• 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:
    The invention relates to a heating device with a holding device (14) for receiving a control unit (22), wherein the holding device (14) has a receiving part (24). It is proposed that on the receiving part (24) a cover (32) is mounted, which is intended to protect electrical connections (80) or electrical components (82) from a fluid, in particular spray water. The invention also relates to a holding device (14) for a heating device.
    公开号:AT16172U1
    申请号:TGM50052/2018U
    申请日:2018-03-27
    公开日:2019-03-15
    发明作者:
    申请人:Bosch Gmbh Robert；
    IPC主号:
    专利说明:

    description
    HEATING DEVICE WITH A HOLDING DEVICE FOR RECEIVING A CONTROL UNIT The present invention relates to heating device with a holding device for receiving a control unit, wherein the holding device has a receiving part. The invention also relates to a holding device for a heating device having a receiving part.
    PRIOR ART [0002] DE 10 2014 222 758 A1 discloses a device for controlling and / or regulating a heating or domestic device in a heating or domestic system, comprising an operating device and a control panel, the heating or domestic device having a housing has a flap, the flap receiving at least parts of a control for the heating or household appliance and making it accessible to the outside. The control unit and the control panel should be separated from each other by the flap.
    DISCLOSURE OF THE INVENTION In contrast, the present invention has the advantage that a cover is attached to the receiving part, which cover is intended to protect electrical connections or electrical components from a fluid, in particular splash water, thereby causing electrical short circuits, in particular during an installation or maintenance can be avoided.
    The features listed in the dependent claims advantageous developments of the invention according to the main claim are possible. Thus, the cover can be fastened to the receiving part in an area remote from a receptacle for the control unit, as a result of which the cover can be designed as a flap with an opening area in an area near the receptacle for the control unit.
    It when the cover, in particular when the holding device is open, can be pivoted in the direction of the heating device, preferably foldable, is attached, as a result of which the accessibility can be increased.
    It is also advantageous if the receiving part and / or the cover have at least one channel and / or at least one opening for water drainage, which can prevent water from accumulating permanently in the holding device.
    It is also advantageous if the receiving part and / or the cover have at least one wall and / or at least one projection for a labyrinth-like seal, in particular with the control unit, which enables an efficient seal, which also the electrical connections or electrical components from the fluid, especially splash water, protects.
    It is also advantageous if the receiving part forms a cable channel together with the cover, in particular for electrical wiring of the control unit with the heating device, whereby the cable routing can be simplified when the control unit is wired.
    It is also advantageous if the receiving part has at least one receptacle for cable bushings, in particular grommets and / or strain reliefs, whereby the cable routing is additionally stabilized.
    It is also advantageous if the cover has a receptacle for a module for expanding the control unit, in particular an interface module, whereby the heating device can be expanded particularly easily.
    The invention also relates to a holding device for a heating device, in particular for a heating device according to the preceding description, comprising a receiving part.
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    The holding device has the advantage over the listed prior art that a cover is attached to the receiving part, which cover is intended to protect electrical connections or electrical components from a fluid, in particular splash water, thereby causing electrical short circuits, in particular during installation or maintenance a heater can be avoided.
