the cabinet connectors 8 and 9 is performed when the hinge unit 55 is mounted to the front panel 11, which results in easy assembly of the garment care apparatus 100.
    [00157] As is evident from the description, the present invention has the effect of providing a connector that connects an electronic device installed in a main body (cabinet) and an electronic device installed in a device separate from the main body from each other, and an apparatus for treating garments having the same.
    [00158] Furthermore, the present invention has the effect of providing a connector that connects a port, a direction of rotation that is variable and an electronic device installed in the port to an electronic device installed in a main body, and an apparatus for treatment of clothing having the same.
    [00159] While exemplary embodiments have been illustrated and described as above, of course, it will be apparent to those skilled in the art that the present invention is not limited to the particular embodiments described above, and various modifications and variations may be made to the present invention without departing from within the scope of the present invention, and modifications and variations should not be understood individually from the point of view or scope of the present invention.
    权利要求:
    Claims (13)
    [0001]
    1. Apparatus for treating garments comprising: a cabinet (1) having an inlet opening (13); a garment receptacle (3) configured to store garments received through the inlet opening; a door (5) including a door frame (51) for opening and closing the inlet opening, a hinge unit (55) configured to pivotally couple the door frame to the cabinet, and a control panel (53) on the door frame for input of a control command or output of control information; a cabinet connector (8, 9) on the cabinet, the cabinet connector being configured to transmit and receive at least one of a power and control signal; and a port connector (7) for separately mating to the cabinet connector, the port connector being configured to mate the control panel (53) to the cabinet connector, wherein the port connector (7) is mated to the drive unit. hinge (55), and wherein the cabinet connector (8, 9) is exposed from a surface of the cabinet (1) so as to mate with the port connector (7) when the door (1) is mounted on the cabinet (1), wherein the cabinet connector (8, 9) includes: a power socket (87) for mating with a power device (19) in the cabinet (1); and a communication socket (99) for coupling to an information processing device (18) in the cabinet (1) for controlling the control panel (53); characterized in that: the port connector (7) includes: a power plug (75) to mate with the power socket (87) so as to supply power to the control panel (53); a communication plug (77) for mating with the communication socket (99) so as to mate the control panel (53) with the information processing device (18); a connector body (71) for mating with the hinge unit (55); a receiving recess (711) in the connector body to provide a space for receiving the power plug (75) and the communication plug (77); and a wire guide (73) for extending from the body connector (71) to the port frame (51), the wire guide (73) configured to receive a wire and the wire for mating the power plug (75) and the communication plug (77) to the control panel (53).
    [0002]
    2. Apparatus according to claim 1, characterized in that the cabinet connector (8, 9) is for coupling to at least one of a power supply device (19) and an information processing device (18) ) for controlling the control panel, wherein the power device is provided in the cabinet and the information processing device is provided in the cabinet (1).
    [0003]
    3. Apparatus according to claim 1, characterized in that the hinge unit (55) includes: a hinge body (555) for attaching to the cabinet, the port connector (7) for attaching to the body hinge; and a hinge arm (556a, 556b) on the hinge body, the door frame (51) to be pivotally coupled to the hinge arm.
    [0004]
    Apparatus according to claim 3, characterized in that the wire guide (73) includes: a guide body (731) configured to penetrate the hinge body (555) and communicate with the receiving recess (711); and a wire receiving region (735) defined in a longitudinal direction of the guide body (731) to provide a space for receiving the wire.
    [0005]
    5. Apparatus according to claim 1, characterized in that the cabinet connector (8, 9) includes a first connector (8) and a second connector (9) located respectively on both opposite sides of the inlet opening (13), the door frame (51) includes a plurality of seat planes (512) respectively defined at both opposite ends of the door frame (51) to provide a space for engaging the hinge unit (55).
    [0006]
    6. Apparatus according to claim 5, characterized in that the two seat planes (512) have an identical shape and are symmetrically provided points on the door frame (51), so that the hinge unit (55 ) can be attached to either side of the door frame (51); and the first connector (8) and the second connector (9) are identically shaped and symmetrically positioned points on the cabinet (1).
    [0007]
    7. Apparatus, according to claim 6, characterized in that the two seating planes (512) have their point of symmetry in the horizontal projection of a central point of the inlet opening (13), and the first connector (8 ) and the second connector (9) have their point of symmetry in the horizontal projection of a central point of the inlet opening (13).
