CN111482431A

CN111482431A - Support and brushing device applied to container cleaning machine

Info

Publication number: CN111482431A
Application number: CN201910081696.8A
Authority: CN
Inventors: 李奋强
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-01-28
Filing date: 2019-01-28
Publication date: 2020-08-04

Abstract

The invention belongs to the technical field of container cleaning, and particularly relates to a bracket and a brushing device applied to a cleaning machine for brushing a container without a handle. Include the support body of hosting structure central line coincidence installation on self location central line and the cleaning machine, the support body is including the interior brush yoke that is used for installing the interior wall brush, the outer brush yoke that is used for installing the outer wall brush and make the connection structure that interior brush yoke and outer brush yoke are connected, just form between interior brush yoke and the outer brush yoke and use the brush wall space of location central line as the centre of a circle, its setting through interior brush yoke and outer brush yoke and follow holding structure of support body, for not having the container body provide one kind can use the support of scrubbing on the container cleaning machine, do not have the wall of the container body to be located in the brush wall space between interior brush yoke and the outer brush yoke during the scrubbing to the mode through rotating the container body or rotating support is scrubbed the container body to not having, simple structure, the use of facilitating the installation.

Description

Support and brushing device applied to container cleaning machine

[ technical field ] A method for producing a semiconductor device

The invention belongs to the technical field of container cleaning, and particularly relates to a bracket and a brushing device applied to a cleaning machine for brushing a container without a handle.

[ background of the invention ]

The prior basic cleaning mode of the container body without the handle, such as the cup bodies of various water cups and vacuum cups or the milk bottle body of a milk bottle, adopts manual hand washing, and is difficult to clean the interior during manual cleaning, so that stains can be accumulated in the interior in long-term use, the sanitation condition in the container is influenced, and unhealthy influence is easily brought to a user.

[ summary of the invention ]

In order to solve the problem that the container body is not manually cleaned difficultly in the prior art, the invention provides a bracket applied to a container cleaning machine and a brushing device applied to the container cleaning machine.

The invention is realized by the following technical scheme:

the support is applied to a container cleaning machine and comprises a support body, wherein the positioning center line of the support body is coincided with the center line of a host structure on the cleaning machine, the support body comprises an inner brush frame for mounting an inner wall brush, an outer brush frame for mounting an outer wall brush and a connecting structure for connecting the inner brush frame and the outer brush frame, and a brush wall space with the positioning center line as the circle center is formed between the inner brush frame and the outer brush frame;

the bracket body also comprises a slave holding structure which is arranged on the inner brush frame and/or the outer brush frame and is used for being matched with the master holding structure on the cleaning machine and enabling the cleaning machine to carry or preventing the bracket body from rotating around the positioning center line.

The bracket applied to the container cleaning machine is characterized in that the bracket body is detachably matched with the host structure on the cleaning machine through the slave holding structure.

The invention also provides a brushing device applied to the cleaning machine, which comprises a bracket body, an inner wall brush arranged on the inner brush frame and an outer wall brush arranged on the outer brush frame;

the inner wall brush comprises an inner brush handle matched with the inner brush frame, and an inner brushing part which is arranged on the inner brush handle and faces outwards and is used for brushing the inner wall surface of the container body;

the outer wall brush comprises an outer brush handle matched with the outer brush frame, and an outer brushing part arranged on the outer brush handle and facing inwards and used for brushing the outer wall surface of the container body.

The invention also provides a simple brushing device, which comprises the bracket body, wherein the inner brush frame is provided with an inner brushing part which is arranged outwards and used for brushing the inner wall surface of the container body; the outer brush holder is provided with an outer brushing part which is arranged inwards and used for brushing the outer wall surface of the container body.

Compared with the prior art, the invention has the following advantages:

1. the invention provides a bracket applied to a container cleaning machine, which provides a bracket capable of being used for cleaning a container body without a handle through the arrangement of an inner brush holder, an outer brush holder and a holding structure of a bracket body.

2. The invention also provides a brushing device applied to the container cleaning machine, which can brush the inner wall surface, the outer wall surface and the inner bottom surface of the container body without the handle at the same time, shortens the brushing time, and ensures that the brushing efficiency is high, and the brushing is more comprehensive, cleaner and more sanitary.

3. The invention also provides a simple brushing device applied to the container cleaning machine, which is characterized in that brushing parts such as bristles for brushing the inner wall surface and the outer wall surface of a container body are directly arranged on the inner brush holder and the outer brush holder, and the brushing parts can also be regarded as the brushing devices formed by directly connecting the inner wall brush and the outer wall brush through the connecting seat, so that the structure of the brushing device is simpler, and the manufacturing cost is reduced.

4. The brushing device provided by the invention can be used for brushing the container body in an inverted mode without using the container body, so that the container body is very convenient to assemble and disassemble, and the container body is brushed while spraying, and the inner cavity of the container body is not required to be soaked with washing water, so that the container body is brushed more cleanly and more hygienically.

5. The brushing device provided by the invention can be detachable, so that the brushing device can be taken out and dried, and bacteria breeding and mildew generation caused by residual water on the brushing part when the brushing device is kept in a container cleaning machine are avoided. Meanwhile, different users can use the brushing device special for themselves, and the insanitation caused by using the same brushing device is avoided.

6. The bracket and the brushing device provided by the invention adopt a mode that the slave holding structure on the bracket is matched and installed with the master holding structure on the container cleaning machine, and can adopt a detachable mode, so that different container bodies can be arranged on the same container cleaning machine by adopting different brushing devices for brushing, and the application range of the brushing device and the container cleaning machine can be enlarged. For example, the drinking cup and the milk bottle have straight cylindrical inner cavities, the milk bottle is generally closed, and the drinking cup and the milk bottle can respectively use respective brushing devices.

[ description of the drawings ]

In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings needed to be used in the description of the embodiments will be briefly introduced below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings based on these drawings without creative efforts.

