WO2020156478A1

WO2020156478A1 - Support frame, support frame structure, and scrubbing apparatus applicable in container washing machine

Info

Publication number: WO2020156478A1
Application number: PCT/CN2020/073952
Authority: WO
Inventors: 李奋强
Original assignee: 李奋强
Priority date: 2019-01-28
Filing date: 2020-01-23
Publication date: 2020-08-06

Abstract

Support frame and a scrubbing apparatus applicable in a washing machine for scrubbing a handle-less container (10), comprising a support frame body. The support frame body comprises an inner brush frame (11) used for mounting an inner wall brush (14) and an outer brush frame (12) used for mounting an outer wall brush (15). Provided between the inner brush frame (11) and the outer brush frame (12) is a wall-scrubbing space centered around a positioning center line (17). The support frame body also comprises a slave holding structure (22) provided on the inner brush frame (11) and/or the outer brush frame (12), used for being fittedly mounted with a master holding structure on the washing machine, and allowing the washing machine to be portable or preventing the support frame body from rotating around the positioning center line (17).

Description

Support, support structure and scrubbing device applied to container cleaning machine

【Technical Field】

The invention belongs to the technical field of container cleaning, and in particular relates to a holder and a scrubbing device applied to a cleaning machine that does not scrub the container.

【Background technique】

The body of the container without a handle, such as the cup body of various water cups and thermos cups, or the milk bottle body of the baby bottle, is now basically cleaned by hand, and it is difficult to clean the interior during manual cleaning, which will accumulate stains in the interior during long-term use , It affects the sanitation of the container and easily brings unhealthy effects to users.

[Content of the invention]

In order to solve the problem in the prior art that there is no difficulty in manually cleaning the container body, the present invention provides a bracket applied to a container cleaning machine and a brushing device applied to the container cleaning machine.

The present invention is realized through the following technical solutions:

The bracket applied to the container cleaning machine includes a bracket body whose positioning center line coincides with the center line of the host structure on the washing machine, and the bracket body includes an inner brush holder for installing inner wall brushes and an outer brush holder for installing outer wall brushes , And a connecting structure that connects the inner brush holder and the outer brush holder, and a brush wall space centered on the positioning center line is formed between the inner brush holder and the outer brush holder;

The bracket body also includes a supporting structure provided on the inner brush holder and/or the outer brush holder for cooperating with the host structure on the washing machine and enabling the washing machine to carry or prevent the holder body from rotating around the positioning centerline.

In the above-mentioned bracket applied to the container washing machine, the bracket body is detachably installed with the host structure on the washing machine through the supporting structure.

The present invention also provides a scrubbing device applied to a cleaning machine, including a bracket body, an inner wall brush arranged on the inner brush holder, and an outer wall brush arranged on the outer brush holder;

The inner wall brush includes an inner brush handle installed in cooperation with the inner brush holder, and an inner brushing part arranged on the inner brush handle to scrub the inner wall surface of the container;

The outer wall brush includes an outer brush handle installed in cooperation with the outer brush holder, and an outer brushing part arranged on the outer brush handle to scrub the outer wall surface of the container.

The present invention also provides a simple brushing device, including the bracket body, the inner brush frame is provided with an inner brushing part for brushing the inner wall of the container; the outer brush frame is provided with an inner brush An outer scrubbing part for scrubbing the outer wall surface of the container is provided.

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

1. The present invention provides a stand applied to a container cleaning machine. Through the arrangement of the inner brush holder and the outer brush holder of the holder body and the supporting structure, it provides a handleless container body that can be applied to the container cleaning machine for scrubbing. When washing, the wall of the container body is located in the wall space between the inner brush holder and the outer brush holder, so that the container body can be scrubbed by rotating the container body or the rotating bracket. The structure is simple and easy to install. use.

2. The present invention also provides a scrubbing device applied to a container cleaning machine. The scrubbing device can scrub the inner wall, outer wall and inner bottom surface of the container body without a handle at the same time, shortening the scrubbing time, making the scrubbing efficiency high, and scrubbing more Comprehensive, cleaner and sanitary.

3. The present invention also provides a simple scrubbing device applied to the container cleaning machine. Its biggest feature is that the scrubbing parts, such as bristles, used to scrub the inner and outer walls of the container without a handle are directly arranged on the inner and outer brush holders. It can also be regarded as directly connecting the inner and outer wall brushes into a scrubbing device through the connecting seat, so that the structure of the scrubbing device is simpler, which is beneficial to reduce the manufacturing cost.

4. The brushing device provided by the present invention allows the handleless container body to be inverted for brushing, so the container body is very convenient to load and unload, and the container body does not need to be soaked in washing water while spraying, making the brushing cleaner and more efficient. health.

5. In the scrubbing device provided by the present invention, the scrubbing device can be detachable, so it can be taken out and dried to avoid the breeding of bacteria and mildew when left in the container washing machine due to the residual water on the scrubbing part. At the same time, different users can use their own dedicated brushing device to avoid unsanitary situations caused by using the same brushing device.

6. The bracket and scrubbing device provided by the present invention are installed in a manner in which the supporting structure on the bracket and the host structure on the container cleaning machine cooperate with each other. Since it can be detachable, different types of container bodies can be installed with different scrubbing devices. The scrubbing is performed on the same container cleaning machine, so the present invention can expand the application range of the scrubbing device and the container cleaning machine. For example, drinking cups and milk bottles, many of the inner cavities of drinking cups are straight cylindrical, and milk bottles generally have a closed mouth, and they can use their own scrubbing devices.

7. The present invention also provides that the holder structure of the container brush device includes a fixed holder and a rotating holder. The inner brush holder on the rotating holder can be inserted into the container body. When the container body is not fixed to the fixed holder and the rotating holder rotates, it rotates. The inner wall brush can scrub the inner wall of the container, which is very convenient and fast.

8. The rotating bracket of the present invention can also slide up and down relative to the fixed bracket while rotating relative to the fixed bracket. Therefore, the inner wall brush of the container brush device can brush up and down while scrubbing the inner wall of the container, which further improves the brushing performance. Efficiency and comprehensiveness.

9. The holder structure of the container brush device of the present invention can also include side holders, and the side brush assembly installed on the side holder can scrub the container lid or/and the inner cavity of the container; the holder structure of the container brush device of the present invention can also be equipped with There is a retractable rotating support rod, and the outer top brush can be set on the rotating support rod to scrub the outer bottom surface of the container lid or/and the inner partition of the container. Therefore, for containers with a lid or/and an inner partition, such as heat preservation For the cup, the present invention can completely scrub the container body, container lid and container inner compartment.

【Explanation of drawings】

In order to explain the technical solutions in the embodiments of the present invention more clearly, the following will briefly introduce the accompanying drawings used in the description of the embodiments. Obviously, the accompanying drawings in the following description are only some embodiments of the present invention. For those of ordinary skill in the art, other drawings can be obtained from these drawings without creative work.

