• 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:
    Dosing lid (1) and hand-held container with the dosing lid. The dosing lid comprises a dosing spout (2) and a lower tube (3), the dosing spout (2) and the lower tube (3) defining a passage for dosing. The dosing lid (1) further comprises a closing mechanism comprising a movable closing plate (6), the closing plate (6) being provided with a first through hole (15) and being movably suspended in the dosing lid (1). The lower tube (3) comprises one outer tube and at least one inner tube (5), the at least one inner tube (5) extending along the outer tube and being mechanically fixed to the outer tube. The first through hole (15) has a diameter equal to or less than the at least one inner tube (5). The movable closing plate (6) can be moved between a first position, where the first through hole (15) is located in the space between the lower tube (3) and the dosing spout (2), a second position where a second part of the closing plate (6) is located in the space between the lower tube (3) and the dosing spout (2), and a third position where the closing plate (6) does not block the passage between the lower tube (3) and the dosing spout (5).
    公开号:DK201970579A1
    申请号:DKP201970579
    申请日:2019-09-20
    公开日:2020-09-04
    发明作者:Wedell Anders
    申请人:Wedtech Aps；
    IPC主号:
    专利说明:

    TECHNICAL FIELD OF THE INVENTION The present invention relates to a dosing lid for a hand-held container and a hand-held container with the dosing lid.
    Background of the Invention When dosing granular material from hand-held containers, it can be problematic to obtain the desired dosage, which can cause problems for a user of the container.
    Especially when dosing granular material, such as sugar or coffee granules, especially instant coffee, the correct dosage amount can be vital to achieve the desired result.
    Current dosing lids and dosing containers, which are present in various cafes, are usually provided with a dosing lid comprising a dosing spout and a lower tube, the lower tube extending inside the hand-held container.
    Dosing from such containers takes place by tilting the container and collecting granular material in the lower tube.
    The captured granular material is then released from the dosing spout.
    Although the tube in some types is displaceable relative to the lid, the dosage amount from such dosage lids and dosage containers cannot be adjusted - precisely, the dosage amount is essentially the same at each dosage.
    This can be problematic as the predetermined dosage amount does not necessarily give the desired result for all users.
    For example, individuals' desires for the strength or sweetness of their coffee can vary greatly.
    Dosing from current dosing lids and dosing containers becomes further problematic if the granular material begins to clump together.
    Clumping of the granular material can lead to the lower tube being stopped, which can complicate or completely prevent dosing.
    Disclosure of the Invention It is the object of the present invention to solve or at least reduce the above problems.
    According to a first aspect of the invention, this is achieved by a dosing lid for dosing from a hand-held container, the dosing lid comprising a dosing spout and a lower tube, the lower tube being adapted to extend
    DK 2019 70579 A1 2 inside the hand-held container, and where the dosing spout and the lower tube define a passage for dosing, characterized in that the dosing lid further comprises a closing mechanism comprising a movable closing plate, the closing plate being provided with a first through hole and is movably suspended in the dosing lid, where there is a space between the dosing spout and the lower tube, the size of the gap substantially corresponding to the thickness of the closing plate, the lower tube comprising one outer tube and in the at least one inner tube, wherein the at least one inner tube extends along the outer tube and is mechanically fixed to the outer tube, the first through hole having a diameter equal to or less than the at least one inner tube, where the movable closure plate can be moved between a first position, the first through hole being located in the space between the lower tube and the dosing spout, a second position where a second part of the closing plate is located in the space between the lower tube and the dosing spout, and a third position where the closing plate does not block the passage between the lower tube and the dosing spout.
    By the term another part of the closing plate is meant in this context a part of the closing plate which can close the passage between the lower tube and the dosing spout. Being able to close the passage prevents moisture from passing through the passage. This can be a great advantage when the dosing lid is screwed onto a container filled with e.g. sugar, as this prevents the sugar from clumping together due to moisture. Furthermore, if the dosing lid is used on a container filled with coffee granules, such as instant coffee, closing off the passage can ensure that the coffee aroma does not escape, thereby maintaining the quality of the instant coffee for a longer period of time.