    [0008]
    8. Apparatus according to claim 7, characterized in that the port connector (7) includes: a panel terminal (75, 77) on the connector body including the power plug (75) and the power plug communication (77), so as to couple to each of the first connector (8) and the second connector (9), the panel terminal to couple to the control panel (53) by means of a wire; and wherein the wire guide (73) is configured to receive the wire so as to couple the panel terminal (75, 77) to the control panel (53).
    [0009]
    Apparatus according to claim 8, characterized in that the hinge unit (55) additionally includes: a first arm (556a) and a second arm (556b) in the hinge unit, the first arm and the second arm to be pivotally connected to one of the corresponding seat planes (512); and a guide attachment recess (555a) between the first arm and the second arm, the wire guide (73) being provided in the guide attachment recess.
    [0010]
    10. Apparatus according to claim 9, characterized in that the hinge body (55) has an axial symmetry around a line crossing the guide fixing recess (555a).
    [0011]
    11. Apparatus, according to claim 10, characterized in that the door frame (51) includes: an external frame (511) provided with the control panel (53) and seat planes (512); and an inner frame (515) provided with at least one guide receiving recess (518) configured to receive the wire guide (73), at least one first arm receiving recess (517) configured to receive the first arm (556a) and at least one second arm receiving recess (517) configured to receive the second arm (556b), and the outer frame to mate with the inner frame, and wherein the guide receiving recess (518), the first arm receiving recess (517) and second arm receiving recess (517) are at each of both opposite ends of the inner frame.
    [0012]
    12. Apparatus according to claim 11, characterized in that it additionally comprises: a hook (571) configured to be fitted into the guide receiving recess (518) not provided with the wire guide (73) between the guide receiving recesses respectively formed at both opposite ends of the inner frame; and a hook fastener (573) provided to the cabinet, the hook fastener being configured to receive the hook.
    [0013]
    13. Apparatus according to claim 11, characterized in that the hook fastening part (573) includes: a body (573a) for attaching to the cabinet to prevent the first connector (8) or the second connector ( 9) not mated to the port connector (7) are exposed to the outside; and a hook-receiving hole (573b) in the body, the hook for mating with the hook-receiving hole.
    类似技术:
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    同族专利:
    公开号 | 公开日
    EP2868795B1|2021-09-15|
    AU2014259489A1|2015-05-21|
    US9708749B2|2017-07-18|
    KR102158689B1|2020-09-22|
    CN104674521A|2015-06-03|
    CN105780398B|2017-12-08|
    RU2598282C2|2016-09-20|
    CN104674521B|2018-01-16|
    KR20150051465A|2015-05-13|
    JP6573758B2|2019-09-11|
    CN105887428A|2016-08-24|
    BR102014027472A2|2017-03-07|
    EP2868795A1|2015-05-06|
    AU2014259489B2|2015-12-10|
    US20150123525A1|2015-05-07|
    RU2014144624A|2016-05-27|
    JP2015089519A|2015-05-11|
    CN105780398A|2016-07-20|
    CN105887428B|2018-11-06|
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    法律状态:
    2017-03-07| B03A| Publication of a patent application or of a certificate of addition of invention [chapter 3.1 patent gazette]|
    2018-02-27| B06F| Objections, documents and/or translations needed after an examination request according [chapter 6.6 patent gazette]|
    2019-10-08| B06U| Preliminary requirement: requests with searches performed by other patent offices: procedure suspended [chapter 6.21 patent gazette]|
    2021-09-21| B06A| Patent application procedure suspended [chapter 6.1 patent gazette]|
    2021-12-21| B09A| Decision: intention to grant [chapter 9.1 patent gazette]|
    2022-01-25| B16A| Patent or certificate of addition of invention granted [chapter 16.1 patent gazette]|Free format text: PRAZO DE VALIDADE: 20 (VINTE) ANOS CONTADOS A PARTIR DE 03/11/2014, OBSERVADAS AS CONDICOES LEGAIS. |
    优先权:
    申请号 | 申请日 | 专利标题
    KR10-2013-0132966|2013-11-04|
    KR1020130132966A|KR102158689B1|2013-11-04|2013-11-04|Connector and Laundry Treating Apparatus having the same|
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