CN212368928U - Telescopic clamping structure for cleaning machine and container body or accessory telescopic structure thereof - Google Patents

Abstract

The utility model belongs to the technical field of cleaning equipment, especially, relate to a telescopic clamp that is used for on the cleaning machine ends structure and container body or its annex location extending structure. Including setting up embracing the arm seat in the cleaning machine and locating embrace the flexible arm of embracing on the arm seat, thereby flexible armful arm can do concertina movement to the location central line direction of cleaning machine and can clamp the container body and end on the circumferencial direction with location central line as the center to prevent the container body and rotate. The telescopic clamping structure ensures that the container body is very convenient to assemble and disassemble: when the container body is brushed, the container body is reversely inserted, the telescopic clamp stopping structure contracts outwards to enable the container body to automatically clamp the container body after entering the brushing position, and when the container body is taken out after brushing is finished, the container body is directly pulled upwards, the telescopic clamp stopping structure can automatically rebound and reset, and the use is very convenient for users.

Description

Telescopic clamping structure for cleaning machine and container body or accessory telescopic structure thereof

[ technical field ] A method for producing a semiconductor device

The utility model belongs to the technical field of cleaning equipment, especially, relate to a to not having a telescopic clamp who is used for on the cleaning machine of container ends structure and a container body or its annex extending structure.

[ background of the invention ]

A handle-free container body, such as the cup bodies of various handle-free water cups and vacuum cups, or the bottle body of a milk bottle, or the bottle body and the cup body with detachable handles. At present, the cleaning mode of the container is not manually cleaned, and the inside is difficult to clean during manual cleaning, so that the inside can accumulate stains in long-term use, the sanitation condition inside the container is influenced, unhealthy influence is easily brought to a user, and for a cleaning machine, the container is not positioned and installed in a washing chamber of the machine, so that the important experience of influencing the convenience of the user in using the cleaning machine is realized.

[ summary of the invention ]

In order to provide a can be to not having the structure of installing fast and dismantling the container, the utility model provides a telescopic clamp that is used for on the cleaning machine ends structure and container body or its annex extending structure.

The utility model discloses a realize through following technical scheme:

a telescopic clamp ends structure for on cleaning machine, including setting up the armful arm seat in the cleaning machine with locate embrace the flexible arm of embracing on the arm seat, thereby flexible armful arm can make concertina movement to the location central line direction of cleaning machine can press from both sides the container body and end on using the circumferencial direction at location central line as the center to prevent the container body and rotate.

According to the telescopic clamping stop structure for the cleaning machine, the arm embracing seat and the telescopic arm embracing are arranged on at least two opposite sides in the cleaning machine.

The telescopic clamping structure for the cleaning machine comprises a telescopic arm arranged on an arm embracing seat and capable of sliding relative to the arm embracing seat and an arm embracing body arranged at the end part of the telescopic arm, wherein the end surface of the arm embracing body is abutted against the outer peripheral surface of the container body so as to clamp the container body in the circumferential direction taking a positioning central line as the center.

According to the telescopic clamping stop structure for the cleaning machine, the arm holding body is made of soft materials.

The telescopic clamping stop structure for the cleaning machine is characterized in that the arm holding seat is provided with a sliding rod, the telescopic arm is provided with a sliding piece sleeved on the sliding rod, and the sliding rod is further provided with an elastic element for jacking the sliding piece.

The telescopic clamping structure for the cleaning machine further comprises a pressing arm which is arranged above the telescopic holding arm and can clamp and press the bottom edge of the container body when the container body is clamped by the telescopic holding arm

According to the telescopic clamping stop structure for the cleaning machine, the pressure arm is further provided with a leading-in inclined surface and/or a pulling-out inclined surface.

The telescopic clamping stop structure for the cleaning machine further comprises a top arm which is arranged on the arm embracing seat, is positioned below the telescopic arm embracing seat and is used for propping against a peripheral flange of the container body.

The telescopic clamping structure for the cleaning machine comprises a top arm piece and a second sliding piece, wherein the top arm piece is located below the arm embracing body, and the second sliding piece is arranged in the arm embracing seat and can slide relative to the arm embracing seat.