Figure 1 is a schematic diagram of the bracket installed on the host structure of the cleaning machine;

Figure 2 is a structural diagram of the first embodiment of the stent body;

Figure 3 is an exploded view of the structure of the first embodiment of the bracket body;

Figure 4 is an exploded view of the structure of the second embodiment of the bracket body;

Figure 5 is a structural diagram of the third embodiment of the bracket body;

Figure 6 is a chassis structure diagram of the third embodiment of the bracket body;

Figure 7 is a structural diagram of the fourth embodiment of the bracket body;

Figure 8 is an exploded view of the structure of the fourth embodiment of the bracket body;

Figure 9 is a structural diagram 1 of the fifth embodiment of the bracket body (installed on the host structure);

Figure 10 is the second structural diagram of the fifth embodiment of the stent body;

Figure 11 is a structural diagram of the sixth embodiment of the stent body;

Figure 12 is a structural diagram of the seventh embodiment of the bracket body;

Figure 13 is a structural diagram 1 of the eighth embodiment of the bracket body (installed on the host structure);

Figure 14 is the second structural diagram of the eighth embodiment of the bracket body;

Figure 15 is a structural diagram of the slave holder of the eighth embodiment of the bracket body;

Figure 16 is the third structural diagram of the fifth embodiment of the stent body;

Figure 17 is a structural diagram of the first embodiment of the elastic member;

Figure 18 is an exploded view of the structure of the simple scrubbing device;

19 is one of the perspective views of the first embodiment of the positioning device of the stent structure of the present invention;

20 is one of the three-dimensional views of the third embodiment of the positioning device of the stent structure of the present invention;

21 is one of the perspective views of the fourth embodiment of the stent structure positioning device of the present invention;

22 is the second three-dimensional view of the fourth embodiment of the stent structure positioning device of the present invention;

Figure 23 is a schematic cross-sectional view of the container brush device of the present invention when it cooperates with the container for scrubbing;

24 is the second three-dimensional view of the first embodiment of the stent structure positioning device of the present invention

25 is the second perspective view of the third embodiment of the stent structure positioning device of the present invention;

Figure 26 is a perspective view of the container brush device of the present invention;

Figure 27 is one of the perspective views of the components of the container brush device of the present invention;

Figure 28 is an exploded view of the components of the container brush device of the present invention;

Figure 29 is an enlarged view of D in Figure 28;

Figure 30 is the second perspective view of the components of the container brush device of the present invention;

Figure 31 is the third perspective view of the components of the container brush device of the present invention;

Figure 32 is one of the perspective views of the second embodiment of the positioning device of the stent structure of the present invention;

Figure 33 is a schematic diagram of a container body corresponding to the second embodiment of the stent structure positioning device of the present invention;

Figure 34 is the third three-dimensional view of the third embodiment of the stent structure positioning device of the present invention;

35 is a schematic diagram of the corresponding container body of the third embodiment of the stent structure positioning device of the present invention;

36 is the third three-dimensional view of the fourth embodiment of the stent structure positioning device of the present invention;

Figure 37 is an enlarged view of B in Figure 36;

38 is a schematic diagram of the corresponding container body of the fourth embodiment of the stent structure positioning device of the present invention;

39 is a schematic diagram of the corresponding container body of the first embodiment of the positioning device of the stent structure of the present invention;

FIG. 40 is an exploded view of the fixed bracket and the rotating bracket of the bracket structure of the present invention adopting another rotational connection method.

【detailed description】

In order to make the technical problems, technical solutions and beneficial effects solved by the present invention clearer, the following further describes the present invention in detail with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described here are only used to explain the present invention, but not to limit the present invention.

Handleless container or handleless container body. The "no handle" refers to the absence of handle during the scrubbing process, that is, the container or container body does not have a handle during the scrubbing process, so "no handle" means no handle or With detachable handle.

"And/or" or "or/and" includes any one of the listed items and a combination of all items. For example, A and/or B is expressed as: A, B, A+B.

In the drawings, when the same embodiment or the same drawing has the same or symmetrical structural features, for the sake of brevity, sometimes only one place is marked. The inside, inside, and outside directions in the text refer to the circle centered on the positioning centerline, and the direction toward the center of the circle is inside or inside, and vice versa. The radial direction refers to the radial direction of the circumference, and the axial direction is the direction of the designated position centerline or parallel to the positioning centerline.

The present invention is realized through the following technical solutions:

As shown in Figures 1 to 17, the bracket applied to the container cleaning machine includes a bracket body that is installed to coincide with the center line 17 of the host structure on the cleaning machine. The bracket body includes an inner brush holder for installing the inner wall brush , The outer brush holder for installing the outer wall brush, and the connecting structure connecting the inner brush holder and the outer brush holder, and a brush wall space centered on the positioning center line is formed between the inner brush holder and the outer brush holder The bracket body also includes a supporting structure arranged on the inner brush holder and/or the outer brush holder for cooperating with the host structure of the washing machine and enabling the washing machine to carry or prevent the holder body from rotating around the positioning centerline 17. The present invention provides a stand applied to a container cleaning machine, which is installed through a stand body and a scrubbing container, and through the arrangement of an inner brush holder, an outer brush holder and a supporting structure, it provides a handleless container that can be applied to the cleaning machine When cleaning, the container wall of the container body is not located in the brush wall space between the inner brush holder and the outer brush holder, so that it can be achieved by rotating the container body or rotating the inner brush holder and the outer brush holder. The effect of cleaning the container body, and the structure is simple, which is convenient for installation and use.

The above-mentioned host structure of the cleaning machine is a structure that is installed on the cleaning machine at the same positioning center line as the bracket body. It can be realized by using a shaft structure, etc., which can be changed according to the change of the holding structure. The implementation is as follows Let me list it again in the example.

Further, as shown in FIG. 1, the bracket body is detachably installed with the host structure on the washing machine through the supporting structure. The washing machine cooperates with the supporting structure on the bracket body through the host structure (shown as the host shaft in Figure 1), so as to facilitate the rotation of the bracket body or only the container to rotate, which keeps the bracket body stationary, thereby playing the role of washing the container. effect. And it adopts detachable connection for easy replacement and disassembly.

Furthermore, the inner brush holder includes at least two inner stands 111 distributed along the positioning centerline, and the outer brush holder includes at least two outer stands 121 distributed along the positioning centerline. The inner stand 111 is used to install the inner wall brush and the inner bottom brush, and the outer stand 121 is used to install the outer wall brush; it is also possible to set a plurality of inner stands distributed in a circle along the positioning centerline, and the outer stand may The relative inner stand can be arranged at any angle on the circumference centered on the positioning center line 17 to form a scrubbing space on the circumference to satisfy the need to scrub the inner and outer walls and the inner bottom surface of the container body. A plurality of the inner stands can be arranged at different distances from the positioning centerline, and the cleaning effect can be achieved only by forming a circumferential brush surface by the bristles of the inner brush wall connected to it. For example, taking the two inner stand settings as an example, the left inner stand has a longer distance from the positioning center line, and the right inner stand has a shorter distance from the positioning center line. By connecting the inner brush wall on the left inner stand The bristles are set shorter than the bristles on the right side (because the bristles on the inner wall are arranged outside the cleaning container), so that the brush surfaces of the bristles are kept on the same circumferential surface centered on the positioning centerline.