    FIGURES In the figures, an embodiment of the invention is shown schematically in various ways and explained in more detail in the following description. Show it
    Figure 1 1 shows an exemplary embodiment of part of a heating device with a holding device for receiving a control unit, Figure 2 1 shows the exemplary embodiment from FIG. 1 with the holding device partially opened, Figure 3 2 shows a representation of the exemplary embodiment from the preceding figures with the holding device fully opened, Fig. 4 2 shows a representation of the exemplary embodiment from the preceding figures with the holding device fully opened and the cover opened, Figure 5 2 shows a representation of the exemplary embodiment from the preceding figures with the holding device removed, Figure 6 2 shows an exploded view of a holding device according to the preceding figures with a control unit, Figure 7 1 shows a holding device according to the preceding figures with a control unit, Fig. 8 1 shows a holding device according to the preceding figures with a mounted control unit, Figure 9 1 shows a holding device according to the preceding figures with the cover closed, Figure 10Fig. 11Fig. 12 3 shows a sectional illustration of a holding device along the line X-X from FIG. 9,6 shows an enlarged illustration of a detail IX from FIG. 6,1 shows a holding device according to the preceding figures with a module for expanding the control unit, Fig. 13 5 shows a further illustration of a holding device according to the preceding figures with a module for expanding the control unit, Fig. 14 2 shows a representation of a receiving part of a holding device according to the preceding figures,
    DESCRIPTION OF THE FIGURES FIG. 1 shows an illustration of an exemplary embodiment of a part 10 of a heating device, in the case shown a housing structure 12 of the heating device with a holding device 14 for receiving a control unit 22 or a housing 17 of a control unit 22. In the case shown, the holding device 14 receives the control unit 22, or the housing 17 of the control unit 22, while the control unit 22, or the housing 17 of the control unit 22, receives an operating unit 23 which can be operated by a user. The housing structure 12 comprises an air box 16 and two structural elements 18.
    The holding device 14 has a receiving part 24. The control unit 22, or the housing 17 of the control unit 22, is introduced into the receiving part 24. The receiving part 24 has two struts 26 in the case shown, one receiving 28 for the control unit
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    Patent office is formed between the at least two struts. The struts 26 make the holding device 14 particularly stable and attach it to the housing structure 12 with a stable hold.
    The holding device 14 for receiving the control unit 22 is attached to the heating device or to the housing structure 12 of the heating device in a pivotable or foldable manner. In the case shown, the holding device 14 is in a closed position. It is fastened in a lower region 19 of the structural elements 18 and an upper region 21 of the structural elements 18.
    2 shows a representation of the exemplary embodiment from FIG. 1 with the holding device 14 partially opened. The holding device 14 is arranged such that it can be swung open toward the front or away from the heating device or the housing structure 12 of the heating device.
    It can also be seen that the structural elements 18 are C-shaped. The holding device is attached to the structural elements 18 by means of an axial bearing 20 (see also FIG. 5) in the lower region 19 of the structural elements 18.
    3 shows a representation of the exemplary embodiment from the previous figures with the holding device 14 fully opened. The holding device 14 can be opened up until it is stopped by projections 30 on the structural elements 18, or until the struts 26 abut the projections 30 and prevent further opening.
    If the holding device 14 is in a closed position, this corresponds to an angle of 0 °. If the holding device 14 is completely opened, this corresponds, starting from the closed position of the holding device 14, in the exemplary embodiment to an angle of 84 °.
    It is further shown in FIG. 3 that a cover 32 is attached to the receiving part 24. The cover 32 is provided to protect electrical connections or electrical components, in the case shown electrical connections 80 or electrical components 82 of the control unit 22, as will be shown later in FIG. 10, from a fluid, in particular from splash water. This allows a technician to carry out maintenance or repair work on the heating device, whereby it can be avoided that the electrical connections 80 or electrical components 82 of the control unit 22 come into contact with splash water, which, for example, when the piping in the heating device is exchanged with the holding device 14 can guess.
    4 shows a representation of the exemplary embodiment from the preceding figures with the holding device 14 fully opened and the cover 32 opened. The cover 32 is fastened to the receiving part 24 in an area 34 remote from the receiving 28 for the control unit 22. The cover 24 can thus be pivoted in such a way that it can form an opening area in an area 35 close to the receptacle 28 for the control unit 22, in the case shown forward. The cover is designed as a flap 36.
    The cover 32, or the flap 36, is in the case shown with the holding device 14 open, in the direction of the heating device, or the housing structure 12, pivotable, or foldable, which increases accessibility during installation or maintenance work can be. With the holding device 14 unfolded and the cover 32 unfolded as shown in FIG. 4, a technician has access to electrical connections of the control unit 22 from the front and can carry out or inspect the necessary cabling there.
