CN201015555Y

CN201015555Y - Adsorber capable of detecting adsorption affinity

Info

Publication number: CN201015555Y
Application number: CNU200620175331XU
Authority: CN
Inventors: 钱立生; 何建昌
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-12-18
Filing date: 2006-12-18
Publication date: 2008-02-06
Anticipated expiration: 2016-12-18

Abstract

The utility model provides an adsorption device capable of detecting adsorption comprising a carrier, adsorption units and a detection unit; an appropriate part of the carrier is provided with a storage part, a slot is provided at a position near the storage part, and one side of the carrier is provided with a window part corresponding to the slot; each adsorption unit is respectively provided with a sucker arranged in the storage part and connected with a compression bar exposed to a bar body, and an elastic component is provided between the sucker and the compression bar; each detection unit is provided with a partially exposed probe arranged in the slot, the other end of each probe holds a display part corresponding to the window part, the display part is provided with two identification zones, and an elastic component is provided between the probe and the display part. Therefore, by means of the utility mode, the carrier can be firmly arranged on the wall by the adsorption units, and adsorption of the adsorption units is detected by the detection unit cooperatively from time to time so as to prevent falling of the carrier when in use.

Description

A kind of adsorbent equipment that detects absorption affinity

Technical field

The utility model relates to a kind of adsorbent equipment that detects absorption affinity, particularly a kind of absorption situation that can detect absorbing unit at any time, the adsorbent equipment that carrier comes off when preventing to use.

Background technology

The utilization of adsorbent equipment that generally has sucker is extensive, wherein for preventing the wet and slippery accident that causes in the bathroom, can install required handrail additional in suitable position usually.And existing adsorbent equipment is by a cross bar, and is the fixed part that bending is arranged at cross bar two ends respectively and is constituted, when assembling the time be with electric drill after drawing required hole on the metope, again with the hole of the corresponding metope of the fixed part of cross bar two ends, and cooperate most screws that fixed part is fixed on the metope, prevent the wet and slippery unexpected effect that causes to provide the user to assist in, to reach.

Though being available for users to assist in reach, above-mentioned existing handrail prevents the wet and slippery unexpected effect that causes, but because handrail is when assembling, must on metope, draw hole with electric drill earlier, cooperate most screws that fixed part is fixed on the metope again, therefore, it is complicated not only to assemble formality, and dismounting and change that the position is set is all comparatively difficult, moreover can stay hole on metope after the dismounting and influence the bathroom integral aesthetic property.

Therefore, relevant dealer develops a kind of sucked type handrail that is easy to disassembly and assembly, its by an armrest part, and be arranged at the sucker that armrest part two ends have a depression bar respectively and constituted; Do not need any instrument when assembling, can directly cooperate the compressing of depression bar with sucker, correspondence is adsorbed in the appropriate location on the required ceramic tile metope in bathroom, improves general existing shortcoming with the screw locking thus;

And; because the design of above-mentioned sucker must be used in the effect that just can reach absorption on the wall (or on shiny surface) of ceramic tile; regular meeting when but the bathroom uses is because the generation of aqueous vapor and steam; the situation that causes sucker to have getting loose and slide takes place; and the situation that gets loose and slide can't make depression bar flick; so any different shape that there is no by the outward appearance sight of handrail; cause general user can't discover sucker the situation that gets loose and slide is arranged; if this moment, the user still firmly assisted handrail in; not only can't prevent unexpected the generation, instead can cause dangerous more situation to take place.

The utility model content

In view of the defective that exists in the prior art, main purpose of the present utility model is to be, can make carrier utilize absorbing unit firmly to be located on the required metope, and cooperates detecting unit to detect the absorption situation of absorbing unit at any time, and carrier comes off when preventing to use.

For achieving the above object, the utility model provides a kind of adsorbent equipment that detects absorption affinity, includes carrier, absorbing unit and detecting unit; The carrier appropriate location is provided with holding part, and contiguous holding part position is provided with a slotted eye, and is provided with the window portion corresponding with slotted eye in the carrier one side; Each absorbing unit has the sucker of being located in the holding part respectively, and each sucker flexibly connects and exposes to the depression bar of the body of rod, and has elastic parts between sucker and depression bar; Each detecting unit has to be located in the slotted eye and the probe that partly exposes to, and pulling and has the display part of two identification districts and corresponding window portion in other end top of each probe, and is provided with elastic parts between probe and display part.