In this application, the structure of the slave holding structure is: at least one slave holding hole is provided on the inner brush holder. The slave holding structure mainly cooperates with the holding structure through the holding hole 131. The structure is installed in conjunction with the positioning centerline, and secondly, it needs to be installed relative to the host structure in the limit circumferential direction (also can be understood as torque-transmitting installation). In addition, the slave holding hole 131 has a slave holding surface 1311, which is the hole shape of the slave holding hole, so that the slave holding hole can adopt a polygonal hole, an oval hole or other non-circular holes, all of which can achieve the above For the purpose, other structures can also be used. You can also set multiple. Or the slave holding structure further includes a slave holding arm 132, the slave holding hole 131 is a circular hole, and the center of the circular hole coincides with the positioning center line. This specific structure is described in detail in the following embodiments.

As shown in FIG. 19, the present application also provides a holder structure of a container brush device. The holder also includes a fixed holder 1 provided with a positioning device 7, which is used to perform a check on the container body 10 without a handle. Removable installation, the bracket body can be rotatably arranged on the fixed bracket 1. Therefore, when the container body 10 is positioned and installed on the fixed bracket 1 and the rotating bracket 2 rotates, the inner wall of the container body 10 can be brushed. The brushing is very convenient and quick, and the brushing is more thorough and clean, which is beneficial to health.

As shown in FIGS. 19 and 28, the fixed bracket 1 is connected to the rotating bracket 2 through a bearing 29, the outer ring of the bearing 29 is fixed on the fixed bracket 1, and the inner ring is connected to the rotating bracket 2. Of course, as shown in FIG. 40, the fixed bracket 1 can also be connected to the rotating bracket 2 through a slip ring structure. The slip ring structure includes a slip ring 201 and a sliding arm 202 that can slide on the slip ring 201. The ring 201 is fixed on the fixed bracket 1, and the sliding arm 202 is connected with the rotating bracket 2. When the rotating bracket 2 rotates, the sliding arm 202 slides on the sliding ring 201.

Positioning device embodiment 1: As shown in Figure 19, Figure 24 and Figure 39, the positioning device 7 includes a positioning groove 71 provided on the fixing bracket 1, and a positioning seat 72 is fixed in the positioning groove 71, The positioning seat 72 is provided with an exposed and retractable telescopic block 73, and the positioning seat 72 is also provided with a retractable block 73 that can be folded when pressed by the chuck 10a on the container body 10 The claw 74 of the chuck 10a is clamped.

The second embodiment of the positioning device: the positioning device 7 as shown in Fig. 32 and Fig. 33 includes a positioning groove 71 arranged on the fixing bracket 1, and a telescopic body 75 that can be telescoped up and down is arranged in the positioning groove 71. The fixing bracket 1 is also laterally provided with a pressing block 76 that can extend laterally outward when the telescopic body 75 is pressed by the positioning rod 10f on the container body 10 and can be resiliently reset to press the positioning rod 10f.

The third embodiment of the positioning device: as shown in Figure 20, Figure 25, Figure 34 and Figure 35, the positioning device 7 includes a positioning slot 77 provided on the fixed bracket 1, and the fixed bracket 1 is also provided with The first card slot 78 communicated with the slot 77, the first card slot 78 and the slot 77 form an L shape, when the locking rod 10b of the container body 10 is inserted downwards into the slot 77 and then rotated again Without the container body 10, the clamping rod 10b enters the first clamping slot 78, and the fixed bracket 1 is also provided with a telescopic part 79 that can be pressed downward when the clamping rod 10b is inserted into the slot 77. The fixing bracket 1 is also provided with a second clamping slot 70 communicating with the first clamping slot 78. When the clamping rod 10b is screwed into the first clamping slot 78, the telescopic part 79 pushes the clamping rod upward 10b, the positioning portion 10c protruding from the clamping lever 10b is clamped into the second clamping slot 70. When the positioning portion 10c is locked into the second slot 70, the container body 10 without a handle is locked in the positioning device 7, and the connection is firm. When the handleless container body 10 needs to be disassembled, the handleless container body 10 is pressed downward to move the telescopic part 79 downward, the positioning part 10c is withdrawn from the second slot 70, and then the handleless container body 10 is rotated, and finally from Exit in slot 77.

Fourth embodiment of the positioning device: As shown in Figures 21, 22 and 36 to 38, the positioning device 7 includes a sink 701 provided on the fixed support 1 and communicates with the sink 701 and can be connected to the container body 10 without a handle. The recessed groove 702 of the telescopic piece 10d is provided with a groove 703 that can cooperate with the flange 10e on the telescopic piece 10d to prevent the telescopic piece 10d from falling out of the recessed groove 701. When installing the container body 10 on the fixing bracket 1, first extend the stretch sheet 10d originally contracted in the container body 10, and then align the stretch sheet 10d with the relief groove 702 and install it in the sink 701 , Finally release the hand to shrink the elastic sheet 10d to the inside of the container body 10 without the handle. At this time, the flange 10e on the elastic sheet 10d is locked into the slot 703, so as to realize the rapid positioning and installation of the container body 10 without handle.

In addition, as shown in FIGS. 21, 22, 28, and 31, the rotating bracket 2 is slidably connected to the fixed bracket 1 in the longitudinal direction. Therefore, the rotating bracket 2 can also slide up and down relative to the fixed bracket 1 while rotating relative to the fixed bracket 1. Therefore, the inner wall brush of the container brush device can scrub the inner wall of the container body 10 in the circumferential direction, and can also scrub up and down. Brush the inner wall cleaner. The third elastic member 83 keeps the lower part of the rotating bracket 2 in close contact with the arc surface 82a. When the rotating bracket 2 rises, the third elastic member 83 is compressed. When the rotating seat 81 corresponds to the arc-shaped recessed position, the third elastic member 83 lowers the rotating bracket 2 to ensure that the rotating bracket 2 slides up and down more smoothly.

The longitudinal sliding connection of the rotating bracket 2 and the fixed bracket 1 can be specifically shown in Figure 28 and Figure 31. A third elastic member 83 is provided between the rotating bracket 2 and the inner ring of the bearing, and a sliding groove 291 is provided on the inner ring of the bearing. , The third elastic member 83 pushes the rotating bracket 2 downward, and the rotating bracket 2 is pushed up and down by the arc surface of the fixed ring 82 when rotating, so that the rotating bracket 2 slides up and down in the sliding groove 291, thereby achieving The wall of the handleless container body 10 can be scrubbed up and down while scrubbing in the circumferential direction, so that the scrubbing is more comprehensive and clean.

Moreover, as shown in FIGS. 21, 22 and 27, the outer side of the fixed bracket 1 is also provided with a side bracket 26 for installing the side brush assembly 8 for scrubbing the container cover or/and the inner partition of the container.

Specifically, as shown in Figures 21 and 22, the fixed bracket 1 is rotatably connected with a rotating support rod 27 for setting the side top brush, and a driving and rotating rod 27 is provided between the rotating support rod 27 and the fixed support 1. The supporting rod 27 rotates and resets the driving member 28 toward the outside of the fixed bracket 1 in the vertical plane. When the rotating support rod 27 rotates to the outside, the side top brush can scrub the bottom of the lid without a handle placed on the washing machine, so that the container can be scrubbed very comprehensively.

