CN212223241U

CN212223241U - Warp stop frame with water retaining function

Info

Publication number: CN212223241U
Application number: CN202021009404.4U
Authority: CN
Inventors: 陈玉升
Original assignee: Changshu Chang Xin Textile Equipment Co ltd
Current assignee: Changshu Chang Xin Textile Equipment Co ltd
Priority date: 2020-06-04
Filing date: 2020-06-04
Publication date: 2020-12-25
Anticipated expiration: 2030-06-04

Abstract

A warp stop frame with a water retaining function belongs to the technical field of shuttleless loom accessories. The device comprises a dropper frame assembly and is characterized by also comprising a water-retaining curtain mechanism, wherein the lower part of the water-retaining curtain mechanism is fixed with one side of the dropper frame assembly in the length direction, and the upper part of the water-retaining curtain mechanism extends towards the upper part of one side far away from the dropper frame assembly in the length direction. The water retaining curtain mechanism is arranged on one side corresponding to the length direction of the warp stopping frame assembly, and plays a role in retaining water, so that the warp stopping frame assembly has a good water retaining effect, and the water splashing of the water jet loom and the warp stopping frame assembly are prevented from causing the electrical short circuit of the warp stopping frame assembly and further causing the abnormal halt of the water jet loom; the water is retained by the water retaining curtain mechanism, so that the normal broken warp response effect of the warp stop frame assembly can be ensured, the requirement of weaving high-grade fabrics by the water jet loom is met, and the added value of products woven by the water jet loom is improved.

Description

Warp stop frame with water retaining function

Technical Field

The utility model belongs to the technical field of shuttleless loom accessory, concretely relates to dropper with manger plate function.

Background

The foregoing shuttleless looms include rapier looms, air jet looms, projectile looms, water jet looms, and the like. The warp stop frame has the function of arranging warp stop strips, the warp stop strips are penetrated by warp stop sheets, a plurality of warp stop sheets are penetrated on each warp stop strip, each warp stop sheet is penetrated by a warp, the warp stop sheets are suspended on the warp stop strips by the warp, and specifically, the chips on the warp stop strips and the iron package are in a non-conduction state (the chips and the iron package are insulated and separated by an insulating film such as a polyimide film). In the weaving process of the weaving machine, when the warp yarn passing through a certain dropper breaks, namely the warp breaking which is commonly known in the industry, the warp yarn loses the suspended tube bundle of the dropper, so that the dropper which is originally in the suspended state falls onto the dropper, and the dropper conducts the chip which is originally in the insulation separation state with the package iron. At the moment, the signal is fed back to an electric control device of the shuttleless loom by the warp stopping strip junction box on the warp stopping frame, so that the shuttleless loom is stopped, the broken warp yarns are connected by workers, and the shuttleless loom resumes working. Therefore, the machine halt immediately after the warp breaking is an important measure for ensuring that the fabric is prevented from generating flaws.

Technical information related to the above-mentioned dropper and dropper thereof, such as CN2315126Y (dropper), CN2425097Y (dropper), CN202954203U (dropper), CN2550388Y (warp broken display device of dropper), CN2635693Y (light-emitting dropper), CN201024274Y (automatic stop device for electronic warp broken of silk loom), CN201169671Y (loom with warp leasing device), CN103061010B (dropper), CN201817661U (protection device for broken warp of loom), CN2082274U (electronic warp stop device of loom), CN201080536Y (electronic display device for broken warp of dropper), CN201080537Y (structurally improved dropper), and CN104372505Y (bracket structure in dropper), etc., is not known in the published chinese patent documents.

As mentioned above, water jet looms belong to the category of shuttleless looms, which operate on the principle of using a jet of water to pull the weft yarn through the shed. The friction traction force of the water-jet weft insertion to the weft yarn is larger than that of the air-jet weft insertion, the diffusivity is small, the requirements of long-wire weft insertion of synthetic fibers, glass fibers and the like with relatively smooth surfaces are met, meanwhile, the conductivity of the synthetic fibers can be increased, and static electricity in weaving is effectively overcome.

As described above, since the water jet loom mainly weaves fabrics with a relatively low grade, no drop wire stand has been provided on the water jet loom so far, and the broken filament cannot be detected by the car stop in time, but only after the defective cloth of several meters or more is seen. Furthermore, if the warp stopping frame is matched with the water jet loom, it is considered that the warp stopping frame does not have the function of water blocking or water blocking, so that the warp stopping frame and the warp stopping strips thereof are leaked when water splashes, and on one hand, the circuit is frequently conducted to cause abnormal halt, and on the other hand, the safety is concerned.

