JP3132343U - Adsorption power detection device - Google Patents

Abstract

An adsorption force detection device is provided.
A housing mainly including a storage space on one side, a suction mechanism installed in the housing, and a detection mechanism installed in the storage space are included. A window portion is provided on one surface of the container, and the detection mechanism includes at least a coupling base, a compression fixing unit, a display unit, and an elastic part 34. The compression fixing unit is movably installed in the coupling base, the display unit is fitted on the compression fixing unit, and the elastic parts 34 connect the coupling base 31 and the display unit 33 to both ends, respectively. One end of the pressing and fixing unit is exposed at the coupling base, and two display sections corresponding to a window portion installed in the container section are provided on one side of the display unit. As a result, when the suction mechanism is installed on the wall surface, a detection unit is used to detect the suction state of the suction mechanism at any time, thereby preventing the dropout from occurring during use.
[Selection] Figure 1

Description

  The present invention relates to a kind of adsorption force detection device. In particular, the present invention relates to a suction device that can detect a suction state of a kind of suction unit at any time and detect a suction force that can prevent a carrier from falling off during use.

  The known suction device is usually used by installing a handrail, support frame, shelf, etc. carrier on the suction cup during operation, adsorbing the suction cup on the wall of smooth material such as tile, and fixing the carrier To achieve the effects and functions.

  The above-mentioned known carrier can achieve the effect and function of use of fixing the carrier on the wall surface by a suction cup, but the suction cup is designed to be used on the wall surface of a tile or a smooth wall surface. Otherwise, the adsorption effect cannot be achieved. However, if it is used in the bathroom or after a certain period of time of suction, the suction cup will loosen and slide due to the external environment and the loading of articles exceeding the loadable weight. Even if a sliding situation occurs, no abnormality can be seen in its appearance, so it is not perceived by a general user that the suction cup is in a situation of falling off or sliding. If the user continues to use in this state, a situation occurs in which the suction cup and the carrier disposed on the suction cup drop off due to insufficient suction force, and an object on the carrier falls.

  The present invention provides an adsorption force detection device that solves the problems of the above structure.

  In order to solve the above-mentioned problems, the present invention provides the following adsorption force detection device.

  When the suction mechanism is installed on the wall, it uses the detection unit to detect the suction status of the suction mechanism as needed, and prevents the dropout from occurring during use. A housing provided with a placement area, a window portion is installed on one side of the accommodation section, and further includes a suction mechanism installed in the housing, and a detection mechanism installed in the accommodation section, The detection mechanism includes at least a coupling base, further includes a compression fixing unit movably installed in the coupling base, a display unit fitted on the compression fixing unit, and the coupling base and the display unit at both ends, respectively. 2 including an elastic part connected to each other, one end of the compression fixing unit exposed at the coupling base, and corresponding to a window portion installed on the one side of the display unit by the container It provides apparatus for detecting the suction force with the identification Ward.

  As described above, the suction force detection device of the present invention can effectively improve the defects of the known structure, and when installing the suction mechanism on the wall surface, use the detection unit to detect the suction status of the suction mechanism as needed. Occasional dropout can be prevented.

  As shown in FIGS. 1 and 2, which are respectively a three-dimensional disassembly instruction diagram of the present invention and a three-dimensional appearance instruction diagram of the present invention, the device for detecting suction force of the present invention comprises a housing 1, a suction mechanism 2 and a detection mechanism 3, When the suction mechanism 2 is installed on the wall surface, the detection unit 3 is used to detect the suction state of the suction mechanism 2 at any time to prevent the dropout during use.

  The housing 1 includes an upper lid 11 having a notch 111 on one side, and a base 12 having a perforation 121 installed at a central position, and a container 13 is provided on one side of the base 12. A window portion 131 is installed on one surface of the container section 13, and fixing holes 132 are provided on both sides of the container section 13.