As shown in Figures 21, 22, and 38, the driving member 28 includes a sliding frame 281 that can slide up and down relative to the fixed bracket 1, and a plurality of teeth 282 are provided at the lower portion of the sliding frame 281, and the rotating support rod 27 is provided with a driven gear 283 that meshes with the teeth 282 and can take the rotating bracket 27 to rotate when the sliding frame 281 slides down, and a return spring is provided between the fixed bracket 1 and the sliding frame 281 284. When the container body 10 is installed on the container brush device for scrubbing, the container body 10 is inserted downward between the inner wall brush and the outer wall brush 14, and the expansion piece 10d on the container body 10 is not connected to the fixing bracket 1. When the positioning device 7 cooperates, the sliding frame 281 is pushed to move downward. At this time, the rotation support rod 27 is realized by the cooperation of the teeth 282 and the driven gear 283, and the design is very clever.

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

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

inner stands

111 and 112 uniformly arranged along the positioning centerline, and the outer brush holder includes two evenly distributed along the positioning centerline. The outer stands 121, 122 are provided; the lower ends of the inner stands 111, 112 are provided with an outwardly extending connecting portion 1232, and the outer ends of the connecting portion 1232 are provided with outer

stand connecting pieces

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

outer stand connectors

124 and 125.

The inner brush holder 11 is used to install the inner wall brush 14 and the inner bottom brush 16, and the outer brush holder 12 is used to install the outer wall brush 15. The inner bottom brush 16 can be arranged on the upper end of the inner wall brush 14, and the brush surface 142 of the inner wall brush 14 is arranged on the inner wall. On the radially outer side of the brush body 141, the brush surfaces 152 and 153 of the outer wall brush 15 are arranged in the radial direction of the outer wall brush body 151, and the brush surface 162 of the inner bottom brush 16 is arranged on the upper surface of the inner bottom brush body 161. The inner wall brush 14, the outer wall brush 15 and the inner bottom brush 16 are respectively used to scrub the inner wall surface, the outer wall surface and the inner bottom surface of the container body 18 during rotation. The inner bottom brush can also be installed on the upper end of the inner brush holder;

The inner brush holder 11 is set with the positioning center line 17 as the positioning center, the outer brush holder 12 is set 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 fixed with the lower end of the outer brush holder 12 Connect to form the bottom of the brush holder.

Moreover, a handle 1231 is also provided at the upper end of the outer stand. One is used to connect and fix the upper end of the external stand, and the other is to facilitate the user's handling for disassembly and installation. The handle can also be used as a split installation structure, and the split structure will be supplemented in the following embodiments.

Specifically, the connection structure between the outer brush holder and the inner brush holder is: the outer

stand connecting pieces

124, 125 are provided with T-shaped retaining slots 126, and the outer connecting portion 128 protrudes from both sides of the stand connecting piece. It is raised and matched with the T-shaped card slot 126. The inner and outer brush holders can be fixed together through the locking slot, the locking protrusions and the screw holes to make the bracket as shown in FIG. 3. The upper end of the outer stand 121 is provided with a handle 1231, which can facilitate the handling of the container brush device 1 and simplify the structure of the outer stands 121 and 122. The parts in this example can be made of plastic.

In order to facilitate the installation and replacement of the inner wall brush and improve the installation efficiency, a limit slot structure for the limit installation of the inner wall brush can be provided on the inner brush holder. The limit installation allows the inner wall brush to be fixedly installed or can be installed. Actively installed. The advantage of using movable installation is that elastic parts can be installed between the inner wall brush and the inner brush holder. See the following description for the setting of the elastic member.

The installation structure of the inner and outer wall brushes in the first embodiment is: the upper end of the inner stand 111 is provided with a slot 117 extending outward for the inner wall brush to pass through, and the connecting portion 1232 is provided with the slot 117 opposite through holes; the card slot 117 is composed of two oppositely arranged side groove stoppers 1171, and the ends of the groove stop on both sides form outward openings; when the inner wall brush 14 is installed, the inner wall brush 14 is Insert the lower fixing member 141 of the inner wall brush 14 with the nut 145 under the axial through hole from top to bottom (it can also be fixed by means of an open retaining ring). The clamping groove 117 with grooves on both sides restricts the side wings 142 of the inner wall brush 14 in the radial direction, and the through hole 116 located below restricts the lower fixing member 141 of the inner wall brush 14, so that the inner wall Brush to limit or fix the movement.

The inner side surfaces of the outer stands 121 and 122 are provided with a limiting groove 127 for installing the outer wall brush 15 with the groove facing inward, and the upper end of the limiting groove 127 is provided with a radial groove stop 1233. When installing, first place the outer wall brush 15 into the limit slot 127, and then fix the inner and outer brush holders together. The inner wall brush can be installed first or later. It should be noted that the outer brush holder can also be provided with a structure similar to the upper limit slot structure of the inner brush holder, and the outer wall brush can be installed by the limit installation method of the inner wall brush.

The structure of the slave holding structure in the first embodiment is: 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 supporting structure mainly cooperates with the supporting structure through the supporting hole 131. The supporting hole requires firstly to be installed with the same positioning center line of the supporting structure, and secondly, it needs to be installed relative to the supporting structure in the circumferential direction.

The second embodiment of the bracket body, as shown in Figure 4, 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 stands 111, 112 are bent outwards. Bending upwards to form the outer stands 121 and 122; the connecting structure includes the bending between the inner and outer stands.

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

The upper ends of the two inner stands are also connected by bending, that is, in this embodiment, the inner and outer stands are formed by bending a long metal sheet. Moreover, in this solution, in order to fix the inner and outer brush holders, a brush holder base and a pressing cover are added to fix the upper and lower ends of the brush holder, so that the entire structure is firmer and more reliable after installation.

Specifically, the lower ends of the inner stand 111 and the outer stand 121 are provided with a limiting protrusion 213, and the brush holder base 218 is provided with the limiting snap 213 and the inner stand 111 and the outer stand 121 The card slot into which the bent part between the two ends. The specific structure of the locking slot includes an inner locking slot for accommodating the lower end limiting protrusion of the inner stand 111, an outer side snapping groove for receiving the lower end limiting protrusion of the outer stand, and connecting the outer holding slot and The inner retaining slot is used to accommodate the slot of the bending part, and the brush holder body can be fixed on the base by connecting parts such as screws.

The specific structure of the gland is as follows: the structure is a split installation structure, including an inner cover 224. The inner cover 224 is provided with a T-shaped slot and a screw hole 2244, and the lateral notch is larger than the width of the outer stand 221. The upper end of the outer stand 221 is provided with a T-shaped protrusion 222 corresponding to the T-shaped groove 2241. When installing, press the upper parts of the two outer stands 121 slightly inwardly, and then press the inner cover 224 from bottom to top. The outer stand 121 is clamped into the T-shaped slot until it is clamped with the T-shaped protrusion 222, and the cover 225 is covered, and the inner cover 224 and the handle cover 225 are fixed from bottom to top with screws through the screw holes 2244. can. At this time, the T-shaped protrusion 222 is clamped in the T-shaped groove and pressed by the inner flange of the pressing cover 225.

