CN209635613U - A kind of automatic shearing wire charging mechanism of AIRJET TEXTURING YARN machine - Google Patents

Abstract

The utility model relates to a kind of automatic shearing wire charging mechanism of AIRJET TEXTURING YARN machine, it is used to cut on yarn and is allocated to yarn bobbin automatically, bobbin boom is installed on the two sides of bobbin cradle；Top plate is respectively pivoted on bobbin boom, clamps yarn bobbin between two top plates；Wherein a top plate is equipped with two panels hooking piece；Two panels hooking on piece is respectively equipped with a barb；There is a groove between two panels hooking piece；Cutter is fixed on bobbin cradle, is extended into groove；Yarn guide head is located at the side of yarn bobbin, and energy directing thread moves left and right；Eedle threader is located at the side of hooking piece；Cutting facility and tuyere apparatus are located at the side of eedle threader, and tuyere apparatus is pierced by cutting facility.The utility model after processing is completed automatically cuts yarn in yarn bobbin, and remove the end of a thread after cutting automatically, and yarn can be allocated to yarn bobbin automatically, without manually by yarn winding to yarn bobbin, to alleviate labor intensity of workers, the production efficiency of equipment is improved.

Description

A kind of automatic shearing wire charging mechanism of AIRJET TEXTURING YARN machine

[technical field]

The utility model relates to a kind of composition mechanisms of AIRJET TEXTURING YARN machine, and in particular to a kind of AIRJET TEXTURING YARN machine from Dynamic trimming wire charging mechanism, belongs to technical field of textile machine.

[background technique]

Demand with people to textile personalization, textile enterprise are more and more to the specification requirement of yarn, Yi Xiegui The yarn demand of lattice is less, and market supply is few, and the purchase cost of enterprise is caused to rise significantly.As can by existing Yarn texturing At required yarn, enterprise's production cost will be substantially reduced.

Currently, there are also textured filament machines to melt existing yarn in the market, make Yarn texturing at required Specification, a kind of textured filament machine as shown in utility model patent the 201721132786.8th of the applicant's earlier application. However, the degree of automation of textured filament machine when in use is lower, especially yarn bobbin after processing is completed, need worker's hand It is dynamic to cut yarn；Then the yarn bobbin more renewed again needs worker manually by reel for yarn after the yarn bobbin more renewed Around on spool；It is not only time-consuming and laborious in this way, but also greatly reduce the production efficiency of equipment.

Therefore, in order to solve the above technical problems, it is necessory to a kind of automatic shearing for the AIRJET TEXTURING YARN machine for providing innovation Wire charging mechanism, to overcome the defect in the prior art.

[utility model content]

To solve the above problems, the purpose of this utility model is to provide a kind of structure is simple, it is easy to use, and automate The automatic shearing wire charging mechanism of the high AIRJET TEXTURING YARN machine of degree.

To achieve the above object, a kind of technical solution that the utility model is taken are as follows: automatic shearing of AIRJET TEXTURING YARN machine Wire charging mechanism is used to cut on yarn and is allocated to yarn bobbin automatically comprising bobbin cradle, top plate, is cut bobbin boom Knife, yarn guide head, eedle threader, cutting facility and tuyere apparatus；Wherein, the bobbin boom is installed on the two sides of bobbin cradle； The top plate is respectively pivoted on bobbin boom, clamps yarn bobbin between two top plates；Wherein a top plate is equipped with two panels hooking Piece；The two panels hooking on piece is respectively equipped with a barb；There is a groove between the two panels hooking piece；The cutter is fixed on On bobbin cradle, extend into groove；The yarn guide head is located at the side of yarn bobbin, and energy directing thread moves left and right；Institute State the side that eedle threader is located at hooking piece；The cutting facility and tuyere apparatus are located at the side of eedle threader, and tuyere fills It sets and is pierced by cutting facility.