  The suction mechanism 2 is installed in the housing 1, and the suction mechanism 2 includes at least a suction cup 21, an elastic part 22, a sleeve 23, a lever 24, and a staff 25.

  The suction cup 21 is installed on the bottom surface of the base 12, and further includes a column body 211 and can penetrate the perforation 121.

  The elastic component 22 is installed between the suction cup 21 and the base 12.

  The lever 24 is movably installed on the top surface of the base 12 and further has a sleeve 23 at one end to limit the position in a notch 111 where the upper lid 11 is installed.

  The staff 25 is installed in the sleeve 23, and is connected by a fixed part 251 and a column body 211 installed by the suction cup 21.

  A guide portion 231 is annularly installed on the inner wall of the sleeve 23. The guide portion 231 includes two planes 2311 corresponding to each other and a slope 2312 installed between the planes 2311. A slide block 252 corresponding to the guide portion 231 is provided on the outer wall of the staff 25.

  The detection mechanism 3 is installed in the container 13 on one side of the base 12, and the detection mechanism 3 includes at least a coupling base 31. A concave tank 311 is provided on the coupling base 31, and a perforation 312 communicating with the concave tank 311 is provided at the bottom of the coupling base 31, and both sides of the container 13 are provided on both sides of the coupling base 31. A fitting portion 313 coupled to the fixing hole 131 is provided.

  A pressing and fixing unit 32 is movably installed in the concave tank 311 installed on the coupling base 31. The pressing and fixing unit 32 includes a pressing block 321 having concave arc surfaces 3211 on both sides, and a probe that is installed on the bottom surface of the pressing block 321 and that is exposed in a hole 312 that the coupling base 31 is installed.

  The inner wall of the display unit 33 fitted on the compression fixing unit 32 is provided with oblique convex blocks 331 corresponding to the concave arc surfaces 3211 on both sides of the pressing block 321, and the display unit 33 has the container on one side thereof. Two identification sections 332 and 333 corresponding to the window portion 132 installed in the placement section 13 are provided. The two identification sections 332 and 333 have different identification colors such as red and green, and the coupling base 31 and the elastic part 34 of the display unit 33 are connected to both ends, respectively. Thus, a completely new adsorption force detection device is provided by the above-described configuration.

  As shown in FIGS. 3, 4, and 5, respectively, which are the use state instruction diagram of the present invention, the suction state cross-section instruction diagram of the present invention, and the loose state cross-section instruction diagram of the present invention, Corresponding contact is made on the wall surface 4 where the suction cup 21 is to be installed. Subsequently, the lever 24 is moved to rotate the sleeve 23 at one end of the lever 24. As a result, the staff 25 in the sleeve 23 slides on the flat surface 2311 from the inclined surface 2312 of the guide portion 231 using the slide block 252 on the outer wall, and the staff 25 in the sleeve 23 moves upward. To do. In this way, the column body 211 of the suction cup 21 is flipped and moved, the suction cup 21 comes into close contact with the wall surface 4, and the air between the suction cup 21 and the wall surface 4 is discharged.

  When the suction mechanism 2 utilizes the firm suction between the suction cup 21 and the wall surface 4 and the suction mechanism 2 is sucked onto the wall surface 4, the compression fixing unit 32 of the detection mechanism 3 is simultaneously in the coupling base 31. The exposed probe 322 is used to squeeze the wall surface 4 and simultaneously push it toward the display unit 33. In this way, the pressing block 321 of the compression fixing unit 32 presses and interlocks the oblique convex block 331 on the inner side wall of the display unit 33 by the concave arc surfaces 3211 on both sides, and rotates the display unit 33, and the elastic part 34. Compress. As a result, the green identification area 333 of the display unit 33 corresponds to the window portion 131 installed in the container area 13 and indicates that the adsorption mechanism 2 is firmly adsorbed on the wall surface 4.

