JP2018015385A - Sauce dispenser stand - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a sauce dispenser stand capable of supporting a sauce dispenser in an inverted state, in that case, storing sauce leaking out from an outlet of the sauce dispenser in a tray, and facilitating care/cleaning of the tray.SOLUTION: A sauce dispenser stand includes: a stand 3 supporting a sauce dispenser D in an inverted state; and a sauce receiving part 4 provided on a lower side of the stand 3 and capable of storing sauce leaking out from an outlet 2 of the sauce dispenser D. The sauce receiving part 4 is configured to attachably/detachably support a tray 10 on a tray support part 9 provided on a lower side of an outlet insertion part 8 on the lower side of the stand 3, the tray facingly disposed on the lower side of the outlet 2 of the sauce dispenser D that penetratingly projects downward from the outlet insertion part 8.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a source dispenser stand on which a commercial source dispenser can be erected.

  As a stand for standing conventional seasoning containers, etc., an enclosure fence is provided on the top of the base where multiple seasoning containers can be placed side by side. (For example, refer to Patent Document 1).

Registered Utility Model No. 3015519

  By the way, in kitchens such as restaurants, various seasonings such as Worcester sauce, ketchup, mayonnaise, and mustard (in this specification, this type of liquid or paste-like seasonings are collectively referred to as “sauce”). In many cases, it is used by being put into a business source dispenser in which an upper lid body having a thin cylindrical discharge port is provided at the upper opening of a bottomed cylindrical source container so as to be opened and closed.

  This business-use source dispenser has no cover on the discharge port, so it is convenient to immediately discharge the source without the need to open and close the cover. However, when not in use, the discharge port is directed to the stand as in Patent Document 1. In this case, the source accumulates in the lower portion of the source container. In particular, when the content of the source is reduced, it becomes difficult to discharge the source at the next use.

  If this happens, hold the source container with the discharge port facing the arm tip, and move the source inside the source container to the upper side (discharge port side) by centrifugal force by moving the arm completely. However, the source often splattered due to the lack of a lid at this time.

  The present invention was developed in view of such background circumstances, and can support the source dispenser in an inverted state with its discharge port facing downward, thereby enabling immediate discharge of the source during use, and in an inverted state Even if a source leaks from the discharge port of the source dispenser, a sauce dispenser stand that can be accommodated in a saucer and that is easy to care for the saucer is provided.

  The gist of the present invention will be described with reference to the accompanying drawings.

  This is a source dispenser stand S that can support a source dispenser D in which a thin cylindrical discharge port 2 is provided in an upright state at the top of a source container 1 with the discharge port 2 turned upside down. A stand part 3 for supporting the source dispenser D in an inverted state, and a source receiving part 4 provided below the stand part 3 for receiving a source leaking from the discharge port 2 of the source dispenser D, The stand part 3 surrounds the source container 1 and is placed on the upper part of the surrounding part 5 that can support the source dispenser D in an inverted state, and the feeding part 6 that can feed the source dispenser D into the surrounding part 5 from above. And a mounting portion 7 on which the upper portion of the source container 1 placed in the surrounding portion 5 in an inverted state can be placed at the lower portion of the surrounding portion 5. In addition, when the upper portion of the source container 1 is placed on the placement portion 7, the placement portion 7 has a discharge port insertion portion that allows the tip of the discharge port 2 to be inserted and protruded below the placement portion 7. 8 is provided, and the source receiving portion 4 is connected to a saucer support portion 9 disposed below the discharge port 2 of the source dispenser D projecting downward from the discharge port insertion portion 8. The saucer stand is characterized in that a saucer 10 capable of accommodating a source leaking from the discharge port 2 is detachably supported.

  The surrounding portion 5 includes a one-side surrounding frame 11 and an other-side surrounding frame 12 that can surround and support the facing portion of the source container 1 of the source dispenser D, and an upper end of the one-side surrounding frame 11. A gap between the upper portion and the upper end portion of the other side surrounding frame 12 is configured as the input portion 6, and a guide frame portion 13 having a length in the vertical direction is formed on the one side surrounding frame 11 and the other side surrounding frame 12. The guide frame portion 13 is configured to function as a descent direction guide that guides the descent while maintaining the source dispenser D, which has been charged from the loading portion 6 in an inverted state, in an inverted state. The source dispenser stand according to claim 1.

