阅读说明：本技术 植绒机的植绒室 (Flocking chamber of flocking machine ) 是由 张裕良 于 2019-11-12 设计创作，主要内容包括：本发明提供了植绒机的植绒室,其安全性好,不会与外壳机架产生静电火花。其包括毛刷斗,所述毛刷斗内安装有毛刷辊；绒毛室,所述毛刷斗下部位于所述绒毛室内；毛刷电机,所述毛刷电机位于所述绒毛室外,所述毛刷电机通过绝缘传动轴与所述毛刷辊连接,所述绝缘传动轴穿过所述绒毛室外壳机架设置。(The invention provides a flocking chamber of a flocking machine, which has good safety and can not generate electrostatic sparks with a shell frame. The brush comprises a brush hopper, wherein a brush roller is arranged in the brush hopper; the lower part of the brush hopper is positioned in the fluff chamber; the brush motor is located outside the fluff chamber and connected with the brush roller through an insulating transmission shaft, and the insulating transmission shaft penetrates through the fluff chamber shell frame.)

1. The flocking chamber of the flocking machine comprises a brush hopper, and a brush roller is arranged in the brush hopper; the lower part of the brush hopper is positioned in the fluff chamber; the brush motor, the brush motor is located outside fine hair room, its characterized in that: the brush motor is connected with the brush roller through an insulating transmission shaft, and the insulating transmission shaft penetrates through the fluff chamber shell frame.

2. A flocking chamber of a flocking machine according to claim 1, wherein: the insulating transmission shaft is connected with the brush roller through a first speed reducer.

3. A flocking chamber of a flocking machine according to claim 2 wherein: the brush motor is connected with the insulating transmission shaft through a second speed reducer.

4. A flocking chamber of a flocking machine according to claim 3, wherein: the brush motor is connected with the second speed reducer through belt transmission.

5. A flocking chamber of a flocking machine according to claim 1, wherein: the lateral part of the fluff chamber is made of glass, and the lateral part of the brush hopper is made of glass.

6. A flocking chamber of a flocking machine according to claim 1, wherein: the top of the brush hopper is connected with a measuring hopper, the outer side of the measuring hopper or the outer side of the brush hopper, which is positioned outside the fluff chamber, is respectively extended with a connecting wing, the connecting wings are respectively provided with a lifting device, the casing at the top of the fluff chamber is respectively connected with a lifting rod on the position of the lifting device in the vertical direction, and the lifting device is connected with the lifting rod.

7. A flocking chamber of a flocking machine according to claim 6 wherein: the lifting device is an automatic lifting speed reducer.

Technical Field

The invention relates to the technical field of flocking equipment, in particular to a flocking chamber of a flocking machine.

Background

The flocking machine is used for vertically fixing the fluff on the base material coated with the adhesive. A flocking device introduced with application number 200720036923.8 is installed inside a flocking chamber of a traditional flocking machine, and comprises a metering hopper provided with a metering roller and a brush hopper provided with a brush roller, wherein the brush hopper is connected with the bottom of the metering hopper, the metering roller is connected with a metering motor through a chain transmission, the brush roller is connected with the brush motor through the chain transmission, the specific structure of the traditional flocking chamber can be seen from figure 1, the brush hopper 1-2 extends into a fluff chamber 1-1, a high-voltage static electricity network 1-3 is arranged below the brush hopper 1-2, and fluff falls on a substrate below through the static electricity network 1-3 after falling from the brush hopper 1-2; the brush motor 1-4 is arranged above the fluff chamber 1-1 and is connected with the brush roller 1-7 through the metal shell frame 1-6 above the fluff chamber 1-1 by the chain 1-5, and after the structure is adopted, if the distance between the brush hopper 1-2 and the electrostatic net 1-3 is too close, the chain 1-5 is conductive, thus electrostatic sparks can be generated at the top of the shell frame 1-6, and the hidden trouble of igniting fluff is generated.

Disclosure of Invention

Aiming at the problem that the traditional flocking chamber has the hidden trouble of igniting fluff, the invention provides the flocking chamber of the flocking machine, which has good safety and can not generate electrostatic sparks with a shell frame.

The technical scheme is as follows: the flocking chamber of the flocking machine comprises a brush hopper, and a brush roller is arranged in the brush hopper; the lower part of the brush hopper is positioned in the fluff chamber; the brush motor, the brush motor is located outside fine hair room, its characterized in that: the brush motor is connected with the brush roller through an insulating transmission shaft, and the insulating transmission shaft penetrates through the fluff chamber shell frame.