The second embodiment of the follower structure is: the follower structure includes a lower follower holder 232 arranged on the brush holder base 218, and an upper follower holder 231 connected between the two inner stand 211, 212, upper and lower The slave holding members are provided with a slave holding hole 131, and a slave holding surface is provided in the slave holding hole. In addition, a stop 2314 is provided on both sides of the upper slave holding member 231 to form a limiting groove extending in the direction of the inner stand. The inner stand 211 is provided with a T-shaped protrusion 212 and a screw hole 214, and the corresponding T-shaped snap groove and screw hole are provided on the hole holding structure 231, and the notch of the lateral stop 2314 is larger than that of the inner stand 111 width. When installing, slightly separate the lower part of the two inner stand 111 to the two sides, and then clamp the inner stand 111 into the T-shaped slot from the bottom up from the hole holding structure 231 until it is clamped with the T-shaped projection 212 , And then pass the screw across the working hole 227 on the outer stand 121 and fasten it with the screw, so that the hole holding structure 231 is fixed to the inner brush holder 21. The inner and outer brush holders can be made of stainless steel or aluminum alloy by bending, and the hole holding structure and gland can be made of plastic.

The third embodiment of the bracket body, as shown in Figures 5 and 6, the structure of the inner and outer brush holders is the same as that of the second embodiment. The difference from the second embodiment is that the brush holder base 218 is also provided with a slave holding arm 132, It can be regarded as an embodiment in which the slave holding structure adopts the slave holding arm structure, and the slave holding wall 132 is a protrusion extending outward from the outer side surface. Figure 7 is a structural diagram installed on the host structure of the cleaning machine. It can be seen from the figure that during cleaning, the positioning shaft 591 is driven to rotate, thereby driving the host arm 592 fixed on it to rotate. When the host arm 592 rotates to touch When the slave arm 132 comes in contact with it, it rotates together with the latter. Since the positioning

circular hole structures

531 and 532 are slidably sleeved on the positioning circular shaft 591 and the holding holes are circular holes, the container brush device 5 is carried and rotated around the center line 57. It should be noted that there is no relative rotational movement between the positioning shaft 591 and the container brush device 5 at this time. In the bracket embodiment 5, since the positioning circular hole structure 532 located at the lower part is fixed on the inner brush holder 51, the slave arm 533 can also be expressed as being arranged at the lower part of the inner brush holder 51. The slave arm 132 can also be arranged in different positions.

The fourth embodiment of the stent body, as shown in Figures 7 and 8, the inner brush holder includes three inner stands 111 distributed along the circumference of the positioning centerline; the outer brush holder includes the circumference distributed along the positioning centerline Three outer stands 121, the lower end of the inner stand 111 is bent and connected to the lower end of the outer stand 121; the connection structure includes a brush holder base 626 arranged at the lower ends of the inner brush holder and the outer brush holder, and is arranged on the inner brush holder With the gland 625 at the upper end of the outer brush holder. The difference from the above-mentioned embodiment is that the inner and outer brush holders are both arranged in a plurality of circumferentially distributed along the center line. It can achieve a better scrubbing effect. For the connection mode of the bracket and the supporting structure, please refer to the third embodiment or the second embodiment.

The fifth embodiment of the stent body, as shown in Figures 9 and 10, is different from the first embodiment in that the supporting structure is not provided as a supporting block, and the supporting structure includes an external stand provided on at least one side The slave holder 732 with assembly holes on the outer side of the connecting

members

124 and 125 can be regarded as a different structural embodiment of the slave arm, and an axis and a positioning centerline are also provided between the two inner stands Coincident shaft hole 792. The through hole in the middle part can be set as a round hole (that is, from the holding hole), which is only used for co-locating centerline installation, and by setting the follower on one side, the host shaft 793 on the washing machine can be inserted into the In the through hole, it can carry its synchronous action.

The sixth embodiment of the stent body, as shown in FIG. 11, is different from the fifth embodiment in that the slave holding structure includes a slave holding and inserting portion 133 arranged between two inner stands and extending downward, which can be seen as a slave The holding structure adopts the embodiment of the shaft-type slave holding and inserting part. The outer peripheral surface of the slave holding and inserting part 133 is the slave holding surface. In this solution, a polygonal surface is adopted. The other structure is similar to Embodiment 1. Correspondingly, the container brush host structure is a host tube structure, and the host tube structure is provided with a host surface corresponding to the slave holding surface. When the host tube structure is driven to rotate, the container brush device will be driven to rotate through the slave holder structure.

The seventh embodiment of the bracket body, as shown in FIG. 12, is different from the fifth embodiment in that the supporting structure includes a supporting member 933 with a mounting hole provided on the outer side of at least one side of the outer frame, and two inner An upper shaft hole 931 and a lower shaft hole 932 whose axes coincide with the positioning center line are also provided between the stand frames. The container brush host structure includes a positioning shaft structure and a host structure. The host structure is fixed on the drive sleeve, and the positioning shaft structure is fixed and sealed in the drive sleeve. The positioning shaft structure is rotated and positioned. effect. When the driving sleeve is driven to rotate, the host member structure is driven to rotate, thereby driving the container brush device to rotate.

The eighth embodiment of the bracket body, as shown in Figures 13 to 15, utilizes a connecting arm (ie, a host structure) installed on the container cleaning machine, and the connecting arm is provided with a connecting piece for clamping the outer

frame connecting piece

124, 125

Card connection position

1091, 1092. When the shaft is driven to rotate, the belt connecting arm rotates, thereby driving the bracket to rotate. This solution can be regarded as another embodiment in which the slave holding structure adopts the slave holding insert part. The slave holding structure is represented by the external stand connecting pieces on both sides of the bracket body. After being installed by the connecting arm, the middle slave holding part is not required. Holes or through holes can also be installed with the same positioning centerline.

In addition, as shown in Figure 16, it can be seen that the slave holding structure adopts different embodiments of the slave holding and inserting parts, and also the effect of achieving the same positioning centerline installation by assembling the host structure and the slave holding and inserting parts on both sides of the bracket body. In this solution, the slave holding structure is shown as sleeves arranged on both sides of the outer stand. The sleeve structure can refer to the structure of the slave holding member 732 in Embodiment 5 (FIG. 10). The installation shafts extending from both sides of the host structure are inserted into the sleeves for installation, or it can be replaced with installation shafts extending downward on both sides of the external stand. The host structure adopts sleeves for coordinated installation.

Through the description of the technical solutions of the various support implementation examples above, it can be known that the support structure is set on the inner brush holder and/or the outer brush holder with the positioning center line as the positioning center, and the support structure and the container brush of the container cleaning machine The matching of the holding structure can make the container brush device concentrically install on the container brush holding structure and hold together in the circumferential direction. This holding enables the container brush holding structure to hold or prevent the container brush device from rotating around the positioning centerline.

The above implementation examples of multiple brackets list the various expressions of the inner brush holder and the outer brush holder, as well as their connection relationship. In the example, the inner and outer brush holders basically adopt a stand-up or divided into two parts, mainly In order to reduce the obstruction of the inner and outer walls of the container, so that the washing water can be sprayed more fully. Therefore, it should be understood that there are other suitable expressions for the inner and outer brush holders, and the above example is only the inner and outer brush holders better Part of the implementation. 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 relying on the inner and outer stand.

