CN2680066Y

CN2680066Y - Integrated type high efficiency shoes making machine

Info

Publication number: CN2680066Y
Application number: CN 03260896
Authority: CN
Inventors: 张良村
Original assignee: Individual
Current assignee: Individual
Priority date: 2003-08-12
Filing date: 2003-08-12
Publication date: 2005-02-23
Anticipated expiration: 2013-08-12

Abstract

The utility model relates to an integrated type high efficiency shoes making machine. A plurality of shoe setting disks and shoe setting rods are respectively arranged on several shoe setting rack units. Every shoe setting rack unit is vertically fixed on a delivery chain, and intermittently travels in an ellipse with the delivery chain. A drying apparatus and a vacuum activating box are arranged in the traveling of the shoe setting rack units, and between two drying boxes and between the drying boxes and the vacuum activating box, working tables are respectively provided. Shoe soles and shoe bodies are arranged on the shoe setting rack units. To get rid of gelatin on the shoe soles and the shoe bodies, dampener solution is daubed on the abutting surfaces of the shoe soles and the shoe bodies. After being dried in a first drying box, shoes are delivered to working tables. Viscose is daubed on the abutting surfaces of shoes. Glue is dried in a second drying box. Viscose is activated and moisture in shoes is drawn out by making use of infrared lamp tubes in an evacuation box in the vacuum activating box. Shoe soles and shoe bodies are abutted when passing through the working tables to complete shoes making procedure. The shoes making machine has high efficiency and saves placing space.

Description

Integrated high efficiency shoes making machine

Technical field

The utility model relates to shoes making machine, particularly dwindling the shoemaking flow process and promoting on the shoemaking efficient, can reduce the integrated high efficiency shoes making machine of machine ornament space.

Background technology

General applying shoes making machine has following steps basically: coat liquid medicine, with the glued membrane destruction of sole and footwear body binding face 1.; 2. drying baker is dried liquid medicine; 3. on binding face, coat viscose; 4. drying baker is dried viscose; 5. heating is with above-mentioned viscose surface active; 6. sole and footwear body are fitted mutually and are finished shoemaking.Therefore, this production line is that this equipment has: 1. the conveyer belt both sides are provided with workbench, and the action of coating liquid medicine is provided with the transmission of plane conveyer belt; 2. dried through first drying baker; 3. coat viscose by conveyer belt in the workbench both sides again; 4. through second drying baker viscose is dried again; 5. the outlet of this second drying baker is provided with the transient heating device, and with the viscose surface active; 6. utilize workbench that footwear body and sole are fitted mutually at last, to finish shoemaking work.But there are the following problems for this equipment:

1, general production line is by conveyer belt transmission sole and footwear body, and on conveyer belt, be interval with drying baker according to flow process, and be provided with workbench in the conveyer belt both sides, therefore, the ornaments of this production line must be continuous ten several meters, even tens of rice, and then the manpower of Shi Yonging increases relatively, and must provide big ornament space, very waste.

2, this huge production line is if produce a small amount of footwear boots.

3, because footwear boots surface has moisture, after applying, must carry out the heating in vacuum flow process, can make the typing of footwear body,, must increase a vacuum setting machine more then, also will increase and make and ornament space to promote quality.

Summary of the invention

The purpose of this utility model is to provide a kind of integrated high efficiency shoes making machine, and this integrated high efficiency shoes making machine can promote the shoemaking quality, more can promptly be finalized the design, and need not increase vacuum heating apparatus before applying work, reaches thin device and ornament space.