FIG. 1 is a schematic view of a frame mounted on a washer hosting structure;

FIG. 2 is a view of the first embodiment of the stent body;

FIG. 3 is an exploded view of the first embodiment of the stent body;

FIG. 4 is an exploded view of the second embodiment of the stent body;

FIG. 5 is an exploded view of the structure of the third embodiment of the stent body;

FIG. 6 is an exploded view of the fourth embodiment of the stent body;

FIG. 7 is a schematic view of a fifth embodiment of a stent body;

FIG. 8 is a bottom plate structure of the fifth embodiment of the bracket body;

FIG. 9 is a block diagram of a sixth embodiment of a stent body;

FIG. 10 is an exploded view of the structure of an embodiment six of the stent body;

FIG. 11 is a first block diagram of a seventh embodiment of a holder body (mounted on a hosting structure);

FIG. 12 is a second drawing showing a seventh embodiment of a stent body;

FIG. 13 is a view of the eighth embodiment of the stent body;

FIG. 14 is a block diagram of a ninth embodiment of a stent body;

FIG. 15 is a first block diagram of a tenth embodiment of the holder body (mounted on a hosting structure);

FIG. 16 is a second view of the tenth embodiment of the stent body;

FIG. 17 is a view of the slave holder structure of the tenth embodiment of the stent body;

FIG. 18 is a third view of the seventh embodiment of the stent body;

FIG. 19 is a block diagram of a first embodiment of the elastic member;

fig. 20 is an exploded view of the simple brush device.

[ detailed description ] embodiments

In order to make the technical problems, technical solutions and advantageous effects solved by the present invention more clearly apparent, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

The container without the handle or the container body without the handle refers to that no handle is arranged in the brushing process, namely the container or the container body is not provided with the handle in the brushing process, so the container without the handle refers to that no handle or a detachable handle is arranged.

"and/or" and "includes any and all combinations of the listed items, as expressed by A and/or B: a, B and A + B.

Where reference is made to a number of figures in the drawings, where like or symmetrical structural features are present in the same embodiment or in the same drawing, only one is sometimes referred to for the sake of brevity. The inward, inward and outward directions in this context refer to a circle centered on the center line, inward or inward in the direction of the center of the circle, and outward in the opposite direction. Radial refers to the circumferential radial direction, and axial refers to the orientation centerline or a direction parallel to the orientation centerline.

The invention is realized by the following technical scheme:

as shown in fig. 1 to 19, the bracket applied to the container cleaning machine includes a bracket body which is installed with its own positioning center line coincident with the center line 17 of the host structure on the cleaning machine, the bracket body includes an inner brush holder for installing an inner wall brush, an outer brush holder for installing an outer wall brush, and a connecting structure for connecting the inner brush holder and the outer brush holder, and a brush wall space with the positioning center line as a center is formed between the inner brush holder and the outer brush holder; the support body further comprises a secondary structure arranged on the inner brush holder and/or the outer brush holder and used for being matched with the primary structure on the cleaning machine and enabling the cleaning machine to carry or preventing the support body from rotating around the positioning center line 17. The invention provides a support applied to a container cleaning machine, which is installed with a cleaning container through a support body, and provides a cleaning support applicable to the cleaning machine for a container without a handle through the arrangement of an inner brush holder, an outer brush holder and a holding structure.

The above-mentioned main holding structure of the washing machine is a structure installed on the washing machine at the same location center line with the bracket body, and can be realized by using a shaft structure, etc., which can be changed correspondingly according to the change of the holding structure, and is further exemplified in the following embodiments.

Further, as shown in FIG. 1, the holder body is removably mounted with the host structure on the washer by a secondary holding structure. The cleaning machine is matched with a slave holding structure on the support body through a master structure (shown as a master shaft in figure 1), so that the support body is conveniently driven to rotate or only the container is rotated, the support body is kept static, and the effect of brushing the container is achieved. And adopt detachable connection, conveniently change and dismantle.

Moreover, the inner brush holder comprises at least two inner vertical holders 111 distributed along the positioning center line, and the outer brush holder comprises at least two outer vertical holders 121 distributed along the positioning center line. The inner vertical frame 111 is used for installing an inner wall brush and an inner bottom brush, and the outer vertical frame 121 is used for installing an outer wall brush; the inner vertical frames can be distributed along the circumference by taking the positioning center line as the center, and the outer vertical frames can be arranged at any angle relative to the inner vertical frames on the circumference by taking the positioning center line 17 as the center, so that a brushing space on the circumference is formed, and the inner wall, the outer wall and the inner bottom surface of the container body without the handle can be brushed and cleaned. The inner vertical frames can be arranged at different distances from the positioning central line, and the cleaning effect can be achieved only by forming a circumferential brush surface through the bristles of the inner brush wall connected with the inner vertical frames. For example, two inner vertical frames are used as an example, the distance between the left inner vertical frame and the positioning center line is longer, the distance between the right inner vertical frame and the positioning center line is shorter, and the bristles of the inner brush wall connected to the left inner vertical frame are set to be shorter than the bristles of the right inner brush wall (because the bristles of the inner brush wall are arranged outwards in the cleaning container), so that the brush surfaces of the bristles are kept on the same circumferential surface with the positioning center line as the center.

In the present application, the structure of the slave holding structure is: including at least one secondary holder aperture provided in the inner brush carrier, the secondary holder structure is adapted to engage the primary structure primarily through the secondary holder aperture 131, which secondary holder aperture requires a co-located central axis for engagement with the primary structure and a limited circumferential relative movement for engagement with the primary structure (also understood to be a torque-transmitting engagement). The slave holding hole 131 has a slave holding surface 1311, which is a hole shape of the slave holding hole, and the slave holding hole may be a polygonal hole, an elliptical hole, or other non-circular hole, and may have any other configuration. A plurality of them may be provided. Or the slave holding structure further comprises a slave holding arm 132, the slave holding hole 131 is a circular hole, and the center of the circular hole is coincident with the positioning center line. This specific structure is specifically described in the following embodiments.