However, in recent years, with the increasing demands on the grade of fabrics, for example, the filaments as raw materials are relatively thin, the filaments are easy to break, and if the filaments cannot be found and disposed in time, the quality of the fabrics cannot be guaranteed. If a structure similar to the warp stop motion for a water jet loom recommended by chinese patent publication No. CN202347215U is used, the technical effects described in paragraph 0005 of the specification can be reflected to some extent, but when water splashes from the water jet loom and electric components such as the induction wire and the parallel switch described in the patent are splashed, the above abnormal stop motion is often generated, which affects the working efficiency of the water jet loom and increases the extra working strength of a car stop. In view of the foregoing, if the water splash and the drop wire of the water jet loom can be eliminated, the measure of matching the drop wire with the water jet loom is undoubtedly a positive and beneficial measure. The technical solutions described below have been created in this context.

SUMMERY OF THE UTILITY MODEL

The task of the utility model is to provide a help to make the drop wire frame possess good manger plate effect and can avoid hydraulic loom's water to spatter and cause hydraulic loom abnormal shut down, be favorable to satisfying hydraulic loom and weaving high-grade fabric requirement and can promote the drop wire frame with manger plate function of the product added value of the fabric that hydraulic loom weaves.

The task of the utility model is accomplished like this, a dropper with manger plate function, including a dropper assembly, characterized in that still including a manger plate curtain mechanism, the lower part of this manger plate curtain mechanism with one side of the length direction of dropper assembly is fixed, and the upper portion of manger plate curtain mechanism extends towards the top of keeping away from one side of the length direction of dropper assembly.

In a specific embodiment of the present invention, the drop wire frame assembly comprises a drop wire terminal box, a set of drop wires, a pair of drop wire support plate fixing seats disposed opposite to each other, a pair of drop wire support plates disposed opposite to each other, a pair of warp frames, and a set of drop wire middle support plate, wherein a fixing half shaft for connecting with a water jet loom is fixed horizontally on one side of the pair of drop wire support plate fixing seats opposite to each other and in the middle of the length direction of the pair of drop wire support plate fixing seats, one of the pair of drop wire support plates is fixed to one of the pair of drop wire support plate fixing seats, and the other of the pair of drop wire support plates is fixed to the other of the pair of drop wire support plate fixing seats, a group of warp stop strip chutes which are equal to the group of warp stop strips in number and correspond to the group of warp stop strips in position are respectively arranged on the pair of warp stop strip supporting plates at intervals, two ends of the group of warp stop strips are respectively placed in the warp stop strip chutes arranged on the pair of warp stop strip supporting plates, the group of warp stop strips extend out of the warp stop strip chutes towards one end of the warp stop strip junction box and are fixed with the warp stop strip junction box and are electrically connected with the warp stop strip junction box, a group of warp stop strip middle supporting plates correspond to the middle part of the length direction of the group of warp stop strips in an interval state and are used for supporting the middle part of the group of warp stop strips, a pair of warp racks correspond to each other, two ends of one of the pair of warp racks are respectively fixed with the end part of one end part of the pair of warp stop strip supporting plate fixing seats in the length direction, and two ends of the other warp rack are respectively fixed with the end part of the pair of warp stop strip supporting plate fixing seats in the length direction, the middle parts of the pair of warp racks are supported on the group of warp stop strip middle supporting plates, and the warp stop strip junction box is fixed at the upper part of one warp stop strip supporting plate fixing seat in the pair of warp stop strip supporting plate fixing seats; two ends of the water retaining curtain mechanism are respectively fixed with one end of the warp stop strip supporting plate fixing seat, and the middle of the water retaining curtain mechanism is fixed with one end of the lower part of one warp stop strip middle supporting plate in the group of warp stop strip middle supporting plates.

In another specific embodiment of the present invention, the water curtain mechanism includes a first water curtain pillar i, a second water curtain pillar ii, a middle water curtain pillar and a water curtain, a lower portion of the first water curtain pillar i is fixed to a right end of one of the pair of warp stop bar support plate holders, a lower portion of the second water curtain pillar ii is fixed to a right end of the other of the pair of warp stop bar support plate holders, a lower portion of the middle water curtain pillar is fixed to a right end of one of the warp stop bar support plates, an upper portion of the first water curtain pillar i, the second water curtain pillar ii and the middle water curtain pillar extends above a right end of the warp stop bar support plate, and an upper portion of the first water curtain pillar i and the first water curtain pillar i extend above a right end of the warp stop bar support plate and the warp stop bar support plate, respectively, The middle supporting column of the water retaining curtain is connected with the upper part of the second supporting column II of the water retaining curtain, and the lower part of the water retaining curtain extends to the upward side of the supporting plate in the group of warp stop bars.