  When the assembly is not solid after a certain period of use or the lever 24 cannot move the suction cup 21 to be brought into close contact with the wall surface 4, and the loosening phenomenon occurs in the suction mechanism 2, the compression fixing The probe 322 of the unit 32 cannot be accurately compressed on the wall surface 4. At this time, a loose slide occurs between the concave arc surfaces 3211 on both sides of the pressing block 321 and the oblique convex block 331 of the display unit 33, and the elastic component 34 is not compressed. A force is generated, and the display unit 33 is interlocked and rotated in the opposite direction. As a result, the red identification area 332 of the display unit 33 corresponds to the window portion 131 installed in the container area 13, thus indicating that the adsorption mechanism 2 has lost its firm adsorption on the wall surface 4, The suction state of the suction mechanism 2 and the wall surface 4 is notified.

It is a three-dimensional decomposition instruction diagram of the present invention. It is a three-dimensional appearance instruction diagram of the present invention. It is a use condition instruction diagram of the present invention. It is an adsorption state sectional view figure of the present invention. It is a loose state sectional view of the present invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Housing 11 Top cover 111 Notch 12 Bottom base 121 Perforation 13 Placement area 131 Window part 132 Fixing hole 2 Adsorption mechanism 21 Suction cup 211 Column 22 Elastic part 23 Sleeve 231 Guide part 2311 Plane 2312 Slope 24 Lever 25 Staff 251 Fixing part 252 Slide block 3 Detection mechanism 31 Coupling base 311 Concave tank 312 Drilling 313 Fitting part 32 Compression fixing unit 321 Pressing block 3211 Concave arc surface 322 Probe 33 Display unit 331 Oblique convex block 332, 333 Identification area 34 Elastic part 4 Wall surface

Claims (9)

Mainly includes housing, adsorption mechanism, detection mechanism,
A housing section is provided on one side of the housing, and a window portion is installed on one side of the housing section,
The adsorption mechanism is installed in the housing;
The detection mechanism is installed in a housing section of the housing, and the detection mechanism includes at least a coupling base, a compression fixing unit, and a display unit. The compression fixing unit is movably installed in the coupling base, and the display unit is It is fitted on the compression fixing unit, and the coupling base and the elastic part of the display unit are connected to both ends, respectively, one end of the compression fixing unit is exposed on the coupling base, and the display unit has one side on the one side of the display unit. An adsorption force detection device comprising two identification sections corresponding to a window portion installed in a container section.   The housing is composed of a base having a notch on one side, and an upper lid having a perforation at a central position, the container is installed on one side of the base, and fixed holes are provided on both sides of the container. The adsorbing force detection device according to claim 1, further comprising: The suction mechanism includes at least a suction cup, an elastic part, a lever, and a staff,
The suction cup is installed on one end surface of the housing, the elastic part is installed between the suction cup and the housing, the lever is installed on the opposite end surface of the housing, and a sleeve is provided at one end, and the staff is provided with the sleeve. 2. The adsorption force detection device according to claim 1, wherein the adsorption force detection device is installed inside and connected to the suction cup.   A guide portion is provided in an annular shape on the inner wall of the sleeve, and the guide portion is constituted by two planes corresponding to each other and an inclined surface provided between the planes. The adsorption force detection device according to claim 3, further comprising a slide block corresponding to the guide portion.   The adsorbing force detection device according to claim 3, wherein the staff is connected to the fixed component in correspondence with the suction cup.   2. A concave tank is provided on the coupling base, and a perforation communicating with the concave tank is provided at a bottom of the coupling base, and fitting portions are provided on both sides of the coupling base, respectively. Adsorption power detector as described in 1.   2. The suction according to claim 1, wherein the pressing and fixing unit includes a pressing block having concave arc surfaces on both sides, and a probe that is installed on a bottom surface of the pressing block and exposed on the coupling base. Power detection device.   The adsorption force detecting device according to claim 1, further comprising an oblique convex block corresponding to the compression fixing unit on an inner wall of the display unit.   2. The adsorption force detection device according to claim 1, wherein the two identification sections of the display unit have different identification colors.

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