  Further, the guide frame portion 13 is provided at two left and right positions of the one-side surrounding frame 11 and two left and right positions of the other-side surrounding frame 12, and the four guide frame portions 13 are provided from the insertion portion 6. 3. The source dispenser stand according to claim 2, wherein the source dispenser D, which is put in an inverted state, is configured to be guided to descend while being maintained in an inverted state.

  Further, the surrounding portion 5 is set so that the height dimension of the one-side surrounding frame 11 is set lower than the height dimension of the other-side surrounding frame 12, and the height of the surrounding portion 5 is increased from the input portion 6 on the one-side surrounding frame 11 side. The source dispenser stand according to any one of claims 2 and 3, wherein the source dispenser D is configured to be able to be inserted with the discharge port 2 facing toward the other side surrounding frame 12 side. It is concerned.

  Further, when the source dispenser D is introduced with the discharge port 2 directed toward the side of the other surrounding frame 12 having a height from the input portion 6 on the one side frame 11 side, the tip of the discharge port 2 When the outlet portion 14 is provided on the other side surrounding frame 12 and the stand portion 3 is arranged with the other side surrounding frame 12 close to the wall 15. 5. The source dispenser stand according to claim 4, wherein the stand portion 3 or the source receiving portion 4 is formed in a shape in which the other-side surrounding frame 12 is arranged in a state of being separated from the wall 15. Is.

  The stand portion 3 is configured by bending a frame member made of a metal wire into a U shape, and the frame portions at both ends of the U shape frame member 16 are the source container 1 of the source dispenser D. The space portion between the distal ends of the surrounding portion 5 is configured as the input portion 6, and the frame portion between the base ends of the surrounding portion 5 is the mounting portion 7 described above. It is comprised as follows. It concerns on the source dispenser stand of any one of Claims 1-5 characterized by the above-mentioned.

  The tray support portion 9 is composed of a frame member 17 made of a metal wire, and the flange portion 18 provided on the peripheral portion of the tray 10 is placed on the frame-shaped tray support portion 9. It is comprised so that the saucer 10 can be detachably supported by this, The source dispenser stand of any one of Claims 1-6 characterized by the above-mentioned.

  8. The connection frame portion 19 is provided in the source receiving portion 4, and the stand portion 3 is connected to the connection frame portion 19 in a cantilever state. It relates to the sauce dispenser stand described in 1.

  9. The source dispenser stand according to claim 1, wherein the source receiving unit 4 is provided with a suction cup 21 for grounding that is attracted to the grounding surface 20. .

  Since the present invention is configured as described above, the source dispenser can be supported in an inverted state on the stand portion, whereby the source is accumulated in the upper part of the source container when not in use, so that the source is immediately discharged at the next use. Therefore, it is possible to reduce the labor by moving the source by swinging the arm, cleaning the source scattered by the swing-off operation, reducing the waste of the source due to the scattering, and discharging the source dispenser in an inverted state. Even if the source leaks from the outlet, it can be stored in the saucer of the source receiving part provided below the stand part and can maintain hygiene, and the saucer is detachably supported by the saucer support part. The sauce dispenser stand is extremely practical because it can be easily removed and cleaned. .

  In the invention according to claim 2, the source dispenser can be supported in a stable inverted state by surrounding the opposing portion of the source container, and the source dispenser supplied from the input unit is maintained in an inverted state. It becomes a source dispenser stand having a configuration that is more practical and is guided by being lowered and supported by the stand portion.

  In the invention according to claim 3, it is possible to easily realize the design by simplifying the configuration in which the source dispenser thrown from the throwing portion is guided to be lowered and supported by the stand portion while maintaining the inverted state. It becomes a source dispenser stand with excellent practicality.

  In the invention according to claim 4, the source dispenser stand having a more excellent practicality can be provided by tilting the source dispenser horizontally and putting it into the stand part.

  Further, in the invention according to claim 5, even if the source dispenser is tilted sideways and put into the stand part with respect to the stand part of the present invention in which the other side surrounding frame is brought close to the wall and grounded, the tip part of the discharge port Since it is difficult to come into contact with the wall, the sauce dispenser stand is configured with a more practical configuration suitable for use in the wall.

  According to the sixth aspect of the present invention, there is provided a source dispenser stand having a more practical configuration that can be easily realized by designing the stand portion that reliably exhibits the functions and effects with a simple configuration.

