CN202822485U - Quick release connector for air pipe - Google Patents

Abstract

The utility model relates to a quick detach of gas-supply pipe connects, by connecting the body, the component of pulling an ammunition, the sliding sleeve, the enclosing cover is constituteed, the one end side of connecting the body is equipped with can insert the several jack of group in the fixed pipe of the host computer of inflating, the other end side then is equipped with the several that can establish the gas-supply pipe and takes over, the component of pulling an ammunition sets up in the top outside of connecting the body, and be equipped with card end ability elastic displacement to the jack, and the sliding sleeve cover is located the top periphery of connecting the body, the enclosing cover then the cover is located the below periphery of connecting the body, be equipped with elastic element between the outside of sliding sleeve and joint body in addition, and when not pushing down the sliding sleeve, the card end of the component of pulling an ammunition is elastic displacement to the jack in, according to can pull in the fixed pipe of the host computer of inflating or the inserted column of the lid of addding, and.

Description

The quick detach joint of appendix

Technical field

This utility model refers to a kind of quick detach joint of appendix, the quick detach joint of the appendix that espespecially clamping structure is difficult for getting loose after fast demountable, the winding.

Background technology

The body part compressing of long-time bed sufferer causes blood circulation bad, then has the decubital ulcer disease of suppuration bacterium breeding to produce, and for the humidity that makes this place is often regulated, therefore air fluidized bed produces.Air fluidized bed mainly is provided with several air hose bars of repeatedly inflating, cooling down, and the air inlet of this air hose bar, to give vent to anger be to inflate main frame by one to cooperate a valve member to be controlled, and must be connected by a joint between the appendix of main frame and air hose bar inflating.

From the above, sufferer sometimes needs to leave the ward and is engaged in and checks or during other business, namely must with air fluidized bed with inflate the appendix that main frame is connected and separate, in order to air fluidized bed is pushed away the ward, yet traditional appendix joint is improper because designing, not only appendix must be pulled out one by one in the use, cause the puzzlement of healthcare givers when practical operation, and pull out rear because there not being the choke design to make air fluidized bed temporarily lose effectiveness, or the healthcare givers there is no the custom of carrying choke equipment, causes healthcare givers's another puzzlement when practical operation.

Therefore, satisfy in the industry just like case before the patent of TaiWan, China patent announcement M245968 number and produce, it is a kind of snap joint of appendix, wherein, one end of joint is provided with some appendixs, but make once-through operation pull out simultaneously this some appendixs, reach the target of convenient working, and be provided with a loam cake that is connected with connecting band in the other end, can be rapidly during use with the appendix fast dismantling from joint, utilize loam cake to stop the air fluidized bed internal gas to overflow from blowing mouth, it has saved many times, and the convenience can promote really that the healthcare givers operates the time.But because its joint only utilizes the hook portion of dual-side to fasten with it when the fixed part of main frame fastens with inflating, so fastening tightness actually is poor, even it comes off because of pullling appendix a little easily, therefore, reality has in addition improved necessity.

The utility model content

In view of the above, the present utility model people sets about the development innovation then, at first think and the structure of joint thoroughly should be changed, inflate the stationary pipes of main frame and take and the jack of the joint body mode of corresponding clamping one by one if can make, then should significantly promote the tightness of its fastening, avoid the drawback that gets loose easily, moreover, in addition cooperate the bullet element of pulling by a sliding sleeve, the combination design of one flexible member, make when operating in sliding sleeve single time, stationary pipes is separated with jack and pull out this all appendix, then can reach the effect of improving aforementioned prior art disappearance; Based on this kind creation background and Creation Idea, the present utility model people finally has breakthrough, and initiates out this utility model through making great efforts development and improving innovation.

For solving the problems of the technologies described above, the technical solution adopted in the utility model is: a kind of quick detach joint of appendix, and it comprises at least:

A joint body, distolateral several jacks that is provided with of one, another is distolateral corresponding be communicated with respectively this jack and be provided with several adapters, and respectively this jack is respectively equipped with several sidewise holes, and the outside of this joint body is provided with nib again;

Bullet element of pulling, be connected to the outside of this joint body, and this bullet element of pulling is respectively equipped with a cylinder to respectively this sidewise hole that should joint body, and each cylinder is provided with a card end and stretches in the respective lateral hole, and should the card end can elastic displacement to described jack; And

A sliding sleeve, go to upper and lower permeable type, it is sheathed on the pull periphery of element of this joint body and this bullet, and pulled between the inwall of the outside of this joint body and this sliding sleeve by a flexible member bullet, can elastic recoil after causing this sliding sleeve and pressing down, and this bullet is not pulled the card end elastic displacement of element to the described jack when pressing down this sliding sleeve, and the pull card end of element of this bullet is can be displaced in the respective lateral hole when waiting again to press down this sliding sleeve.