The automatic shearing wire charging mechanism of the AIRJET TEXTURING YARN machine of the utility model is further arranged to: the cutting facility packet Include mounting base, Holder for scissors, scissors and bracket gas cylinder；Wherein, the Holder for scissors is articulated in mounting base；The scissors peace Loaded on Holder for scissors, yarn can be cut；The bracket gas cylinder is located at the bottom of Holder for scissors comprising a top, institute Holder for scissors can be jacked by stating top.

The automatic shearing wire charging mechanism of the AIRJET TEXTURING YARN machine of the utility model is further arranged to: the hooking piece is in circle Laminated structure；The barb of two panels hooking piece is in dislocation arrangement.

The automatic shearing wire charging mechanism of the AIRJET TEXTURING YARN machine of the utility model is further arranged to: the eedle threader packet It includes and dials coil holder, yoke bar, shifting fork piece and shift fork cylinder；Wherein, described group of coil holder is located at the front of bobbin cradle；The yoke bar It is articulated in and dials on coil holder；The shifting fork piece is installed on one end of yoke bar；The shift fork cylinder, which is fixed on, to be dialled on coil holder, is passed through The connection of one leaf spring and the rotation of shift fork bar, make shifting fork piece be located at the front of hooking piece.

The automatic shearing wire charging mechanism of the AIRJET TEXTURING YARN machine of the utility model is further arranged to: being set on the shifting fork piece There is a pair of of shift fork head, shift fork head can hook yarn, and yarn is sent into barb, and by barbs hold.

The automatic shearing wire charging mechanism of the AIRJET TEXTURING YARN machine of the utility model is further arranged to: being connected on the yoke bar It is connected to a cam, described leaf spring one end is wound on cam, and the other end is connected to shift fork cylinder.

The automatic shearing wire charging mechanism of the AIRJET TEXTURING YARN machine of the utility model is further arranged to: the tuyere apparatus packet Include shell, tracheae, tuyere pipe, mandril and tuyere lid；Wherein, a gas chamber is equipped in the shell；The tracheae is installed on shell In vivo, several through-hole I are offered thereon；Tuyere pipe insertion is intratracheal, and with tracheae Joint；The tuyere pipe and tracheae Between have a gap；The through-hole I connection gas chamber and gap；The mandril is vertically arranged on shell, and energy oscilaltion, It extends in air inlet chamber；The mandril is connected to the bottom of tuyere lid；The tuyere lid is articulated on shell, can cover tuyere Pipe.

The automatic shearing wire charging mechanism of the AIRJET TEXTURING YARN machine of the utility model is further arranged to: the tuyere Guan Shangkai Equipped with through-hole II, the through-hole II is connected to gap；The through-hole II is located at the top of through-hole I.

The automatic shearing wire charging mechanism of the AIRJET TEXTURING YARN machine of the utility model is also configured to: being equipped with one on the shell Column is arranged a spring on column；The column passes through tuyere lid, and the spring is connected to the bottom of tuyere lid.

Compared with prior art, the utility model has the following beneficial effects: the AIRJET TEXTURING YARN machine of the utility model Automatic shearing wire charging mechanism structure is simple, easy to use, after processing is completed automatically cuts yarn in yarn bobbin, and will cut The end of a thread having no progeny is removed automatically, and yarn can be allocated to yarn bobbin automatically, without manually by yarn winding to yarn bobbin, from And labor intensity of workers is alleviated, improve the production efficiency of equipment.

[Detailed description of the invention]

Fig. 1 is the perspective view of the automatic shearing wire charging mechanism of the AIRJET TEXTURING YARN machine of the utility model.

Fig. 2 is state diagram of the automatic shearing wire charging mechanism of the AIRJET TEXTURING YARN machine of the utility model in trimming.

Fig. 3 is state diagram of the automatic shearing wire charging mechanism of the AIRJET TEXTURING YARN machine of the utility model when online.

Fig. 4 is the enlarged drawing in Fig. 2 at A.

Fig. 5 is the enlarged drawing in Fig. 3 at B.

Fig. 6 is shape of the automatic shearing wire charging mechanism of the AIRJET TEXTURING YARN machine of the utility model when bracket gas cylinder does not jack State.

