阅读说明：本技术 一种全自动鞋底泡药水机械 (Full-automatic sole drug soaking water machinery ) 是由 戴文育 于 2019-09-30 设计创作，主要内容包括：本发明涉及鞋加工及制作领域,特别是涉及到自动鞋底泡药水的机械设备,具体地说是一种全自动鞋底泡药水机械包括:桶体内置一转筒,转筒上分布有螺旋翼片,转筒的一端设计为锥筒,锥筒进一步衔接输送滚筒,转筒的另一端设计为中空腔体,该腔体内置一转轴与转筒联接,转轴上悬挂有可活动锤块,转轴进一步与设计在桶体壳外的调速电机相结合,所述输送滚筒的另一端结合滚轮架设在机架上,输送滚筒内置螺旋片,螺旋片设计有透孔,输送滚筒的筒体上分布有透孔,该输送滚筒的筒体外设置有筒壳,筒壳上分别安装抽气装置和进气装置；所述桶体侧面设计一进料口与腔体联通,进料口进一步连接进料斗,所述桶体内部安装有水位传感器。(The invention relates to the field of shoe processing and manufacturing, in particular to a mechanical device for automatically soaking liquid medicine in soles, and specifically relates to a full-automatic sole medicine soaking water machine which comprises a barrel body, wherein a rotary drum is arranged in the barrel body, spiral fins are distributed on the rotary drum, one end of the rotary drum is designed into a conical drum, the conical drum is further connected with a conveying roller, the other end of the rotary drum is designed into a hollow cavity, a rotating shaft is arranged in the cavity and connected with the rotary drum, a movable hammer block is hung on the rotating shaft, the rotating shaft is further combined with a speed regulating motor arranged outside the barrel body shell, the other end of the conveying roller is arranged on a rack in combination with a roller, a spiral sheet is arranged in the conveying roller, a through hole is designed in the spiral sheet, the through hole is distributed on the barrel body of the conveying roller, a barrel shell is arranged; the feed hopper is further connected to the feed inlet, and a water level sensor is mounted inside the barrel body.)

1. A full-automatic sole drug-soaking water machine comprises: staving, rotary drum, spiral wing piece, buncher, transport cylinder, cartridge, hammer block, feeder hopper, air exhaust device, air inlet unit, the platform is shaken to the wave form, shock dynamo, vibrations hopper, the separation brush, the steam mouth of pipe, liquid medicine case, filter equipment, its characterized in that: a rotating drum is arranged in the barrel body, spiral fins are distributed on the rotating drum, one end of the rotating drum is designed into a conical drum, the conical drum is further connected with a conveying roller, the other end of the rotating drum is designed into a hollow cavity, a rotating shaft is arranged in the cavity and connected with the rotating drum, a movable hammer block is hung on the rotating shaft, the rotating shaft is further combined with a speed regulating motor arranged outside the barrel body shell, the other end of the conveying roller is erected on a rack in combination with a roller, a spiral sheet is arranged in the conveying roller, through holes are designed on the spiral sheet, through holes are distributed on the barrel body of the conveying roller, a barrel shell is arranged outside the barrel body of the conveying roller, and an air exhaust device and; a liquid medicine inlet and a liquid medicine drain outlet are formed in the bottom of the barrel body, the liquid medicine inlet is provided with an electric valve and is connected to a liquid medicine tank through a liquid medicine pipeline, and the liquid medicine drain outlet is provided with a circulating water pump and is connected with a filtering device through a pipeline; staving side design feed inlet and cavity UNICOM, the feeder hopper is further connected to the feed inlet, and the feeder hopper is met with the wave formula and is answered, perhaps this feeder hopper meets with conveyor and corresponds, and vibrating motor is connected to wave formula shake platform one end, and wave formula shakes the top and links up vibrations hopper, staving internally mounted has level sensor.

2. The full-automatic sole liquid medicine soaking machine according to claim 1, characterized in that: one end of each spiral wing piece extends to the peripheral position of the hollow cavity body, the other end of each spiral wing piece is fixed on a cone barrel designed at one end of the rotary drum, and through holes are distributed on the spiral wing pieces.

3. The full-automatic sole liquid medicine soaking machine according to claim 1, characterized in that: the sleeve is arranged above the hammer block and is combined on the rotating shaft to form a vertical state or a rotatable movable body of the hammer block.