Described carrier is an accommodating unit.Described carrier is a support unit, this support unit has a body of rod, two ends of this body of rod are provided with a holding part with lateral buckling respectively, and the position of the contiguous holding part of this body of rod is respectively equipped with a slotted eye, and are provided with the window portion corresponding with slotted eye in the one side of the body of rod.Described support unit is made of a loam cake and a lower cover, and described holding part and slotted eye be located at two ends of lower cover, and has a breach that is communicated with holding part in described loam cake, and described window portion vicinity is located at a side of breach.Have an extension on the one side of each sucker, and this extension cooperates a tip spare and depression bar to flexibly connect.Each probe is to be extended the screw rod be located at the top supporting part one side, and one be sheathed on the fixture that contacts with the display part bottom surface on the screw rod and constituted by the top supporting part, that a part exposes to slotted eye at least.Two identification districts of each display part have different identification colors.

The beneficial effects of the utility model are, effectively improve various shortcoming of the prior art, can make carrier utilize absorbing unit firmly to be located on the required metope, and cooperate detecting unit to detect the absorption situation of absorbing unit at any time, carrier comes off when preventing to use.

Description of drawings

Fig. 1 is a perspective exploded view of the present utility model;

Fig. 2 is a three-dimensional appearance schematic diagram of the present utility model;

Fig. 3 is an adsorbed state generalized section of the present utility model;

Fig. 4 is the state generalized section that gets loose of the present utility model.

The primary clustering symbol description

Carrier 1 support unit 10 bodies of rod 11

Holding part 12 slotted eyes 13 window portion 14

Loam cake 15 lower covers 16 breach 17

Absorbing unit 2 suckers 21 extensions 211

Tip spare 212 depression bars 22 elastic parts 23

Detecting unit 3 probes 31 top supporting parts 311

Screw rod 312 fixtures 313 display parts 32

Identification district 321,322 elastic parts, 33 metopes 4

The specific embodiment

See also Fig. 1 and Fig. 2, be respectively perspective exploded view of the present utility model and three-dimensional appearance schematic diagram of the present utility model.As shown in the figure: the utility model is a kind of adsorbent equipment that detects absorption affinity, constituted by a carrier 1, at least two absorbing units 2 and at least two detecting units 3, can make carrier 1 utilize absorbing unit 2 firmly to be located on the required metope, and cooperating detecting unit 3 to detect the absorption situation of absorbing unit 2 at any time, carrier 1 comes off when preventing to use.

The above-mentioned carrier of carrying 1 can be an accommodating unit (not shown) or is a support unit 10, carrier 1 of the present utility model is to be example with support unit 10, this support unit 10 has a body of rod 11, two ends of this body of rod 11 are provided with a holding part 12 with lateral buckling respectively, and the position of these body of rod 11 contiguous holding parts 12 is respectively equipped with a slotted eye 13, and be provided with the window portion 14 corresponding with slotted eye 13 in the one side of the body of rod 11, and support unit 1 can be made of a loam cake 15 and a lower cover 16, make holding part 12 and slotted eye 13 be located at two ends of lower cover 16, and have a breach 17 that is communicated with holding part 12 in loam cake 15, and window portion 14 contiguous side appropriate locations of being located at breach 17.

Each absorbing unit 2 have respectively the sucker 21 be located in the body of rod 11 set holding parts 12, respectively and each sucker 21 flexibly connect and expose to depression bar 22 in 11 1 breach 17 of the body of rod, and be located at the elastic parts 23 of

sucker

21 and 22 of depression bars respectively, and have an extension 211 that cooperates tip spare 212 and depression bar 22 flexible connections on the one side of each sucker 21.

Each detecting unit 3 has respectively to be located in the body of rod 11 set slotted eyes 13 and probe 31 that an end exposes, pull with each probe 31 other end top respectively and corresponding to the display part 32 of the body of rod 11 set window portion 14, and be located at the elastic parts 33 of 32 of probe 31 and display parts respectively, and each probe 31 is exposed to the top supporting part 311 of slotted eye 13 at least by a part, one extends the screw rod 312 of being located at top supporting part 311 one sides, and one be sheathed on the fixture 313 that contacts with display part 32 bottom surfaces on the screw rod 312 and constitute, and have two identification districts 321 on the one side of each display part 32 corresponding window portion 14,322, two identification districts 321,322 have different identification color (as red and green).In this way, constitute the adsorbent equipment of brand-new a detected absorption affinity by above-mentioned structure.