In another specific embodiment of the present invention, a water-blocking curtain first pillar fixing seat i is formed at a lower portion of the water-blocking curtain first pillar i, a water-blocking curtain first pillar tension spring fixing hole i is formed at an upper portion of the water-blocking curtain first pillar i, a first pillar fixing seat insertion flange i is formed at a left side of the water-blocking curtain first pillar fixing seat i, the first pillar fixing seat insertion flange i is fitted with a first insertion flange seat insertion hole i on the first insertion flange seat i, and the first insertion flange seat i is fixed to a right end face of one of the pair of warp stop bar supporting plate fixing seats by a first insertion flange seat fixing screw i; a water-retaining curtain second strut fixing seat II is formed at the lower part of the water-retaining curtain second strut II, a water-retaining curtain second strut tension spring fixing hole II is formed in the upper part of the water-retaining curtain second strut II, a second strut fixing seat inserting flange II is formed on the left side of the water-retaining curtain second strut fixing seat II, the second strut fixing seat inserting flange II is embedded and matched with a second inserting flange seat embedding hole II in the second inserting flange seat II, and the second inserting flange seat II is fixed with the right end face of the other warp stop bar supporting plate fixing seat in the pair of warp stop bar supporting plate fixing seats through a second inserting flange seat fixing screw II; a water-retaining curtain middle strut transitional fixing plate is fixed at the lower part of the water-retaining curtain middle strut, the water-retaining curtain middle strut transitional fixing plate is fixed with the right end of one warp stop strip middle supporting plate in the group of warp stop strip middle supporting plates, and a water-retaining curtain middle strut rope groove is formed in the upper part of the water-retaining curtain middle strut; the upper portion of water-retaining curtain sets a water-retaining curtain suspension positioner, this water-retaining curtain suspension positioner corresponding to the position of the first pillar extension spring fixed orifices I of water-retaining curtain, the second pillar extension spring fixed orifices II of water-retaining curtain and the middle pillar rope groove of water-retaining curtain with the upper portion of the first pillar I of water-retaining curtain, the second pillar II of water-retaining curtain and the middle pillar of water-retaining curtain links.

In another specific embodiment of the present invention, a screw operation tool abdicating hole i for hardware to insert and operate the first inserting flange seat fixing screw i is formed on the water baffle first pillar fixing seat i and at a position corresponding to the first inserting flange seat fixing screw i; and a water-retaining curtain second strut fixing seat screw operation tool abdicating hole II which is used for hardware tools to probe in and operate the second inserting and embedding flange seat fixing screw II is arranged on the water-retaining curtain second strut fixing seat II and corresponds to the position of the second inserting and embedding flange seat fixing screw II.

In yet another specific embodiment of the present invention, the first inserting flange seat i and the second inserting flange seat ii are L-shaped; and a group of intermediate strut transition fixing plate screws are arranged on the water retaining curtain intermediate strut transition fixing plate and fixed with the right end of one warp stop strip middle supporting plate in the group of warp stop strip middle supporting plates.

In a more specific embodiment of the present invention, the upper portion of the water curtain is provided with a water curtain suspension rope hole along the length direction of the water curtain, the water curtain suspension positioning device is connected to the water curtain first pillar tension spring fixing hole i, the water curtain second pillar tension spring fixing hole ii and the water curtain middle pillar rope groove by means of the water curtain suspension rope hole and the upper portion of the water curtain, and the lower portion of the water curtain is extended to the upward side of the right end of the group of warp stop strip middle support plates.

The utility model discloses a and then a concrete embodiment, manger plate curtain suspension positioner includes a first extension spring I, a second extension spring II and manger plate curtain suspension rope, the one end of first extension spring I corresponding to the position of manger plate curtain first pillar extension spring fixed orifices I with the upper portion of manger plate curtain first pillar I is fixed, the other end of first extension spring I is connected with the one end of manger plate curtain suspension rope, and the other end of this manger plate curtain suspension rope is passing be connected with the one end of second extension spring II behind the manger plate curtain suspension rope hole, and the other end of this second extension spring II corresponding to the position of manger plate curtain second pillar extension spring fixed orifices II with the upper portion of manger plate curtain second pillar II is fixed, the middle part of manger plate curtain suspension rope corresponding to the position support of manger plate curtain middle pillar rope groove is in the upper portion of manger plate curtain middle pillar.

In a still more specific embodiment of the present invention, the water curtain is a non-metal film and has a corrugated cross-sectional shape.