In the above example, the inner and outer brush holders adopt the scheme of symmetrically setting around the positioning center line or uniformly distributed around the positioning center line. It should be understood that this is also one of the preferred schemes for the inner and outer brush holders. Since the brush wall space is jointly constructed by the cooperation of the inner and outer brush holders and the inner and outer wall brushes, and at least one of the inner wall brush, the outer wall brush and the inner bottom brush is sufficient, the inner brush holder and the outer brush holder can also be arranged asymmetrically. Can be arranged unevenly. It should be understood that the positioning centerline is only used for the description of the technical solution, and does not appear as a structural feature of the entity.

In the above examples, the example with the brush holder base is more suitable for the container brush holder structure with the holder shaft having an inner cavity and spray holes, that is, the inner wall surface and inner bottom surface of the container body are sprayed from the holder shaft.

The present invention also provides a brushing device applied to a cleaning machine, which includes a bracket body, an inner wall brush arranged on the inner brush holder, and an outer wall brush arranged on the outer brush holder; the inner wall brush includes an inner brush mounted in cooperation with the inner brush holder. The brush handle 141, the inner brush part 142 arranged on the inner brush handle 141 to brush the inner wall surface of the container outwards; the outer wall brush includes the outer brush handle 151 installed in cooperation with the outer brush holder, and is arranged on the outer brush handle 151 The

outer scrubbing parts

152, 153 for scrubbing the outer wall surface of the container are arranged inward, and the upper and lower ends of the outer brush handle 151 are provided with end positioning structures for fixing them on the outer brush holder. The inner wall of the container is brushed by the inner wall brush, and the outer wall 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 brushing device of this solution also includes an inner bottom brush 16 located above the inner wall brush, and the bottom of the container and the inner wall surface around the bottom are cleaned by the inner bottom brush. Further improve the cleaning effect of the scrubbing device. 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 or staggered inclined surface 161 at the connection point. The circular arc surface or the inclined surface The setting can be applied to scrub the connection between the inner wall and the bottom of the flat-bottomed container, so that the inner side of the container can be fully scrubbed.

Moreover, in order to improve the cleaning effect, an elastic member that can push the inner wall brush laterally outward and/or an elastic structure that can push up longitudinally is provided between the inner wall brush 14 and the inner brush holder. Through the arrangement of the elastic member, an outward pushing force can be maintained on the wall brush, so that it can keep in contact with the cleaning surface of the container, thereby achieving a better cleaning effect.

Moreover, an elastic member can also be provided on the outer wall brush. Between the outer wall brush and the outer brush holder is provided an elastic member that can push the outer wall brush laterally inward. To enhance the scrubbing effect of the outer wall.

In the first embodiment of the inner wall brush, as shown in FIG. 3, the inner brush handle 141 has a straight bar shape to facilitate brushing the inner wall surface of the container body during rotation. Side stops 143 are provided on both sides of the upper part of the inner brush handle 141, and a stopper 144 is protruding downward at the lower end. The side stop 143 and the stopper 144 enable the inner wall brush 14 to be installed in a restrictive manner. In this example, the side stop 143 is convex sideways, but it can also be set as a side recessed type, or the edges on both sides of the inner wall brush body 141 can be directly used as side stops. For the specific connection method, please refer to the first embodiment of the bracket body.

The outer wall brush can be provided with lateral protrusions to limit the position of the outer wall brush in the left and right direction. However, the lateral protrusions may not be provided. Instead, a side protrusion similar to the side protrusion 1212 on the inner frame may be provided on the outer stand. The same works for the inner protrusions (the side inner protrusions are not shown. Because the inner and outer wall brushes are opposite, the side protrusions on the inner stand frame are borrowed from the outer stand frame as the side inner protrusions). In the same way, the inner stand may not be provided with lateral protrusions, and instead, a lateral protrusion similar to the lateral protrusion of the outer wall brush is provided on the inner wall brush to limit the left and right directions of the inner wall brush.

For fixed installation, it can also be installed by adding glue on the side inside/outside. For example, the inner and outer wall brushes are set on the inner/outer side, and then glue is applied to fix the inner and outer wall brushes to the inner and outer stand. At this time, the inner and outer stand does not need the limit hole, the limit slot and the side outer/in Convex.

In the embodiment of the outer wall brush, the end positioning structure is the end stop 154, 158 (as shown in FIG. 3) extending in the vertical direction along the end surface or the side stop 252, 253 (as shown in FIG. Show).

The first embodiment of the inner bottom brush, as shown in FIG. 3, the inner bottom brush is connected above the inner brush handle, and the connection part is an arc-shaped section, and the inner bottom brush includes brushes respectively arranged on the inner wall on both sides And the L-shaped connection structure arranged in a staggered position. The main purpose is to enable the two inner bottom brushes to more fully brush the inner bottom surface of the container body when they are matched with each other. The connection between the inner bottom brush and the inner wall brush is provided with an inclined surface 164. It is mainly considered that the flat inner bottom brush 16 is more suitable for a flat-bottomed container body, and the inner bottom of the flat-bottomed container body has a concave angle, so different inclination angles The inclined surface 164 can increase the sufficiency of brushing.

The inner wall brush, outer wall brush and inner bottom brush in other container brush device embodiments are the same as or similar to the above examples, and will not be repeated. In the above various embodiments of the inner wall brush, outer wall brush and inner bottom brush, the brush body can be made of plastic, and the brush surface material can be one of bristles, sponges or scouring pads or a suitable combination of different types thereof.

Elastic member embodiment 1: The elastic member includes a compression spring 1243 and a radially positioned limiting protrusion 1242, the limiting protrusion 1242 is provided on the inner wall brush or the outer wall brush, the inner brush holder or the outer wall The brush holder is provided with a limiting hole corresponding to the limiting protrusion 1242; as shown in Figure 19, the elastic member includes a radial limiting protrusion 1242 provided on the inner brush handle 141 The elastic member 1243 on the radial limiting protrusion 1242 and the retaining ring 1244 that clamps the elastic member 1243 on the radial limiting protrusion 1242, the inner brush holder is provided with the radial The limiting protrusion 1242 extends into the matching hole or

strip hole

1213, 1214. A radial stopper 1242 is provided on the back of the inner wall brush 14, and the radial stopper 1242 is used for restrictive installation. A compression spring elastic member 1243 may be sleeved on the radial limiting member 1242 to generate a top elastic force radially outward to the inner wall brush. The back of the outer wall brush is provided with a radial stopper, and the radial stopper allows the outer wall brush to be installed in a restrictive manner. A compression spring elastic member can be sleeved on the radial limiting member to generate a top elastic force radially inward of the outer wall brush 15.

In the second embodiment of the elastic member, the elastic member includes an elastic piece 255 and a buckle 256 for buckling and fixing the elastic piece 255. In addition, the two sides of the elastic sheet 255 are also provided with elastic wings that tilt outwards. This 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. Set on the inner brush handle or the outer brush handle as an example for description. A buckle seat 254 is provided on the back of the outer brush handle 251, and a corresponding buckle 256 is provided. The elastic sheet 255 is clamped on the outside through the buckle 256. The back of the brush handle 251.