Specifically, the stent body in the scheme of the application can adopt the following embodiments;

the first embodiment of the bracket body: as shown in fig. 1 to 3, the inner brush holder includes two inner

vertical holders

111, 112 uniformly distributed along a positioning center line, and the outer brush holder includes two outer

vertical holders

121, 122 uniformly distributed along the positioning center line; the lower ends of the inner stands 111 and 112 are provided with connecting parts 1232 extending outwards, and the outer ends of the connecting parts 1232 are provided with outer

stand connecting pieces

124 and 125; the lower ends of the outer stands 121, 122 are provided with inner and outer connecting portions 128 inserted into the outer

stand connecting members

124, 125.

The inner brush holder 11 is used for mounting the inner wall brush 14 and the inner bottom brush 16, the outer brush holder 12 is used for mounting the outer wall brush 15, the inner bottom brush 16 can be arranged at the upper end of the inner wall brush 14, the brush face 142 of the inner wall brush 14 is arranged at the radial outer side of the inner wall brush body 141, the brush faces 152 and 153 of the outer wall brush 15 are arranged at the radial inner side of the outer wall brush body 151, and the brush face 162 of the inner bottom brush 16 is arranged at the upper side of the inner bottom brush body 161. The inner wall brush 14, the outer wall brush 15, and the inner bottom brush 16 are used to brush the inner wall surface, the outer wall surface, and the inner bottom surface of the container body 18, respectively, during rotation. The inner bottom brush can also be arranged at the upper end of the inner brush frame;

the inner brush holder 11 is arranged with the positioning center line 17 as the positioning center, the outer brush holder 12 is arranged outside the inner brush holder 11 with the positioning center line 17 as the positioning center, and the lower end of the inner brush holder 11 is fixedly connected with the lower end of the outer brush holder 12 to form the bottom of the brush holder.

In addition, the upper end of the outer vertical frame is also provided with a handle 1231. The first end is used for connecting and fixing the upper end of the outer vertical frame, and the second end is convenient for a user to take and place so as to be detached and installed. The grip portion may also be provided as a split mounting structure, which is complementary in the latter embodiment.

Specifically, the connection structure of outer brush yoke and interior brush yoke does: the outer vertical

frame connecting pieces

124 and 125 are provided with T-shaped clamping grooves 126, and the outer connecting portion 128 is a clamping protrusion protruding from two sides of the vertical frame connecting piece and matched with the T-shaped clamping grooves 126. The inner brush frame and the outer brush frame can be fixed together through the clamping grooves, the clamping protrusions and the screw holes to form the bracket shown in figure 3. The upper end of outer grudging post 121 is equipped with take handle 1231, can be convenient in taking of container brush device 1, can also simplify the structure of outer

grudging post

121 and 122. The components in this example may be made of plastic.

In order to facilitate the installation and replacement of the inner wall brush and improve the installation efficiency, a limiting groove hole structure for limiting the inner wall brush can be arranged on the inner brush frame, and the inner wall brush can be fixedly installed and movably installed due to the limiting installation. The movable installation has the advantage that the elastic element can be additionally arranged between the inner wall brush and the inner brush frame. The arrangement of the elastic member will be described later.

The mounting structure of the inner wall brush and the outer wall brush in the first embodiment is as follows: the upper end of the inner vertical frame 111 is provided with a clamping groove 117 which extends outwards and is used for an inner wall brush to pass through, and the connecting part 1232 is provided with a through hole opposite to the clamping groove 117; the clamping groove 117 is composed of two lateral groove stops 1171 which are arranged oppositely, and an outward opening is formed at one end of each lateral groove stop; when the inner wall brush 14 is installed, the inner wall brush 14 is inserted downwards from top to bottom along the clamping groove 117 and the through hole, then the lower fixing piece 141 of the inner wall brush 14 is fixed (or fixed in an opening retainer ring mode) by the nut 145 below the axial through hole, at this time, the clamping groove 117 with the two lateral groove stoppers limits the two side wings 142 of the inner wall brush 14 in the radial direction, and the through hole 116 located below limits the lower fixing piece 141 of the inner wall brush 14, so that the inner wall brush can be movably limited or fixed.

The inner side surfaces of the outer

vertical frames

121 and 122 are provided with limiting grooves 127 which are used for installing the outer wall brushes 15 and the notches of which face to the inner side, and the upper ends of the limiting grooves 127 are provided with radial groove baffles 1233. When the brush holder is installed, the outer wall brush 15 is placed into the limiting groove 127, and then the inner brush holder and the outer brush holder are fixed together. The inner wall brush may be installed in advance or may be installed thereafter. It should be noted that the outer brush holder can also be provided with a limiting slotted hole structure similar to that of the inner brush holder, and the outer wall brush is mounted by adopting a limiting mounting method of the inner wall brush.

The structure of the slave holding structure in the first embodiment is as follows: the slave holding structure is a connecting block with a slave holding hole 131 arranged between the two inner

vertical frames

111 and 112. The secondary holding structure is primarily engaged with the primary structure through the secondary holding hole 131. this secondary holding hole requires a co-located centerline engagement with the primary structure for first and a limited circumferential relative movement with the primary structure for second.

As shown in fig. 4, the second embodiment of the stent body is different from the first embodiment in that the inner brush holder and the outer brush holder are integrated, and the lower ends of the inner

vertical frames

111 and 112 are bent outward and then bent upward to form outer

vertical frames

121 and 122; the connecting structure comprises a bend between the inner stand and the outer stand.

The connecting structure comprises a brush holder base 218 arranged at the lower ends of the inner brush holder and the outer brush holder and a gland 225 arranged at the upper ends of the inner brush holder and the outer brush holder.