In yet another specific embodiment of the present invention, the non-metal film is a plastic film, and the plastic film is a polyethylene film, a polypropylene film, a polyvinyl chloride film or a polystyrene film.

The technical scheme provided by the utility model the technical effect lie in: the water retaining curtain mechanism is arranged on one side corresponding to the length direction of the warp stopping frame assembly, and plays a role in retaining water, so that the warp stopping frame assembly has a good water retaining effect, and the water splashing of the water jet loom and the warp stopping frame assembly are prevented from causing the electrical short circuit of the warp stopping frame assembly and further causing the abnormal halt of the water jet loom; the water is retained by the water retaining curtain mechanism, so that the normal broken warp response effect of the warp stop frame assembly can be ensured, the requirement of weaving high-grade fabrics by the water jet loom is met, and the added value of products woven by the water jet loom is improved.

Drawings

Fig. 1 is a structural diagram of an embodiment of the present invention.

Fig. 2 is a detailed structural view of the water curtain mechanism shown in fig. 1.

Fig. 3 is an enlarged view of a portion a of fig. 2.

Detailed Description

In order to make the technical essence and advantages of the present invention more clear, the applicant below describes in detail the embodiments, but the description of the embodiments is not a limitation of the present invention, and any equivalent changes made according to the inventive concept, which are only formal and not essential, should be considered as the technical scope of the present invention.

In the following description, all the concepts related to the directions or orientations of up, down, left, right, front and rear are based on the position state of fig. 1 and 2, and thus, they should not be construed as particularly limiting the technical solution provided by the present invention.

Referring to fig. 1 and 2, there is shown a dropper assembly 1, which shows a water curtain mechanism 2 as a technical essential of the present invention, wherein the lower portion of the water curtain mechanism 2 is fixed to one side of the dropper assembly 1 in the longitudinal direction, i.e., the right side of the position shown in the figure, and the upper portion of the water curtain mechanism 2 extends toward the upper side of the side away from the dropper assembly 1 in the longitudinal direction in a screen-like effect.

As shown in fig. 1, the aforementioned drop wire frame assembly 1 includes a drop wire terminal box 11, a set of drop wires 12, a pair of drop wire support plate holders 13 disposed to face each other, a pair of drop wire support plates 14 disposed to face each other, a pair of warp frames 15, and a set of drop wire middle support plates 16, a fixing half shaft 131 for connection with a water jet loom is fixed to each of the sides of the pair of drop wire support plate holders 13 opposite to each other and at the middle of the length direction of the pair of drop wire support plate holders 13 in a horizontal state, one of the pair of drop wire support plates 14 is fixed to one of the pair of drop wire support plate holders 13, and the other of the pair of drop wire support plates 14 is fixed to the other of the pair of drop wire support plate holders 13, a group of warp stop bar chutes (not labeled in figure 1) with the same number and corresponding positions as the group of warp stop bars 12 are respectively arranged on the pair of warp stop bar supporting plates 14 at intervals, two ends of the group of warp stop bars 12 are respectively arranged in the warp stop bar chutes arranged on the pair of warp stop bar supporting plates 14, one end of the group of warp stop bars 12, which faces the warp stop bar junction box 11, protrudes out of the warp stop bar chutes to be fixed with the warp stop bar junction box 11 and is electrically connected with the warp stop bar junction box 11, a group of warp stop bar middle supporting plates 16, which correspond to the middle part of the group of warp stop bars 12 in the length direction, are used for supporting the middle part of the group of warp stop bars 12, a pair of warp racks 15 correspond to each other, two ends of one of the pair of warp racks 15 are respectively fixed with one end part of the pair of warp stop bar supporting plates 13 in the length direction, the two ends of the other bank 15 of the pair of banks 15 are respectively fixed with the other end part of the pair of the warp stop strip support plate fixing seats 13 in the length direction, the middle parts of the pair of banks 15 are supported on the group of warp stop strip middle supporting plates 16, and the warp stop strip junction box 11 is fixed on the upper part of one of the pair of the warp stop strip support plate fixing seats 13; the two ends of the water retaining curtain mechanism 2 are respectively fixed with one end of the warp stop strip support plate fixing seat 13, and the middle part of the water retaining curtain mechanism 2 is fixed with one end (right end) of the lower part of one warp stop strip middle support plate of the warp stop strip middle support plate 16.