  In the invention according to claim 7, the sauce dispenser stand having a more practical configuration is realized in which the saucer is detachable with respect to the saucer support part, and the design can be easily realized. .

  In the invention according to claim 8, since the connecting frame portion is provided in the source receiving portion, and the stand portion is connected to the connecting frame portion in a cantilever state, the source dispenser is inserted into the stand portion for mounting. The impact at the time of falling collision support by the mounting part is moderately absorbed by the bending deformation (elasticity) of the connecting frame part, thereby reducing the impact sound and the amount of source leakage from the discharge port due to the falling collision impact and the source of the source It becomes a source dispenser stand with a configuration that is more practical, such as less scattering.

  Further, in the invention of claim 9, it is possible to stably stand by itself with respect to the grounding surface by the suction action of the grounding suction cup, and the impact when the source dispenser is thrown is reduced by the flexibility of the grounding suction cup. It becomes a source dispenser stand having a configuration that is more practical.

It is a perspective view which shows a present Example. It is a principal part expansion perspective view which shows a present Example. It is a principal part expansion perspective view which shows the state which isolate | separated the saucer of the present Example. It is explanatory side view which shows a mode that a source dispenser is thrown in in the wall gathering use state of a present Example. FIG. 5 is an explanatory side view illustrating a state in which the loaded source dispenser is being lowered, following FIG. 4. FIG. 6 is an explanatory side view showing a lowered completion state of the loaded source dispenser (supported state of the source dispenser) following FIG. 5. It is a description expansion side view which shows the wall mounting installation state of Example 2. FIG. It is an explanatory partial expanded side view which shows the wall mounting installation state of Example 3. It is an explanatory partial expanded side view which shows the wall mounting installation state of Example 4.

  An embodiment of the present invention which is considered to be suitable will be briefly described with reference to the drawings showing the operation of the present invention.

  The source dispenser stand S of the present invention includes a source dispenser D mainly used for business use, that is, a source dispenser D in which a thin cylindrical discharge port 2 is provided in an upright state at the top of the source container 1. When not in use, the discharge port 2 can be supported in an inverted state facing downward.

  Specifically, when the source dispenser D is introduced into the surrounding part 5 of the stand part 3 of the source dispenser stand S from the introduction part 6 provided at the upper part thereof with the discharge port 2 facing downward, The upper part of the source container 1 is placed on the placement part 7 provided at the lower part of the surrounding part 5, and the tip part of the discharge port 2 is placed from the discharge port insertion part 8 provided in the placement part 7. While projecting downward from the placement portion 7, the source container 1 is surrounded by the surrounding portion 5 and supported in an inverted state in which the source dispenser D is prevented from falling.

  That is, if the source dispenser D is supported on the source dispenser stand S of the present invention, the source will be accumulated in the upper part of the source container 1, and therefore the source is immediately discharged from the source dispenser D at the next use. Is possible.

  Accordingly, since the operation of moving the source by swinging the arm and the cleaning work of the source scattered by the swing-off operation are not required, the labor can be reduced and the waste of the source due to the scattering can be reduced.

  In addition, since the business-use source dispenser D is not provided with a lid on the discharge port 2, there is a concern about leakage of the source from the discharge port 2 when supported in an inverted state. Even if the source leaks from the discharge port 2 that protrudes downward from the mounting portion 7 through the insertion portion 8, the source receiver provided below the discharge port 2 that protrudes from the discharge port insertion portion 8. It will be accommodated in the tray 10 of the section 4.

  Therefore, hygiene is maintained without contaminating the kitchen or the like with the leaked source.

  The saucer 10 in which the leaked source is accumulated can be removed from the saucer support portion 9 that supports the saucer 10 and can be cleaned (washed).

  A first embodiment of the present invention will be described with reference to FIGS.

  In this embodiment, an upper lid body 22 having a discharge port 2 standing in a thin cylindrical shape (tapered cylindrical shape) is provided at an upper opening of a bottomed cylindrical source container 1 so as to be openable and closable. The source dispenser stand S is capable of standing the source dispenser D, the stand part 3 supporting the source dispenser D in an inverted state, and the discharge port of the source dispenser D provided below the stand part 3 2 and a source receiving part 4 for receiving a source leaking from 2.