Integrated high efficiency shoes making machine of the present utility model, it includes: a body, be provided with oval chain in it, its chain the periphery of process be respectively equipped with the coating pool, be followed successively by first drying baker thereafter, be coated with the viscose workbench, second drying baker, vacuum activation box, applying workbench; It is characterized in that described chain; Below each pivot, be pivoted with assembly pulley, and cooperatively interact with track respectively, and be fixed with bearing between this adjacent pivot, on bearing, be provided with upright shoe shelf unit, above the shoe shelf unit, be articulated with assembly pulley, and match with the slide rail of body top, chain is driven intermittently by rotating disk advance, drive the shoe shelf unit simultaneously and advance spacing intermittence between track and slide rail; On described shoe shelf unit, be fixed with several shoe setting disks and/or put the footwear bar,, and can carry out angle adjustment and locked and establish with carrying sole and footwear body; Described first drying baker is located at next work station in gluing pool, and second drying baker is provided in a side of next work station that is coated with the viscose workbench, and first drying baker and second drying baker have identical construction; Wherein, the both sides, shoe shelf unit during this is advanced are respectively equipped with air blowing hood and suspended hood, and this air blowing hood below is provided with air blast, are connected to from blower outlet in each runner of air blowing hood and are provided with heater; Be provided with the return air runner in addition in suspended hood, this return air runner is communicated with and is connected with the return air inlet of air blast with the collection air channel; Described vacuum activation box is located at next work station of second drying baker, the both sides of the shoe shelf unit in advancing are respectively equipped with forward and backward vacuum (-tight) housing, at initial vacuum cover internal fixation having heaters device, utilize gas or the forward and backward vacuum (-tight) housing of oil hydraulic cylinder interlock with sealing of shoemaking frame unit and unlatching.

The another of integrated high efficiency shoes making machine of the present utility model is characterised in that: the vacuum activation box is made up of with the final vacuum cover the initial vacuum cover; Push away frame before the cover back side, the described initial vacuum vertical fixing one, push away before this and slide on the support before frame is fixed on, slide the push shaft front end that support is fixed on gas/oil hydraulic cylinder again before this; Described vacuum (-tight) housing back side vertical fixing one pusher frame slides on the support after this pusher frame is fixed on, and slides support after this and is fixed on gas/oil hydraulic cylinder again, and the above-mentioned forward and backward support that slides all is fixed with assembly pulley, and can divide a word with a hyphen at the end of a line front and back on slideway.

Another feature of integrated high efficiency shoes making machine of the present utility model is, is located at the heater in the vacuum (-tight) housing, can be infrared lamp, also can be electrothermal tube.

The utility model is in carrying flow process, be provided with the vacuum activation box, activate viscose and use inner infrared lamp, simultaneously footwear boots moisture is extracted out, can promote the shoemaking quality, more can before applying work, promptly be finalized the design, and need not increase vacuum vulcanizing equipment, reach thin device and ornament space person.

Description of drawings

Fig. 1 is each workstation configuration floor map of shoes making machine of the present utility model.

Fig. 2 is a drying baker of the present utility model plane schematic side view.

Fig. 2-A is the air blowing hood front-view schematic diagram of drying baker of the present utility model.

Fig. 2-B is the suspended hood schematic rear view of the utility model drying baker.

Fig. 2-C is first and second drying baker configuration schematic diagram of the present utility model.

Fig. 3 is a vacuum activation box configuration schematic diagram of the present utility model.

Fig. 4 is a vacuum activation box action front view of the present utility model.

Fig. 4-A is a vacuum activation box of the present utility model initial vacuum cover front view.

Fig. 4-B is a vacuum activation box final vacuum cover rearview of the present utility model.

Fig. 5-A is that illustration is implemented in first section action of vacuum activation box of the present utility model.

Fig. 5-B is that illustration is implemented in second section action of vacuum activation box of the present utility model.

Symbol description

Body 1 coating pool 10 first drying bakers 11

Second drying baker, 13 vacuum activation box 14 are coated with viscose workbench 12

Chain 2 pivots 21 applying workbench 15

Track 23 bearings 24 assembly pulleys 22,22 '

Slide rail 25 rotating disk R shoe setting disks or put footwear bar 31

Air blowing hood 111 runners 1111 heaters 1112

Suspended hood 112 control valves 1114 exhaust pipes 1113

Air blast 113 air outlets 1131 return air runners 1121

Collection 1122 return air inlets, 1132 initial vacuums, air channel cover 141

Before push away frame 1411 infrared lamps or heater 1413

Slide support 1412 before the final vacuum cover 142 pusher framves 1421

Slide support 1422 behind push shaft 1431 gas/oil hydraulic cylinder 143

Assembly pulley 144 slideways 145

The specific embodiment

Below be the embodiment of the integrated high efficiency shoes making machine of the utility model, existing conjunction with figs. is elaborated.

