CN202828161U

CN202828161U - Vacuum type sealing machine structure

Info

Publication number: CN202828161U
Application number: CN201220504795.6U
Authority: CN
Inventors: 黄茂森
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-09-28
Filing date: 2012-09-28
Publication date: 2013-03-27
Anticipated expiration: 2022-09-28

Abstract

The utility model provides a vacuum type sealing machine structure which comprises a sealing unit, a pressing-fit unit, an air pumping unit and a box body. The sealing unit comprises a connecting rod, an electromagnet and an upper pressing plate, and the upper pressing plate is attracted downwards by utilizing the electromagnet to generate suction force. The pressing-fit unit comprises a connecting rod, an electromagnet, an upper pressing plate and a pivot joint seat, a pull rod is arranged on each side of the connecting rod, and the upper pressing plate is impelled to be attracted downwards by utilizing the electromagnet. The air pumping unit comprises a transmission device and an air suction device, and the transmission device drives the air suction device to move continuously forwards or backwards. The box body is provided with a base seat, a containing chamber is arranged inside the base seat, the sealing unit, the pressing-fit unit and the air pumping unit are arranged inside the containing chamber in a pivot mode, a sealing seat is arranged in front of the containing chamber, air separating adhesive tape is arranged above the sealing seat, and a heating strip is arranged on the inner side of the sealing seat. Therefore, the air suction device absorbs the air inside a sealing bag, and the sealing unit is used for sealing and bonding a vacuum state.

Description

The vacuum type sealing machine structure

Technical field

The utility model relates to a kind of capper, refer to especially a kind of have bleed and the vacuum type sealing machine structure of automation enclosing function.

Background technology

More and more general for the use of capper in society now, all cappers that all relies on from food to the hardware are packed, with food, only have and seal manner of packing in the past, preserve for the food materials freshness and to belong to not enough in fact, so within the trade is also developed the capper of vacuum type, utilizing vacuum-packed mode to isolate food contacts with mould in the air, with the pot-life of food and extend, but in all types of cappers that use on the market at present, mostly use conventional manual mode and air pressure to need the external gas cylinder pressure as power, so cause very inconvenience in the use, such as TaiWan, China patent M315698 number " the sealing lifting device structure improvement of sack sewing machine ", this sack sewing machine is by control block, before, rear transport platform, sealing-cutting device and folder film device form, espespecially be fixed on the tressel in this sealing-cutting device, and this tressel surrounding is provided with permanent seat, this permanent seat pivot is fixed on the position-limited lever of body both sides relative position, and be provided with jacking system in tressel lower end dual-side, the air cylinder bottom of its jacking system is fixed on the body, and the upper end links a strut bar, and make the strut bar two ends be fixed in tressel, and body is provided with a control handle, rely on and rotate control handle, adjust the air cylinder lifting, and then drive tressel and move up and down, adjust the upper-lower position person of the sealing-cutting device that is fixed in tressel; Can learn that by above-mentioned patent utilizing air pressure is power, with the start of drive capper, but its shortcoming is to use air cylinder as power resources, and the external Air Compressor Equipment of palpus, and so way trouble and cost are high again, do not meet in fact economic benefit.

In view of this, the utility model designer is for the present problem in-depth study that faces, through the research of long-term endeavour with study, eventually grind and create a kind of sealing machine structure improvement that increases ease of use, and then improving the scarce fraud of habit formula, this is aim of the present utility model.

Summary of the invention

Main purpose of the present utility model is that a kind of vacuum type sealing machine structure is being provided, utilize the excitatory suction of electromagnet as the power of capper involution and collocation aspirator system, to reach the double benefit that has vacuum suction concurrently and add hot-seal, and so be simplified to the sealing operation pattern of consistent automation and improving production efficiency.

Another purpose of the utility model is that a kind of vacuum type sealing machine structure is being provided, and utilizes two connecting rods to connect respectively two top boards, makes bleed operation and separately execution of sealing operation, so, utilizes easier mode to reach the better effect that blocks air.

For achieving the above object, the technical solution adopted in the utility model is:

A kind of vacuum type sealing machine structure is characterized in that: comprise at least sealing unit, a lamination unit, bleed unit and a box body, wherein:

This seals the unit, comprise a connecting rod, an electromagnet and a top board, this connecting rod is " door " font, and respectively be provided with a connecting element in the connecting rod both sides, one end of this connecting rod is established a connect apertures, and this electromagnet is inserted in this connecting element, utilizes anchor shaft that electromagnet is locked and is fixed on this connecting rod, and below top board, be provided with a bond area, utilize this electromagnet to provide energization excitation to produce suction and impel top board to be attracted downwards;