The telescopic clamping stop structure for the cleaning machine further comprises a mounting seat arranged in the cleaning machine, and the arm embracing seat is hinged to the mounting seat so as to be capable of rotating relative to the mounting seat to be opened and reset.

The telescopic clamping structure for the cleaning machine is characterized in that the lower end face of the arm holding seat is provided with an elastic buckle which enables the arm holding seat to be fixed on the mounting seat, the lower end of the mounting seat is provided with a clamping structure matched with the elastic buckle, the elastic buckle can be separated from the clamping structure by pulling, and the arm holding seat can rotate relative to the mounting seat.

The telescopic clamping structure for the cleaning machine further comprises a pressing piece arranged on the inner side of the top cover of the cleaning machine, and when the top cover is closed, the pressing piece is opposite to the bottom of the container body, so that the pressing piece can be used for carrying out top stopping limit on the container body in the container body brushing process.

A container body or its attachment telescopic structure, including the spray frame used for laying the container body or its attachment, the said spray frame includes the bearing, position the outer spacing post outside the bearing, there is the telescopic arm as claimed in claim 1 on the said outer spacing post, and the container body or its attachment is limited between said telescopic arm and bearing in the course of spray-washing, also there are inner spacing posts on the said bearing, the said inner spacing post and telescopic arm position stagger, when the container body or its attachment is laid on the bearing, the said inner spacing post is limited on the container body or its cavity of the attachment, prevent the container body or its attachment from losing the balance in the course of washing with the outer spacing post together.

Compared with the prior art, the utility model discloses there is following advantage:

1. the utility model provides a telescopic clamp only structure for on cleaning machine, this telescopic clamp only structure utilizes scrubbing device on the cleaning machine to upwards push up on the bottom surface including the container body (the container body that does not take the handle or have detachable handle) of nothing that will reverse the insertion, thereby make the container body at self gravity on vertical, the balanced state is assigned to scrubbing device's the three effects of the clamp only of apical force and telescopic clamp only structure that makes progress, and then utilize the clamp only power of telescopic clamp only structure to make the container body keep the clamp only state at the scrubbing in-process and can not rotate on the circumferencial direction, therefore, when cleaning machine carries out scrubbing work, its scrubbing device can rotate the container body for nothing, realize rotating and scrubbing. The telescopic clamping structure ensures that the container body is very convenient to assemble and disassemble: when the container body is brushed, the container body is reversely inserted, the telescopic clamp stopping structure contracts outwards to enable the container body to automatically clamp the container body after entering the brushing position, and when the container body is taken out after brushing is finished, the container body is directly pulled upwards, the telescopic clamp stopping structure can automatically rebound and reset, and the use is very convenient for users.

2. The present applicant in the application of 2019 in 28.1.2019 "a container body location structure and container body location installation mechanism" (application number 201920152828.7) "the container body location structure in need install the positioning seat additional in the bottom of the container body just can scrub, and the utility model discloses a telescopic clamp ends the structure and then does not have this requirement, and the bottom of the container body need not to install the positioning seat additional and can scrub, so made things convenient for user's use more to save the cost, promoted economic benefits.

3. The utility model is used for flexible clamp on the cleaning machine only constructs, can also set up the top arm in the below of flexible armful of arm, sets up the flange on the outer peripheral face of the container body, uses the top arm to carry out the top on the outer peripheral flange of the container body on vertical, replaces brushing device's vertical top effect, and sets up the flange on the outer peripheral face of the container body, need not to increase how much cost, does not influence yet beautifully and use, consequently, this is another kind of innovation scheme.

4. The utility model is used for telescopic clamp on the cleaning machine ends the structure, can also set up the pressure arm and set up leading-in inclined plane and extract the inclined plane on the pressure arm for the container body extrudes telescopic clamp in the same direction as smooth ground and ends the structure and goes into the position backward inserting the in-process, and dial out in the same direction as smooth ground after wasing and take away, and it is spacing to suppress the container body scrubbing the in-process, further made things convenient for the use, and promoted user experience.