Please refer to fig. 2 and fig. 3 and continue to refer to fig. 1, the water curtain mechanism 2 includes a first water curtain pillar i 21, a second water curtain pillar ii 22, a middle water curtain pillar 23 and a water curtain 24, a lower portion of the first water curtain pillar i 21 is fixed to a right end of one of the pair of warp stop bar support plate holders 13, a lower portion of the second water curtain pillar ii 22 is fixed to a right end of the other one of the pair of warp stop bar support plate holders 13, a lower portion of the middle water curtain pillar 23 is fixed to a right end of one of the warp stop bar middle support plates 16, upper portions of the first water curtain pillar i 21, the second water curtain pillar ii 22 and the middle water curtain pillar 23 extend above right ends far away from the pair of warp stop bar support plate holders 13 and the warp stop bar middle support plates 16, the upper part of the water curtain 24 is connected with the upper parts of the first water curtain strut I21, the middle water curtain strut 23 and the second water curtain strut II 22, and the lower part of the water curtain 24 extends to the upward side of the supporting plate 16 in the group of warp stop bars.

A first water-retaining curtain supporting rod fixing seat I211 is formed at the lower part of the first water-retaining curtain supporting rod I21, a first water-retaining curtain supporting rod tension spring fixing hole I212 is formed at the upper part of the first water-retaining curtain supporting rod I21, first supporting rod fixing seat inserting and embedding flanges I2111 (a pair of) are formed at the left side of the first water-retaining curtain supporting rod I211, the first supporting rod fixing seat inserting and embedding flange I2111 is embedded and matched with a first inserting and embedding flange seat embedding hole I21112 on a first inserting and embedding flange seat I21111, and the first inserting and embedding flange seat I21111 is fixed with the right end face of one of the pair of warp stop bar supporting rod fixing seats 13, namely the warp stop bar supporting rod fixing seat in front of the illustrated state, through a first inserting and embedding flange seat fixing screw I21113; a water-blocking curtain second support column fixing seat II 221 is formed at the lower part of the water-blocking curtain second support column II 22, a water-blocking curtain second support column tension spring fixing hole II 222 is formed at the upper part of the water-blocking curtain second support column II 22, a second support column fixing seat inserting and embedding flange II 2211 is formed at the left side of the water-blocking curtain second support column fixing seat II 221, the second support column fixing seat inserting and embedding flange II 2211 is embedded and matched with a second inserting and embedding flange seat embedding hole II 22112 on a second inserting and embedding flange seat II 22111, and the second inserting and embedding flange seat II 22111 is fixed with the other one of the pair of warp stop bar supporting plate fixing seats 13, namely the right end face of one warp stop bar supporting plate fixing seat behind the state shown in the drawing, through a second inserting and embedding flange seat fixing screw II 22113; a water-retaining curtain middle strut transitional fixing plate 231 is fixed at the lower part of the water-retaining curtain middle strut 23, the water-retaining curtain middle strut transitional fixing plate 231 is fixed with the right end of one (one in the middle) warp stop strip middle supporting plate in the warp stop strip middle supporting plate 16, and a water-retaining curtain middle strut rope groove 232 is formed in the upper part of the water-retaining curtain middle strut 23; a water curtain suspension positioning device 241 is disposed on the upper portion of the water curtain 24, and the water curtain suspension positioning device 241 is connected to the upper portions of the first water curtain strut i 21, the second water curtain strut ii 22 and the middle water curtain strut 23 at positions corresponding to the first water curtain strut tension spring fixing hole i 212, the second water curtain strut tension spring fixing hole ii 222 and the middle water curtain strut rope groove 232.

Focusing on fig. 2 and fig. 3, a screw operation tool abdicating hole i 2112 for hardware to insert and operate the first inserting and embedding flange seat fixing screw i 21113 is formed in the first water retaining curtain pillar fixing seat i 211 and at a position corresponding to the first inserting and embedding flange seat fixing screw i 21113; a water-retaining curtain second pillar fixing base screw operating tool abdicating hole II 2212 which is used for hardware to insert and operate the second inserting and embedding flange base fixing screw II 22113 is also formed in the position, corresponding to the second inserting and embedding flange base fixing screw II 22113, of the water-retaining curtain second pillar fixing base II 221.

As shown in fig. 2, the first insertion flange seat i 21111 and the second insertion flange seat ii 22111 are L-shaped; a set of intermediate strut transition fixing plate screws 2311 is provided on the aforementioned water curtain intermediate strut transition fixing plate 231, and the intermediate strut transition fixing plate screws 2311 are fixed to the right end of one (the one located in the middle) warp stop bar middle support plate of the aforementioned set of warp stop bar middle support plates 16.