Fig. 7 is shape of the automatic shearing wire charging mechanism of the AIRJET TEXTURING YARN machine of the utility model in bracket gas cylinder jacking State.

Fig. 8 is the perspective view of the tuyere apparatus in Fig. 1.

Fig. 9 is the sectional view of Fig. 8.

Figure 10 is the air flow direction figure in tuyere apparatus.

[specific embodiment]

It please refers to shown in Figure of description 1 to attached drawing 10, the utility model is a kind of automatic shearing of AIRJET TEXTURING YARN machine Wire charging mechanism is used to that yarn 100 to be cut to and is allocated to automatically yarn bobbin 101, by bobbin cradle 1, bobbin boom 2, top Several parts such as disk 3, cutter 4, yarn guide head 5, eedle threader 8, cutting facility 7 and tuyere apparatus 6 are assembled.

Wherein, wherein the bobbin boom 2 is installed on the two sides of bobbin cradle 1.

The top plate 3 is respectively pivoted on bobbin boom 2, yarn bobbin 101 is clamped between top plate 3, and drive yarn bobbin Son 101 rotates.Wherein a top plate 3 is equipped with two panels hooking piece 31.A barb 32 is respectively equipped on the two panels hooking piece 31.In In present embodiment, the hooking piece 31 is in disc-shaped structure；The barb of two panels hooking piece 31 is in dislocation arrangement, 100 energy of yarn It is hooked by two barbs 32.There is a groove 33 between the two panels hooking piece 31.

The cutter 4 is fixed on bobbin cradle 1, is located at the rear of top plate 3, and is extended into groove 33, can will be by 2 The yarn 100 that a barb 32 hooks separates.

The yarn guide head 5 is located at the side of yarn bobbin 101, and energy directing thread 100 moves left and right.

The eedle threader 8 is located at the side of hooking piece 31, and yarn 100 is allocated to automatically on yarn bobbin 101.It is described Cutting facility 7 and tuyere apparatus 6 are located at the side of eedle threader 8, and the cutting facility 7 is for cutting yarn 100.The wind Yarn 100 is sucked mouth device 6, convenient for 100 trimming of yarn and cleaning tail yarn.The tuyere apparatus 6 is pierced by cutting facility 7, To make compact overall structure.

Further, the eedle threader 8 is several by dialling coil holder 81, yoke bar 82, shifting fork piece 83 and shift fork cylinder 84 etc. Part forms.

Described group of coil holder 81 is located at the front of bobbin cradle 1.The yoke bar 82, which is articulated in, to be dialled on coil holder 81.The shifting fork piece 83 are installed on one end of yoke bar 82.

The shift fork cylinder 84, which is fixed on, to be dialled on coil holder 81, and by a leaf spring 85 connection and shift fork bar 82 rotates, Shifting fork piece 83 is set to be located at the front of hooking piece 31.Specifically, the shifting fork piece 83 is equipped with a pair of of shift fork head 86, shift fork head 86 Yarn 100 can be hooked, and yarn 100 is sent into the barb 32 of hooking piece 31, and is hooked by barb 32.

Further, a cam 87 is connected on the yoke bar 82, described 85 one end of leaf spring is wound on cam 87, separately One end is connected to shift fork cylinder 84.

The cutting facility 7 is made of several parts such as mounting base 71, Holder for scissors 72, scissors 73 and bracket gas cylinders 74.

Wherein, the Holder for scissors 72 is articulated in mounting base 71, can be spun upside down.The scissors 73 is installed on scissors On bracket 72, and it can be lifted or decline with Holder for scissors 72, it can cut yarn 100 when lifting.

The bracket gas cylinder 74 is located at the bottom of Holder for scissors 72 comprising a top 75, the top 75 can jack Holder for scissors 72, as shown in Figure of description 7.

The tuyere apparatus 6 is made of several parts such as shell 61, tracheae 62, tuyere pipe 63, mandril 64 and tuyere lids 65. Wherein, a gas chamber 66 is equipped in the shell 61.The tracheae 62 is installed in shell 61, offers several through-hole I67 thereon.