The upper ends of the two inner vertical frames are also connected by bending, namely the inner vertical frame and the outer vertical frame are formed by bending a strip-shaped metal sheet in the embodiment. In addition, in order to fix the inner brush frame and the outer brush frame, a brush frame base and a gland are additionally arranged to fix the upper end and the lower end of the brush frame base, so that the whole structure is more firm and reliable after being installed.

Specifically, the lower ends of the inner vertical frame 111 and the outer vertical frame 121 are provided with limiting clamping protrusions 213, and the brush holder base 218 is provided with a clamping groove for the limiting clamping protrusions 213 and a bending part between the inner vertical frame 111 and the outer vertical frame 121 to extend into. The concrete structure in screens groove is including being used for holding the protruding inboard screens groove of the spacing card of interior grudging post 111 lower extreme for hold the protruding outside screens groove of the spacing card of outer grudging post lower extreme and connect outside screens groove and inboard screens groove are used for holding the trench of the portion of bending, and connecting pieces such as rethread screw can be fixed the brush yoke body on the base.

The concrete structure of gland does: the structure is a split type mounting structure and comprises an inner cover 224, wherein a T-shaped clamping groove and a screw hole 2244 are formed in the inner cover 224, and the lateral notch is larger than the width of the outer vertical frame 221. The upper ends of the outer vertical frames 221 are provided with T-shaped clamping protrusions 222 corresponding to the T-shaped clamping grooves 2241, when the device is installed, the upper portions of the two outer vertical frames 121 are slightly pressed inwards towards the middle, then the outer vertical frames 121 are clamped into the T-shaped clamping grooves from bottom to top by the inner cover 224 until the outer vertical frames are clamped with the T-shaped clamping protrusions 222, the pressing cover 225 is covered, and the inner cover 224 and the holding part pressing cover 225 are fixed from bottom to top by screws through screw holes 2244. At this time, the T-shaped clamping protrusion 222 is clamped in the T-shaped clamping groove and pressed by the inner flange of the pressing cover 225.

The second slave holding structure of the embodiment is as follows: the slave holding structure comprises a lower slave holding piece 232 arranged on the brush holder base 218 and an upper slave holding piece 231 connected between the two inner vertical frames 211 and 212, wherein the upper and lower slave holding pieces are both provided with slave holding holes 131, and slave holding surfaces are arranged in the slave holding holes. And the upper slave holder 231 is provided at both sides thereof with stoppers 2314 extending toward the inner stand to form a stopper groove. The inner vertical frame 211 is provided with a T-shaped clamping protrusion 212 and a screw hole 214, the slave hole holding structure 231 is provided with a corresponding T-shaped clamping groove and a corresponding screw hole, and the notch of the lateral clamping stop 2314 is larger than the width of the inner vertical frame 111. During installation, the lower portions of the two inner vertical frames 111 are slightly bent to two sides, the inner vertical frame 111 is clamped into the T-shaped clamping groove from bottom to top through the hole holding structure 231 until the inner vertical frame is clamped with the T-shaped clamping protrusion 212, and then a screw is transversely penetrated through the operation hole 227 on the outer vertical frame 121 and fastened by the screw, so that the hole holding structure 231 is fixed on the inner brush holder 21. The inner brush frame and the outer brush frame can be made of stainless steel or aluminum alloy in a bending mode, and the hole holding structure, the gland and the like can be made of plastics.

As shown in fig. 5, the third embodiment of the stent body is mainly different from the second embodiment in that an inwardly inclined folded part 312 is further provided between the inner stand 111 and the limiting protrusion 213 at the lower end, and the upper end of the limiting protrusion 213 is connected to the lower end of the inner stand 111 through the inclined folded part 312. So that the bristles of the inner wall brush can be set longer, which is more suitable for cleaning the container body with the closed opening. The connection mode of the base plate and the gland can refer to the structure in the second embodiment.

In addition, a bottom brush connecting piece 3312 for installing a bottom brush is also arranged above the upper secondary holding piece. The specific structure is described in detail in the inner bottom brush embodiment two.

In the fourth embodiment of the bracket body, as shown in fig. 6, the inner brush holder includes an upper inner brush holder connecting block 411, a lower inner brush holder connecting block 412, and an inner vertical frame 413 connected between the upper inner brush holder connecting block 411 and the lower inner brush holder connecting block 412; the outer brush holder comprises an upper outer brush holder connecting block 421, a lower outer brush holder connecting block 422 and an outer vertical frame 423 connected between the upper outer brush holder connecting block 421 and the lower outer brush holder connecting block 422; the connecting structure comprises a base which is connected with the lower inner brush holder connecting block 412 and the lower outer brush holder connecting block 422; the slave holding structure comprises a lower slave holding hole arranged on the base and an upper slave holding block arranged on the upper inner vertical frame connecting block 411. Go up interior brush yoke connecting block 411 and lower brush yoke connecting block 412 to go up outer brush yoke connecting block 421 and lower outer brush yoke 422 connecting block and can make with plastics, interior grudging post 413 and outer grudging post 423 can make with the metal strip, for example stainless steel strip or aluminium alloy strip. Make the upper and lower two parts of inside and outside brush yoke earlier, the lower part of inside and outside brush yoke can make into the integral type, during the installation, will control two and go up outer brush yoke connecting block 421 fixed connection with upper end gland or hold piece 425 earlier, will go up inner brush yoke connecting block 411 and lower inner brush yoke connecting block 412 fixed connection with interior grudging post 413, then will fixed connection two together with outer brush yoke connecting block 421 and the lower inner brush yoke connecting block 412 fixed connection that is located both sides with outer grudging post 423.

In the fourth embodiment of the bracket body, the inner brush holder and the outer brush holder can be provided with radial elastic pieces. The radial elastic part of the inner brush frame is arranged to enable the inner wall brush to be elastically installed in the radial direction, and the radial elastic part of the outer brush frame is arranged to enable the outer wall brush to be elastically installed in the radial direction.