4. The full-automatic sole liquid medicine soaking machine according to claim 1, characterized in that: the wave-shaped vibration table is formed by distributing vibration sheets which are obliquely arranged on a frame body, a hot air cavity is arranged below the frame body and is connected with a hot air pipe opening, and the hot air pipe opening is further combined with an air blowing opening of a hot air device.

5. The full-automatic sole liquid medicine soaking machine according to claim 1, characterized in that: a hopper cover is designed above the vibration hopper, and an air outlet is designed on the vibration hopper or on the hopper cover.

6. The full-automatic sole liquid medicine soaking machine according to claim 1, characterized in that: the conveying device comprises a conveying belt and a conveying wheel, the conveying wheel is connected with a power mechanism, a hopper is arranged above the conveying belt, and convex strips are distributed on the conveying belt.

7. The full-automatic sole liquid medicine soaking machine according to claim 1, characterized in that: one or more pairs of electric separating brushes are arranged above the feed hopper, and each separating brush comprises a motor and a rotating brush.

8. The full-automatic sole liquid medicine soaking machine according to claim 1, characterized in that: the filtering device comprises a filtering layer arranged in the filtering box body, a filtering hopper is arranged below the filtering layer, and the filtering hopper is connected above the liquid medicine tank.

9. The full-automatic sole liquid medicine soaking machine according to claim 1, characterized in that: a barrel shell is arranged outside the barrel body of the conveying roller, and heating elements are distributed on the inner wall of the barrel shell.

10. The full-automatic sole liquid medicine soaking machine according to claim 1, characterized in that: the central part is a mandrel section of thick bamboo in the barrel of transport cylinder, and a mandrel section of thick bamboo links up fixedly with the flight, and this mandrel section of thick bamboo extends to the outside of carrying the cylinder barrel, has laid ultraviolet lamp on the mandrel section of thick bamboo, and the wire that ultraviolet lamp connects is through installing current collecting ring group and communicating with each other with external power supply on the mandrel section of thick bamboo, and perhaps the one end of this mandrel section of thick bamboo is erect in the frame, and the other end of mandrel section of thick bamboo combines bearing group location on a awl section of thick bamboo to lay ultraviolet lamp on this mandrel section of thick bamboo.

Technical Field

The invention relates to the field of shoe processing and manufacturing, in particular to mechanical equipment for automatically soaking liquid medicine in soles, and specifically relates to a full-automatic sole liquid medicine soaking machine.

Background

The traditional sole liquid medicine soaking machines are all used for soaking liquid medicine in a conveying belt mode, soles need to be manually placed into the conveying belt one by one, and therefore the sole liquid medicine soaking machine is low in efficiency, unsafe and labor-consuming. Or the traditional artificial soaking is adopted, and the traditional artificial soaking brings great physical consumption to artificial making due to the side effect of environmental liquid medicine and various manual operations in the making process, and easily causes the problems of influencing the physical health and the like due to uncertain sanitary environment.

Disclosure of Invention

In view of the above problems, the technical task of the present invention is to provide a fully automatic sole liquid medicine soaking machine with reasonable design, simple structure, convenient use and strong flexibility, which aims at the defects of the prior art.

The invention is realized by the following technical scheme:

a full-automatic sole drug-soaking water machine comprises: a rotating drum is arranged in the drum body, spiral fins are distributed on the rotating drum, one end of the rotating drum is designed into a conical drum, the conical drum is further connected with a conveying drum, the other end of the rotating drum is designed into a hollow cavity, a rotating shaft is arranged in the cavity and connected with the rotating drum, a movable hammer block is hung on the rotating shaft, a sleeve is designed above the hammer block and combined on the rotating shaft to form a rotatable movable body, the rotating shaft is further combined with a speed regulating motor arranged outside the drum body shell, the other end of the conveying drum is erected on a rack in combination with a roller, a drum shell is arranged outside the drum body of the conveying drum, an air exhaust device and an air inlet device are respectively arranged on the drum shell, spiral sheets are arranged in the conveying drum, through holes are designed in the spiral sheets; a liquid medicine inlet and a liquid medicine discharge outlet are formed in the bottom of the barrel body, an electric (magnetic) valve is mounted at the liquid medicine inlet and connected to a liquid medicine tank through a liquid medicine pipeline, and a circulating water pump is mounted at the liquid medicine discharge outlet and connected with a filtering device through a pipeline; staving side design feed inlet and cavity UNICOM, the feeder hopper is further connected to the feed inlet, and the feeder hopper is met with the wave formula and is answered, perhaps this feeder hopper meets with conveyor and corresponds, and vibrating motor is connected to wave formula shake platform one end, and wave formula shakes the top and links up vibrations hopper, staving internally mounted has level sensor.

