CN201433291Y

CN201433291Y - Braided tape machine with auxiliary take-up device

Info

Publication number: CN201433291Y
Application number: CN2009201387069U
Authority: CN
Inventors: 郭宫宝
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-05-27
Filing date: 2009-05-27
Publication date: 2010-03-31
Anticipated expiration: 2019-05-27

Abstract

The utility model discloses a braided tape machine with an auxiliary take-up device, which comprises a machine bench, a pay-off device arranged on one side of the machine bench, a braiding machine which braids output wires of the pay-off device, a take-up device which collects wires after braiding, and an auxiliary take-up device which is arranged between the braiding device and the take-up device, wherein the braiding device is provided with a pay-off pulley for braided wires to output, the take-up device has a power source and a take-up pulley which is driven by the power source, coils and uncoils the pay-off pulley and outputs the wires, and limit pulley groups for placing the output wires, the auxiliary take-up device is provided with two supporting wheels which correspond to each other and are pivoted on the machine bench, a rocking rod pivoted on the supporting wheels and can rock, a guiding wheel arranged on the rocking rod, and an inductor for the rocking rod to trigger. The braiding machine can smoothly coil assisting the take-up pulley, and effectively improves the braiding quality of the braiding machine.

Description

The belt weaving machine of the auxiliary take-up of tool

Technical field

The utility model relates to a kind of belt weaving machine, the belt weaving machine of the auxiliary take-up of particularly a kind of tool.

Background technology

Consult Fig. 1, known belt weaving machine 1 includes a board 11, one is arranged at the actinobacillus device 12 of these board 11 1 sides, the knit unit 13 that one wire rod 2 that this actinobacillus device 12 is exported weaves, one be arranged at these board 11 opposite sides and will weave after wire rod 2 collected the take-up of receiving 14, and an auxiliary take-up 15 between this knit unit 13 and take-up 14; Wherein, this knit unit 13 has outlet wheel 131, exports for wire rod 2 pile warps that braiding is finished; In addition, this take-up 14 has a power source 141, and is subjected to this power source 141 to drive and furl take-up pulley 142 by the wire rods 2 of outlet wheel 131 outputs, and the spacing wheels 143 that the wire rods 2 of outlet wheel 131 outputs are arranged.

Cooperate and consult Fig. 2, auxiliary 15 of take-ups have a support body 151, one slide 152 that can on this support body 151, slide, one is arranged at first guide member 153 of slide 152 1 sides, one is located on the support body 151 and with first guide member 153 and is the second corresponding guide member 154, and is arranged at the top and bottom ends of support body 151 and first, second sensing member 155,156 of connection and control power source 141 respectively; Wherein, slide 152 slides between first, second sensing member 155,156; So during action, with the wire rod on the actinobacillus device 12 2, after weaving via knit unit 13, and by 131 outputs of outlet wheel, with pile warp first, second guide member 153, after 154, then on average be arranged on the take-up pulley 14 via spacing wheels 143, and when take-up pulley 142 furls, the wire rod 2 that its surface can cover along with reeling increases, and its external diameter that is wound in take-up pulley 142 is increased, the wire rod 2 that furls when take-up pulley 142 more and more for a long time, more bundle is tighter on the surface of take-up pulley 142 to cause wire rod 2 easily, that is also can promote first guide member 153 during the overtension of this wire rod 2 and slowly rise and when touching first sensing member 155, make take-up pulley 142 stop the action of take-up, thereby avoid the overtension of wire rod 2 and the situation of damaged fracture takes place.

Yet actual test back finds that it has following deficiency, and existing details are as follows:

(1) when wire rod 2 output, the wire rod 2 of pile warp first guide member 153 can't be positioned at the center at any time exactly, that is be when departing from the center when wire rod 2, be subject to the inhomogeneous influence of pulling force that first guide member 153 up moves, cause first guide member 153 in moving process, to produce deflection, cause first guide member, 153 clips (as shown in Figure 3) on slide 152, the auxiliary take-up 15 of influence can't normally be played effectiveness, what is more, find that also wire rod 2 is also easily because of the overtension factor on actual the use, except that wire rod 2 is very easily produced the situation of damaged fracture, and the wire rod of being pullled 2 also can influence preposition weaving operation to carry out, and reduces the braiding quality of belt weaving machine 1 greatly;

(2) still continuous aforementioned, if will avoid the problems referred to above to produce, must be at the mutual pivot part of first guide member 153 with slide 152, and slide 152 partly does very accurately and smooth and easy with the slippage of support body 151, pullled the phenomenon of the strength inequality of process to improve first guide member 153, but, even if on parts cooperate, improved, outside its effect is still limited, and extra Precision Machining mode, also can cause the increase of expense cost, remain in fact to be improved.