  The stand part 3 of the present embodiment can throw the source dispenser D from above into the surrounding part 5 on the upper part of the surrounding part 5 that surrounds the source container 1 and can support the source dispenser D in an inverted state. An insertion portion 6 is provided, and a mounting portion 7 on which the upper portion (upper lid 22) of the source container 1 placed in the surrounding portion 5 in an inverted state can be placed below the surrounding portion 5. In addition, when the upper lid 22 on the source container 1 is placed on the placement portion 7, the tip of the discharge port 2 is inserted below the placement portion 7. A discharge port insertion portion 8 to be protruded is provided.

  Specifically, as shown in FIG. 1, the stand portion 3 is formed by bending a rectangular frame-shaped frame member made of a metal wire into a U shape in a side view. The frame member 16 is arranged so that the frame portions at both ends are on the upper side, and each frame portion is configured as one side surrounding frame 11 and the other side surrounding frame 12, and the one side surrounding frame 11 and the other side The surrounding frame 12 is configured to be opposed to each other with an interval slightly smaller than the outer dimensions of the source container 1 of the source dispenser D. The one-side surrounding frame 11 and the other-side surrounding frame 12 are The surrounding portion 5 is configured to surround the source container 1 of the source dispenser D. Hereinafter, in this embodiment, the opposing direction of the one-side surrounding frame 11 and the other-side surrounding frame 12 constituting the surrounding portion 5 will be described as the front-rear direction. In addition, the description of the “enclosure” in claim 1 does not mean only the configuration surrounding the entire periphery of the source container 1 of the source dispenser D, but the source container 1 as in this embodiment. It is used with the meaning including the thing of the structure which encloses partially.

  In addition, a space between both ends (upper ends) of the one side (front side) surrounding frame 11 and the other side (rear side) surrounding frame 12 is configured as the input portion 6, and the one side surrounding frame 11 and the other side surrounding frame 11 A frame portion between the 12 base ends (lower ends) is configured as the mounting portion 7 described above.

  That is, the one-side surrounding frame 11 and the other-side surrounding frame 12 are configured to have vertical frame portions having lengths in the vertical direction at two left and right positions thereof, and the four vertical frame portions are A guide frame portion 13 that is placed (close) to the outer peripheral surface of the source dispenser D (source container 1) that is introduced in an inverted state from the insertion portion 6 and that maintains the source dispenser D in an inverted state without falling down. The guide frame portion 13 is configured to guide the descent while maintaining the inverted state until the source dispenser D is placed on the placement portion 7 after the source dispenser D is placed from the insertion portion 6. It is also configured to function as a direction guide.

  The four guide frame portions 13 are arranged so as to be close to the outer peripheral surface of the source container 1 without being in close contact with the source container 1 of the source dispenser D supported by the stand 3. The one-side enclosure frame 11 and the other-side enclosure frame 12 are set and configured so that the source dispenser D can be easily put in and out of the stand section 3 (enclosure section 5) without resistance, and the stand section 3 (enclosure 5), when the source container 1 is about to fall down, the outer peripheral surface of the source container 1 immediately contacts the guide frame 13 to prevent this. .

  The mounting portion 7 is composed of a pair of left and right parallel short frame members as shown in FIGS. 1 to 3, and the pair of frame members constituting the mounting portion 7 is the source dispenser D. The upper lid body 22 is configured to have an opposing interval narrower than the diameter dimension of the upper lid body 22, and is configured to be able to place both sides of the upper surface of the upper lid body 22 across the discharge port 2. A space portion between a pair of frame members constituting the discharge port insertion portion 8 is configured.

  Further, in this embodiment, the upper end portion of the one-side surrounding frame 11 is inclined and bent in a U-shape toward the outside (front side), and the upper end portion of the other-side surrounding frame 12 is outside (rear side). Inclined and bent in a U-shape, each inclined bent frame portion at the upper end is configured as a guide frame portion 23 in which the opposing distance increases toward the upper side. The source dispenser D is configured to be easily guided into the surrounding portion 5 from the input portion 6.

  Further, the height dimension of the one-side surrounding frame 11 is set lower than the height dimension of the other-side surrounding frame 12.