In the above, one end of the spiral wing extends to the peripheral position of the hollow cavity, the other end of the spiral wing is fixed on the cone designed at one end of the rotary drum, and the spiral wing is distributed with through holes.

In the above, the wave-shaped vibration table is formed by distributing vibration sheets which are obliquely arranged on a frame body, a hot air cavity is arranged below the frame body and is connected with a hot air pipe orifice, and the hot air pipe orifice is further combined with an air blowing port of a hot air device.

In the aforesaid, vibrations hopper top design has the hopper lid, and the last or hopper lid of vibrations hopper designs an air outlet, and this air outlet is connected with air inlet unit through the pipeline.

In the foregoing, conveyor includes that conveyer belt and delivery wheel combine, and delivery wheel connection power unit, the design of conveyer belt top has the hopper, and it has the sand grip to distribute on the conveyer belt.

In the above, a pair or more than two pairs of electric separating brushes arranged correspondingly are designed above the feed hopper, and each separating brush comprises a motor and a rotating brush.

In the above, the filtering device comprises a filtering layer arranged in the filtering box body, and a filtering hopper is arranged below the filtering layer and connected above the liquid medicine tank.

In the above, a sleeve is arranged above the hammer block, and the sleeve is combined on the rotating shaft to form a vertical state or a rotatable movable body of the hammer block.

In the above, a drum shell is arranged outside the drum body of the conveying drum, and heating elements are distributed on the inner wall of the drum shell.

In the aforesaid, carry the barrel of cylinder in the central part be a mandrel section of thick bamboo, a mandrel section of thick bamboo links up fixedly with the flight, and this mandrel section of thick bamboo extends to the outside of carrying the cylinder barrel, has laid ultraviolet lamp on the mandrel section of thick bamboo, and the wire that ultraviolet lamp connects communicates with each other with external power supply through the installation collecting ring group on the mandrel section of thick bamboo, or the one end of this mandrel section of thick bamboo erects on the frame, and the other end of mandrel section of thick bamboo combines bearing group location on a cone to lay ultraviolet lamp on this mandrel section of thick bamboo.

In the aforesaid, put into the sole in the vibrations hopper, the sole is through the wave formula of below shake the platform vibrations of making a round trip, the sole further combines the separation brush to carry to feed inlet and in the cavity, the sole rotates the liquid medicine contact of bottom in the staving through the spiral wing that distributes on the rotary drum and soaks, further rotate to carrying the cylinder through the spiral wing that distributes on the rotary drum after soaking, carry the built-in spiral wing of cylinder and further carry to the cylinder exit, the sole is carrying between the cylinder is carried to carrying, air exhaust device and air inlet unit are installed respectively to the shell of a tube and are circulated the stoving, during, hopper cover designs an air outlet, this air outlet is connected with air inlet unit through the pipeline and carries out steam and recycle. Staving internally mounted has level sensor, guarantees standardization, the digitization that liquid medicine added, realizes sustainable stable production, has saved the manual work and has saved the time, has improved production efficiency.

Drawings

FIG. 1 is a front view of an embodiment of the present invention.

The drawing is marked by 1-barrel body, 2-rotating barrel, 3-helical fin, 4-speed regulating motor, 5-conveying roller, 6-barrel shell, 7-hammer block, 8-feeding hopper, 9-air extractor, 10-air inlet device, 11-wave vibration table, 12-vibration motor, 13-vibration hopper, 14-separation brush, 15-hot air pipe orifice, 16-liquid medicine tank, 17-filter device, 18-liquid medicine pipeline and 19-water pump.

Detailed Description

The mechanism and the structural arrangement of the embodiment of the present invention will be described in detail with reference to the accompanying drawings.