It is further characterized in that:

the insulating transmission shaft is connected with the brush roller through a first speed reducer;

the brush motor is connected with the insulated transmission shaft through a second speed reducer;

the brush motor is connected with the second speed reducer through belt transmission;

the lateral part of the fluff chamber is made of glass, and the lateral part of the brush hopper is made of glass;

the top of the brush hopper is connected with a measuring hopper, connecting wings extend from the outer side of the measuring hopper or the outer side of the brush hopper outside the fluff chamber respectively, lifting devices are mounted on the connecting wings respectively, lifting rods are connected to positions of the casing at the top of the fluff chamber in the vertical direction relative to the lifting devices respectively, and the lifting devices are connected with the lifting rods;

the lifting device is an automatic lifting speed reducer.

After the structure is adopted, the insulating transmission shaft is adopted to replace a chain to penetrate through the fluff chamber shell, so that electrostatic sparks cannot be generated between the insulating transmission shaft and the fluff chamber shell frame, fluff is prevented from being ignited, and the safety performance is good.

Drawings

FIG. 1 is a structural diagram of a flocking chamber of a conventional flocking machine;

FIG. 2 is a front view of the structure of the present invention;

fig. 3 is a side view of the structure of the present invention.

Detailed Description

The flocking chamber of the flocking machine shown in fig. 2 and 3 comprises a brush hopper 1-2, wherein a brush roller 1-7 is arranged in the brush hopper 1-2; the lower part of the fluff chamber 1-1 and the brush bucket 1-2 are positioned in the fluff chamber 1-1; the brush motor 1-4, the brush motor 1-4 is located outside the fluff chamber 1-1, the brush motor 1-4 is connected with the brush roller 1-7 through the insulated transmission shaft 2, and the insulated transmission shaft 2 is arranged through the housing frame 1-6 of the fluff chamber 1-1.

Specifically, the down feather measuring device comprises a measuring hopper 1-8 positioned at the top, a measuring part is arranged in the measuring hopper 1-8 and used for measuring the down feather, a brush hopper 1-2 is connected below the measuring hopper 1-8, the measured down feather falls into the brush hopper 1-2 and then enters a down feather chamber 1-1 through a brush on a brush roller 1-7, a part of the brush hopper 1-2 is positioned in the down feather chamber 1-1, a part of the brush hopper is positioned above the down feather chamber 1-1, a static electricity grid 1-3 is arranged below the brush hopper 1-2 in the down feather chamber 1-1, the down feather passes through the static electricity grid 1-3 and then falls on cloth conveyed by a conveying chain 3, in the scheme, a brush motor 1-4 is arranged above the down feather chamber 1-1 and connected with an insulated transmission shaft 2 which is vertically arranged, of course, the brush motor 1-4 can be arranged at other positions and arranged with the brush motor 1-4 according to requirements -4 connected insulated drive shafts 2 of different orientations; the insulated transmission shaft 2 can adopt a common insulated column on the market and can also be customized according to the size requirement. In order to control the speed of the brush motors 1-4 driving the brush rollers 1-7 to rotate, the insulated transmission shaft 2 is connected with the end parts of the brush rollers 1-7 through a first speed reducer 4. Furthermore, as shown in fig. 2, the brush motors 1-4 are arranged transversely and connected with the second speed reducer 5 through belt transmission, and the first speed reducer 4 and the second speed reducer 5 adopt worm gear speed reducers.

After the structure is adopted, the insulating transmission shaft is adopted to replace a chain to penetrate through the fluff chamber shell rack, so that electrostatic sparks cannot be generated with the fluff chamber shell rack, the phenomenon of ignition cannot occur, fluff is prevented from being ignited, and the safety performance is good. In addition, in order to reduce the sparking phenomenon, the distance between the brush bucket 1-2 and the static grid 1-3 must be larger than 250mm in the traditional structure, but the distance between the brush bucket 1-2 and the static grid 1-3 needs to be adjusted according to different flocking materials, so that the traditional structure has larger limitation on the flocking materials, and the distance between the brush bucket 1-2 and the static grid 1-3 can be adjusted at will by adopting the structure at present, so that the application range is wide. In addition, the side part of the fluff chamber 1-1 is made of glass, and the side part of the brush bucket 1-2 is made of glass, so that observation can be facilitated, and fluff can be prevented from being adhered to the glass.

In order to adjust the distance between the brush hopper 1-2 and the static grid 1-3 conveniently, as shown in fig. 3, the top of the brush hopper 1-2 is connected with a measuring hopper 1-8, the outer side of the measuring hopper 1-8 or the outer side of the brush hopper 1-2 outside the fluff chamber 1-1 is respectively extended with a connecting wing 6, the connecting wings 6 are respectively provided with a lifting device 7, the positions of the top shell of the fluff chamber 1-1 relative to the vertical direction of the lifting device 7 are respectively connected with a lifting rod 8, and the lifting device 7 is connected with the lifting rod 8; the lifting devices 7 are automatic lifting speed reducers, and when the positions of the lifting devices 7 need to be adjusted, the four lifting devices 7 are started to drive the weighing hoppers 1-8 and the hairbrush hoppers 1-2 to ascend or descend.

The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present invention are included in the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.