  Therefore, it is possible to put the source dispenser D into the surrounding part 5 configured in this way from the feeding part 6 in an upright posture with respect to the stand part 3 from directly above, but there is no height. It is also possible to feed the source dispenser D tilted sideways from the loading part 6 on the side surrounding frame 11 side, with the discharge port 2 directed obliquely downward and toward the other side surrounding frame 12. (See FIGS. 4 to 6).

  Even if the source dispenser D is tilted sideways and placed in the stand portion 3 as described above, the four guide frame portions 13 are provided along (close to) the outer peripheral surface of the source container 1 and the source dispenser D is placed. While being maintained in an inverted state, the lateral displacement is prevented and the descent is stably guided until it is placed on the mounting portion 7 described above.

  Further, when the source dispenser D is thrown sideways as described above, the space between the left and right guide frame portions 13 of the other side surrounding frame 12 causes the tip of the discharge port 2 to be outside the other side surrounding frame 12. It is configured as a discharge port escape insertion portion 14 which is inserted and protruded in the direction, and the discharge port 2 is inserted and protrudes outward from the discharge port escape insertion portion 14 to the upper side of the source dispenser D 22. Is in contact with the other side enclosing frame 12 or the leading frame portion 23 at the upper end thereof, and thereafter, the source dispenser D is turned downward and guided downward (see FIGS. 5 and 6).

  The source receiving portion 4 of the present embodiment is composed of a frame member 17 made of a metal wire material and a receiving tray 10 for storing a source leaking from the discharge port 2 of the source dispenser D. The tray support portion 9 is provided that can detachably support the tray 10.

  Specifically, as shown in FIGS. 1 to 3, the frame member 17 includes a frame body having a substantially rectangular frame shape in plan view bent in a substantially U shape in a side view, and frames at both ends. The part is formed in a shape in which one end is long and the other end is short.

  Further, the frame member 17 is arranged so that the frame portions at both ends are in front and the longer frame portion is in the lower side, and the protruding end (front) end frame portion of the lower frame portion is arcuate forward. A lower frame portion having a U-shape in a plan view having the curved distal end frame portion is configured as the tray support portion 9.

  Further, the tray 10 has arcuate outer peripheral edges that are synchronized with the curved distal end frame portion of the tray support section 9 formed on opposite sides, and outer peripheral edges between the arc-shaped outer peripheral edges on both sides are formed on a straight edge. The plate-shaped plate body has a long circular shape in plan view, and a flange portion 18 is integrally projected on the entire circumference of the outer peripheral edge portion.

  And the saucer 10 is mounted | worn by mounting the said collar part 18 on the said saucer support part 9 of U-shaped frame shape along the arcuate outer periphery part of the said saucer 10 in the curved front-end | tip edge part. It is configured to be detachably supported by the tray support portion 9.

  Further, in this embodiment, a connecting frame portion 19 is provided in the source receiving portion 4, and the stand portion 3 is connected to the connecting frame portion 19 in a cantilever state.

  Specifically, the upper frame portion and the rear frame portion of the frame member 17 constituting the source receiving portion 4 excluding the tray support portion 9 are configured as the connecting frame portion 19. That is, in the present embodiment, the tray support portion 9 and the connecting frame portion 19 are configured as a single body (frame member 17) (the source receiving portion 4 is configured to include the connecting frame portion 19). ).

  In addition, the connecting structure of the connecting frame portion 19 and the stand portion 3 is configured such that the other side of the stand portion 3 is surrounded by the front (front) end frame portion of the upper frame portion of the frame member 17 constituting the connecting frame portion 19. The stand part 3 is connected to the connecting frame part 19 in a cantilever state by welding (welding) the rear part near the lower end of the frame 12.

  Further, by connecting the stand portion 3 to the connecting member 19, the placement portion 7 and the discharge port insertion portion 8 are disposed above the tray support portion 9, and the placement portion 7 is inverted. When the upper lid 22 of the source dispenser D is placed, the tray 10 can be disposed directly under the tip of the discharge port 2 protruding below the placement unit 7 via the discharge port insertion portion 8. The shape of the stand part 3, the shape of the source receiving part 4, the connecting position of the stand part 3 and the source receiving part 4, etc. are set and configured.