A water curtain suspension rope hole 242 is formed at an upper portion of the water curtain 24 and spaced apart along a length direction of the water curtain 24, the water curtain suspension positioning device 241 is coupled to the water curtain first pillar tension spring fixing hole i 212, the water curtain second pillar tension spring fixing hole ii 222, and the water curtain middle pillar rope groove 232 by means of the water curtain suspension rope hole 242 together with the upper portion of the water curtain 24, and a lower portion of the water curtain 24 is extended to a side of the group of warp stop strip middle support plates 16 where a right end faces upward.

The applicant needs to state that: in the present invention, although the water blocking curtain 24 is illustrated as two curtains bounded by the middle pillar, this is merely a difference in form and can be regarded as a whole.

The water curtain suspension positioning device 241 includes a first tension spring i 2411, a second tension spring ii 2412 and a water curtain suspension rope 2413, wherein one end of the first tension spring i 2411 is fixed to the upper portion of the first water curtain pillar i 21 at a position corresponding to the first water curtain pillar tension spring fixing hole i 212, the other end of the first tension spring i 2411 is connected to one end of the water curtain suspension rope 2413, the other end of the water curtain suspension rope 2413 is connected to one end of the second tension spring ii 2412 after passing through the water curtain suspension rope hole 242, the other end of the second tension spring ii 2412 is fixed to the upper portion of the second water curtain pillar ii 22 at a position corresponding to the second water curtain pillar tension spring fixing hole ii 222, and the middle portion of the water curtain suspension rope 2413 is supported to the upper portion of the middle water curtain pillar 23 at a position corresponding to the water curtain middle pillar rope groove 232.

Fig. 2 and 3 also show a situation for fixing the rear end of the aforementioned other end of the aforementioned second tension spring 2412, i.e. the position state shown in fig. 2, to the upper part of the water-blocking curtain second pillar ii 22 at a position corresponding to the aforementioned water-blocking curtain second pillar tension spring fixing hole ii 222 by means of a tension spring fixing screw 24121, and a lock nut 24122 is provided at the end of the tension spring fixing screw 24121, since the aforementioned first tension spring 2411 and the water-blocking curtain first pillar i 21 are fixed by the same second tension spring 2412, and thus the description thereof is omitted.

In the present embodiment, the water curtain 24 is a non-metal film and has a corrugated cross-sectional shape, more vividly, a corrugated tile shape as seen in daily life. The upper part of the water-retaining curtain 24 is penetrated by the water-retaining curtain suspension rope 2413, and the lower part, namely the lower edge is supported on the group of warp stop strip middle supporting plates 16, more specifically, the lower part, namely the lower edge of the water-retaining curtain 24 is contacted with the warp stop strip middle supporting plates 16 but is not fixed, so that the water-retaining curtain 24 can show the curtain-like opening or closing effect when warp is broken and stops and warp receiving treatment is needed. When the water retaining curtain is opened, the two sides of the water retaining curtain 24 are folded towards the direction of the water retaining curtain middle upright post 23, and vice versa. After the water curtain 24 is opened, broken warps can be conveniently processed (the broken warps are connected) by a vehicle stop, and after the broken warps are processed, namely the broken warps are connected, the water curtain 24 is closed, so that the water curtain 24 is unfolded towards the direction far away from the water curtain middle upright post 23.

In this embodiment, the non-metal film is a plastic film, and the plastic film is a polyvinyl chloride (PVC) film, but a polyethylene film, a polypropylene film, or a polystyrene film may be used.

The utility model discloses install on the hydraulic loom of shuttleless loom scope, the water that hydraulic loom splashes out in the course of the work can be blockked by manger plate curtain 24, can not splash to dropper terminal box 11 and a set of dropper 12, therefore can ensure the normal performance of the normal broken warp response action of dropper assembly 1, because the theory of operation of dropper assembly 1 is the same basically with publicly known for example the dropper that the applicant mentioned in the above background art column, therefore the applicant is no longer repeated.

In conclusion, the dropper assembly 1 is creatively applied to the water jet loom on the premise of matching with the water retaining curtain mechanism 2, so that the defects in the prior art are overcome, the invention task is successfully completed, and the technical effects recorded in the technical effect column by the applicant are faithfully realized.

Claims

1. A dropper with a water retaining function comprises a dropper frame assembly (1) and is characterized by further comprising a water retaining curtain mechanism (2), wherein the lower portion of the water retaining curtain mechanism (2) is fixed to one side of the dropper frame assembly (1) in the length direction, and the upper portion of the water retaining curtain mechanism (2) extends towards the upper portion of one side far away from the dropper frame assembly (1) in the length direction.