In addition, the upper outer brush holder connecting block 421 and the lower outer brush holder connecting block 422 are provided with outer wall brush limiting groove stoppers arranged on the inner sides of the grooves, and the upper outer brush holder connecting block 421 is also provided with a gland 424 connected to the outer side of the upper outer brush holder connecting block 421. And after the support is installed, the inner wall brush and the outer wall brush are installed. The installation of the inner wall brush is the same as that of the bracket embodiment 1, after the outer wall brush is inserted into the limiting groove, the outer wall brush pressing cover 424 is covered, and then the outer wall brush pressing cover 424 is fixed by screws from bottom to top through the screw holes 426 at both sides.

In the fifth embodiment of the holder body, as shown in fig. 7 and 8, the structures of the inner and outer brush holders are the same as those of the second embodiment, but the difference from the second embodiment is that the holder base 218 is further provided with a secondary holding wall 132, which can be regarded as an embodiment adopting a secondary holding arm structure as the secondary holding structure, and the secondary holding wall 132 is a projection extending outward. Fig. 7 is a block diagram of the host structure of the cleaning machine, and it can be seen that, during cleaning, the positioning circular shaft 591 is driven to rotate, thereby rotating the host arm 592 fixed thereto, and when the host arm 592 is rotated to contact the slave arm 132, it is contacted therewith, thereby rotating the latter. Since the positioning

circular hole structures

531 and 532 are slidably sleeved on the positioning circular shaft 591, the slave holding holes thereon are circular holes, so that the container brush device 5 is carried to rotate around the center line 57. Note that there is no relative rotational movement between the positioning circular shaft 591 and the container brush device 5 at this time. In holder embodiment 5, since positioning circular hole structure 532 located at the lower portion is fixed to inner brush holder 51, slave arm 533 can be said to be provided at the lower portion of inner brush holder 51. The slave arms 132 may also be disposed at different locations.

In the sixth embodiment of the bracket body, as shown in fig. 9 and 10, the inner brush holder comprises three inner vertical holders 111 distributed on the circumference of the positioning center line; the outer brush frame comprises three outer vertical frames 121 distributed on the circumference of a positioning center line, and the lower ends of the inner vertical frames 111 are bent and connected with the lower ends of the outer vertical frames 121; the connecting structure comprises a brush holder base 626 arranged at the lower ends of the inner brush holder and the outer brush holder and a gland 625 arranged at the upper ends of the inner brush holder and the outer brush holder. The difference from the above embodiment is that the inner and outer brush holders are provided in plural numbers distributed circumferentially along the center line. It can reach better scrubbing effect. The connection mode and the slave holding structure of the bracket can refer to the third embodiment or the second embodiment.

The seventh embodiment of the bracket body, as shown in fig. 11 and 12, is different from embodiment 1 in that the slave holding structure is not provided with a slave holding block, the slave holding structure includes a slave holding member 732 with an assembly hole provided on the outer side of at least one of the outer

stand connecting members

124 and 125, the slave holding member can be regarded as a different embodiment of the slave holding arm, and an axial hole 792 whose axis coincides with the positioning center line is provided between the two inner stands. The through hole in the middle thereof may be provided as a circular hole (i.e., a slave holder) only for installation with a center line, and the master shaft 793 on the washing machine is inserted into the through hole of the slave holder by providing the slave holder on one side so as to carry the synchronous motion thereof.

The eighth embodiment of the stent body is different from the embodiment 7 in that the slave holding structure includes a slave holding and inserting portion 133 provided between the two inner stands and extending downward as shown in fig. 13, and it can be regarded as an embodiment in which a shaft type slave holding and inserting portion is adopted as the slave holding and inserting portion, and a polygonal surface is adopted in this embodiment, since the outer peripheral surface of the slave holding and inserting portion 133 is a slave holding surface. The other structure is similar to embodiment 1. Correspondingly, the structure is held to the container brush and is held the tubular construction, is held the tubular construction in being equipped with and hold the corresponding host face of face from holding, when the tubular construction of holding is driven rotatory, will drive the container brush device through holding the structure from and rotate.

The ninth embodiment of the holder body, as shown in fig. 14, is different from the embodiment 7 in that the slave holder structure includes a slave holder 933 with a fitting hole provided on at least one outer side of the outer stand, and an upper shaft hole 931 and a lower shaft hole 932 whose axes coincide with the positioning center line are further provided between the two inner stands. This container brush host structure is including location circle axle construction and host structure, and host structure fixes on the drive sleeve, and location circle axle construction is fixed and sealed the wearing and connect within the drive sleeve, and location circle axle construction plays the effect of rotational positioning. When the drive sleeve is driven to rotate, the drive host structure is rotated, thereby driving the container brush device to rotate.

The holder body embodiment ten, as shown in fig. 15 to 17, utilizes a linkage arm (i.e. a primary structure) mounted on the container cleaning machine, the linkage arm being provided with a snap-in

location

1091, 1092 for snap-in engagement with the

external stand connectors

124, 125. When the rotating shaft is driven to rotate, the belt connecting arm rotates, so that the bracket is driven to rotate. The solution can be seen as another embodiment where the slave holding structure adopts the slave holding and inserting part, and the slave holding structure is represented as an external stand connecting piece on two sides of the bracket body, and after being installed through the connecting arm, the installation of the same-positioning center line can be carried out without adopting a slave holding hole or a through hole in the middle part.

In addition, as shown in fig. 18, it can be seen that the slave holding structure adopts a different embodiment from the slave holding part, and the effect of the installation of the same-position center line is also achieved by the assembly of the master holding structure and the slave holding part on both sides of the holder body, in this case, the slave holding structure is represented by a sleeve provided on both sides of the external stand, and the sleeve structure can refer to the structure of the slave holding part 732 in embodiment 7 (fig. 12). The installation axle that stretches out through hosting structure both sides stretches into to the sleeve and installs, also can change into the installation axle that both sides set up downwardly extending on the outer grudging post, and the structure of hosting adopts the sleeve to cooperate the installation.