The tuyere pipe 63 is inserted into tracheae 62, and with 62 Joint of tracheae.Have between the tuyere pipe 63 and tracheae 62 There is a gap 68, gap 68 is wide at the top and narrow at the bottom, and the portion gas in tracheae 62 can enter from the bottom in gap 68.The through-hole I67 is connected to gas chamber 66 and gap 68, so that the air-flow in gap 68 from bottom to top is partially entered gas chamber 66 in flow process, makes gas Positive pressure is generated in room 66.Through-hole II69 is offered on the tuyere pipe 63, the through-hole II69 is connected to gap 68；The through-hole II69 is located at the top of through-hole I67, can be by the negative pressuren zone in the partial high pressure air return to tracheae 62 in gap 68, in sky In the gas process of circulation, make pressurization in gas chamber 66.

The mandril 64 is vertically arranged on shell 61, and energy oscilaltion, is extended in air inlet chamber 66.The mandril 64 It is connected to the bottom of tuyere lid 65.

The tuyere lid 65 is articulated on shell 61, can cover tuyere pipe 63.Further, it is installed on the shell 61 There is a column 611, a spring 612 is arranged on column 611；The column 611 passes through tuyere lid 65, and the spring 612 is connected to The bottom of tuyere lid 65 resets tuyere lid 65.

The working principle of the automatic shearing wire charging mechanism of the AIRJET TEXTURING YARN machine of the utility model is as follows: working as yarn bobbin 101 complete the process need by yarn 100 cut when, the control system of AIRJET TEXTURING YARN machine is passed through negative pressure, negative pressure into tracheae 62 The flow direction of 10 arrow of airflow direction by specification attached drawing in tuyere apparatus 6 is flowed, on the one hand jacks mandril 64, by tuyere Lid 65 is opened, and the negative-pressure adsorption that another aspect tuyere pipe 63 generates lives yarn 10, will convenient for cutting facility 7 with anchor yarns 10 Yarn 100 is cut.

Later, the bracket gas cylinder 74 of cutting facility 7 jacks, and Holder for scissors 72 is lifted, Holder for scissors 72 also makes scissors 73 Lifting.Since left and right moves back and forth yarn 100 under the guiding of yarn guide head 5, yarn 100 certainly will be fallen into scissors 73, and be continued Traversing yarn 100 will be cut by scissors 73.Yarn 100 after cutting continues the tail for being adsorbed by tuyere pipe 63, and being cut Yarn sucks tuyere pipe 63 by negative pressure, to achieve the purpose that remove tail yarn automatically.Cutting facility 7 resets later, and yarn 100 continues quilt Tuyere apparatus 6 adsorbs.

After yarn 100 is cut, start the shift fork cylinder 84 of eedle threader 8, shift fork cylinder 84 pulls leaf spring 85, leaf spring The rotation of 85 shift fork bars 82；The linkage shifting fork piece 83 of yoke bar 82；Shifting fork piece 83 during rotation captures yarn 100, yarn Line 100 slides into shift fork head 86, and is driven by shifting fork piece 83.When shifting fork piece 83 reaches the front of hooking piece 31, shift fork cylinder 84 stop working；At this time since top plate 3 drives empty yarn bobbin 101 to rotate, yarn 100 is by two 32 hooks of barb of top plate 3 Firmly；The rotation of top plate 3 drives yarn 100, is separated when yarn 100 passes through cutter 4 by cutter 4,100 quilt of continuous yarn after partition It is wound on yarn bobbin 101 and continues to produce, yarn and thread head sucks tuyere pipe 63 by negative pressure, will not be wound to yarn bobbin 101。

Last tuyere apparatus 6 is died and is resetted, and yarn 100 is continued to be wound on yarn bobbin 101 by the drive of yarn guide head 5, Meanwhile eedle threader 8 also resets.

Above specific embodiment is only the preferred embodiment of this creation, all in this wound not to limit this creation Any modification, equivalent substitution, improvement and etc. done within the spirit and principle of work, should be included in this creation protection scope it It is interior.