As shown in Figure 23, Figure 26 to Figure 31, the present invention also provides a container brush device, including a fixed bracket 1 provided with a positioning device 7, the positioning device 7 is used to detach the container body 10 without handle Type installation, the fixed bracket 1 is connected with a rotating bracket 2 that can rotate relative to it, and the rotating bracket 2 includes an inner brush holder. Brush the inner wall of the inner wall of the container body 10, and the rotating bracket 2 is provided with a supporting structure 22 matched with the presiding structure on the driving device of the container cleaning machine. When the rotating main shaft 4 on the driving device of the container cleaning machine rotates, the presiding structure on the driving device of the container cleaning machine drives the supporting structure 22 to rotate the rotating bracket 2 so that the inner wall brushes the inner wall of the container 10 to ensure The container is cleaned, which is very convenient and quick.

The rotating bracket 2 also includes an outer brush holder, which is connected to the inner brush holder and forms an insertion space 24 for inserting the wall of the container body 10 downward. An outer wall brush 15 that can brush the outer wall of the handleless container body 10 when the rotating bracket 2 rotates is provided.

As shown in Fig. 27, the fixed bracket 1 is also provided with a side bracket 26 on the outer side, and the side bracket 26 is provided with a side brush assembly 8 for brushing the container cover or/and the wall of the container. The side brush assembly 8 can scrub the container lid or/and the inner partition of the container to ensure that the container lid or/and the inner partition of the container body 10 are also brushed clean. The inner compartment of the container may be a tea compartment of a teacup, for example, a tea compartment of a thermos cup.

As shown in FIG. 29, the side brush assembly 8 includes a side outer brush 801, and the upper end of the rod body of the side outer brush 801 is provided with a downward buckle head 802. As shown in Figures 17 and 31, a clamping table 30 can be provided on the container cleaning machine and located outside the fixed bracket 1. The clamping table 30 includes a fixed table 301 and a sliding table 302 that can slide relative to the fixed table 301. A return spring 303 is provided between the table 302 and the fixed table 301. The clamping table 30 can clamp the container cover without the container body 10 or/and the container inner partition, which facilitates the cleaning of the container cover. The buckle head 802 cooperates with the clamping head 304 on the clamping table 30 to realize the disassembly and assembly of the container brush device.

As shown in Figures 26 to 29, the fixed support 1 is rotatably connected with a rotating support rod 27 for setting the side top brush, and a driving rotation support rod is provided between the rotating support rod 27 and the fixed support 1 27 A driving member 28 that rotates and resets to the outside of the fixed bracket 1 in a vertical plane. When the rotating support rod 27 rotates to the outside, the side top brush can scrub the bottom of the lid without a handle placed on the washing machine, so that the container can be scrubbed very comprehensively.

As shown in Figures 26 to 29, and Figure 38, the driving member 28 includes a sliding frame 281 that can slide up and down relative to the fixed frame 1, and a plurality of teeth 282 are provided on the lower part of the sliding frame 281. The rotating support rod 27 is provided with a driven gear 283 that meshes with the teeth 282 and can rotate the rotating bracket 27 when the sliding frame 281 slides downwards. Between the fixed bracket 1 and the sliding frame 281 is arranged There is a return spring 284. When the container body 10 is installed on the container brush device for scrubbing, the container body 10 is inserted downward between the inner wall brush and the outer wall brush 5, and the expansion piece 10d on the container body 10 is not connected to the fixing bracket 1 When the positioning device 7 cooperates, the sliding frame 281 is pushed to move downward. At this time, the rotation support rod 27 is realized by the cooperation of the teeth 282 and the driven gear 283, and the design is very clever.

Of course, the structure of the inner wall brush, the outer wall brush, and the inner bottom brush may refer to the structure in the scrubbing device applied to the washing machine.

The invention also provides a simple brushing device applied to a washing machine. Its biggest feature is that the bristles are directly set on the inner brush holder and the outer brush holder, and it can also be regarded as directly connecting the inner brush handle and the brush holder through a connecting seat. The installation of the outer brush handle is regarded as a bracketless structure (in this case, the inner brush handle and the outer brush handle serve as a bracket), which makes the structure of the scrubbing device simpler and helps reduce manufacturing costs. As shown in FIG. 18, the inner brush handle 134 is provided with inner bristles 1344 and inner bottom bristles 136, and the outer brush handle 135 is provided with outer bristles 1354. The outer brush handle and the inner brush handle can be fixedly installed through a base 1332. The specific connection structure can refer to the above-mentioned bracket embodiment. For example, the connection structure of the inner and outer brush holders and the base in bracket embodiments 2 and 3 can be realized. And in order to achieve a more stable installation, the upper ends of the two outer brush handles are fixed by a handle 1356 or a gland.

Moreover, a slave holding hole can be provided on the base, and an upper connecting block 1331 with a slave holding hole can be added. The upper connecting block 1331 also has the function of connecting two inner brush handles 134.

The present invention provides a stand applied to a container cleaning machine, which is installed through a stand body and a scrubbing container, and through the arrangement of an inner brush holder, an outer brush holder and a supporting structure, it provides a handleless container body that can be used in cleaning The cleaning bracket on the machine does not place the container wall of the container body in the brush wall space between the inner brush holder and the outer brush holder during cleaning, so that it can be lifted by rotating the container body or rotating the inner brush holder and the outer brush holder. It has the effect of cleaning the container body, and the structure is simple, which is convenient for installation and use.

The above is one or more implementation manners provided in combination with specific content, and it is not deemed that the specific implementation of the present invention is limited to these descriptions. Any similarity or similarity with the method and structure of the present invention, or several technical deductions or substitutions made under the concept of the present invention, should be regarded as the protection scope of the present invention.

Claims

The bracket applied to the container cleaning machine is characterized in that it includes a bracket body which is installed to coincide with the center line of the host structure on the washing machine. The bracket body includes an inner brush holder for installing inner wall brushes and The outer brush holder for installing the outer wall brush and the connecting structure connecting the inner brush holder and the outer brush holder, and a brush wall space centered on the positioning center line (17) is formed between the inner brush holder and the outer brush holder ；

The bracket body also includes a supporting structure arranged on the inner brush holder and/or the outer brush holder for cooperating with the host structure on the washing machine and enabling the washing machine to carry or prevent the holder body from rotating around the positioning centerline (17) .
The stand applied to a container cleaning machine according to claim 1, wherein the inner brush holder (11) comprises at least two inner stands (111, 112) distributed along the positioning centerline (17); and /or