Preferably, the interior side-lower of this sliding sleeve has hole, a large footpath, and the top in this hole, large footpath is a heavy section, and this flexible member is assembled in this hole, large footpath, and bullet is pulled between the nib of this heavy section and this joint body.

Preferably, when not pressing down this sliding sleeve, the pull cylinder of element of this bullet is that heavy section by this joint body inwardly presses and make this card end to be displaced in the corresponding jack.

Preferably, the adapter of this joint body is the below that is positioned at this nib in position, and is connected to the periphery of this joint body by the enclosing cover of a upper and lower transmission, and this enclosing cover is positioned at the below of this nib.

Preferably, this sliding sleeve also is connected with a flexible belt, and the outer end of this flexible belt is provided with a lid, and this lid is provided with several inserting columns, and the corresponding insert group of described inserting column energy is in corresponding jack.

Preferably, described inserting column has inner fovea part, and described inserting column insert group is in corresponding jack, and this bullet pulls the card end of element when being displaced in the corresponding jack, and described card end fastens in described inner fovea part.

This utility model provides a kind of quick detach joint of brand-new appendix, it mainly is to make to inflate the stationary pipes of main frame and take and the jack of the joint body technical approach of corresponding clamping one by one, increase the quantity that fastens point, can significantly promote the tightness of its fastening, get loose avoiding, and it is triped also and can reach simultaneously when operating in sliding sleeve single time, increases the snapping tightness to reach, triping also is easy to design object.

Description of drawings

Fig. 1 is that stereo decomposing of the present utility model is implemented illustration.

Fig. 2 is that the combinative structure of Fig. 1 is analysed and observe reference diagram.

Fig. 3 is the action reference figure of Fig. 2.

Fig. 4 is three-dimensional combination embodiment reference diagram of the present utility model.

Fig. 5 is that the structure that this utility model utilizes lid to be inserted in the jack is analysed and observe reference diagram.

[main element symbol description]

(this utility model embodiment)

1 joint body, 11 jacks

12sidewise holes 13 are taken over

14nibs 15 are received recess

2bullets element 21 cylinders of pulling

22 card ends, 3 sliding sleeves

Hole, 31large footpath 32 heavy sections

33 flexible belts, 34 lids

341 inserting columns, 342 inner fovea parts

4 enclosing covers, 5 flexible members

6 inflatemain frame 61 stationary pipes

62 recesses, 7 appendixs.

The specific embodiment

See also shown in Figure 1, the quick detach joint of this utility model appendix, it is comprised ofpull element 2, asliding sleeve 3 and an enclosingcover 4 of ajoint body 1, a bullet, wherein:

Joint body 1, distolateralseveral jacks 11 that is provided with of one, eachjack 11 is respectively equipped with severalsidewise hole 12, another ofjoint body 1 be distolateral have been extended several and has taken over 13, and take over the 13 corresponding jack 11(that are communicated with for another Fig. 2), in addition, the outside ofjoint body 1 is provided with anib 14, and thisadapter 13 is the belows that are positioned at thisnib 14 in position, is provided with in the outside ofsidewise hole 12 again to receiverecess 15.

Thebullet element 2 of pulling, has suitable elasticity for plastic cement is made, it has extended upwardseveral cylinders 21, the upper end of eachcylinder 21 inwardly respectively is provided with acard end 22,element 2 is connected to the outside ofjoint body 1 and bullet is pulled, for example respectively receiverecess 15 and winding by eachcylinder 21 correspondence, and thiscard end 22 is to stretch in thesidewise hole 12, and shouldcard end 22 also can elastic displacement to this jack 11 (such as Fig. 2).