The utility model content

Main purpose of the present utility model is to provide a kind of tool to assist the belt weaving machine of take-up, and it can assist take-up pulley to carry out the action of take-up smoothly, and then effectively promotes the braiding quality of belt weaving machine.

In order to reach above-mentioned purpose, solution of the present utility model is:

The belt weaving machine of the auxiliary take-up of a kind of tool, this belt weaving machine includes a board, one is arranged at the actinobacillus device of this board one side, the knit unit that one wire rod that this actinobacillus device is exported weaves, one is arranged at this board opposite side and will weaves the back wire rod and collected the take-up of receipts, and an auxiliary take-up between between this knit unit and take-up; Wherein, this knit unit has one for the outlet wheel that weaves the wire rod pile warp output of finishing, take-up has a power source, and one driven by this power source and furls the take-up pulley of the wire rod of outlet wheel output, and the spacing wheels that the wire rod of outlet wheel output is arranged; It is two corresponding and be hubbed at support wheel on the board that described auxiliary take-up has, a swing arm that is hubbed on the aforementioned support wheel and can swings, and one is located at the propelling sheave on this swing arm, and an inductor that triggers for this swing arm; Wire rod after knit unit braiding is connected to take-up again through outlet wheel and pile warp propelling sheave and furls, and utilizes the tension force pushing tow swing arm of wire rod to produce swing, and cooperates swing arm to trigger inductor again, stops the take-up action with the control take-up pulley.

Above-mentioned support wheel below has additional an auxiliary wheel.

After adopting said structure, wire rod after the utility model weaves knit unit, in regular turn on the take-up of pile warp propelling sheave and connection belt weaving machine, so that the tension force size of utilizing wire rod in coiling process, to produce, and then as control swing arm moved the power that touches by pushing tow, the last effect that cooperates this inductor to be pressed again by swing arm, move with the take-up that stops that realizing take-up, pretend in the industry process except that assisting take-up pulley to carry out swimmingly the take-up action, and effectively avoid wire rod to cause exporting the situation of wire rod fracture, thereby promote the braiding quality of this belt weaving machine because of overtension.

Description of drawings

Fig. 1 is the stereogram of known belt weaving machine;

Fig. 2 is the action schematic diagram of known auxiliary take-up;

Fig. 3 is the action schematic diagram of known auxiliary take-up;

Fig. 4 is the schematic perspective view of the utility model preferred embodiment;

Fig. 5 is the schematic perspective view of auxiliary take-up in the utility model preferred embodiment;

Fig. 6 is the action schematic diagram of the utility model preferred embodiment;

Fig. 7 is the action schematic diagram of the utility model preferred embodiment.

The main element symbol description

1 belt weaving machine, 11 boards, 12 actinobacillus devices

14 take-ups are taken turns in 131 outlets of 13 knit units

141 power sources, 142 take-up pulleies, 143 spacing wheels

15 auxiliary take-up 151 support bodys 152 slides

153 first guide members, 154 second guide members, 155 first sensing members

156 second sensing members, 2 wire rods, 3 belt weaving machines

31 boards, 32 actinobacillus devices, 33 knit units

341 power sources are taken turns in 331 outlets of 34 take-ups

342 take-up pulleies, 343 spacing wheels 4 auxiliary take-ups

41 support wheels, 42 swing arms, 43 propelling sheaves

44 inductors, 441 first sensing members, 442 second sensing members

45 auxiliary wheel A wire rods

The specific embodiment

Relevant aforementioned and other technology contents, characteristics and effect of the present utility model in the detailed description of the preferred embodiment of following conjunction with figs., can clearly be understood.

Consult Fig. 4, it is a preferred embodiment of the belt weaving machine 3 of the auxiliary take-up 4 of the utility model tool, this belt weaving machine 3 includes a board 31, one is arranged at the actinobacillus device 32 of these board 31 1 sides, the knit unit 33 that the one wire rod A that actinobacillus device 32 is exported weaves, one be arranged at board 31 opposite sides and will weave after wire rod A collected the take-up 34 of receipts, an and auxiliary take-up 4 between 34 of knit unit 33 and take-ups; Wherein, structure such as knit unit 33 and take-up 34 is all identical with conventional construction, so do not add to describe in detail.