    The closing plate itself can have several different shapes. The closing plate can be shaped like a rotatable disc. A rotatable disc is an easy way to control whether the through hole is between the lower tube and the dosing spout or whether the other part of the closing plate is between the lower tube and the dosing spout. Additionally, a swivel disc is space efficient.
    Alternatively, the closure plate may be rectangular and designed to move along at least one axis, thereby acting as a slider.
    DK 2019 70579 A1 3 The fact that the closing plate can be moved between three positions enables a user of the dosing lid to be able to choose between different dosing quantities. Different dosage amounts make it easier for users of the dosage lid to achieve their desired dosage amount.
    When the closing plate is in the third position, the passage is not blocked, so that dosing is made from the entire lower tube. When the closing plate is in the second position, the closing plate closes the passage and prevents dosing, this is particularly advantageous when the dosing lid is not to be used for dosing, but only to act as a lid. When the closure plate is in the first position, only from the at least one inner tube is dispensed, releasing a smaller dosage amount than when the closure plate is in the third position. The fact that the dosing lid can be adapted to the preferences of different users is a great advantage, as it varies greatly from person to person, how strong they like their coffee and how sweet it should be.
    In one embodiment, the closing mechanism further comprises a shaft and an arm, the shaft being connected to the closing plate, the arm being connected to the shaft and arranged to extend outside the hand-held container, where a user of the dosing lid can move the arm and thereby move the closing plate. .
    By allowing a user to interact with an arm, it is easy for a user to choose which position the closing plate should be in. The arm itself may further comprise a handle. A handle on the arm would further enhance the ease of use of the dosing lid, as the handle would provide an intuitive place to interact with the dosing lid. The movement of the arm itself can be a substantially circular movement if, for example, the closing plate is a disc. The movement of the arm can also be linear if the closing plate acts as a slider.
    | an embodiment, the dosing lid comprises a first recess and a second recess, wherein the arm of the closing mechanism comprises a spring ball, wherein the spring ball is arranged to engage the first recess and the second recess, where a user of the dosing lid can move the arm. to allow the spring ball to engage the first recess or the
    DK 2019 70579 A1 4 second recess, where the second part of the movable closing plate is located in the space between the lower tube and the dosing spout, when the spring ball is in engagement with the second recess, and where the first through hole is located in the space between the lower tube and the dosing spout when the spring ball engages the first recess.
    The interventions between the spring ball and the recesses ensure that the closing plate does not move inappropriately. If a user has chosen to close the passage by letting the spring ball engage with the second recess, it is ensured that the passage does not open inappropriately. Thereby, inappropriate waste can be avoided. Furthermore, when dosing from the at least one tube, it is ensured that the closing plate does not move during dosing.
    In one embodiment, the lower tube comprises several inner tubes, and wherein the closure plate comprises several through holes, each of the several inner tubes having one associated through hole with a diameter corresponding to the associated inner tube, so that a user of the dosing lid can move the closing plate to control whether the other part of the closing plate or which of the several through holes is in the space between the lower tube and the dosing tube.
    The several inner tubes allow a user to choose between several dosing options. The multiple dosing options make it easier to achieve a desired dosing result. If the dosing lid is also equipped with a spring ball, as described above, each of the inner tubes may also have an associated recess, so that it is easy for the user of the dosing lid to choose which of the several inner tubes is to be used for dosage.
    In one embodiment, the lower tube, closure plate and dosing spout are made of stainless steel and / or a plastic material such as plastic.
    Stainless steel is a durable material that is easy to clean. These properties are optimal for an everyday item that will experience wear and tear and cleanings. Alternatively, some or all of the parts may be made of a plastic material, such as plastic. If the container on which the dosing lid is placed is made of a plastic material, it may be an advantage if the dosing lid is made of the same material to reduce friction or avoid unnecessary wear.
    DK 2019 70579 A1 In an embodiment, the at least one inner tube is connected to the outer tube by means of a connecting rod, the connecting rod connecting the outside of the inner tube to the inside of the outer tube.