Slidingsleeve 3, it is and is made as, lower permeable type, it is sheathed on the pull periphery ofelement 2 ofjoint body 1 and bullet, and the interior side-lower of slidingsleeve 3 has large footpath hole 31(such as a Fig. 2), the top inhole 31, large footpath is aheavy section 32, and hole,large footpath 31 interior accommodatingflexible members 5, andflexible member 5 bullets are pulled between theheavy section 32 of thenib 14 ofjoint body 1 and slidingsleeve 3, so that slidingsleeve 3 have can elastic recoil after pressing down ability, and when not pressing down slidingsleeve 3,heavy section 32 is inwardly to compress thiscylinder 21, and makes card end 22 elastic displacements to thisjack 11, inflates thestationary pipes 61 ofmain frame 6 for fastening, during slidingsleeve 3 again to be pressed down (such as Fig. 3), thisheavy section 32 does not inwardly compress thiscylinder 21, andcard end 22 is displaced in thissidewise hole 12, detaches and make the integral body of joint can certainly inflate thestationary pipes 61 ofmain frame 6.

For another example Fig. 2, thisstationary pipes 61 is to have arecess 62, can include in and clip when being displaced in thejack 11 forcard end 22, the lateral margin of thisrecess 62 is the hypotenuse shape again.Moreover, when pressing down slidingsleeve 3, thisheavy section 32 does not namely inwardly compress thiscylinder 21, even if this moment, thiscard end 22 was because of the event of the system of moulding, the elastic force of its answer is not enough to be displaced in thesidewise hole 12, but when taking out outside joint integral body, thiscard end 22 also is enough to be compeled outward by the hypotenuse ofrecess 62 and moves to sidewise hole 12(such as Fig. 3), impel the integral body of joint can certainly inflate thestationary pipes 61 ofmain frame 6 and detach.

Enclosingcover 4, it goes to upper and lower permeable type, and winding (such as snapping or affixed) is in the below of thenib 14 of thisjoint body 1 periphery.

Hold group structure and structure operation principle, only need operate this slidingsleeve 3 during enforcement, after pressing down, it can makecard end 22 have elastic displacement to the nargin ofsidewise hole 12, this moment with joint integral body by eachjack 11 corresponding insert group in inflating eachstationary pipes 61 ofmain frame 6, loose one's grip again behind the insert group and make slidingsleeve 3 elastic recoverys and on move, namely inwardly compress thiscylinder 21 byheavy section 32 this moment,card end 22 is displaced in thisjack 11 and be fastened on inflatemain frame 6stationary pipes 61 and (such as Fig. 2) finished in winding, and hold 22 clips in eachstationary pipes 61 by several cards in eachjack 11, so so that the fastening degree of 61 ofjack 11 and stationary pipes promotes greatly, the axonometric chart of its bonding state as shown in Figure 4; And again slidingsleeve 3 is pressed down when wanting to disassemble, causecard end 22 can elastic displacements to sidewise hole 12(such as Fig. 3), detach, reach the operation purpose of quick detach, so very easy in operation and make the one piece of joint can certainly inflate eachstationary pipes 61 ofmain frame 6.

In addition, slidingsleeve 3 can be connected with aflexible belt 33 in addition, the outer end offlexible belt 33 is provided with alid 34, and thislid 34 is provided with severalinserting columns 341,inserting column 341 has inner fovea part 342(such as a Fig. 1,4), and the lateral margin ofinner fovea part 342 also is the hypotenuse shape, so, after whole eachstationary pipes 61 of certainly inflatingmain frame 6 of joint detaches, can utilize theselid 34 lids to hinder injack 11 places, namely be same as the described operational approach of paragraph, namely utilize itsinserting column 341 corresponding insert groups injack 11,card end 22 is fastened in thisinner fovea part 342 fastens, reaching the purpose of thisjack 11 of sealing, with the gas of the gas tube bar of avoiding air fluidized bed viaappendix 7 leak outside (such as Fig. 5).

According to the above and implementation, this utility model is in the structure design as can be known, mainly be to make to inflate thestationary pipes 61 ofmain frame 6 and take and thejack 11 ofjoint body 1 technical approach of corresponding clamping one by one, increase the quantity that fastens point, according to the tightness that can significantly promote its fastening, get loose avoiding, and it is triped and also can reach simultaneously when operating in slidingsleeve 3 single time, so really can reach increase the snapping tightness, triping also is easy to design object, to promote its practicality and progressive.

Only the above only is preferred embodiment of the present utility model, when not limiting this utility model practical range with this; So all simple equivalences of doing according to this utility model claim and creation description change and modify, all should still belong in the scope that this utility model patent contains.