5. The utility model also provides a container body or its annex extending structure washs the annex of container body or container through setting up the spray rinsing frame, and the annex of container for example the lid of container or interior partition, for example the bowl cover or the tea of teacup separate, for example nipple, spiral cover, shroud etc. of feeding bottle, when needs are washd, can place and wash in the spray rinsing frame. And the container body or the container body accessory can be quickly positioned on the supporting seat through the telescopic holding wall.

[ 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 described 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 without creative efforts.

FIG. 1 is a first schematic structural view of a cleaning machine with a telescopic clamping structure;

FIG. 2 is a second schematic structural view of a cleaning machine with a telescopic clamping structure;

FIG. 3 is a schematic structural view of a telescopic clamping structure of the present invention for use in a cleaning machine;

FIG. 4 is a schematic view of an open position of a telescoping pinch stop structure for use on the cleaning machine;

FIG. 5 is an exploded view of the first structure of the telescoping clamp stop structure;

FIG. 6 is an exploded view of the structure of the retractable clamping structure;

FIG. 7 is a schematic view of the construction of a non-containment body (flanged construction);

FIG. 8 is a schematic view of a washing machine with a telescopic structure of a container body or an accessory thereof;

FIG. 9 is a schematic view showing the structure of the container body or its attachment telescopic structure;

fig. 10 is an exploded view showing the structure of the container body or its attachment telescopic structure.

[ detailed description ] embodiments

In order to make the technical problem, technical solution and advantageous effects solved by the present invention more clearly understood, the following description is given in conjunction with the accompanying drawings and embodiments to further explain the present invention in detail. 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 utility model discloses a realize through following technical scheme:

as shown in fig. 1 to 6, the telescopic clamping structure for the washing machine includes an arm holding base 21 provided in the washing machine 9 and a telescopic arm 2 provided on the arm holding base 21, wherein the telescopic arm 2 can perform telescopic movement in the direction of the positioning center line 17 of the washing machine 9 so as to clamp the container body 8 in the circumferential direction centering on the positioning center line 17 to prevent the container body 8 from rotating. The utility model provides a telescopic clamp only structure for on cleaning machine, this telescopic clamp only structure utilizes scrubbing device on the cleaning machine will reverse the nothing of inserting the container body (do not take the handle or have the container body of detachable handle) upwards push up on the bottom surface including, thereby make the container body at self gravity on vertical, balanced state is assigned to the last apical force of interior apical force brush and the clamp only power three effect of telescopic clamp only structure, thereby the clamp only power that then utilizes telescopic clamp only structure on the circumferencial direction makes the container body keep pressing from both sides only state and can not rotate at the scrubbing in-process, therefore, when cleaning machine carries out scrubbing work, its scrubbing device can rotate the container body for nothing, realize rotating and scrub. The telescopic clamping structure ensures that the container body is very convenient to assemble and disassemble: when the container body is brushed, the container body is reversely inserted, the telescopic clamp stopping structure contracts outwards to enable the container body to enter the brushing position and then automatically clamp the container body, when the container body is taken out after brushing is finished, the container body is directly pulled upwards, the telescopic clamp stopping structure can automatically rebound and reset, and the use is very convenient for users.

In addition to being applied to a container washing machine with a brush unit, the telescopic clamping structure may be applied to a washing machine for performing spray washing, in which the container body 8 is internally and externally sprayed by the spray shaft 226 and the spray header 901 of the outside in a balanced state, as shown in fig. 2, by using the spray shaft 226 instead of the upward urging action of the brush unit, or the mouth portion of the container body 8 is supported by a support frame (not shown) to perform the internal and external spray washing.

The present applicant in the application of 2019 in 28.1.2019 "a container body location structure and container body location installation mechanism" (application number 201920152828.7) "the container body location structure in need install the positioning seat additional in the bottom of the container body just can scrub, and the utility model discloses a telescopic clamp ends the structure and then does not have this requirement, and the bottom of the container body need not to install the positioning seat additional and can scrub, so made things convenient for user's use more to save the cost, promoted economic benefits.