    Such a connection ensures that the at least one inner tube does not move relative to the outer tube. Furthermore, this is a simple compound which does not adversely affect the dosage through the outer tube or the at least one inner tube.
    | one embodiment is the outer tube connected to the dosing lid by means of a connecting piece, the connecting piece being connected to the outside of the outer tube and connected to the dosing lid.
    By connecting the outside of the outer tube to the dosing lid, it is ensured that the outer tube is firmly connected to the dosing lid, without thereby affecting the passage through the outer tube. The connection of the connecting piece to the outer pipe and the dosing lid can take place, for example, by welding, spot welding, gluing or the like.
    In one embodiment, the lower tube comprises a recess, the recess being provided at one end of the lower tube, in particular the end adapted to extend down into the hand-held dosing container.
    The recess can ensure that the lower tube is filled with material when dosing from the dosing yoke. If the lower tube is substantially filled with material when dosing, it is ensured that the dosing amount does not vary at different dosages. For example, if the lower tube is only half filled, the dosage amount will not be the same as if the lower tube is substantially filled with material. The recess can thereby ensure a higher uniformity in dosing amounts delivered from the dosing lid. | one embodiment, the dosing lid comprises a thread, the thread being adapted to engage a standardized thread on a package.
    Packages filled with coffee granules are typically provided with a threaded lid, but these lids do not allow for controllable dosing, as the lid's sole purpose is to shield the coffee granules from the surroundings. By replacing a packaging lid with a dosing lid according to the present disclosure,
    DK 2019 70579 A1 6 opportunity, an opportunity is achieved to control the dosage amount directly from a package, and to continue to shield the contents of the packaging from the surroundings.
    According to another aspect of the invention, there is provided a hand-held dosing container with a dosing lid according to any one of claims 1-9. Advantages and embodiments described with reference to the first aspect of the invention also apply to the second aspect of the invention.
    Brief Description of the Drawings In the following, embodiments of the invention will be described with reference to schematic drawings, in which Figs. 1 shows a schematic cross-section from the side of an embodiment of the dosing lid.
    FIG. 2 shows a schematic cross-section seen from line II-II in FIG. FIG. 3 shows the dosing lid in FIG. 2 and FIG. 1, as seen from above. Detailed Description of the Invention In FIG. 1 shows a schematic cross-section seen from the side of an embodiment of the dosing lid 1. The dosing lid 1 comprises a dosing spout 2. The dosing spout 2 extends in the embodiment shown substantially perpendicular to the dosing lid 1. The dosing spout 2 can also extend at an angle differently than perpendicular to the metering cap.
    One end of the dosing spout 2 is chamfered to femme dosing from this end.
    The dosing spout can be made of plastic material or stainless steel.
    The dosing lid 1 further comprises a lower tube 3. The lower tube 3 is arranged to extend inside the hand-held container, on which the dosing lid 1 is located.
    The lower tube 3 together with the dosing spout 2 defines a passage for dosing.
    The lower tube 3 comprises an outer tube 4 and an inner tube 5. The inner tube 5 extends inside and along the outer tube 4. The inner tube 5 and the outer tube 4 are placed concentrically.
    The inner tube 5 is mechanically fixed to the outer tube 4. Fixation of the inner tube 5 is achieved by means of a connecting rod 11, the connecting rod connecting the outside of the inner tube 5 to the inside of the outer tube 4. The outer tube 4 is connected to the dosing lid 1 by means of a connecting piece 10. The connecting piece 10 connects the outside of the outer
    DK 2019 70579 A1 7 tubes for the dosing lid.
    The inner tube 5 and the outer tube may be made of plastic material or stainless steel.
    The lower tube 3 and the dosing spout 2 are separated by a space.
    It is possible to close the passage between the lower tube 3 and the dosing spout 2, by blocking the passage with a closing plate 6, by placing a part of the closing plate 6 in the space.
    The closing plate 6 can block or open the passage between the lower tube 3 and the dosing spout 2, a more detailed explanation of this can be found below in the description of Figs. 2 and FIG. 3. The thickness of the closure plate 6 is adapted to the space between the dosing spout 2 and the lower tube 3, this ensures a tight closure when the closure plate 6 blocks the passage.