See also Fig. 1, Fig. 2, shown in Figure 3: be each workstation configuration figure of the present utility model, this main framework is the body 1 that is provided with oval induction system in, it uses that chain 2 drives shoe shelf unit 3 and the periphery system of process is respectively equipped with coating pool 10, first drying baker 11, is coated with viscose workbench 12, second drying baker 13, vacuum activation box 14, applying workbench 15, to form a shoemaking flow process; Wherein, see also Fig. 2, Fig. 2-A, B, C and shown in Figure 3: each pivot 21 below of this chain 2 are pivoted with assembly pulley 22, and cooperatively interact with track 23 respectively, and be fixed with bearing 24 between this adjacent pivot 21, and on bearing 24, be provided with upright shoe shelf unit 3, and above shoe shelf unit 3, then be articulated with assembly pulley 22 ', and match with the slide rail 25 of body 1 top, chain 2 is driven by rotating disk R advances, drive shoe shelf unit 3 simultaneously between track 23 and slide rail 25, advance spacing intermittence via control; Therefore, in above-mentioned coating pool 10, first drying baker 11, be coated with viscose workbench 12, second drying baker 13, vacuum activation box 14, applying workbench 15 positions, all be provided with a shoe shelf unit 3, and all affect, to guarantee that each shoe shelf unit 3 is controlled and rest in the operating position at above-mentioned each place by chain 2.

Above-mentioned shoe shelf unit 3 is fixed with several shoe setting disks and/or puts footwear bar 31, with carrying sole and footwear body, and can carry out angle adjustment and is locked and establish.

See also shown in Fig. 1, Fig. 2, Fig. 2-A, B, the C: above-mentioned first drying baker 11 is next work station that is located at gluing pool 10, and second drying baker 13 is to be located at next work station that is coated with viscose workbench 12, and first drying baker 11 and second drying baker 13 have identical construction; Wherein, 3 both sides, shoe shelf unit during this is advanced are respectively equipped with air blowing hood 111 and suspended hood 112, and these air blowing hood 111 belows are provided with air blast 113, are connected to from air blast 113 air outlets 1131 in each runner 1111 of air blowing hood 111 and are provided with heater 1112; Be provided with return air runner 1121 in addition in suspended hood 112, this return air runner 1121 is communicated with collection air channel 1122, is connected with the return air inlet 1132 of air blast 113 again; When air blast 113 is blown from air outlet 1131, send hot blast via the heater 1112 in above-mentioned each runner 1111 again, the sole or footwear liquid medicine or the viscose on one's body that make the shoe setting disk that places shoe shelf unit 3 and/or put on the footwear bar 31 are dried, simultaneously hot blast is entered again the return air inlet 1132 of air blast 113 via the return air runner 1121 of suspended hood 112 and collection air channel 1122, make hot blast be continued circulative convection in first,

second drying baker

11,13, with the saving energy, and can reduce the peculiar smell diffusion.

Moreover as shown in Figure 2: each runner 1111 of air blowing hood 111 is circumscribed with exhaust pipe 1113, which is provided with to adjust valve 1114, makes the stink in each runner 1111 swim ion by exhaust pipe 1113 discharges, can reduce the harm to human body.

See also Fig. 1, Fig. 3, Fig. 4, Fig. 4-A, shown in the B: this vacuum activation box 14 is next work station of being located at second drying baker 13, and before the both sides of running shoe shelf unit 3 are respectively equipped with, final vacuum cover 141,142, and wherein the initial vacuum is covered 141 internal fixation several infrared lamps or heater 1413 is arranged, and push away frame 1411 before the back side vertical fixing one, also vertical fixing one pusher frame 1421 of final vacuum cover 142 in addition, make to push away before above-mentioned and slide on the support 1412 before frame 1411 is fixed on, and should before slide push shaft 1431 front ends that support 1412 is fixed on gas/oil hydraulic cylinder 143 again; Slide on the support 1422 after above-mentioned pusher frame 1421 then is fixed on, slide support 1422 after this and be fixed on again on gas/oil hydraulic cylinder 143; And the above-mentioned forward and backward