Cooperate and consult Fig. 5, it is two corresponding and be hubbed at support wheel 41 on the board 31 that auxiliary take-up 4 has, one swing arm 42, that is hubbed on aforementioned two support wheels 41 and can swings is located at the propelling sheave 43 on this swing arm 42, and an inductor 44 that triggers for swing arm 42; Wherein, in the present embodiment, inductor 44 has two and is separately positioned on the board 31 and is positioned at first, second sensing members 441,442 of swing arm 42 hunting ranges, in addition in the present embodiment, the below of support wheel 41 also has additional an auxiliary wheel 45 in good time, to limit the scope that swing arm 42 can be swung.

Consult Fig. 4 and shown in Figure 6, during use, with the wire rod A on the take-up 34, after weaving via knit unit 33, and wire rod A is collected output, and in regular turn behind the top side of bottom side, the spacing wheels 343 of pile warp propelling sheave 43, be linked on the take-up pulley 342 by outlet wheel 331; When so take-up pulley 342 furls operation, the speed that furls wire rod A when take-up pulley 342 greater than outlet wheel 331 go out linear velocity the time, promptly can cause outlet wheel 331, the tension force of 342 wire rod A of take-up pulley increases, so that utilize the tension force size of this wire rod A to be moved the power that touches by pushing tow as control swing arm 42, that is when the tension force of wire rod A increases, can move with the direction that drives swing arm 42 past first sensing members 441 by pushing tow propelling sheave 43, and when touching first sensing member 441, transmit a message to power source 341 to trigger first sensing member 441, make take-up pulley 342 stop the action (as shown in Figure 7) of take-up; Otherwise, when outlet wheel 331 still continues outlet, the tension force of wire rod A can be taken turns 331 outlet and diminishes along with outlet, and this swing arm 42 then can be because of the direction of self gravitation toward second sensing member 442 moves, and just can order about take-up pulley 342 and carries out the take-up action until touching second sensing member 442; So by the manner of execution of swing arm 42 to avoid producing the clip situation, and precisely control take-up pulley 342 and stop its take-up action, remove and effectively avoid causing exporting the situation of wire rod A fracture because of the overtension of wire rod A, thereby promote outside the braiding quality of belt weaving machine 3, the weave mode of while propelling sheave 43, swing arm 42, required precision does not need too high, can effectively reduce the cost expenditure of equipment.

Conclude aforementioned, the belt weaving machine 3 of the auxiliary take-up 4 of the utility model tool, wire rod A after knit unit 33 braidings, connect take-up 34 again behind the propelling sheave 43 of pile warp swing arm 42 in advance, so that the tension force size of utilizing wire rod A in coiling process, to produce, and then moved the power that touches by pushing tow as control swing arm 42, and at last cooperate inductor 44 again by the effect that presses of swing arm 42, move with the take-up that stops that reaching accurate control take-up 34; Thus, it more can assist take-up pulley 342 to carry out the take-up action swimmingly except that reducing the equipment cost, causes wire rod A fracture because of tension force is too high to avoid wire rod A, and then promotes the braiding quality of belt weaving machine 3, so can reach the purpose of this utility model really.

Previous embodiment only is the utility model illustration, can not limit protection domain of the present utility model with this, and is every according to the technological thought that the utility model proposes, and any change of being done on the technical scheme basis all falls within the utility model protection domain.

Claims

1, the belt weaving machine of the auxiliary take-up of a kind of tool, this belt weaving machine includes a board, one is arranged at the actinobacillus device of this board one side, the knit unit that one wire rod that this actinobacillus device is exported weaves, one is arranged at this board opposite side and will weaves the back wire rod and collected the take-up of receipts, and an auxiliary take-up between between this knit unit and take-up; Wherein, this knit unit has one for the outlet wheel that weaves the wire rod pile warp output of finishing, take-up has a power source, and one driven by this power source and furls the take-up pulley of the wire rod of outlet wheel output, and the spacing wheels that the wire rod of outlet wheel output is arranged; It is characterized in that:

It is two corresponding and be hubbed at support wheel on the board that described auxiliary take-up has, a swing arm that is hubbed on the aforementioned support wheel and can swings, and one is located at the propelling sheave on this swing arm, and an inductor that triggers for this swing arm.

2, the belt weaving machine of the auxiliary take-up of tool as claimed in claim 1 is characterized in that: described support wheel below has additional an auxiliary wheel.