    The holding device 14 is removable, or also interchangeable, attached to the housing structure 12. 5 shows a representation of the exemplary embodiment from the preceding figures with the holding device 14 removed. In the case shown, the holding device 14 is due to a clamping connection on the part of the housing structure 12
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    Patent office with the axial bearing 20 of the holding device 14, removable at all angles. Alternatively, it would also be conceivable that the holding device 14, for example by means of a form connection, at a certain angle, such as e.g. 45 °, is removable.
    In addition, the holding device on the front on further projections 37, which are intended to position a front cover of the heating device at least in height. Thus, a front cover can be mounted on the heating device from the front in a particularly simple manner when the holding device 14 is mounted and closed, it being ensured that the front cover is positioned such that the operating unit 23 of the heating device, which is accommodated by the housing of the control unit 22, for example by a cutout in the front cover is accessible so that a user can operate the operating unit 23.
    6 shows an exploded view of a holding device 14 according to the previous figures with a control unit 22. As already explained, the holding device 14 has a receiving part, the receiving part 24 having two struts 26 with a receptacle 28 for the control unit 22 formed between the two struts 26.
    So you can see in Fig. 6 that the receiving part 24 is U-shaped, whereby the recording and wiring of the control unit 22 can be simplified, since both from the front and from the rear of the receiving part 24 access to Control unit 22 is made possible. The control unit 23 or the housing of the control unit 22 can also be mounted directly on the control unit 22 due to the U-shaped design and the accessibility from the front and rear of the receiving part. The control unit 22 is thus introduced into the receiving part 24 together with the operating unit 23.
    In the exemplary embodiment shown, the two struts 26 each have an axial bearing 20, via which the holding device 14, or the receiving part 24, can be attached to the heating device or the housing structure 12 of the heating device. As a result, the holding device can be pivotably attached to the heating device or the housing structure 12 of the heating device in the case shown.
    In addition, the two struts 26, in the case shown in areas 39 remote from the axial bearings 20, each have a construction 38 for attaching a latching element 40, whereby the holding device 14 is easily closed by latching the latching elements 40 and by actuating the Locking elements 40 can be easily opened again. As can be seen from FIGS. 1 to 5, the latching elements 40 snap into an upper region 21 of the structural elements 18. Accordingly, the holding device 14 is mounted in a closed position via the axial bearing 20 in the lower region 19 of the structural elements and via the latching elements 40 in the upper region 21 of the structural elements 18.
    [0043] The two struts 26 each have or form a cable duct 42, respectively.
    The control unit 22 can also be wired in an upper region 44 through the cable ducts 42, wherein the wiring can be carried out along the cable ducts 42 of the struts 26.
    The receiving part 24 also has receptacles 46 for cable bushings 48, in the case shown for grommets 50 and strain reliefs 52, whereby the wiring can be additionally stabilized and secured. The strain reliefs withstand 52 tensile forces of at least 100 N. The receptacles 46 for the cable bushings 48, or the grommets 50 and strain reliefs 52 are formed adjacent to the struts 26, as a result of which the cabling can be fed in or out laterally from the control unit 22. In this way it can be avoided that the wiring runs in an unordered manner from the holding device 14 to the heating device or to the housing structure 12, or vice versa.
    As already explained, a cover 32 is attached to the receiving part 24 and is intended to protect electrical connections or electrical components from a fluid, especially from splash water. In the embodiment shown, the Abde
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    Patent Office 32 provided to protect a lower area 45 of the control unit 22 from the fluid or the splash water. In the case shown, the cover 32 primarily protects the service area 70, in which a multiplicity of electrical connections 80 and electrical components 82 for the electrical connection of the control unit 22 to the heating device are protected from splash water.