  In addition, the stand part 3 is connected to a frame part (a front end frame part of the upper frame part of the frame member 17) that protrudes forward in front of the connecting member 19, whereby the rear side of the stand part 3 (source dispenser stand S). When the other-side surrounding frame 12 is placed close to the wall 15, the other-side surrounding frame 12 is arranged so as to be separated from the wall 15. Due to the wall separation structure of the other side surrounding frame 12, when the source dispenser D is thrown sideways from the loading part 6 on the one side surrounding frame 11 side, the other from the discharge port escape insertion part 14 The distal end portion of the discharge port 2 penetrating and projecting outward from the side surrounding frame 12 is configured to be difficult to contact the wall 15.

  Further, in the present embodiment, the source receiving unit 4 is provided with a grounding suction cup 21 for grounding to the grounding surface 20.

  Specifically, the leg frame 24 made of a metal wire rod having a U-shape in front view is arranged at the lower front and rear positions of the tray support portion 9 so that both ends thereof are down and welded (welded). The grounding suction cups 21 made of flexible rubber or synthetic resin are provided on the left and right hanging ends of the front and rear leg frames 24, respectively.

  Therefore, in this embodiment, the stand portion 3 is provided at a higher position than the stand as in Patent Document 1 and has a high center of gravity, and the stand portion 3 has a cantilever structure, which is somewhat lacking in installation stability. Although it can be said that the structure is good, good grounding stability is ensured by the four suction cups 21 for grounding.

  Also, in this embodiment, even if the grounding suction cup 21 is peeled off from the grounding surface 20, the center of gravity balance is designed so that the grounding suction cup 21 can easily stand on its own without falling down. By securing the configuration, the source dispenser stand S including the leg frame 24 can be easily reduced in space and compact, so that a plurality of the source dispenser stands S can be used. The layout has a high degree of freedom and can be used for any kitchen facility.

  Further, when the source dispenser D is inserted into the stand unit 3 and is placed on the mounting unit 7 in a descending collision, the impact of the grounding suction cup 21 and the cantilevered stand unit 3 (connection frame unit) Accordingly, the descent collision impact sound of the source dispenser D is reduced, and at the same time the discharge from the discharge port 2 due to the descent collision impact of the source dispenser D is reduced. Source leakage and source splatter are reduced.

  A second embodiment of the present invention will be described with reference to FIG.

  This embodiment is a case where the suction cup 25 with a wall that can be adsorbed to the wall 15 is provided in the first embodiment.

  Specifically, a suction cup 25 with a wall is attached to the guide frame 23 at the upper end of the other side surrounding frame 12, and the source dispenser stand S is made to adsorb the suction cup 25 with the wall to the wall 15. It is configured to be wall mountable.

  Further, unlike the first embodiment, the present embodiment shows a case where the source receiver 4 is not provided with the leg frame 24 with the suction cup 21 for grounding.

  Other configurations are the same as those of the first embodiment.

  A specific third embodiment of the present invention will be described with reference to FIG.

  This embodiment is a case where the wall fixture 26 capable of absorbing and fixing the metal wall 15 is provided in the first embodiment.

  Specifically, in the wall fixture 26 of the present embodiment, a magnet 29 is provided in an exterior body 28 having a hook portion 27 capable of hooking a guide frame portion 23 at the upper end portion of the other side surrounding frame 12. Become.

  Therefore, the source dispenser stand S can be attached to the wall by attaching the wall fixture 26 to the metal wall 15 and attracting the guide frame portion 23 of the other side surrounding frame 12 to the hook portion 27. Has been.

  Other configurations are the same as those of the first embodiment.

  A fourth embodiment of the present invention will be described with reference to FIG.

  The present embodiment is a case where a wall fixture 30 having a different configuration from that of the third embodiment is provided.

  Specifically, the wall fixture 30 of the present embodiment is secured to a hook-like wall-attached plate 31 capable of hooking the guide frame portion 23 at the upper end portion of the other side surrounding frame 12 by screws, nails, or the like. A fastening hole (not shown) through which the tool 32 (screw 32 is illustrated as the fastening tool 32 in the present embodiment) can be inserted.

  Therefore, the wall dispenser stand S can be attached to the wall by attaching the wall fitting 30 to the wall 15 by the fastening tool 32 and hooking the guide frame portion 23 of the other side surrounding frame 12 on the wall fitting 30. It is configured.

  Other configurations are the same as those of the first embodiment.

  In addition, this invention is not restricted to Examples 1-4, The concrete structure of each component can be designed suitably.

