CN201201827Y

CN201201827Y - Pneumatic coiling apparatus

Info

Publication number: CN201201827Y
Application number: CNU2008200056276U
Authority: CN
Inventors: 林俊雄
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-03-18
Filing date: 2008-03-18
Publication date: 2009-03-04
Anticipated expiration: 2018-03-18

Abstract

The utility model relates to a coiling device, which comprises a tube, a plurality of air expanders, an air pressure valve and a base, wherein the tube is provided with a plurality of grooves, the end face of one side of the tube is provided with a plurality of first air holes, the grooves are provided with a plurality of second air holes communicated with the first air holes, the air expanders are arranged in the grooves, the air pressure valve is arranged on one end of the tube, the air inlet of the air pressure valve transmits compressed air, the first and the second air holes aerate the air expanders to push and eject the inner wall of the coiling tube of the fiber lines. The air pressure valve lid of the air pressure unit can be pressed to drive a plurality of check valves to leak air of the air bags, to quickly takeoff the coiling tube of the fiber lines.

Description

The gas batch up gear that rises

Technical field

The utility model relates to a kind of batch up gear, particularly a kind of batch up gear of air swelling type.

Background technology

No. the 091212195th, batch up gear such as the TaiWan, China application of rising of traditional gas, a plurality of outer plates 20 that include a winding off spindle 10, have a continuous action relation are formed with a clip plate 30 and an air bag 40.The tube wall inner edge of seeing winding off spindle 10 is provided with a plurality of and the perforation 12 first cave grooves 13 that are communicated with, the described first cave groove 13 can be contained in wherein for clip plate 30, allow be subjected to the clip plate 30 of air bag 40 ejections, make air bag 40 surfaces after the inflation be flattened on winding off spindle 10 internal faces to the second place.

In use, the bottom surface of described clip plate 30 can be designed and be a cambered surface, and when the second place and the internal face of winding off spindle 10 smoothly tangent, allow air bag 40 can be fully inflation uniformly.And winding off spindle 10 internal faces can more be provided with the block 14 that extends to the first cave groove, 13 opening parts, and clip plate 30 also can mate and be provided with shoulder 32, so that clip plate 30 remains in the first cave groove 13.Batch be inserted in pipe 60 after, described air bag 40 is inflated, and described clip plate 30 is pushed, and pulls and batches with pipe 60 inwalls described and drive outer plate 20 tops, carbon fiber or paper is furled carrying out.

Because the batch up gear of this kind only uses single a plurality of clip plates 30 of air bag pushing tow and outer plate 20.In case when air bag 40 breaks, will cause all inside and outside pressing plates 30,20 to lose roof pressure and batch, and can't furl carbon fiber or paper, and cause failure and massive losses in the production operation with the inwall of managing 60.

Summary of the invention

At the deficiencies in the prior art, the purpose of this utility model is: a kind of gas batch up gear that rises is provided, with separately design of air bag, even an air bag loses heart, also can influence adhesive tape and pull to batching with the top of pipe.

For achieving the above object, the technical solution adopted in the utility model is:

A kind of gas batch up gear that rises is used for being configured in and furls on the machine, is furled batching thing, it is characterized in that comprising:

One socket, be axially arranged with a through hole on it, have a plurality of grooves on the outer surface, on the end face of described cylinder, be provided with a plurality of first pores, described first pore is corresponding to described groove, described inside grooves has at least one second pore, and described first pore communicates with described second pore;

A plurality of gas assembly that rises is configured in the described groove, and the described gas assembly that rises comprises adhesive tape, air bag and block, and wherein said air bag comprises a Valve for aerocyst, and described Valve for aerocyst is connected in described second pore;

One air pressure valve assembly, be configured on the end of described cylinder, described air pressure valve assembly comprises an air-pressure chamber body, one air pressure valve gap, more than one non-return valve, one C type clasp, described air-pressure chamber body has an air-pressure chamber, one is located at the convex wall of air-pressure chamber upper limb, an and salient of air-pressure chamber body exterior extension, described salient winding is in described through hole, in described air-pressure chamber, have several the 3rd pores in addition, described the 3rd pore internal configurations has aforesaid non-return valve, described air pressure valve gap is configured in air-pressure chamber inside, described air pressure valve covers has an induction opening, it is inner and be positioned at described air pressure valve gap bottom surface that described C type clasp is configured in described air-pressure chamber, and C type clasp is also kept out mutually with described convex wall.

Compared with prior art, adopt the advantage that the utlity model has of technique scheme to be: externally gas is entered by induction opening after first pore and second pore raise adhesive tape be used for the bearing down on one inside pipe wall face that batches of single to airbag aeration; Otherwise moving several non-return valves of air pressure valve cover tape of pushing the air pressure assembly carry out air bag simultaneously and lose heart, and are used for taking out rapidly the pipe that batches of single.Even air bag of the utility model loses heart, can not influence adhesive tape yet and pull batching with the top of pipe.