    In FIG. 6 it can also be seen that the receiving part 24 has means 54 for fastening the cover 32 or the flap 36. In the exemplary embodiment shown, the means 54 for fastening the cover 32 are axes 56. The axes 56 together with bushes 58 formed on the cover 32 form joints 60 or hinges 62, by means of which the receiving part 24 and the cover 32 can be pivoted or folded together.
    Furthermore, the receiving part 24 has a receptacle 64 for a, in the case shown, modular switching unit 66, which is provided for switching the heating device on and / or off. So the switching unit can be attached to the heating device relatively easily.
    Alternatively, it would also be possible that the switching unit 66 is an actuator unit 68, which is intended to initiate switching the heating device on and / or off. It would also be possible to initiate a switching on and / or off of the heating device via a radio or internet connection.
    In Fig. 7 is a representation of a holding device 14 according to the preceding figures with a control unit 22 is shown, wherein the cover 32, or flap 36, the locking elements 40, the cable bushings 48, or grommets 50 and strain reliefs 52, and the switching unit 66 are attached to the receiving part 24.
    The control unit 22 is inserted into the holding device 14, or the receiving part 24, by being inserted or inserted into the receptacle 28 provided for it. Accordingly, FIG. 8 shows an illustration of a holding device 14 according to the preceding figures with a mounted control unit 22.
    The control unit 22 is easier to attach to a heating device by using the holding device 14. In addition, the control unit 22 is arranged so that it can be replaced by the holding device 14.
    9 shows a representation of a holding device 14 according to the preceding figures with the cover 32 closed. The cover 32 is fixed to the receiving part in the closed position by further latching elements 72. The cover 32 can be easily closed by latching the further latching elements 72 on the receiving part and can easily be opened again by actuating the further latching elements 72.
    In the case shown, the holding device 14 is shown in a closed position. If a fluid, such as splash water, gets on the holding device 14, it can flow downward essentially from the outside along the cover 32.
    FIG. 10 shows a sectional illustration of a holding device 14 along the line X-X from FIG. 9. The holding device 14 is shown in an opened position. As already explained, the cover 32 or the flap 36 protects electrical connections or electrical components from a fluid, in particular splash water. In the case shown, the electrical connections 80 in the service area 70 of the control unit 22, which can also be understood as electrical components 82 of the control unit 22, are protected from splash water by the cover 32.
    The cover 32 is shaped such that in the case shown it forms a channel 78 with the control unit 22, or the housing 17 of the control unit 22, in which, for example during maintenance or repair work, splash water may accumulate , In addition, the cover 32 has openings 74 through which accumulated in the channel 74
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    Allows splash water to drain away. This prevents the spray water from accumulating permanently in the same place.
    In the case shown, splashing water which accumulates in the channel 74 is discharged through the openings 74 and conducted into a cavity 86 between the cover 32 and the receiving part 24. Since the holding device 84 can only be opened up to an angle of 84 °, the holding device has a slope in the opened position. Due to the gradient, the spray water, which is passed through the openings 74 into the cavity 86, can flow off quickly along the receiving part 24. The receiving part 24 in turn has further openings 88 through which the spray water can finally flow out of the cavity 86 and thus also out of the holding device 14. Due to the gradient, the spray water can flow out of the holding device 14 relatively quickly without being permanently in the cavity 86.
    In the exemplary embodiment shown, the housing 17 of the control unit 22 is designed such that it forms a trough 84 in the service area 70, where the electrical connections 80 and the electrical components 82 are also located. This prevents splash water located in the cavity 86 from coming into contact with the electrical connections 80 or the electrical components 82. Accordingly, the spray water flows in the cavity 86 past the electrical connections 80 or the electrical components 82.
    [0059] Furthermore, the receiving part has a wall 94 for a labyrinth-like seal 100, in the case shown with the control unit 22, or the housing 17 of the control unit 22. Due to the labyrinth-like seal 100, the service area 70 on the front of the holding device 14 can be sealed to protect it from a fluid, in particular from splash water.