support

1412,1422 that slides all is fixed with assembly pulley 144, and can divide a word with a hyphen at the end of a line in slideway 145 front and back; See also Fig. 5-A: before push shaft 1431 drives of gas or oil hydraulic cylinder 143, slide support 1412, push away frame 1411 promotion initial vacuums covers 141 before driving relatively and travel to and lean on the position to shoe shelf unit 3; See also Fig. 5-B: cover 141 pushing tow shoe shelf unit 3 in above-mentioned initial vacuum, oppositely spur gas or oil hydraulic cylinder 143 simultaneously, after driving, slide support 1422 and pusher frame 1421, and final vacuum cover 142 is travelled to and leans on the position to shoe shelf unit 3, make shoe shelf unit 3 promptly by forward and backward vacuum (-tight) housing 141,142 sealings; Be provided with infrared lamp or heater 1413 in this initial vacuum cover 141, the footwear boots are carried out the viscose activation, simultaneously moisture and peculiar smell are extracted out, then opened forward and backward vacuum (-tight) housing 141,142, so that the applying work station carries out the applying of sole and footwear body according to above-mentioned counteragent.

According to the combination of above-mentioned two drying bakers and vacuum activation box, what cooperate each workbench is coated with liquid medicine and viscose, and the work flow of fitting, and can shorten the processing time-histories, dwindles the shoes making machine volume and saves shoes making machine quantity.

Claims

1, an integrated high efficiency shoes making machine, it includes: a body, be provided with oval chain in it, its chain the periphery of process be respectively equipped with the coating pool, be followed successively by first drying baker thereafter, be coated with the viscose workbench, second drying baker, vacuum activation box, applying workbench; It is characterized in that:

Described chain is pivoted with assembly pulley below each pivot, and cooperatively interact with track respectively, and be fixed with bearing between this adjacent pivot, on bearing, be provided with upright shoe shelf unit, above the shoe shelf unit, be articulated with assembly pulley, its slide rail with the body top matches, and chain is driven and drive the shoe shelf unit by rotating disk; On described shoe shelf unit, be fixed with several shoe setting disks and/or put the footwear bar;

Described first drying baker is located at next work station in gluing pool, and second drying baker is provided in a side of next work station that is coated with the viscose workbench, and first drying baker and second drying baker have identical construction; Wherein, both sides, described shoe shelf unit are respectively equipped with air blowing hood and suspended hood, and this air blowing hood below is provided with air blast, are connected to from blower outlet in each runner of air blowing hood and are provided with heater; Be provided with the return air runner in addition in suspended hood, this return air runner is communicated with and is connected with the return air inlet of air blast with the collection air channel;

Described vacuum activation box is located at next work station of second drying baker, is respectively equipped with forward and backward vacuum (-tight) housing in the both sides of shoe shelf unit, and at initial vacuum cover internal fixation having heaters device, gas or oil hydraulic cylinder interlock are in the sealing of shoemaking frame unit and its forward and backward vacuum (-tight) housing.

2, integrated high efficiency shoes making machine as claimed in claim 1 is characterized in that: described vacuum activation box is made up of with the final vacuum cover the initial vacuum cover; Push away frame before the cover back side, the described initial vacuum vertical fixing one, push away before this and slide on the support before frame is fixed on, slide the push shaft front end that support is fixed on gas or oil hydraulic cylinder again before this; Described vacuum (-tight) housing back side vertical fixing one pusher frame slides on the support after this pusher frame is fixed on, and slides support after this and is fixed on gas or the oil hydraulic cylinder again, and the above-mentioned forward and backward support that slides all is fixed with assembly pulley, and can divide a word with a hyphen at the end of a line front and back on slideway.

3, integrated high efficiency shoes making machine as claimed in claim 1 is characterized in that the heater that is located in the vacuum (-tight) housing can be infrared lamp, or is electrothermal tube.