CN2313731Y - Automatic plastic powderless and needle-holeless glove making apparatus - Google Patents

Abstract

The utility model relates to an automatic plastic powderless (or no powder spraying) glove making machine with less needle holes. The utility model at least comprises a machine body, a belt conveyor, a steeping device, a drying device, a cooling device, a lip rolling device, a cleaning device and a demoulding device, wherein the cleaning device is arranged in a cleaning area in the front of a demoulding area and the demoulding device is arranged in a separating area of the machine body. Via a plurality of online manufacturing processes and processing modes of the automatic plastic glove making machine, the utility model can reduce the probability of producing pin holes for plastic gloves and can keep proper demoulding smoothness performance without spraying demoulding powder materials. The utility model improves the dust contamination phenomenon caused by a powder coating type demoulding method, and the cleaning work before demoulding causes the dust on the gloves to be sufficiently cleared so as to achieve the dust-free extent.

Description

The few pin hole automatization of no powder plastic glove maker

This utility model is the few pin hole automatization of a relevant a kind of no powder plastic glove maker, refer in particular to and a kind ofly drive the fingerprint device by conveyer belt apparatus, through certain multiple impregnating process, uniform treatment, oven dry, cooling, then through the volume lip, cool off again, cleaning, dried and automatic demoulding and produce a kind of plastic glove that does not have powder and few pin hole.

The plastic glove maker of in the past all knowing, be to drive fingerprint with conveyer belt to immerse in the maceration tank, one deck pellicle that fingerprint is stained be stained with, as polrvinyl chloride, drying, cooling, volume lip, dusting, the demoulding and make the plastic glove of all knowing then again, after again this product being done the pin hole quality inspection and finished, packed shipment again.

Yet above-mentioned manufacture process, only make the primary material dipping because quality is thinner, be easier to produce the pin hole phenomenon, and it is more undesirable for inhomogeneity control, thereby make this product fail to reach the desirable quality standard, especially be engaged in patient or pollutant that the healthcare givers is easy to touch highrisk populations, as AIDS, viral hepatitis, blood, sputum, urine, feces and other body exudates etc., make us invariably turning pale at the mention of the tiger, so contingency takes pin hole or too thin disposable plastic glove or the non-disposable plastic glove of quality are easy to make the health of self to be endangered; In addition, aforementioned plastic glove is before demoulding, for making glove have smooth property in order to the demoulding, and the glove top layer face of avoiding takes place to be stained with mutually sticking when the demoulding and hinders the carrying out of the demoulding, all pouncing on Pulvis Talci or sliding property starch based on the glove, but because the research work of modern precision science and technology, all need dustless working environment (as semi-conductor industry), and the smoothers class is multiplied antibacterial easily, can't adapt to employing medically, so the plastic glove of making in this way can't fully be used naturally.

Because above-mentioned shortcoming, so preceding existing most inventors, a kind of automatization's plastic glove maker of exempting from dusting (or spraying powder free) and the operation of two dippings is provided, can produce the deserted or non-disposable plastic glove that need not the dusting demoulding automatically, and see through the probability that two inferior dippings can effectively reduce the pin hole generation; But this mode also only can reach the purpose of few dust, few pin hole, and can't really reach the degree of no powder, remains improvements so the demand still existed.

Main purpose of the present utility model is behind the glove that provide a kind of multiple impregnation method to make few dust, few pin hole, bestows washing and cleaning operation completely again before the demoulding, and former rare dust is cleaned fully, reaches non-dusting boundary.

Another purpose of the present utility model provides the support unit that a kind of fingerprint device can rotate automatically and stop the rotation, be that the fingerprint device is established and had outer rolling device and interior locating device, make it can be supported in fixed supporting spring and movable supporting spring etc. according to the demand of job state respectively partly, especially drive the fingerprint device by conveyer belt apparatus and do rotation automatically, through a specific multiple impregnating process, uniform treatment, oven dry, cooling, then through volume lip and cooling again, clean, even then the fingerprint device stops the rotation when the operation of automatic demoulding, be beneficial to the smooth execution of stripping operation.

Another feature of the present utility model provides a drive with self-adjustable axle bed, come normality to set the certain tensity of conveyer belt apparatus with suitable vertical heavy pulling device, allow the conveyer belt normality keep suitable degree of tension, avoid the on-stream relaxation gradually of conveyer belt.

As for detailed construction of the present utility model, application principle, effect and effect, the then explanation of doing with reference to following adjoint:

Fig. 1 is the configuration schematic diagram of this utility model embodiment.

Fig. 2 is the axonometric chart of this utility model embodiment drive self-adjustable axle bed.

Fig. 3 is the schematic perspective view of this utility model embodiment track and support unit.

Fig. 4 is that this utility model track and support unit are in the section schematic perspective view of another operating point.