Description of drawings

Fig. 1 is traditional batch up gear sectional schematic diagram;

Fig. 2 is the gas of the present utility model batch up gear structure stereoscopic scheme drawing that rises;

Fig. 3 is the gas of the present utility model batch up gear STRUCTURE DECOMPOSITION scheme drawing that rises;

Fig. 4 is a running condition scheme drawing of the present utility model;

Fig. 5 is the rise side cross-sectional schematic of batch up gear of gas of the present utility model;

Fig. 6 is the rise sectional schematic diagram of batch up gear of gas of the present utility model.

Description of reference numerals: winding off spindle 10; Perforation 101; The first cave groove 102; Outer plate 20; Clip plate 30; Cambered surface 301; Shoulder 302; Air bag 40; Batch with pipe 50; Socket 1; Through hole 11; Groove 12; End face 13; First pore 14; Second pore 15; Blind hole 16; Roll structure 17; The gas assembly 2 that rises; Adhesive tape 21; Air bag 22; Valve for aerocyst 221; Block group 23; Air pressure valve assembly 3; Air-pressure chamber body 31; Air-pressure chamber 311; Bottom surface 312; The 3rd pore 313; Opening 314; Salient 315; Convex wall 316; Air pressure valve gap 32; Groove 321; Induction opening 322; Non-return valve 33; Valve 331; Spring 332; Valve rod 333; Rubber cradle; 34 springs 35; C type clasp 36; Stomidium 361; Base 4; Salient 41; Through hole 411; Batch with pipe 5.

The specific embodiment

Now relevant technical characterictic of the present utility model and detailed description now cooperate graphic being described as follows:

Seeing also Fig. 2, Fig. 3, is rise batch up gear structure stereoscopic and decomposing schematic representation of gas of the present utility model.As shown in the figure: the gas of the present utility model batch up gear that rises comprises: a socket 1, a plurality of gas rise assembly 2, an air pressure valve assembly 3 and a base 4.Wherein:

Described socket 1 is one cylindric, is axially arranged with a through hole 11 that runs through body on it, has a plurality of grooves 12 on the body of described cylinder 1 outside face, and described groove 12 is any of shape, convex shape, del etc. for example.Be provided with a plurality of first pores 14 in addition on the end face 13 of described socket 1, described first pore 14 is corresponding to described groove 12.Have at least one second pore 15 in described groove 12 inside again, described first pore 14 communicates with described second pore 15.On the body of the outside face of described socket 1, have a plurality of blind holes that are arranged in a linear 16 again, dispose a roll structure 17 in the described blind hole 16, and described roll structure 17 is between described two grooves 12, and described roll structure 17 is beneficial to the reel (not shown) and is inserted in.

Described a plurality of gas assembly 2 that rises is being configured in described a plurality of groove 12, and each gas assembly 2 that rises is made up of adhesive tape 21, strip air bag 22 and two blocks 23 of a strip.Wherein, the adhesive tape 21 of described strip, can be with one-body molded or by a plurality of fragment combination, its shape is to being provided with by groove 12, when adhesive tape 21 to be configured in the described groove 12, and the bottom of described adhesive tape 21 is in conjunction with described air bag 22, and described air bag 22 comprises a Valve for aerocyst 221, is connected in described second pore 15.After described adhesive tape 21 and air bag 22 are configured in described groove 12 inside, locking has two block groups 23 in described groove 12 front and back,, in groove 12, be installed with Valve for aerocyst 221 simultaneously and be combined in second pore 15 with fixation balloon 22 both ends, move or get loose to stop air bag 22; When pressed gas externally puts on the air to socket 1, described gas enters after

first pore

14 and 22 inflations of 15 pairs of air bags of second pore, the air bag 22 of inflation raises described adhesive tape 21 outward, make described adhesive tape 21 outwards protrude action, to shore the fiber spool (not shown) inwall that is socketed on the described cylinder 1.