Through the description of the technical scheme of above multiple support implementation examples, can know, follow holding the structure and use the location central line to set up on inner brush frame and/or outer brush frame as the location center, cooperate from holding the structure and the container brush host structure of container cleaning machine, can make container brush device install on container brush host structure concentrically and hold together in the circumferencial direction, this holding makes container brush host structure can hold or prevent that container brush device rotates around the location central line.

The above various embodiments of the holder show various expressions of the inner holder and the outer holder, and the connection relationship between them, in which the inner and outer holders are basically erected or divided into two parts, mainly to reduce the shielding of the inner and outer walls of the container body, so as to make the washing water spray more sufficiently. The inner and outer brush holders provide support for the installation of the inner and outer wall brushes and the inner bottom brush, but the inner and outer wall brushes can be installed without depending on the inner and outer vertical holders.

In the above examples, the inner brush holder and the outer brush holder are symmetrically arranged with the positioning center line as the center or uniformly distributed with the positioning center line as the center, and it should be understood that this is also one of the preferable embodiments of the inner brush holder and the outer brush holder. The brush wall space is constructed by the mutual matching of the inner and outer brush frames and the inner and outer wall brushes, and at least one inner wall brush, the outer wall brush and the inner bottom brush is needed, so the inner brush frame and the outer brush frame can be arranged asymmetrically or non-uniformly. It should be understood that the locating centerline is only for the purpose of technical solution description and does not represent a physical structural feature.

In the above examples, the case of the brush holder base is suitable for the case of the brush holder structure of the container in which the holder shaft has an inner cavity and is provided with the shower hole, that is, the inner wall surface and the inner bottom surface of the container body are sprayed from the holder shaft.

The invention also provides a brushing device applied to the cleaning machine, which comprises a bracket body, an inner wall brush arranged on the inner brush frame and an outer wall brush arranged on the outer brush frame; the inner wall brush comprises an inner brush handle 141 matched with the inner brush frame, and an inner brushing part 142 arranged on the inner brush handle 141 and facing outwards and used for brushing the inner wall surface of the container body; the outer wall brush comprises an outer brush handle 151 which is matched with the outer brush holder to be installed, and outer brushing

parts

152 and 153 which are arranged on the outer brush handle 151 and are used for brushing the outer wall surface of the container body towards the inside, wherein the upper end and the lower end of the outer brush handle 151 are respectively provided with an end part positioning structure which enables the outer brush handle to be fixedly installed on the outer brush holder. The inner wall surface of the container is brushed by the inner wall brush, and the outer wall surface of the container is brushed by the outer wall brush, so that the brushing is comprehensive and efficient, and the brushing time is greatly shortened.

The scrubbing device also comprises an inner bottom brush 16 positioned above the inner wall brush, and the inner wall surface at the bottom of the container and around the bottom of the container is cleaned through the inner bottom brush. Further promote this brushing device's cleaning performance. The inner bottom brush is arranged at the upper end of the inner wall brush, the inner bottom brush 16 and the inner wall brush are arc-shaped surfaces or inclined plane 161 arranged in a staggered manner at the joint part on the outer side, and the arrangement of the arc surface or the inclined plane at the joint part can be applied to brushing the joint part of the inner wall and the bottom of the flat-bottom container, so that the inner side surface of the container can be fully brushed.

Moreover, in order to improve the cleaning effect, an elastic member capable of ejecting the inner wall brush transversely outwards and/or an elastic structure capable of ejecting the inner wall brush longitudinally upwards is arranged between the inner wall brush 14 and the inner brush holder. Through the setting of elastic component, can keep an outside thrust to the wall brush, make it keep in contact with the cleaning surface of container to reach better cleaning performance.

Furthermore, an elastic member may be provided on the outer wall brush. An elastic part which can eject the outer wall brush inwards transversely is arranged between the outer wall brush and the outer brush frame. To improve the brushing effect of the outer wall.

In the first embodiment of the inner wall brush, as shown in fig. 3, the inner brush shaft 141 is straight so as to brush the inner wall surface of the container body during rotation. The inner brush holder 141 is provided with side stops 143 on both sides of an upper portion thereof, and a stopper 144 is provided at a lower end thereof to protrude downward, so that the inner wall brush 14 can be installed in a position-limited manner by the side stops 143 and the stopper 144. In this example, the side block 143 is shown as a side protrusion, but may be formed in a side recess type, or may directly use both side edges of the inner wall brush body 141 as the side block. The specific connection mode can refer to the first embodiment of the bracket body.

In the second embodiment of the inner wall brush, as shown in fig. 5, the lower end of the inner brush handle 141 is provided with an inclined portion inclined outward and a bottle mouth brushing portion connected to the lower end of the inclined portion and extending downward. Which is arranged for the structure of the closed container. The closed container body can be a baby bottle or a thermos cup with a closed opening, for example. When the feeding bottle or the thermos cup with the closed mouth is brushed, the inner wall brush surface 142 positioned at the upper part can be set into brush hair, and the inner wall brush surface 343 positioned at the opening part of the container body can be set into sponge or scouring pad.

The outer wall brushes may be provided with lateral protrusions to limit the outer wall brushes in the left-right direction, but the lateral protrusions may not be provided, and the outer upright frame is provided with lateral protrusions similar to the lateral protrusions 1212 on the inner upright frame to perform the same function (the lateral protrusions are not shown. In a similar way, the inner vertical frame can be provided with a side inner bulge similar to the side outer bulge of the outer wall brush instead of the side outer bulge, so that the left and right directions of the inner wall brush are limited.