Fig. 5 is the three-dimensional face of the section of this utility model embodiment maceration tank.

Fig. 6 is the vertical view of this utility model embodiment drying unit position.

Fig. 7 is that this utility model embodiment rolls up lip device axonometric chart.

Please join Fig. 1, by can obviously finding out in graphic, this utility model does not have powder, few pin hole automatization plastic glove maker, includes a body 1; Its body 1 is provided with a preheating zone 10, a plurality of Dilvar zone 11, a plurality of uniform treatment area 12, a plurality of baking zones 13, a plurality of cooling zone 14, one lip winding device areas 15, a cleaning-drying district 16, a separating type area 17 and a prime mover 18.

Please join Fig. 2, and in conjunction with Fig. 1, it is on the suitable frame that is installed on the aforementioned body 1 that this utility model is provided with a plurality of drives 2, wherein have at least a drive 2 to be connected on prime mover 18 of aforementioned body 1, with main source as power, wherein drive 2 is provided with a plurality of gear teeth 23, and being pivots, the axle center of drive 2 ties on self-adjustable slide 20, and self-adjustable slide 20 is with assembly pulley 21 sliding holding on body 1, in the chute 221 on the default balladeur train body 22, and the outboard end in self-adjustable slide 20 is provided with a fixed pulley 25, again in corresponding balladeur train body 22 end places, one sticking department 222 is set reaches an outstanding fixed pulley 223 in orientation down, surely tie in above-mentioned sticking department 222 with the one end with a suspension cable 26 in addition, end unrolls in regular turn through fixed pulley 25 again in addition, behind the outstanding fixed pulley 223, down hold suspention one weight deployment device 27 in addition in it, this weight deployment device 27 has the function that can regulate the weight amount according to conveying capacity, hold frame 271 with one as shown and hold year most amount weight cell blocks 272, this cell block 272 can optionally increase or reduce, so that produce the function of regulating the drawing degree at random automatically.

Please join Fig. 3 and Fig. 4, and in conjunction with Fig. 1, by can obviously finding out in graphic, be provided with conveyer belt apparatus 3, be that circulation is set around above-mentioned each operation work area of aforementioned body 1, i.e. circulation is through the preheating zone 10 in this body 1, at least two Dilvar zones 11, two uniform treatment areas 12, two baking zones 13, two cooling zones 14, after a lip winding device area 15, a cleaning-drying district 16, a separating type area 17; Be equiped with structures such as track 30, chain link 31, internal trolley 32 and support unit 33 on this conveyer belt apparatus 3; Wherein the track in the conveyer belt apparatus 30 is to be set as n type structure, and the both sides, bottom of this n type structure respectively are provided with ccontaining 301 on the roller that extends internally; Chain link 31 in the conveyer belt apparatus 3, be by a plurality of outer braces 311 with a plurality of in flakes 312 constitute, wherein a plurality of outer braces 311 with a plurality of in 312 be in flakes with axostylus axostyle 313 pivots knot location, tie in axostylus axostyle 313 two ends with an internal trolley 32 pivots again, this internal trolley 32 can be rolled in the internal range of ccontaining 301 on the roller of aforementioned n type structure track 30, aforementioned a plurality of in flakes 312 interior space then constitute perforation 3121 so that with the gear teeth 23 engagement of aforementioned drive 2; At least one joining piece 3111 is extended in each the outside turnover of the bottom of aforementioned a plurality of outer braces 311, be connected with near the outer end of joining piece 3111 fingerprint device 34, wherein fingerprint device 34 establish have outer rolling device 341, interior spacer device 342 and steering base 343, aforementioned support unit 33 include fixed supporting spring 331 and movable supporting spring 332 etc. partly, so that support the outer rolling device 341 or the interior spacer device 342 of aforementioned fingerprint device 34 at suitable position.

Please join Fig. 1, Fig. 5, Fig. 6 and Fig. 7, by can obviously finding out in graphic, be provided with immersion system 4, be to be installed in a plurality of Dilvar zones 11 of aforementioned body 1, and this immersion system 4 is provided with a plurality of maceration tanks 40; Next has drying unit 5, is to be arranged at aforementioned a plurality of baking zone 13 places, which is provided with a plurality of oven dry heating gates 50, and the dipping that passes through is finished the glove oven dry of heating; Secondly chiller 6 is arranged again, is to be arranged in a plurality of cooling zones 14 of aforementioned body 1, this device be provided with a plurality of air-supply arrangements take out draw cold air (ginseng Fig. 1) to the heating of passing through after finished product give cooling and shaping; One volume lip is set thereafter again is provided with 7, be to be arranged on the lip winding device area 15 of aforementioned body 1, these volume lip device 7 corresponding both sides fingerprint devices respectively are provided with a rotating shaft 70, and rotating shaft 70 is provided with round brush or soft rubber pad 71, can be to the curling antelabium in the typing glove end of passing through in rotation.