    The control unit 22, or the housing 17 of the control unit 22, in turn has a groove 98 corresponding to the wall 94, which surrounds the wall 94 when the control unit 22 is inserted. The wall 94 and the corresponding groove 98 form the labyrinth-like seal 100.
    The wall 94 itself has an insertion bevel 96 through which the insertion is facilitated. The insertion bevel 96 can be seen more easily in FIGS. 6 and 7, which is why reference is made to FIGS. 6 and 7 at this point. The wall 94 also forms at least partially the receptacle 28 for the control unit 22 or the housing 17 of the control unit 22.
    Furthermore, the cover has a projection 102 for a further labyrinth-like seal 104, in the case shown with the control unit 22 or the housing 17 of the control unit 22. Due to the further labyrinth-like seal 104, the service area 70 on the back of the holding device 14 can be sealed to protect it from a fluid, in particular from splash water.
    Also, the control unit 22, or the housing 17 of the control unit 22, in turn has a further groove 106 corresponding to the projection 102, which after inserting the control unit 22 and then closing the cover 32 encloses the projection 102 of the cover 32 , Accordingly, it can also be understood to mean that the projection 102 of the cover 32 is inserted into the corresponding further groove 106 of the control unit 22, or the housing 17 of the control unit 22, when it is closed. The projection 102 and the corresponding further groove 106 form the labyrinth-like seal 100.
    It is also possible that the projection 102 has a further lead-in slope, by which the insertion is facilitated. By closing the cover 32 or inserting the projection 106 into the corresponding further groove 106 of the control unit 22 or the housing 17 of the control unit 22, the control unit 22 is fixed in the receptacle 28 provided for it and can no longer be removed be taken out of the recording. Only after the cover 32 has been opened is said fixation
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    Patent office canceled, whereby the control unit 22 can be removed again from the receptacle 28 provided for it.
    In addition, the receiving part 24 forms together with the cover 32 a cable channel 92 for electrical wiring of the control unit 22 to the heating device. In the case shown, the receiving part 24 forms, together with the cover 32, the cavity 86, which functions as a cable duct 92 for the electrical wiring of the control unit to the heating device. This enables orderly wiring of the control unit to the heating device.
    11 shows an enlarged illustration of a detail IX from FIG. 6. The receiving part 24 is oriented in accordance with a closed position of the holding device 14. Thus, a web 90 is formed over the further opening 88.
    The web 90 can prevent dust from falling into the further openings 88 from above and clogging the further opening 88.
    Furthermore, the cover has a receptacle 118 for a module 120, in the case shown an interface module 122, for expanding the control unit 22. The heating device can thus be expanded particularly easily. Correspondingly, FIG. 12 shows a representation of the holding device 14 according to the previous figures with such a module 120, or interface module 122, for expanding the control unit. FIG. 12 indicates that the module 120 is inserted into the receptacle 120 provided for this. There it is then fixed in said receptacle 118 by means of a locking device 124.
    13 shows a further illustration of the holding device 14 according to the preceding figures with a module 120 or an interface module 122 for expanding the control unit 22. In the case shown, the module 120 is already mounted in the receptacle 118 provided for this. The module 120 can be removed again by actuating the locking device 124. So module 120 is interchangeable. Depending on the type of module 120, technically different extensions of the heating device can thus be made possible.
    14 shows an illustration of a receiving part 24 of a holding device 14 according to the preceding figures. This is a top view, as would be seen from a technician's perspective, when the holding device 14 is in the opened position, only the receiving part 24, with the latching elements 40, without the control unit 22 and without the cover 32 is shown.
    The receiving part 24 has a shelf 108 for tools and at least one holder 110, in the case shown two holders 110 for tools. This enables a technician to put his tool down, for example during maintenance or repair work.