For a fixed installation, the installation can also be carried out by gluing laterally inwards/outwards. For example, the inner wall brush and the outer wall brush are arranged on the upper side inner/outer protrusion and then coated with glue, so that the inner wall brush and the outer wall brush can be fixed on the inner vertical frame and the outer vertical frame, and at the moment, the inner vertical frame and the outer vertical frame do not need a limiting hole, a limiting groove and the outer/inner protrusion.

In the embodiment of the outer wall brush, the end positioning structure is an end stop 154, 158 (shown in fig. 3) extending in the up-down direction along the end surface or a side stop 252, 253 (shown in fig. 4) extending towards two sides.

Second embodiment of the outer wall brush, as shown in fig. 5, the outer wall brush faces 152 and 153 are provided with bristles, and the lengths of the bristles are not the same, which is suitable for a container body with a certain radian on the outer wall surface. Can be used together with the structure of the second embodiment of the inner wall brush.

In the first embodiment of the inner bottom brush, as shown in fig. 3, the inner bottom brush is connected above the inner brush handle, the connection part is an arc-shaped section, and the inner bottom brush comprises L-shaped connection structures which are respectively arranged on the inner wall brushes on two sides and are arranged in a staggered manner, mainly in order to enable the two inner bottom brushes to more fully brush the inner bottom surface of the container body when being matched with each other, the connection part of the inner bottom brush and the inner wall brush is provided with an inclined surface 164, mainly considering that the planar inner bottom brush 16 is more suitable for a flat-bottom container body, and the inner bottom of the flat-bottom container body is provided with a concave angle, so the inclined surfaces 164 with different inclined angles can increase the brushing sufficiency.

In the second embodiment of the inner bottom brush, as shown in fig. 5, the inner bottom brush 16 is connected above the inner brush holder through a bottom brush connecting member 3312, and an elastic structure is provided between the inner bottom brush and the bottom brush connecting member. The inner bottom brush 16 includes an inner bottom brush body 361, and inner bottom brush faces 362 and 363 provided on the inner bottom brush body 361. The inner bottom brush face 363 is slanted to fit into the inside corner of the flat bottom container body. It will be appreciated that an inclined brush face suitable for brushing the inside corner may also be provided at the upper end of the inner wall brush. A mounting post 364 is provided under the inner bottom brush body 361, and the inner bottom brush 36 can be mounted on the upper structure 3312 of the inner brush holder 31 by means of the mounting post 364: the mounting posts 364 are threaded down through the mounting

holes

3316 and 3315 and then are retained by the circlip 365. A compression spring 366 may also be fitted over the mounting post 364 to increase the interference of the inner bottom brush surfaces 362 and 363 with the inner bottom surface of the container body.

The inner wall brush, the outer wall brush and the inner bottom brush in other embodiments of the container brush device are the same as or similar to the above examples, and are not described again. In the above various embodiments, the brush body can be made of plastic, and the brush face material can be one of or a suitable combination of different kinds of bristles, sponge or scouring pad.

The first embodiment of the elastic member: the elastic part comprises a pressure spring 1243 and a limit bulge 1242 for radial positioning, the limit bulge 1242 is arranged on the inner wall brush or the outer wall brush, and the inner brush frame or the outer brush frame is provided with a limit hole corresponding to the limit bulge 1242; as shown in fig. 19, the elastic element includes a radial limiting protrusion 1242 disposed on the inner brush holder 141, an elastic element 1243 sleeved on the radial limiting protrusion 1242, and a retaining ring 1244 for retaining the elastic element 1243 on the radial limiting protrusion 1242, and the inner brush holder is provided with a retaining hole or a bar-shaped

hole

1213, 1214 for allowing the radial limiting protrusion 1242 to extend into and be installed in a matching manner. The back of the inner wall brush 14 is provided with a radial limiting member 1242, and the mounting is performed in a limiting manner by the radial limiting member 1242. A spring 1243 may be sleeved on the radial limiting member 1242 to generate a radially outward pushing force on the inner wall brush. The back of the outer wall brush is provided with a radial limiting part, and the radial limiting part enables the outer wall brush to be installed in a limiting mode. The radial position-limiting member may be sleeved with a pressure spring elastic member to generate a radially inward urging force to the outer wall brush 15.

In the second embodiment of the elastic member, the elastic member includes an elastic piece 255 and a fastener 256 for fastening the elastic piece 255. And the two sides of the elastic piece 255 are further provided with elastic wings which are tilted outwards, and the structure can be arranged on the inner brush handle or the outer brush handle or the inner brush holder or the outer brush holder, as shown in fig. 4, the application takes the arrangement on the inner brush handle or the outer brush handle as an example, the back of the outer brush handle 251 is provided with a buckle seat 254, and is provided with a corresponding buckle 256, and the elastic piece 255 is clamped on the back of the outer brush handle 251 through the buckle 256.

As shown in fig. 6, it can be seen that the structure of the second embodiment of the elastic member is modified, and taking the structure disposed on the inner brush holder and the outer brush holder as an example, by providing the fastening hole seat 414 (i.e. the fastening seat 254) on the inner brush holder and the outer brush holder, providing the corresponding fastening hole on the elastic member 415, and fastening the leaf spring elastic member 415 with the fastening column member 416 (i.e. the fastening member 256), the structure is simple, and the installation is convenient.

The invention also provides a simple brushing device applied to the cleaning machine, which is characterized in that brush hair is directly arranged on the inner brush holder and the outer brush holder, or the inner brush handle and the outer brush handle are directly arranged through a connecting seat, so that the structure without a bracket is formed (the inner brush handle and the outer brush handle are used as the bracket), the structure of the brushing device is simpler, and the manufacturing cost is reduced. As shown in fig. 20, the inner handle 134 has inner bristles 1344 and inner bottom bristles 136, the outer handle 135 has outer bristles 1354, and the outer and inner handles are fixed to each other by a base 1332. The specific connection structure can refer to the bracket embodiment, for example, the connection structures of the inner and outer brush holders and the base in the second and third bracket embodiments can be realized. And the upper ends of the two outer brush holders are fixed by a grip 1356 or a press cover for more stable mounting.