    Alternatively or in combination with an adapted thickness of the closing plate, the dosing lid 1 can be provided with a seal, e.g. provided on the end of the upper pipe 2 which is closest to the lower pipe 3. The seal ensures that the closing plate 6 closes tightly when the closing plate blocked the passage.
    The seal may be an O-ring.
    The closing plate 6 in the embodiment shown is rotatably suspended in the dosing lid 1. The closing plate 6 itself is connected to a shaft 9 which is offset relative to the inner 5 and / or outer tube 4. The shaft 9 extends perpendicular to the closing plate 6. Axis The arm 9 is connected to an arm 8. The closing plate 6 can thus be rotated by moving the arm 8. The arm 8 has a free end equipped with a projection 17, where this projection 17 can function as a handle.
    Preferably, inside the projection 17 on the arm 8 is a spring ball 7. The lower tube 3 is provided with a recess 12 at one end.
    The recess 12 is formed to provide a bucket function to the lower tube 3, so that material in a container on which the dosing lid 1 is located can be collected in the lower tube when the container is tilted.
    The dosing lid 1 in the embodiment shown is provided with thread 18. The thread 18 enables the dosing lid 1 to engage with a thread on a
    packaging, in particular packaging in which the powder or granules are delivered. | FIG. 2 shows a schematic cross-section seen from line II-II in FIG. 1 of an embodiment of the dosing lid.
    The closing plate 6 is provided as a substantially triangular disc.
    The closure plate 6 is further provided with a first through hole 15 and a second through hole 16. The number of through holes in the closure plate 6 may vary between differences.
    DK 2019 70579 A1 8 types of dosing lids.
    There can be one through hole, two through holes, three through holes or more.
    If the closure plate 6 is provided with only one through hole, different dosages can still be obtained.
    reached. | In the case of one through hole, the one through hole garden may have a diameter corresponding to or smaller than the inner tube 5, dosing possibilities are thus given by either turning one through hole into the space between the dosing spout 2 and the lower tube. 3, for the
    by allowing dosing from the inner tube 5, or by rotating the closure plate 6 completely away from the gap, thereby allowing dosing from the entire lower tube 3. The first through hole 15 has a diameter which matches the outer tube 4, resulting in when the first through hole 15 is turned into the space between the dosing spout 2 and the lower tube 3, the dosing lock is made
    get ready to dose from the entire lower tube 3. The second through hole
    16 has a diameter which matches the inner tube 5, which results in that when the second through hole 16 is rotated into the space between the dosing tube 2 and the lower tube 3, the dosing lid is made ready to dose only from the inner tube 5. If a other non-perforated part of the closing plate 6 is turned into the space between the dosing spout 2 and the lower tube 3, the passage will be blocked and dosing will not be possible.
    In the embodiment shown with a tri-
    angular disc, where two of the corners of the disc are provided with through holes, while the third corner is solid, it is possible that dosage can be chosen according to which corner is located in the space between the
    re tube 3 and the dosing spout 2. | FIG. 3 shows the dosing lid in FIG. 2 and FIG. 1,
    as seen from above. | In the embodiment shown, the arm 8 can be rotated along a guide.
    ste curve P1. The first curve P1 essentially forms a semicircle.
    On the first pivot axis P1 a first recess 13 and a second recess 14 are placed. When the arm 8 moves along the first curve P1, the spring ball 7 can engage with either the first recess 14 or the second recess 13. In in the embodiment shown, two depressions are shown, but it is also possible with one depression, three depressions or several depressions.
    The closing plate 6 in the embodiment shown is configured such that when the spring ball 7 engages with the first recess 13, the closing plate 6 is rotated
    DK 2019 70579 A1 9ind in the space and block the passage.
    This corresponds to the corner of the substantially triangular disc, which does not have a through hole, being located in the space between the dosing spout 2 and the lower tube 3. When the spring ball 7 engages with the second recess 14, on the other hand, the corner of the triangular disc, where the second through-hole 16 is, which is rotated into the space between the dosing spout 2 and the lower tube 3.