The outer brush holder (12) includes at least two outer stands (121, 122) with a positioning centerline (17) as the positioning center and arranged outside the inner brush holder (11).
The bracket applied to a container washing machine according to claim 1, wherein the bracket body is detachably installed with the host structure on the washing machine through the supporting structure.
The bracket applied to a container cleaning machine according to claim 1, wherein the inner brush holder includes an inner stand (111), and the upper end of the inner stand (111) is provided with an outer extension for A slot (117) for the brush on the inner wall to pass through, a groove stop (1171) radially outward is provided on the slot (117), and an outwardly extending connection is provided on the lower end of the inner stand (111) The connecting portion (1232) is provided with a through hole opposite to the card slot (117).
The stand applied to a container cleaning machine according to claim 1, wherein the outer brush holder includes an outer stand (121), and the inner side of the outer stand (121) is provided with an outer wall brush And the notch faces the inner limit slot (127).
The bracket applied to a container cleaning machine according to claim 1, wherein the slave holding structure at least includes a slave holding hole (131) provided on the inner brush holder.
A support structure of a container brush device, characterized in that it includes a fixed support (1) provided with a positioning device (7), and the positioning device (7) is used for detachable installation of a container body (10) without a handle , The fixed bracket (1) is connected with a rotating bracket (2) that can rotate relative to it, and the rotating bracket (2) includes the inner brush holder according to claim 1 and is provided with the inner brush holder according to claim 1 The support structure (22).
The holder structure of a container brush device according to claim 7, characterized in that, the positioning device (7) comprises a positioning groove (71) provided on the fixed support (1), and the positioning groove (7) 71) A positioning seat (72) is fixed inside the positioning seat (72), and an exposed and retractable telescopic block (73) is provided in the positioning seat (72). The positioning seat (72) is also provided with a telescopic block (73) When pressed by the chuck (10a) on the container body (10), the jaws (74) of the chuck (10a) can be folded and clamped;

Alternatively, the positioning device (7) includes a positioning groove (71) provided on the fixed bracket (1), and a telescopic body (75) capable of extending and retracting up and down is provided in the positioning groove (71). The fixed bracket (1) is also horizontally provided with the telescopic body (75) when pressed by the positioning rod (10f) on the container body (10), which can extend laterally outwards and can rebound and reset to press the positioning rod ( 10f) the pressing block (76);

Alternatively, the positioning device (7) includes a slot (77) arranged on the fixing bracket (1), and the fixing bracket (1) is also provided with a first slot (77) communicating with the slot (77). The card slot (78), the first card slot (78) and the insertion slot (77) form an L-shape, when there is no clamping lever (10b) of the container body (10) is inserted downward into the insertion slot (77) ) And rotating the container body (10) again to make the clamping rod (10b) enter the first clamping slot (78), and the fixing bracket (1) is also provided with a clamping rod (10b) inserted The telescopic part (79) that can be pressed down when the slot (77) is inserted, the fixed bracket (1) is also provided with a second slot (70) communicating with the first slot (78), When the clamping rod (10b) is screwed into the first clamping slot (78), the telescopic part (79) pushes the clamping rod (10b) upward to make the positioning portion (10c) protruding on the clamping rod (10b) ) Card into the second card slot (70);

Alternatively, the positioning device (7) includes a sink (701) provided on the fixed support (1) and a telescopic sheet (10d) communicating with the sink (701) and capable of connecting with the container body (10) without a handle. The matching relief groove (702), the groove wall of the sink groove (701) is provided with a flange (10e) on the expansion piece (10d) to prevent the expansion piece (10d) from being removed from the groove (701) ) The card slot (703) that comes out of the inside.
The support structure of a container brush device according to claim 7, wherein the fixed support (1) is connected to the rotating support (2) through a bearing (29), and the outer ring of the bearing (29) is fixed On the fixed bracket (1), and the inner ring is connected with the rotating bracket (2);

Alternatively, the fixed bracket (1) is connected to the rotating bracket (2) through a slip ring structure, and the slip ring structure includes a slip ring (201) and a sliding arm (202) that can slide on the slip ring (201), so The slip ring (201) is fixed on the fixed bracket (1), and the sliding arm (202) is connected with the rotating bracket (2).
The holder structure of a container brush device according to claim 7, wherein the rotating holder (2) is slidably connected to the fixed holder (1) in the longitudinal direction.
The holder structure of a container brush device according to claim 7, characterized in that the rotating holder (2) further comprises an outer brush holder for installing outer wall brushes, the outer brush holder and the inner brush holder Are connected and form an insertion space (24) for inserting the wall of the container body (10) downward.
The bracket applied to a container washing machine according to claim 7, characterized in that, a side bracket (26) for installing a side brush assembly (8) is provided on the outer side of the fixed bracket (1).
The bracket applied to a container cleaning machine according to claim 7, wherein the fixed bracket (1) is rotatably connected with a rotating support rod (27) for setting the side top brush, and the rotating support rod A driving member (28) capable of driving the rotating support rod (27) to rotate and reset outside the fixed support (1) in a vertical plane is arranged between (27) and the fixed support (1).
The bracket applied to a container cleaning machine according to claim 13, characterized in that, the drive member (28) comprises a sliding frame (281) that can slide up and down relative to the fixed bracket (1), and the sliding frame ( 281) The lower part is provided with a plurality of teeth (282), and the rotating support rod (27) is provided with the teeth (282) to engage with the teeth (282) and can rotate with the sliding frame (281) when sliding down. A driven gear (283) for the rotation of the support (27), and a return spring (284) is arranged between the fixed support (1) and the sliding frame (281).
A scrubbing device applied to a container cleaning machine, characterized by comprising the bracket body according to any one of claims 1 to 6, an inner wall brush (14) provided on the inner brush holder, and an outer wall provided on the outer brush holder Brush (15);

The inner wall brush (14) includes an inner brush handle (141) installed in cooperation with the inner brush holder, and an inner brush part (142) arranged on the inner brush handle (141) and facing outwards for scrubbing the inner wall of the container;

The outer wall brush (15) includes an outer brush handle (151) installed in cooperation with the outer brush holder, and an outer brushing portion (152, 153) arranged on the outer brush handle (151) and facing inwardly for scrubbing the outer wall of the container.
The scrubbing device applied to the washing machine according to claim 15, characterized in that, between the inner wall brush (14) and the inner brush holder is provided an elastic member that can push the inner wall brush (14) laterally outward. And/or an elastic structure that stretches upwards longitudinally; and/or

The outer wall brush (15) and the outer brush holder are provided with an elastic member that can push the outer wall brush (15) laterally inward.
The scrubbing device applied to a washing machine according to claim 15, characterized in that the scrubbing device further comprises an inner bottom brush (16) arranged at the upper end of the inner brush holder or the inner wall brush (14).
A container brush device, which is characterized in that it comprises the holder structure of the container brush device according to any one of claims 7-11, 13, and 14, and the inner brush holder is provided when the rotating bracket (2) rotates. The inner wall brush (14) of the inner wall of the handleless container body (10) can be brushed.
The scrubbing device applied to a washing machine according to claim 18, characterized in that, a side support (26) is provided on the outer side of the fixed support (1), and the side support (26) is provided with a side support for scrubbing. The side brush assembly (8) of the container cover or/and the partition wall of the container.
The scrubbing device applied to a washing machine according to claim 19, characterized in that: the side brush assembly (8) includes a side outer brush (801), and the upper end of the rod body of the side outer brush (801) is provided with Downward buckle head (802).
A simple brushing device, characterized in that it comprises the bracket body as claimed in claim 1, the inner brush frame is provided with an inner brushing part that is arranged outwards for brushing the inner wall of the container; the outer brush frame is provided There is an outer scrubbing part arranged inwardly for scrubbing the outer wall surface of the container.