Claims (9)

1. a kind of automatic shearing wire charging mechanism of AIRJET TEXTURING YARN machine is used to cut on yarn and is allocated to yarn bobbin automatically On, it is characterised in that: including bobbin cradle, bobbin boom, top plate, cutter, yarn guide head, eedle threader, cutting facility and tuyere Device；Wherein, the bobbin boom is installed on the two sides of bobbin cradle；The top plate is respectively pivoted on bobbin boom, two top plates Between clamp yarn bobbin；Wherein a top plate is equipped with two panels hooking piece；The two panels hooking on piece is respectively equipped with a barb；Institute Stating has a groove between two panels hooking piece；The cutter is fixed on bobbin cradle, is extended into groove；The yarn guide head position In the side of yarn bobbin, energy directing thread is moved left and right；The eedle threader is located at the side of hooking piece；The trimming dress The side for being located at eedle threader with tuyere apparatus is set, and tuyere apparatus is pierced by cutting facility.

2. the automatic shearing wire charging mechanism of AIRJET TEXTURING YARN machine as described in claim 1, it is characterised in that: the cutting facility Including mounting base, Holder for scissors, scissors and bracket gas cylinder；Wherein, the Holder for scissors is articulated in mounting base；The scissors It is installed on Holder for scissors, yarn can be cut；The bracket gas cylinder is located at the bottom of Holder for scissors comprising a top, The top can jack Holder for scissors.

3. the automatic shearing wire charging mechanism of AIRJET TEXTURING YARN machine as described in claim 1, it is characterised in that: the hooking piece is in Disc-shaped structure；The barb of two panels hooking piece is in dislocation arrangement.

4. the automatic shearing wire charging mechanism of AIRJET TEXTURING YARN machine as described in claim 1, it is characterised in that: the eedle threader Including dialling coil holder, yoke bar, shifting fork piece and shift fork cylinder；Wherein, described group of coil holder is located at the front of bobbin cradle；The shift fork Bar, which is articulated in, to be dialled on coil holder；The shifting fork piece is installed on one end of yoke bar；The shift fork cylinder, which is fixed on, to be dialled on coil holder, is led to Leaf spring connection and the rotation of shift fork bar are crossed, shifting fork piece is made to be located at the front of hooking piece.

5. the automatic shearing wire charging mechanism of AIRJET TEXTURING YARN machine as claimed in claim 4, it is characterised in that: on the shifting fork piece Equipped with a pair of of shift fork head, shift fork head can hook yarn, and yarn is sent into barb, and by barbs hold.

6. the automatic shearing wire charging mechanism of AIRJET TEXTURING YARN machine as claimed in claim 4, it is characterised in that: on the yoke bar It is connected with a cam, described leaf spring one end is wound on cam, and the other end is connected to shift fork cylinder.

7. the automatic shearing wire charging mechanism of AIRJET TEXTURING YARN machine as described in claim 1, it is characterised in that: the tuyere apparatus Including shell, tracheae, tuyere pipe, mandril and tuyere lid；Wherein, a gas chamber is equipped in the shell；The tracheae is installed on In shell, several through-hole I are offered thereon；Tuyere pipe insertion is intratracheal, and with tracheae Joint；The tuyere pipe is gentle There is a gap between pipe；The through-hole I connection gas chamber and gap；The mandril is vertically arranged on shell, and can be risen up and down Drop extends in air inlet chamber；The mandril is connected to the bottom of tuyere lid；The tuyere lid is articulated on shell, can be covered Tuyere pipe.

8. the automatic shearing wire charging mechanism of AIRJET TEXTURING YARN machine as claimed in claim 7, it is characterised in that: on the tuyere pipe Through-hole II is offered, the through-hole II is connected to gap；The through-hole II is located at the top of through-hole I.

9. the automatic shearing wire charging mechanism of AIRJET TEXTURING YARN machine as claimed in claim 7, it is characterised in that: pacify on the shell Equipped with a column, a spring is arranged on column；The column passes through tuyere lid, and the spring is connected to the bottom of tuyere lid.