    权利要求:
    Claims (10)
    [1]
    Dosing lid for dosing from a hand-held container, the dosing lid comprising a dosing spout and a lower tube, the lower tube being adapted to extend inside the hand-held container, and wherein the dosing spout and the lower tube define a dosing passage, characterized in that the dosing lid further comprises a closing mechanism comprising a movable closing plate, the closing plate being provided with a first through hole and being movably suspended in the dosing lid, where there is a space between the dosing spout and the lower tube, the size of the gap substantially corresponding to the thickness of the closure plate, the lower tube comprising one outer tube and at least one inner tube, wherein the at least one inner tube extends along the outer tube and is mechanical fixed to the outer tube, the first through hole having a diameter equal to or less than the at least one inner tube where the movable closure plate can move between a first position where the first through hole is located in the space between the lower tube and the dosing spout, a second position where a second part of the closing plate is located in the space between the lower tube and the dosing spout, and a third position , where the closing plate does not block the passage between the lower tube and the dosing spout.
    [2]
    The dosing lid of claim 1, wherein the closing mechanism further comprises a shaft and an arm, the shaft being connected to the closing plate, the arm being connected to the shaft and arranged to extend outside the hand-held container, where a user of the dosing lid can move arm, thereby moving the closure plate.
    [3]
    A dosing lid according to claim 2, wherein the dosing lid has a first recess and a second recess, the arm of the closing mechanism comprising a spring ball, the spring ball being adapted to engage the first recess and the second recess, wherein a user of the dosing lid can move the arm to cause the spring ball to engage the first recess or the second recess, the second part of the movable closure plate being located in the space between the lower tube and the dosing tube.
    DK 2019 70579 A1 11 when the spring ball engages the second recess, and where the first through hole is in the space between the lower tube and the dosing spout when the spring ball engages the first recess.
    [4]
    A dosing lid according to any one of the preceding claims, wherein the lower tube comprises a plurality of inner tubes, and wherein the closure plate comprises a plurality of through holes, each of the plurality of inner tubes having one associated through hole having a diameter corresponding to to the associated inner tube so that a user of the dosing lid can move the closure plate, to guide about the second part of the closure plate or which of the several through holes is in the space between the lower tube and the dosing spout.
    [5]
    Dosing lid according to any one of the preceding claims, wherein the lower tube, the closing plate and the dosing spout are made of stainless steel and / or a plastic material, such as plastic.
    [6]
    Dosing lid according to any one of the preceding claims, wherein the at least one inner tube is connected to the outer tube by means of a connecting rod, the connecting rod connecting the outside of the inner tube to the inside of the outer tube.
    [7]
    Dosing lid according to any one of the preceding claims, wherein the outer tube is connected to the dosing lid by means of a connecting piece, wherein the connecting piece is connected to the outside of the outer tube and connected to the dosing lid.
    [8]
    A dosing lid according to any one of the preceding claims, wherein the lower tube comprises a recess, the recess being provided at one end of the lower tube, in particular the end adapted to extend down into the hand-held dosing container.
    [9]
    A dosing lid according to any one of the preceding claims, wherein the dosing lid further comprises a thread, the thread being adapted to engage a standardized thread on a package.
    [10]
    A hand-held dosing container with a dosing lid according to any one of claims 1-9.
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    同族专利:
    公开号 | 公开日
    EP3795039A1|2021-03-24|
    DK180240B1|2020-09-04|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    WO2001070594A1|2000-03-21|2001-09-27|Xanthos Menelaou|Precise dosing dispenser|
    法律状态:
    2020-09-04| PAT| Application published|Effective date: 20200904 |
    2020-09-04| PME| Patent granted|Effective date: 20200904 |
    优先权:
    申请号 | 申请日 | 专利标题
    DKPA201970579A|DK180240B1|2019-09-20|2019-09-20|Dosing lid for hand-held container|DKPA201970579A| DK180240B1|2019-09-20|2019-09-20|Dosing lid for hand-held container|
    EP20196878.1A| EP3795039A1|2019-09-20|2020-09-18|Dispensing lid for handheld container|
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