The structure of the brush holder in the container washing machine is as disclosed in the prior application (applied to the bracket and the brush device of the container washing machine) of the applicant, the arrangement of the inner brush holder and the outer brush holder of the bracket body and the slave holding structure provides a brush device which can be applied to the container washing machine for brushing the container body without handle, and the wall of the container body is not positioned in the brush wall space between the inner brush holder and the outer brush holder during brushing, so that the container body without handle is brushed by rotating the container body or rotating the bracket, the structure is simple, and the installation and use are convenient.

Further, at least two opposite sides in the cleaning machine 9 are provided with the arm embracing seat 21 and the telescopic arm embracing 2. In this scheme, 2 with the container body centre gripping of embracing the arm through the flexible of both sides to the prevention container body is at the ascending rotation of circumferencial direction. Of course, three or more telescopic holding arms can be arranged, and the clamping effect can be achieved.

Further, as shown in fig. 3 to 6, the telescopic boom 2 includes a telescopic boom 22 provided on the boom base 21 and slidable with respect to the boom base 21, and a boom body 23 provided at an end of the telescopic boom 22, and the container body 8 is held in the circumferential direction around the positioning center line 17 by an end surface of the boom body 23 abutting against an outer circumferential surface of the container body 8. The telescopic arm in the scheme has a simple structure, and the sliding seat is used for driving the telescopic arm to move, so that the distance between the arm bodies on two sides is changed, and the container body is not clamped. Can be conveniently and quickly installed and detached.

Specifically, the armful arm body 23 is made of a soft material. For example, the silica gel material, it is when pressing the container body, through the contact of soft material and the peripheral face of container body, one soft material pressurized deformation, with the better laminating of container body peripheral face, can form great frictional force to play the prevention container body circumference and rotate, two can prevent to crush or scrape the surface of colored container body.

In order to increase the friction force between the armful arm body 23 and the outer peripheral surface of the container body, friction features such as friction protrusions, vertical lines, reticulate patterns and the like can be added on the contact surface of one or both of the armful arm body and the outer peripheral surface of the container body.

Still further, a sliding rod 211 is arranged on the arm embracing seat 21, a sliding part 221 sleeved on the sliding rod 211 is arranged on the telescopic arm 22, and an elastic element 222 pressing against the sliding part 221 is further arranged on the sliding rod 211. The sliding piece 221 moves on the sliding rod 211 to drive the arm-holding body to move in a stretching way, the arm-holding body can automatically reset through the elastic element, and pressure towards the direction of the positioning central line 17 is provided for the arm-holding body, so that the arm-holding body can clamp the container body.

More specifically, in the present embodiment, the armful arm base 21 further includes a fixing base 21a having a sliding cavity 201, the sliding rod is disposed in the sliding cavity, and the sliding member 221 extends into the sliding cavity 201 to be connected to the sliding rod.

Still further, the container body packaging structure further comprises a pressing arm 223 which is arranged above the telescopic holding arm 2 and can clamp and press the bottom edge of the container body 8 when the container body 8 is clamped by the telescopic holding arm 2. The bottom of the container body is also pressed after the container body is installed through the pressing arm, so that the container body is more stable, and the clamping effect is better. In this scheme, the pressure arm 223 is located on the end surface of the telescopic arm 22 and above the arm embracing body 23.

Specifically, the pressing arm 223 is further provided with a lead-in slope 224 and/or a pull-out slope 225. Leading-in inclined plane 224 and extracting inclined plane 225 are all established on the terminal surface of pressure arm 223 towards the container body, and in this scheme, the mode of setting up of two inclined planes forms pressure arm 223 towards the terminal surface of the container body for middle height, the horizontal triangle-shaped cross-section that both sides are low, and leading-in inclined plane 224 is the inclined plane that is located the top, and extracting inclined plane 225 is the inclined plane that is located the below. Through setting up the leading-in inclined plane and extracting the inclined plane on pressing the arm and pressing the arm, after no installation of inserting the container body upside down, pressing the arm to press at the bottom edge of the container body, make it fixed, and also ensured that the installation targets in place, convenience of customers installs fast, and through leading-in inclined plane and extracting the inclined plane, the user lays or when taking out the container body, through the contact cooperation of inclined plane and the outer peripheral face of container body, make the container at the installation or the in-process of taking out flexible armful wall automatic stretching of yielding, further facilitate the use.