DESCRIPTION OF SYMBOLS 1 Source container 2 Discharge port 3 Stand part 4 Source receiving part 5 Enclosure part 6 Loading part 7 Placement part 8 Discharge opening insertion part 9 Sauce tray support part
10 saucer
11 One-sided enclosure
12 Other side frame
13 Guide frame
14 Discharge port escape passage
15 walls
16 U-frame material
17 Frame member
18 Buttocks
19 Connecting frame
20 Ground plane
21 Suction cup for grounding D Source dispenser S Source dispenser stand

Claims (9)

  A source dispenser stand capable of supporting a source dispenser in which a thin cylindrical discharge port is provided in an upright state on an upper portion of a source container, the discharge port being inverted so that the discharge port faces downward, the source dispenser And a source receiving portion that is provided below the stand portion and receives a source leaking from the discharge port of the source dispenser. The stand portion surrounds the source container. In the upper part of the surrounding part capable of supporting the source dispenser in an inverted state, a feeding part capable of feeding the source dispenser from above is provided in the surrounding part, and the lower part of the surrounding part is placed in the surrounding part in the inverted state. In addition, a mounting portion on which an upper portion of the source container can be mounted is provided, and the mounting portion includes a source container on the mounting portion. When the upper part is placed, there is provided a discharge port insertion part for inserting and projecting the tip of the discharge port downward from the placement part, and the source receiving part protrudes downward from the discharge port insertion part. A saucer dispenser stand characterized in that a saucer capable of receiving a source leaking from the outlet of the source dispenser is detachably supported on a saucer support part disposed below the outlet of the source dispenser.   The surrounding portion includes a one-side surrounding frame and an other-side surrounding frame that can surround and support a facing portion of the source container of the source dispenser, and an upper end portion of the one-side surrounding frame and an upper end portion of the other-side surrounding frame. A gap portion between the guide frame portion is configured as the input portion, and a guide frame portion having a length in the vertical direction is provided on the one side surrounding frame and the other side surrounding frame, and the guide frame portion is separated from the input portion. 2. The source dispenser stand according to claim 1, wherein the source dispenser stand is configured to function as a descent direction guide that guides the descent while keeping the source dispenser put in an inverted state while maintaining the inverted state.   The guide frame portions are provided at two left and right locations of the one-side enclosure frame and two left and right locations of the other-side enclosure frame, and the four guide frame portions are introduced in an inverted state from the introduction portion. The source dispenser stand according to claim 2, wherein the source dispenser stand is configured to guide the descent while maintaining the source dispenser in an inverted state.   The surrounding portion is configured such that a height dimension of the one-side surrounding frame is set lower than a height dimension of the other-side surrounding frame, and a height of the other-side surrounding frame is increased from the input portion on the one-side surrounding frame side. The source dispenser stand according to any one of claims 2 and 3, wherein the source dispenser can be inserted with the discharge port facing toward the side.   When the source dispenser is introduced with the discharge port directed toward the other side surrounding frame having a height from the input portion on the one side surrounding frame side, the tip of the discharge port is placed outside the other side surrounding frame. When the stand portion is arranged with the other side surrounding frame placed against the wall, the other side surrounding frame is arranged in a state of being separated from the wall. The source dispenser stand according to claim 4, wherein the stand portion or the source receiving portion is formed in a shape to be provided.   The stand portion is configured by bending a frame member made of a metal wire into a U-shape, and the frame portions at both ends of the U-shaped frame member surround the source container of the source dispenser. The space portion between the distal ends of the surrounding portion is configured as the input portion, and the frame portion between the proximal ends of the surrounding portion is configured as the placement portion. Item 6. The source dispenser stand according to any one of Items 1 to 5.   The saucer support portion is composed of a frame member made of a metal wire, and the saucer can be attached and detached by placing a collar provided on the peripheral portion of the saucer on the frame-like saucer support portion. It is comprised so that it can support, The sauce dispenser stand of any one of Claims 1-6 characterized by the above-mentioned.   The source dispenser stand according to any one of claims 1 to 7, wherein a connecting frame portion is provided in the source receiving portion, and the stand portion is connected to the connecting frame portion in a cantilever state. .   The source dispenser stand according to any one of claims 1 to 8, wherein a suction cup for grounding that is attracted to a grounding surface is provided in the source receiver.

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