Claims (6)

Translated fromChinese

1.一种输气管的快拆接头，其特征在于，至少包含：1. A quick-release joint for an air pipe, characterized in that it comprises at least:一个接头本体，其一端侧设有数个插孔，另一端侧对应连通各该插孔而设有数个接管，且各该插孔分别设有数个侧向孔，又该接头本体的外侧设有突边；A joint body, one end of which is provided with several jacks, and the other end is provided with several connecting pipes corresponding to each of the jacks, and each of the jacks is respectively provided with several lateral holes, and the outer side of the joint body is provided with protrusions. side;一个弹掣元件，组接于该接头本体的外侧，而该弹掣元件对应该接头本体的各该侧向孔分别设有一个柱体，且每个柱体设有一个卡端伸入相应侧向孔中，并且该卡端能弹性移位至所述插孔中；以及A snap element is assembled on the outside of the joint body, and the snap element is respectively provided with a cylinder corresponding to each of the side holes of the joint body, and each cylinder is provided with a card end extending into the corresponding side into the hole, and the card end can be elastically displaced into said socket; and一个滑套，呈上、下透空状，其套设于该接头本体与该弹掣元件的周边，且由一个弹性元件弹掣于该接头本体的外侧与该滑套的内壁之间，致该滑套下压后能弹性回位，且未下压该滑套时该弹掣元件的卡端弹性移位至所述插孔中，又待下压该滑套时该弹掣元件的卡端是能移位至相应侧向孔中。A sliding sleeve, in the shape of upper and lower hollows, is sleeved on the periphery of the joint body and the catch element, and is snapped between the outer side of the joint body and the inner wall of the sliding sleeve by an elastic element, so that After the sliding sleeve is pressed down, it can elastically return to its position, and when the sliding sleeve is not pressed down, the clamping end of the latching element elastically shifts into the socket, and when the sliding sleeve is pressed down, the clamping end of the latching element snaps The ends are displaceable into corresponding lateral holes.2.如权利要求1所述的输气管的快拆接头，其特征在于，该滑套的内侧下方具有一个大径孔，该大径孔的上方为一个厚壁部，而该弹性元件组装于该大径孔，且弹掣于该厚壁部与该接头本体的突边之间。2. The quick-release joint of the air pipe according to claim 1, characterized in that, there is a large-diameter hole at the bottom of the inner side of the sliding sleeve, and a thick-walled part is above the large-diameter hole, and the elastic element is assembled on the The large-diameter hole is snapped between the thick wall portion and the protruding edge of the joint body.3.如权利要求2所述的输气管的快拆接头，其特征在于，未下压该滑套时，该弹掣元件的柱体是由该接头本体的厚壁部向内压掣而使该卡端移位至相应插孔中。3. The quick-release joint for air pipes according to claim 2, characterized in that, when the sliding sleeve is not pressed down, the cylinder of the snap element is pressed inward by the thick-walled part of the joint body. The card end shifts into the corresponding socket.4.如权利要求3所述的输气管的快拆接头，其特征在于，该接头本体的接管在位置上是位于该突边的下方，且由一个上、下透空的外盖组接于该接头本体的周边，并该外盖位于该突边的下方。4. The quick-release joint of the air pipe as claimed in claim 3, characterized in that, the connecting pipe of the joint body is located below the protruding edge, and is assembled with an upper and a lower hollow outer cover. The periphery of the connector body and the outer cover are located under the flange.5.如权利要求1、2、3或4所述的输气管的快拆接头，其特征在于，该滑套还连接有一个挠性带，该挠性带的外端设有一个盖体，该盖体设有数个插柱，且所述插柱能对应插组于相应插孔中。5. The quick-release joint of the air pipe as claimed in claim 1, 2, 3 or 4, wherein the sliding sleeve is also connected with a flexible belt, and the outer end of the flexible belt is provided with a cover, The cover body is provided with several posts, and the posts can be correspondingly inserted into the corresponding sockets.6.如权利要求5项所述的输气管的快拆接头，其特征在于，所述插柱具有内凹部，而所述插柱插组于相应插孔中，以及该弹掣元件的卡端移位至相应插孔中时，所述卡端卡抵于所述内凹部。6. The quick release joint of the air pipe according to claim 5, wherein the post has an inner concave portion, and the post is inserted into the corresponding socket, and the clamping end of the latch element When shifted into the corresponding insertion hole, the card end is locked against the inner concave portion.

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