With reference to Fig. 3, outer brace 311 bottoms in the said conveyer belt device 3 are outwards extended the joining piece 3111 that sets out downwards, be after outwards bending is extended downwards, connect fingerprint device 34 again, so can use above-mentioned n type structure track 30 smoothly, make internal trolley 32 be placed in ccontaining 301 interior rolling of roller, make its standard between ccontaining 301 on roller and track 30 end faces, can prevent so that chain link 31 running is hit by a bullet jumps out outside the track 30, can fully solve the shortcoming that traditional conveyer belt can't be used n shape track; The interior spacer position 342 of above-mentioned again fingerprint device 34 is to bend certain edges of regions by a disc, make and have the tabs 3421 that becomes 90 degree with disc, make it can be supported in fixed supporting spring 331 and movable supporting spring 332 etc. respectively partly, especially drive fingerprint device 34 by conveyer belt apparatus 3 and do rotation automatically, through a specific multiple degree of steeping, uniform treatment, oven dry, cooling, then through volume lip and cooling again, after this allow conveyer belt apparatus 3 drive fingerprint device 34 again and enter an airtight dustless space, with pure liquid or water liquid hydro-peening or embathe, dust few on the glove or dust in air are removed, reach complete dustless target, clean back and intensive drying in addition, then make the outer rolling device 341 of fingerprint device 34 break away from support again, and the tabs 3421 of spacer device 342 enters flat holding in movable supporting spring 332 in the order, and the translation of doing to stop the rotation is carried, and is beneficial to the release operation of the demoulding.

Drive fingerprint device 34 via the different raw material of dipping in the multiple immersion system 4 by said conveyer belt device 3, again through dual uniform treatment, oven dry, cooling after volume lip device 7, the cooling back is by further cleaning fully again, make dusting remove fully, again through the separating type area automatic demoulding, so under the operation that nothing is dusted, can make the plastic glove that the quality uniform and delicate does not have powder, the elimination of pin hole and the smoothness of stripping operation are all had preferable condition.

In sum, no powder of the present utility model, few pin hole automatization plastic glove maker have the value on the industry really.

Claims (3)

1, a kind of no powder, few pin hole automatization plastic glove maker, by body, drive, conveyer belt apparatus, immersion system, drying unit, chiller, compositions such as volume lip device; It is characterized in that: its body (1) is provided with preheating zone (10), Dilvar zone (11), uniform treatment area (12), baking zone (13), cooling zone (14), lip winding device area (15), cleaning-drying district (16), separating type area (17) and prime mover (18); A plurality of drives (2) are on the suitable frame that is installed on the aforementioned body (1), wherein have at least a drive (2) to be connected on prime mover (18) of aforementioned body (1); Conveyer belt apparatus (3) is the circulation preheating zone (10), Dilvar zone (11), uniform treatment area (12), baking zone (13), cooling zone (14) that are set around aforementioned body (1), after lip winding device area (15), cleaning-drying district (16), separating type area (17); Be equiped with track (30), chain link (31), internal trolley (32) and support unit (33) on this conveyer belt apparatus (3); Immersion system (4) is installed in the Dilvar zone (11) of aforementioned body (1); Drying unit (5) is arranged at baking zone (13) and locates; Chiller (6) is arranged in the cooling zone (14); Volume lip device (7) is arranged in the lip winding device area (15); Cleaning-drying district (16) is installed in separating type area (17) before.

2, no powder as claimed in claim 1, few pin hole automatization plastic glove maker, it is characterized in that: wherein the track (30) of conveyer belt apparatus (3) is to be set as n type structure, and the both sides, bottom of this n type structure respectively are provided with ccontaining of the roller that extends internally (301); Chain link (31) in the conveyer belt apparatus (3) be by a plurality of outer braces (311) with a plurality of in flakes (312) constituted, wherein a plurality of outer braces (311) with a plurality of in flakes (312) constitute, wherein a plurality of outer braces (311) with a plurality of in flakes (312) be with axostylus axostyle (313) pivot knot location, tie in axostylus axostyle (313) two ends with wheel (32) pivot in again.

3, no powder as claimed in claim 1, few pin hole automatization plastic glove maker, it is characterized in that: wherein drive (2) is provided with a plurality of gear teeth (23), and to be pivot tie on self-adjustable slide (20) in the axle center of drive (2), and self-adjustable slide (20) is to hold on body (1) so that assembly pulley (21) is sliding; Self-adjustable slide (20) outside is provided with a pulley (25), again in corresponding balladeur train body (22) end place, a sticking department (222) is set reaches an outstanding fixed pulley (223) in orientation down; Wherein weight deployment device (27) is formed by holding frame (271) appearance year most amount weight cell blocks (272).

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