In addition, as shown in fig. 7, the telescopic clamping structure further includes a top arm 3 disposed on the arm seat 21 and located below the telescopic arm 2 for abutting against a peripheral flange 81 of the container body 8, so as to longitudinally abut against the container body 8. When the container body has no structure with the peripheral flange 81, the container body is inversely inserted downwards in the installation process, the telescopic arm is radially extruded and expanded, the container body is propped by the top brush of the brushing device after being positioned (the structure of the top brush can refer to the prior application of the applicant), the propping force of the top brush, the weight of the container body and the friction force of the arm-holding body reach a balanced state, and the container body is clamped in the balanced state. For a container body having a peripheral flange 81, the supporting force to be resisted after installation is generated by the contact of the top arm 3 with the flange 81 and does not need to be provided by a top brush. The top arm is used for jacking the peripheral flange of the container body in the longitudinal direction to replace the longitudinal jacking function of the brushing device, and the flange is arranged on the peripheral surface of the container body, so that the cost is not increased, and the appearance and the use are not influenced, therefore, the novel brush is another innovative scheme.

Specifically, the top arm 3 includes a top arm member 31 located below the arm-embracing body 23 and a second sliding member 32 provided in the arm-embracing seat 21 and capable of sliding relative to the arm-embracing seat 21. The top arm 3 also slides through the second slider to make a displacement, thereby yielding the container body and facilitating the quick installation of the container body.

More specifically, a resilient piece 33 is further disposed between the second sliding member 32 and the top arm 3, and the resilient piece is disposed in a downward-inclined manner, so that the resilient piece 33 provides an upward resilient force to the top arm 3, so that the top arm exerts an upward counteracting force or component force on the container body when contacting the outer peripheral flange 81 of the container body. In this scheme, the shell fragment can adopt the sheetmetal.

Still further, this scheme telescopic clamp still includes the mount pad 1 of locating in the cleaning machine 9, thereby embrace arm seat 21 and can rotate relative mount pad 1 and open or reset. The cleaning frame is mainly convenient to mount or dismount the inner cleaning frame in the mounting process of the cleaning machine or when the inner cleaning frame is dismounted and cleaned, the wall embracing seat and the telescopic arm thereon rotate to enable the inner cleaning frame to be mounted or dismounted, and the cleaning or replacement of the cleaning frame in the later period is facilitated.

Specifically, as shown in fig. 4, the arm embracing seat 21 is hinged to the mounting seat 1 so as to be rotatable relative to the mounting seat 1, and when the arm embracing seat 21 is opened, the arm embracing seat rotates upward relative to the mounting seat 1, so that the telescopic arm embracing is vertical, the opening space of the washing cavity is increased, and the internal brushing device is convenient to disassemble. Furthermore, a torsion spring 11 can be arranged at the hinged position of the armful arm seat 21 and the mounting seat 1, so that the armful arm seat can be reset after being opened.

Moreover, the lower end face of the arm embracing seat 21 is provided with an elastic buckle 4 for fixing the arm embracing seat 21 on the mounting seat 1, the lower end of the mounting seat 1 is provided with a clamping structure 41 matched with the elastic buckle 4, the elastic buckle 4 can be separated from the clamping structure 41 by pulling, and the arm embracing seat 21 can rotate relative to the mounting seat 1. Specifically, the elastic buckle 4 includes an elastic member 401, a buckle 402 disposed on the elastic member 401, and a spring 403 disposed between the elastic member and the buckle, the buckle 402 extends from one side of the elastic member 401, and has a hook portion, which is fastened with the clamping structure 41 at the bottom of the mounting seat through the hook portion to fix the arm with the mounting seat 1, and the arm is opened only by pulling the elastic member. And the position-locking structure 41 can adopt a convex or concave structure to be matched with the hook part.