2. The drop wire stand with water retaining function according to claim 1, wherein the drop wire stand assembly (1) comprises a drop wire terminal box (11), a set of drop wires (12), a pair of drop wire support plate holders (13) disposed opposite to each other, a pair of drop wire support plates (14) disposed opposite to each other, a pair of warp racks (15), and a set of drop wire middle support plates (16), wherein a fixing half shaft (131) for connecting with a water jet loom is fixed in a horizontal state on one side of the pair of drop wire support plate holders (13) opposite to each other and in the middle of the length direction of the pair of drop wire support plate holders (13), one of the pair of drop wire support plates (14) is fixed with one of the pair of drop wire support plate holders (13), the other warp stop strip support plate in the pair of warp stop strip support plates (14) is fixed with the other warp stop strip support plate fixing seat in the pair of warp stop strip support plate fixing seats (13), a group of warp stop strip sliding grooves which are equal in number and correspond to the group of warp stop strips (12) in position are respectively arranged on the pair of warp stop strip support plates (14) in an interval state, two ends of the group of warp stop strips (12) are respectively placed in the warp stop strip sliding grooves which are arranged on the pair of warp stop strip support plates (14), the group of warp stop strips (12) extend out of the warp stop strip sliding grooves towards one end of the warp stop strip junction box (11) to be fixed with the warp stop strip junction box (11) and are electrically connected with the warp stop strip junction box (11), and a group of warp stop strip middle support plates (16) correspond to the middle part of the length direction of the group of warp stop strips (12) in an interval state, a pair of warp racks (15) correspond to each other, two ends of one of the warp racks (15) are respectively fixed with one end part of the pair of warp stopping strip support plate fixing seats (13) in the length direction, two ends of the other warp rack (15) of the pair of warp racks (15) are respectively fixed with the other end part of the pair of warp stopping strip support plate fixing seats (13) in the length direction, the middle parts of the pair of warp racks (15) are supported on the group of warp stopping strip middle supporting plates (16), and a warp stopping strip junction box (11) is fixed on the upper part of one of the pair of warp stopping strip support plate fixing seats (13); two ends of the water retaining curtain mechanism (2) are respectively fixed with one end of the warp stop strip supporting plate fixing seat (13), and the middle of the water retaining curtain mechanism (2) is fixed with one end of the lower part of one warp stop strip middle supporting plate in the group of warp stop strip middle supporting plates (16).

3. The dropper frame with water-retaining function as claimed in claim 2, wherein the water-retaining curtain mechanism (2) includes a first water-retaining curtain pillar i (21), a second water-retaining curtain pillar ii (22), a middle water-retaining curtain pillar (23) and a water-retaining curtain (24), a lower portion of the first water-retaining curtain pillar i (21) is fixed to a right end of one of the dropper bar support plate holders (13), a lower portion of the second water-retaining curtain pillar ii (22) is fixed to a right end of the other dropper bar support plate holder (13), a lower portion of the middle water-retaining curtain pillar (23) is fixed to a right end of one of the dropper bar support plate holders (16), and upper portions of the first water-retaining curtain pillar i (21), the second water-retaining curtain pillar ii (22) and the middle water-retaining curtain pillar (23) are respectively far away from the pair of dropper bar support plate holders (13) to be retained by the pair of dropper bar support plate holders (13) to be retained thereby retaining curtains And the right end of the warp stop strip middle supporting plate (16) extends upwards, the upper part of the water-retaining curtain (24) is connected with the upper parts of the water-retaining curtain first supporting column I (21), the water-retaining curtain middle supporting column (23) and the water-retaining curtain second supporting column II (22), and the lower part of the water-retaining curtain (24) extends to the upward side of the warp stop strip middle supporting plate (16).