See also Fig. 3 and Fig. 4, be respectively adsorbed state generalized section of the present utility model and the state generalized section that gets loose of the present utility model.As shown in the figure: when the utility model uses, each absorbing unit 2 correspondence is contacted with on the metope 4 of desire setting, pull the depression bar 22 of each absorbing unit 2 afterwards again, make depression bar 22 interlock extensions 211 and the pulling sucker 21 press close to metope 4, and the air of 4 of sucker 21 and metopes discharged, use and make each absorbing unit 2 utilize sucker 21 and metope 4 firmly to adsorb, allow support unit 10 cooperate each absorbing unit 2 to establish and be suitable for the place, desired position, and when each absorbing unit 2 be adsorbed in metope 4 on the time, the top supporting part 311 that each detecting unit 3 set probe 31 1 end exposes is oppressed on metope 4, and make top supporting part 311 interlock screw rods 312, make fixture 313 pushing tow display parts, 32 rotations and the compressing elastic parts 33 of screw rod 312 1 ends, and allow the green identification district 322 of display part 32 should be in the window portion 14 of the body of rod 11, represent absorbing unit 2 firmly be adsorbed in metope 4 on;

When using a period of time, assembling built on the sand or depression bar 22 no longer spur sucker 21 and press close to metope 4, and when making each absorbing unit 2 cause the phenomenon that gets loose, 311 of the top supporting parts that each detecting unit 3 set probe 31 1 end exposes can't accurately be oppressed on metope 4, this moment, top supporting part 311 promptly can't make 32 rotations of fixture 313 pushing tow display parts by interlock screw rod 312, so, then can not suffer oppression because of elastic parts 33, and allow the elastic parts 33 should be by the red identification district 321 of display part 32 in the window portion 14 of the body of rod 11 by its pushing tow elastic force originally, promptly represent absorbing unit 2 there is no firmly to be adsorbed in metope 4 on, provide the user to learn the absorption situation of absorbing unit 2 and metope 4 thus;

And detecting unit 3 of the present utility model also can be according to actual operating position, utilize the screw rod 312 of probe 31 to cooperate fixture 313 to be rotated, determine the protruded length of top supporting part 311 thus, the probe 31 of utilization adjustment detecting unit 3 and the sucker 21 of absorbing unit 2 cooperate absorbing unit 2 to reach the better detecting effect and detecting unit 3 is reached on same horizontal plane.

In sum, the adsorbent equipment that detects absorption affinity of the present utility model can effectively improve various shortcoming of the prior art, can make carrier utilize absorbing unit firmly to be located on the required metope, and cooperate detecting unit to detect the absorption situation of absorbing unit at any time, the coming off of carrier when preventing to use, and then make generation of the present utility model can more progressive, more practical, more meet institute's palpus of user.

Foregoing only is preferred embodiment of the present utility model, when not limiting the scope that the utility model is implemented with this; Therefore, all simple equivalent of doing according to the utility model claim and novel description change and modify, all should be in the scope that the utility model patent contains.

Claims

1. the adsorbent equipment that can detect absorption affinity is characterized in that, comprising:

One carrier, the appropriate location of this carrier is provided with a holding part, and the position of contiguous this holding part is provided with a slotted eye, and is provided with the window portion corresponding with slotted eye in the one side of this carrier;

At least one absorbing unit, this absorbing unit have the sucker be located in the set holding part of described carrier, respectively and each sucker flexibly connect and expose to depression bar on the carrier one side, and be located at elastic parts between sucker and depression bar respectively; And

At least one detecting unit, each detecting unit have respectively be located in the set slotted eye of described carrier and probe that an end exposes, respectively and pull in each probe other end top and corresponding to the display part of the set window portion of carrier, and be located at elastic parts between probe and display part respectively, and have two identification districts on the one side of the corresponding window portion of each display part.

2. the adsorbent equipment that detects absorption affinity according to claim 1 is characterized in that, described carrier is an accommodating unit.

3. the adsorbent equipment that detects absorption affinity according to claim 1, it is characterized in that, described carrier is a support unit, this support unit has a body of rod, two ends of this body of rod are provided with a holding part with lateral buckling respectively, and the position of the contiguous holding part of this body of rod is respectively equipped with a slotted eye, and is provided with the window portion corresponding with slotted eye in the one side of the body of rod.

4. the adsorbent equipment that detects absorption affinity according to claim 3, it is characterized in that, described support unit is made of a loam cake and a lower cover, and described holding part and slotted eye are located at two ends of lower cover, and have a breach that is communicated with holding part in described loam cake, and described window portion vicinity is located at a side of breach.

5. the adsorbent equipment that detects absorption affinity according to claim 1 is characterized in that, has an extension on the one side of each sucker, and this extension cooperates a tip spare and depression bar to flexibly connect.

6. the adsorbent equipment that detects absorption affinity according to claim 1, it is characterized in that each probe is to be extended the screw rod be located at the top supporting part one side, and one be sheathed on the fixture that contacts with the display part bottom surface on the screw rod and constituted by the top supporting part, that a part exposes to slotted eye at least.

7. the adsorbent equipment that detects absorption affinity according to claim 1 is characterized in that, two identification districts of each display part have different identification colors.