Still further, as shown in fig. 1 and 2, the cleaning machine further comprises a pressing member 5 arranged on the inner side of the top cover 91 of the cleaning machine 9, and when the top cover 91 is closed, the pressing member 5 is opposite to the bottom of the container body 5, so that the pressing member 5 can stop and limit the container body 8 in the brushing process of the container body 8. Through simple structure setting, can effectively prevent that the container body from scrubbing the in-process and can upwards move and lead to wasing the problem of inefficacy.

As shown in fig. 8 to fig. 10, the utility model also provides a container body or its annex extending structure, including the spray rinsing frame 6 that is used for laying the container body or its annex 82, spray rinsing frame 6 includes bearing 61, is located the outer spacing post 62 in the bearing 61 outside, be equipped with as above on the outer spacing post 62 flexible armful arm 2, and container body or its annex 82 is spacing in the spray rinsing in-process between flexible armful arm 2 and the bearing 62, still be equipped with interior spacing post 64 on the bearing 61, interior spacing post 64 staggers with flexible armful arm 2 position, when container body or its annex are laid on the bearing 61, interior spacing post 64 is spacing on the intracavity of container body or its annex, and outer spacing post 62 prevents together that container body or its annex from losing balance in the cleaning process. The container body or the accessories of the container, such as the cover or the inner partition of the container, such as the cup cover or the tea partition of a teacup, such as the nipple, the screw cap, the cover cap and the like of a feeding bottle, can be cleaned by arranging the spray washing frame, and when the cleaning is needed, the spray washing frame can be placed in the spray washing frame for cleaning. And the container body or the container body accessory can be quickly positioned on the supporting seat through the telescopic holding wall.

Similarly, flexible armful of arm and interior spacing post can set up a plurality ofly, in this scheme, sets up two respectively in the both sides of bearing.

Specifically, be equipped with on outer spacing post 62 and be used for flexible armful arm 2 and supply flexible armful arm 2 gliding guide arm 621, flexible armful arm 2 is equipped with oblique leading-in structure relative to the right terminal surface in bearing 61 one side, both sides flexible armful arm 2 presses to the central direction of bearing 6 respectively under the effect of spring, when the installation container body annex, transfers the in-process through contacting with oblique leading-in structure, makes both sides flexible armful arm 2 all is kept away from the bearing motion along the guide arm by the roof pressure, lays the automatic recovery position under the effect of elasticity after targetting in place and makes flexible armful arm 2 roof pressure forms spacingly on the surface of container body annex. In a similar way, the container body accessory is taken out only by upwards pulling out the container body accessory, and the container body accessory is simple in structure and convenient to use.

The utility model provides a telescopic clamp only structure for on cleaning machine, this telescopic clamp only structure utilizes scrubbing device on the cleaning machine will reverse the nothing of inserting the container body (do not take the handle or have the container body of detachable handle) upwards push up on the bottom surface including, thereby make the container body at self gravity on vertical, balanced state is assigned to the last apical force of interior apical force brush and the clamp only power three effect of telescopic clamp only structure, thereby the clamp only power that then utilizes telescopic clamp only structure on the circumferencial direction makes the container body keep pressing from both sides only state and can not rotate at the scrubbing in-process, therefore, when cleaning machine carries out scrubbing work, its scrubbing device can rotate the container body for nothing, realize rotating and scrub. The telescopic clamping structure ensures that the container body is very convenient to assemble and disassemble: when the container body is brushed, the container body is reversely inserted, the telescopic clamp stopping structure contracts outwards to enable the container body to enter the brushing position and then automatically clamp the container body, when the container body is taken out after brushing is finished, the container body is directly pulled upwards, the telescopic clamp stopping structure can automatically rebound and reset, and the use is very convenient for users.

The foregoing is illustrative of one or more embodiments provided in connection with the detailed description and is not to be construed as limiting the invention to the precise embodiments disclosed herein. All with the utility model discloses a method, structure etc. are similar, the same, or to the utility model discloses make a plurality of technological deductions under the design prerequisite, or the replacement should all regard as the utility model discloses a protection scope.

Claims (13)

1. A telescopic clamp structure for on cleaning machine, its characterized in that embraces arm seat (21) and locates including setting up armful arm seat (21) in cleaning machine (9) flexible armful arm (2) on arm seat (21), thereby flexible armful arm (2) can be to the location central line (17) direction of cleaning machine (9) do concertina movement and can clamp container body (8) on the circumferencial direction with location central line (17) as the center to prevent container body (8) and rotate.