Described air pressure valve assembly 3, be to be configured on the end of described socket 1, by an air-pressure chamber body 31, one air pressure valve gap 32, a plurality of non-return valves 33, one rubber cradle 34, one spring 35 and a C type clasp 36 are formed, described air-pressure chamber body 31 inside have an air-pressure chamber 311, have a plurality of the 3rd pores 313 on described air-pressure chamber 311 inner bottom surface 312, described the 3rd pore 313 is corresponding to first induction opening 14 of socket 1, be used for forming when described air pressure valve member group 3 is combined in an end of described socket 1 pipeline of gas communication, described bottom surface 312 centre form one with the opening 314 of exterior, can dispose in described opening 314 that a bearing (not shown) is used for and the rotating shaft of rolling machine wears combination.The outside of described body 31 is extended with a salient 315, and described salient 315 windings are in the through hole 11 of described socket 1.In addition in described the 3rd pore 313 internal configurations non-return valve 33 is arranged, described non-return valve 33 comprises valve 331, a spring 332 and a valve rod 333, utilizes non-return valve 33 control first pores 14 and second pore 15.Be configured in air-pressure chamber 311 inside with described air pressure valve gap 32 again, on described air pressure valve gap 32 outside faces, be provided with at least one groove 321, sheathed above-mentioned rubber cradle 34 on the described groove 321, be installed in described air-pressure chamber 311 inside at described air pressure valve gap 32, described rubber cradle 34 is extruded and withstands at described air-pressure chamber 311 inwalls, can prevent that air-pressure chamber 311 from taking place to lose heart.Be provided with an induction opening 322 again in described air pressure valve gap 32 end faces, described induction opening 322 is to enter for outer gas.After described air pressure valve gap 32 is configured in described air-pressure chamber 311 inside, described C type clasp 36 is configured in described air-pressure chamber 311 inside and is positioned at described air pressure valve gap 32 bottom surfaces, and keep out mutually with the convex wall 316 of air-pressure chamber 311 upper limbs, to prevent that air pressure valve lid 32 from getting loose, 36 two ends of described C type clasp have a stomidium 361, described C type clasp 36 is the elastic material manufacturing, external diameter is slightly larger than described convex wall 316 internal diameters, utilize an anchor clamps cramping two stomidiums 361 with the described C type of convergent-divergent clasp 36, be used for inserting and replace described air valve cap 32 in the protruding wall 316 of air chamber 311.

Described base 4, has a salient 41 on it, described salient 41 comprises a through hole 411, be to be configured in the through hole 11 of described socket 1, make base 4 windings on the other end of cylinder 1, described through hole 411 is communicated with described through hole 11, is used for being socketed in (not shown) on the winding off spindle of rolling machine.

Seeing also Fig. 4, Fig. 5, Fig. 6, is that the rise side of batch up gear of running condition of the present utility model, gas is analysed and observe and sectional schematic diagram.As shown in the figure.When cylinder 1 will batch operation, to batch article (carbon fiber wire or toilet roll) batch with the pipe 5 be inserted in after, after induction opening 322 injections of extraneous gas by air pressure valve gap 32 central authorities, described gas flows in second pore 15 through first pore 14, flow out by second pore 15 again, can be to described air bag 22 inflations.When air bag 22 is inflated, can described adhesive tape 21 be withstood described batch with described adhesive tape 21 radially to groove 12 outside promotions with pipe 5 internal faces, allow batch firmly be socketed on the cylinder 1 with pipe 5.

Described base 4, the through hole 11 of promptly described cylinder 1 is worn in conjunction with driving down by the winding off spindle of rolling machine, can drive cylinder 1 and rotate, and described batching with pipe 5 can be furled being batched thing.By batched thing furl finish after, can utilize the mechanical arm on the machine can push described air pressure valve gap 32, described air pressure valve gap 32 is moved in air-pressure chamber 311, and press on described a plurality of non-return valves 33, allow valve rod 333 action of non-return valve 33, can be to the action of losing heart of described air bag 22.When air bag 22 internal gas are drained, make adhesive tape 21 produce radial inside withdrawal action, hold out against the reel state with releasing, the operator the described reel of finishing that furls can be taken off.

More than explanation is just illustrative for the utility model; and nonrestrictive, those of ordinary skills understand, under the situation of the spirit and scope that do not break away from claim and limited; can make many modifications, variation or equivalence, but all will fall within the protection domain of the present utility model.

Claims

1, a kind of gas batch up gear that rises is used for being configured in and furls on the machine, is furled batching thing, it is characterized in that comprising:

2, the gas according to claim 1 batch up gear that rises, it is characterized in that: described groove is convex shape.

3, the gas according to claim 1 batch up gear that rises is characterized in that: have a plurality of blind holes that are arranged in a linear on the outside face of described cylinder, dispose a roll structure in the described blind hole, and described roll structure is between described two grooves.

4, the gas according to claim 1 batch up gear that rises, it is characterized in that: described adhesive tape is a convex shape.

5, the gas according to claim 1 batch up gear that rises is characterized in that: described block group locking is before and after described groove, to stop adhesive tape and air bag.

6, the gas according to claim 1 batch up gear that rises, it is characterized in that: described C type clasp comprises two stomidiums, and described C type clasp is an elastic material.

7, the gas according to claim 1 batch up gear that rises is characterized in that: the bottom surface centre of described air-pressure chamber form one with the opening of exterior, dispose a bearing in the described opening.

8, the gas according to claim 1 batch up gear that rises, it is characterized in that: described non-return valve comprises a valve, a spring and a valve rod.

9, the gas according to claim 1 batch up gear that rises, it is characterized in that: described air pressure valve exterior surface is provided with at least one groove, is bonded to a rare rubber cradle on the described groove.

10, the gas according to claim 1 batch up gear that rises, it is characterized in that: further combined with a spring, described spring is located between air pressure valve gap and the air chamber top.