    The tray 108 for tools and the two receptacles 110 for tools are formed between the two struts 26, as a result of which the tray 108 for tools and the two receptacles 110 for tools can be formed with a particularly stable hold.
    In the case shown, the tool holder 108 is formed between the two tool holders 110. The tray 108 for tools is formed adjacent to the two receptacles 110 for tools. This enables a technician to store his tools neatly and clearly.
    The tray 108 for tools is designed as a cross strut 112 with a storage surface 114. As a result, a particularly large storage area 114 can be provided, on which a technician can place screws or the like, for example.
    The shelf 108 for tools, or the storage surface 114, can be loaded with a weight of up to 5 kg, which makes the shelf 108 highly resilient, so that a technician can store a large number of tools.
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    Patent Office In addition, the tray 108 for tools at least partially forms the receptacle 28 for the control unit 22, as a result of which the control unit 22 is additionally stabilized in the receptacle 28. The insertion of the control unit 22 is also facilitated since the shelf 108 can act as an insertion guide.
    The two receptacles 110 for tools are designed as openings 116 which are able to accommodate tools, in the case shown above all screwdrivers. In this way, screwdrivers can be hung in the receptacles 110 for tools or the openings 116. In addition, the receptacles 110 for tools, or the openings 116, can act as openings for water drainage in the event that splash water accumulates around the receptacles 110, for example during maintenance or repair work.
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    权利要求:
    Claims (17)
    [1]
    Expectations
    1. Heating device with a holding device (14) for receiving a control unit (22), the holding device (14) having a receiving part (24), characterized in that a cover (32) is attached to the receiving part (24), which for this purpose electrical connections (80) or electrical components (82) are to be protected from a fluid, in particular splash water.
    [2]
    2. Heating device according to one of the preceding claims, characterized in that the cover (32) is attached to the receiving part in a region removed from a receptacle (28) for the control unit (22).
    [3]
    3. Heating device according to one of the preceding claims, characterized in that the cover (32), in particular when the holding device (14) is open, is pivotable, preferably foldable, in the direction of the heating device.
    [4]
    4. Heating device according to one of the preceding claims, characterized in that the receiving part (24) and / or the cover (32) have at least one channel (78) and / or at least one opening (74) for water drainage.
    [5]
    5. Heating device according to one of the preceding claims, characterized in that the receiving part (24) and / or the cover (32) at least one wall (94) and / or at least one projection (102) for a labyrinth-like seal, in particular with the control unit (22).
    [6]
    6. Heating device according to one of the preceding claims, characterized in that the receiving part (24) together with the cover (32) forms a cable channel, in particular for electrical wiring of the control unit (22) with the heating device.
    [7]
    7. Heating device according to one of the preceding claims, characterized in that the receiving part (24) has at least one receptacle (48) for cable bushings, in particular grommets (50) and / or strain reliefs (52).
    [8]
    8. Heating device according to one of the preceding claims, characterized in that the cover (32) has a receptacle (118) for a module (120) for expanding the control unit (22), in particular an interface module (122).
    [9]
    9. Holding device (14) for a heating device, in particular for a heating device according to one of the preceding claims, comprising a receiving part (24), characterized in that on the receiving part (24) a cover (32) is attached, which is provided for this purpose To protect connections (80) or electrical components (82) from a fluid, in particular splash water.
    With 14 sheets of drawings
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    类似技术:
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    同族专利:
    公开号 | 公开日
    KR20190064414A|2019-06-10|
    TR201805653A2|2019-06-21|
    US20190162417A1|2019-05-30|
    US11221144B2|2022-01-11|
    RU2018111962A3|2021-07-27|
    DE102017221520A1|2019-06-06|
    RU2018111962A|2019-10-04|
    AU2018236718A1|2019-06-13|
    DE202017006778U1|2018-05-17|
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    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    DE102017221520.8A|DE102017221520A1|2017-11-30|2017-11-30|Heating device with a holding device for receiving a control unit|
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