Furthermore, a slave holding hole may be formed on the base, and an upper connection piece 1331 with the slave holding hole may be added, the upper connection piece 1331 also having a function of connecting the two inner brush holders 134.

The invention provides a support applied to a container cleaning machine, which is installed with a cleaning container through a support body, and provides a cleaning support applicable to the cleaning machine for a container body without a handle through the arrangement of an inner brush holder, an outer brush holder and a slave holding structure.

The foregoing is illustrative of one or more embodiments provided in connection with the detailed description and is not intended to limit the practice of the invention to the particular forms disclosed. Similar or identical methods, structures and the like, or several technical deductions or substitutions on the premise of the conception of the invention, are considered to be the protection scope of the invention.

Claims

1. The support is applied to a container cleaning machine and is characterized by comprising a support body, wherein the self-positioning central line of the support body is superposed with a central line (17) of a host structure on the cleaning machine, the support body comprises an inner brush frame for mounting an inner wall brush, an outer brush frame for mounting an outer wall brush and a connecting structure for connecting the inner brush frame and the outer brush frame, and a brush wall space with the positioning central line (17) as a circle center is formed between the inner brush frame and the outer brush frame;

the support body also comprises a slave holding structure which is arranged on the inner brush holder and/or the outer brush holder and is used for being matched with the master holding structure on the cleaning machine and enabling the cleaning machine to carry or preventing the support body from rotating around a positioning center line (17).

2. The carrier as claimed in claim 1, wherein the carrier body is removably mountable to a host structure of a cleaning machine by a slave holding structure.

3. The support applied to the container cleaning machine according to claim 1, wherein the inner brush holder comprises an inner vertical frame (111), a clamping groove (117) which extends outwards and is used for the inner wall brush to pass through is formed in the upper end of the inner vertical frame (111), a radial outward groove stopper (1171) is formed in the clamping groove (117), a connecting portion (1232) which extends outwards is formed in the lower end of the inner vertical frame (111), and a through hole which is opposite to the clamping groove (117) is formed in the connecting portion (1232).

4. The bracket applied to the container cleaning machine according to claim 1, characterized in that the outer brush holder comprises an outer vertical holder (121), and a limiting groove (127) which is used for installing the outer wall brush and has a notch facing to the inner side is arranged on the inner side surface of the outer vertical holder (121).

5. The cradle of claim 1, wherein the secondary holding structure comprises at least a secondary holding hole (131) provided on the inner brush holder.

6. Support for application to a container washing machine according to claim 5, characterised in that the slave orifice (131) has a slave surface (1311).

7. The rack of claim 5, wherein the slave holding structure further comprises a slave holding arm (132), the slave holding hole (131) is a circular hole, and the center of the circular hole is coincident with the positioning center line.

8. The cradle applied to the container washing machine according to claim 1, wherein the slave holding structure is a slave holding insertion part (133) provided on the inner brush holder or the outer brush holder with the positioning center line (17) as a rotation center.

9. The bracket applied to the container cleaning machine according to claim 1, wherein the inner brush holder and the outer brush holder are integrated, and the lower ends of the inner uprights (111, 112) are bent outwards and then bent upwards to form the outer uprights (121, 122).

10. The stand applied to the container washing machine according to claim 1, wherein the connecting structure comprises a connecting portion (1232) provided at a lower end of the inner stand (111, 112) and extending outward, and an outer stand connecting member (124, 125) is provided at an outer end of the connecting portion (1232).

11. Brushing device for use in a container washing machine, characterized in that it comprises a holder body according to any one of claims 1 to 10, an inner wall brush (14) arranged on the inner holder, and an outer wall brush (15) arranged on the outer holder;

the inner wall brush (14) comprises an inner brush handle (141) matched with the inner brush frame, and an inner brushing part (142) which is arranged on the inner brush handle (141) and faces outwards and is used for brushing the inner wall surface of the container body;

the outer wall brush (15) comprises an outer brush handle (151) matched with the outer brush holder, and outer brushing parts (152, 153) which are arranged on the outer brush handle (151) and face inwards to be provided for brushing the outer wall surface of the container body.

12. Brushing device according to claim 11, characterized in that between said inner wall brush (14) and said inner holder there is provided an elastic element for bouncing said inner wall brush (14) laterally outwards and/or an elastic structure for bouncing said inner wall brush longitudinally upwards.

13. Brushing device according to claim 11, characterized in that between the outer wall brush (15) and the outer holder there is provided an elastic element for bouncing the outer wall brush (15) laterally inwards.

14. The brushing device applied to the washing machine according to claim 12 or 13, wherein the elastic member comprises a compression spring (1243) and a radially-positioned limiting protrusion (1242), the limiting protrusion (1242) is disposed on the inner wall brush or the outer wall brush, and the inner brush holder or the outer brush holder is provided with a limiting hole corresponding to the limiting protrusion (1242);

or the elastic piece comprises an elastic piece (255) and a buckling piece (256) for buckling and fixing the elastic piece (255).

15. Brushing arrangement for application in a washing machine according to claim 11, characterized in that the brushing arrangement further comprises an inner bottom brush (16) arranged at the upper end of the inner brush holder or the inner wall brush (14).

16. The brushing device applied to the cleaning machine according to claim 15, wherein the inner bottom brush (16) is arranged at the upper end of the inner wall brush, and the inner bottom brush (16) and the inner wall brush (14) are in an arc shape or a staggered inclined plane shape at the connection position on the surface facing the outer side.

17. A simple brushing device, which is characterized in that the simple brushing device comprises a bracket body as claimed in any one of claims 1, 2, 5 and 6, and an inner brushing part which is arranged outwards and used for brushing the inner wall surface of a container body is arranged on the inner brush holder; the outer brush holder is provided with an outer brushing part which is arranged inwards and used for brushing the outer wall surface of the container body.