2. The telescopic clamping structure for the cleaning machine is characterized in that the armful arm seat (21) and the telescopic armful arm (2) are arranged on at least two opposite sides in the cleaning machine (9).

3. The telescopic clamp structure for a washing machine according to claim 2, wherein the telescopic arm (2) includes a telescopic arm (22) provided on the arm support (21) and slidable with respect to the arm support (21), and an arm body (23) provided at an end of the telescopic arm (22), and the container body (8) is clamped in a circumferential direction centered on the positioning center line (17) by contacting an end surface of the arm body (23) with an outer circumferential surface of the container body (8).

4. The telescopic clamping structure for the cleaning machine as claimed in claim 3, characterized in that the armful of arms (23) is made of soft material.

5. The telescopic clamping structure for the cleaning machine is characterized in that a sliding rod (211) is arranged on the arm embracing seat (21), a sliding piece (221) sleeved on the sliding rod (211) is arranged on the telescopic arm (22), and an elastic element (222) pressing against the sliding piece (221) is further arranged on the sliding rod (211).

6. The telescopic clamping structure for the cleaning machine is characterized by further comprising a pressing arm (223) which is arranged above the telescopic holding arm (2) and can clamp and press the bottom edge of the container body (8) when the telescopic holding arm (2) clamps the container body (8).

7. The telescopic clamping structure for a washing machine as claimed in claim 6, wherein the pressing arm (223) is further provided with a lead-in slope (224) and/or a pull-out slope (225).

8. The telescopic clamping structure for the cleaning machine is characterized by further comprising a top arm (3) which is arranged on the arm embracing seat (21), is positioned below the telescopic arm embracing (2) and is used for propping against a peripheral flange (81) of a container body (8).

9. The telescopic clamping structure for a washing machine as claimed in claim 8, characterized in that the top arm (3) comprises a top arm member (31) located below the arm-embracing body (23) and a second sliding member (32) arranged in the arm-embracing seat (21) and capable of sliding relative to the arm-embracing seat (21).

10. The telescopic clamping structure for the cleaning machine is characterized by further comprising a mounting seat (1) arranged in the cleaning machine (9), wherein the arm embracing seat (21) is hinged on the mounting seat (1) so as to be capable of rotating relative to the mounting seat (1) to be opened and reset.

11. The telescopic clamping structure for the cleaning machine as claimed in claim 10, wherein an elastic buckle (4) for fixing the arm-holding seat (21) on the mounting seat (1) is disposed on a lower end surface of the arm-holding seat (21), a clamping structure (41) cooperating with the elastic buckle (4) is disposed on a lower end of the mounting seat (1), and the arm-holding seat (21) can rotate relative to the mounting seat (1) by pulling the elastic buckle (4) to disengage from the clamping structure (41).

12. A telescopic clamp structure for washing machine according to claim 1, characterized in that it further comprises a pressing member (5) provided on the inside of the top cover of the washing machine (9), and the pressing member (5) is opposed to the bottom of the container body (8) when the top cover is closed so that the pressing member (5) can perform a stop limit on the container body (8) during the brushing of the container body (8).

13. A container body or its accessory telescopic structure is characterized by comprising a spray frame (6) for placing the container body or its accessory (82), the spray frame (6) comprises a supporting seat (61) and an outer limiting column (62) positioned at the outer side of the supporting seat (61), the outer limit post (62) is provided with the telescopic embracing arm (2) according to claim 1, and the container body or the accessories (82) thereof are limited between the telescopic arm (2) and the supporting seat (61) in the spray washing process, the supporting seat (61) is also provided with an inner limiting column (64), the position of the inner limiting column (64) is staggered with the telescopic arm (2), when the container body or the accessory thereof is placed on the supporting seat (61), the inner limit column (64) limits the position on the cavity of the container body or the accessory thereof, together with the outer restraining post (62) prevent the container body or its accessories from losing balance during the washing process.

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