4. The dropper frame with the water retaining function according to claim 3, wherein a first water-retaining-curtain-supporting-column fixing seat I (211) is formed at the lower part of the first water-retaining-curtain-supporting column I (21), a first water-retaining-curtain-supporting-column tension-spring fixing hole I (212) is formed at the upper part of the first water-retaining-curtain-supporting-column I (21), a first-column-fixing-seat insertion flange I (2111) is formed at the left side of the first water-retaining-curtain-supporting-column fixing seat I (211), the first-column-fixing-seat insertion flange I (2111) is in insertion fit with a first insertion-flange-seat insertion hole I (21112) on the first insertion-insertion flange seat I (21111), and the first insertion-insertion flange seat I (11) is fixed to the right end face of one of the pair of dropper supporting-plate fixing seats (13) through a first insertion-flange-seat fixing screw I (21113); a water-blocking curtain second support column fixing seat II (221) is formed at the lower part of the water-blocking curtain second support column II (22), a water-blocking curtain second support column tension spring fixing hole II (222) is formed at the upper part of the water-blocking curtain second support column II (22), a second support column fixing seat inserting flange II (2211) is formed at the left side of the water-blocking curtain second support column fixing seat II (221), the second support column fixing seat inserting flange II (2211) is embedded and matched with a second inserting flange seat embedding hole II (22112) on a second inserting flange seat II (22111), and the second inserting flange seat II (22111) is fixed with the right end face of the other warp stop bar supporting plate fixing seat in the pair of warp stop bar supporting plate fixing seats (13) through a second inserting flange seat fixing screw II (22113); a water-retaining curtain middle strut transitional fixing plate (231) is fixed at the lower part of the water-retaining curtain middle strut (23), the water-retaining curtain middle strut transitional fixing plate (231) is fixed with the right end of one warp stop strip middle supporting plate in the group of warp stop strip middle supporting plates (16), and a water-retaining curtain middle strut rope groove (232) is formed in the upper part of the water-retaining curtain middle strut (23); the upper portion of water-retaining curtain (24) sets a water-retaining curtain suspension positioner (241), and this water-retaining curtain suspension positioner (241) corresponding to the position of water-retaining curtain first pillar extension spring fixed orifices I (212), water-retaining curtain second pillar extension spring fixed orifices II (222) and water-retaining curtain middle pillar grooving (232) with the upper portion of water-retaining curtain first pillar I (21), water-retaining curtain second pillar II (22) and water-retaining curtain middle pillar (23) is linked.

5. The dropper with the water retaining function according to claim 4, wherein a water-retaining curtain first strut fixing seat screw operating tool abdicating hole I (2112) for hardware to enter and operate the first inserting and embedding flange seat fixing screw I (21113) is formed in the water-retaining curtain first strut fixing seat I (211) and at a position corresponding to the first inserting and embedding flange seat fixing screw I (21113); and a water-retaining curtain second strut fixing seat screw operation tool abdicating hole II (2212) which is also used for hardware tools to probe in and operate the second inserting and embedding flange seat fixing screw II (22113) is formed in the position of the water-retaining curtain second strut fixing seat II (221) corresponding to the second inserting and embedding flange seat fixing screw II (22113).

6. The dropper with water blocking function as claimed in claim 4, wherein the first insertion flange seat I (21111) and the second insertion flange seat II (22111) are L-shaped; a group of middle strut transitional fixing plate screws (2311) are arranged on the water-retaining curtain middle strut transitional fixing plate (231), and the middle strut transitional fixing plate screws (2311) are fixed with the right end of one warp stop strip middle supporting plate in the group of warp stop strip middle supporting plates (16).

7. The dropper with water blocking function as claimed in claim 4, wherein water blocking curtain suspension rope holes (242) are formed at the upper portion of the water blocking curtain (24) and along the length direction of the water blocking curtain (24) at intervals, the water blocking curtain suspension positioning device (241) is coupled with the upper portion of the water blocking curtain (24) via the water blocking curtain suspension rope holes (242) and the water blocking curtain first strut tension spring fixing hole I (212), the water blocking curtain second strut tension spring fixing hole II (222) and the water blocking curtain middle strut rope groove (232), and the lower portion of the water blocking curtain (24) extends to the side of the group of dropper middle support plates (16) where the right end faces upward.

8. The dropper with water blocking function as claimed in claim 7, wherein the water blocking curtain suspension positioning device (241) includes a first tension spring I (2411), a second tension spring II (2412) and a water blocking curtain suspension rope (2413), one end of the first tension spring I (2411) is fixed to the upper portion of the first water blocking curtain pillar I (21) at a position corresponding to the first water blocking curtain pillar tension spring fixing hole I (212), the other end of the first tension spring I (2411) is connected to one end of the water blocking curtain suspension rope (2413), the other end of the water blocking curtain suspension rope (2413) is connected to one end of the second tension spring II (2412) after passing through the water blocking curtain suspension rope hole (242), and the other end of the second tension spring II (2412) is fixed to the upper portion of the second water blocking curtain pillar II (22) at a position corresponding to the second water blocking curtain pillar tension spring fixing hole II (222), the middle part of the water-retaining curtain suspension rope (2413) is supported on the upper part of the water-retaining curtain middle strut (23) at a position corresponding to the water-retaining curtain middle strut rope groove (232).

9. The dropper with water stop function according to any of the claims 3 to 7, wherein the water stop curtain (24) is a non-metal film and has a corrugated cross-section.

10. The dropper with water blocking function as claimed in claim 9, wherein the non-metal film is a plastic film, and the plastic film is a polyethylene film, a polypropylene film, a polyvinyl chloride film or a polystyrene film.