This lamination unit comprises a connecting rod, one electromagnet, one top board and a pivot connecting seat, this connecting rod is " door " font, and respectively be provided with a pull bar in these connecting rod both sides, these connecting rod two proceeds posterolateral are provided with one group and decide the hole, this group is decided the hole corresponding to the connect apertures of this top, sealing unit, and two connecting rods are arranged in this pivot connecting seat, this inboard, connecting rod the place ahead is provided with a strut member, be used for supporting the connecting rod of this sealing unit, this lamination unit utilizes this strut member to drive simultaneously this sealing unit to reset, this top board utilizes the electromagnet of this lamination unit, provides energization excitation generation suction to impel and is attracted downwards;

This unit of bleeding comprises a driving device and an aspirator system, and this driving device drives the action that this aspirator system work advances or retreats;

This box body is provided with a base, be provided with an accommodation chamber in this base, this accommodation chamber is used for arranging this sealing unit, this lamination unit and this unit of bleeding, and be provided with a sealing seat in accommodation chamber the place ahead, and above this sealing seat, an air barrier adhesive tape is set, be parallel to this air barrier adhesive tape inboard and be provided with a heating box.

This driving device comprises a driving section, an electro-motor, a transmission shaft, a retainer, a gear and a slide rail, this driving section is provided with this electro-motor, for this transmission shaft conduction power, this retainer is mounted on this driving section, and be combined with this gear pivot group, the driving section is mounted in the middle of retainer and the gear, and this retainer top is provided with this slide rail that is parallel to each other.

This aspirator system comprises an air-breathing seat, an aspirate tube and a suction hole, this air-breathing seat pivot group and is provided with this aspirate tube in this air-breathing seat the place ahead on transmission shaft, this aspirate tube front end has this suction hole, this air-breathing seat pivot group makes this air-breathing seat make reciprocating type interlock because of this transmission shaft on transmission shaft.

Compared with prior art, adopt the advantage that the utlity model has of technique scheme to be: to utilize again coupled circuit design of above-mentioned combination, just can make packaging bag when sealing operation, need not external Air compressor just can vacuumize and heat the pressurization dual sealing, reached good seal quality and simplified its sealing operation.

Description of drawings

Fig. 1 is three-dimensional combination figure of the present utility model;

Fig. 2 is three-dimensional exploded view of the present utility model;

Fig. 3 is sealing unit three-dimensional exploded drawings of the present utility model;

Fig. 4 is lamination unit three-dimensional exploded view of the present utility model;

Fig. 5 is the unit three-dimensional exploded drawings of bleeding of the present utility model;

Fig. 6 is the section-drawing of the utility model readiness for action;

Fig. 7 is the action scheme drawing of the utility model vacuum suction;

Fig. 8 is the action scheme drawing of the utility model sealing.

Description of reference numerals: vacuum type sealing machine structure 1; Sealing unit 10; Connecting rod 11; Connecting element 111; Fixed orifice 112; Connect apertures 113; Plane 114; Electromagnet 12; Groove 121; Connecting bore 122; Anchor shaft 123; Top board 13; Faying face 131; Bond area 132; Lamination unit 20; Connecting rod 21; Pull bar 211; Fixed orifice 212; Group is decided hole 213; Plane 214; Strut member 215; Electromagnet 22; Groove 221; Connecting bore 222; Anchor shaft 223; Top board 23; Faying face 231; Stitching surface 232; Pivot connecting seat 24; Pivot hole 241; Pivot 242; The unit 30 of bleeding; Driving device 31; Driving section 311; Electro-motor 312; Through hole 313; Transmission shaft 314; Rear axle 3141; Front axle 3142; Retainer 315; Axis hole 316; Knock hole 317; Gear 318; Slide rail 319; Aspirator system 32; Air-breathing seat 321; Aspirate tube 322; Turtledove shape groove 323; Pore 324; Suction hole 325; Box body 40; Base 41; Holding part 42; Sealing seat 43; Air barrier adhesive tape 44; Heating box 45; Sealed bag 50.

The specific embodiment

For making your audit crew more be understood structure of the present utility model, effect, characteristics and for reaching above-mentioned purpose, the technological means that adopts and other effect, below hereby lift a preferred embodiment and cooperate graphic being described in detail as follows:

Seeing also Fig. 1 to Fig. 8 is that the utility model one preferred embodiment provides a kind of vacuum type sealing machine structure, and it consists predominantly of a lamination unit 10, unit 30 and a box body 40 are bled wherein in a sealing unit 20:

See also Fig. 2 and Fig. 3, this seals unit 10, comprise a connecting rod 11, one electromagnet 12 and a top board 13, this connecting rod 11 slightly is the ㄇ font, and these connecting rod 11 front ends contact on the strut member 215 of this lamination unit 20, and respectively be provided with a connecting element 111 in connecting rod 11 2 sides, groove 121 for electromagnet 12 plugs the location, when this electromagnet 12 is inserted in this connecting element 111, fixed orifice 112 on this connecting element 111 can be a level with the connecting bore 122 of electromagnet 12, being utilized anchor shaft 123 that electromagnet 12 is locked is fixed on the connecting rod 11, in addition these connecting rod 11 2 proceeds posterolateral are provided with a connect apertures 113, and link usefulness in lamination unit 20, and these connecting rod 11 the place aheads are provided with a plane 114, make its location that can mutually combine with the faying face 131 of top board 13, and be provided with a bond area 132 in the below of top board 13, and utilize this electromagnet 12, provide energization excitation to produce suction and impel top board 13 to be attracted downwards, make bond area 131 press the heating box 45 of sealing seat 43, carry out in order to sealing operation.

See also Fig. 2 and Fig. 4, this lamination unit 20, comprise a connecting rod 21, one electromagnet 22, one top board 23 and a pivot connecting seat 24, this connecting rod 21 slightly is the ㄇ font, and this lamination unit 20 utilizes this pivot connecting seat 24 to be fixedly linked in the box body 40, this connecting rod 21 is greater than the connecting rod 11 that seals unit 10 in addition, connecting rod 11 can be hubbed in the connecting rod 21, and respectively be provided with a pull bar 211 in connecting rod 21 2 sides, groove 221 for electromagnet 22 plugs the location, when this electromagnet 22 is inserted in this pull bar 211, fixed orifice 212 on this pull bar 211 can be a level with the connecting bore 222 of electromagnet 22, being utilized anchor shaft 223 that electromagnet 22 is locked is fixed on the connecting rod 21, other these connecting rod 21 2 proceeds posterolateral are provided with one group and decide hole 213, this group is decided hole 213 corresponding to the connect apertures 113 of sealing unit 10 connecting rods 11, and two connecting

rods

11,21 are arranged in the pivot connecting seat 24, and make connect apertures 113, the pivoted hole 241 that group is decided hole 213 and pivot connecting seat 24 is a level, rely on again drive-connecting shaft 242 that its connecting rod 11 pivot groups are linked in the connecting rod 21, sealing unit 10 is hubbed in the lamination unit 20, inboard suitably place is provided with a strut member 215 in connecting rod 21 the place aheads in addition, be used for supporting the connecting rod 11 of this sealing unit 10, make connecting rod 11 not be subjected to gravitational the impact to be sagging shape, after sealing operation finishes, this lamination unit 20 also can utilize strut member 215 drive simultaneously the sealing unit 10 reset, and these connecting rod 21 the place aheads are provided with a plane 214, make its location that can mutually combine with the faying face 231 of top board 23, and be provided with a stitching surface 232 in the below of top board 23, utilize this electromagnet 22, providing energization excitation to produce suction impels top board 23 to be attracted downwards, stitching surface 232 is contacted with the air barrier adhesive tape 44 of sealing seat 43, utilize simultaneously this unit 30 of bleeding to do air-breathing action, to extract the air of sealed bag inside.

See also Fig. 2 and Fig. 5, this unit 30 of bleeding, comprise a driving device 31 and an aspirator system 32, this driving device 31 is by a driving section 311, one electro-motor 312, one through hole 313, one transmission shaft 314, one retainer 315, one knock hole 316, one knock hole 317, the members such as one gear 318 and a slide rail 319 consist of, this driving section 311 suitably is provided with an electro-motor 312 in the place, and in the electro-motor 312 other through holes 313 of opening, wear for transmission shaft 314, one end rear axle 3141 of this transmission shaft 314 is arranged in the knock hole 316 of retainer 315, other end front axle 3142 then is arranged in the knock hole 317 of retainer 315, transmission shaft 314 can be hubbed in the retainer 315, and this retainer 315 is mounted on this driving section 311, the front axle 3142 of this transmission shaft 314 wore through hole 313 simultaneously, and be combined with gear 318 pivot groups, driving section 311 is mounted in the middle of retainer 315 and the gear 318, these retainer 315 tops are provided with a slide rail that is parallel to each other 319 in addition, and this slide rail 319 is corresponding to the turtledove shape groove 323 of aspirator system 32, this aspirator system 32 is by an air-breathing seat 321, one aspirate tube 322, one turtledove shape groove 323, the members such as one pore 324 and a suction hole 325 consist of, these air-breathing seat 321 pivot groups are on transmission shaft 314, and the place ahead is provided with an aspirate tube 322, and these aspirate tube 322 front ends one opening is arranged is suction hole 325, the one turtledove shape groove 323 corresponding to driving device 31 slide rails 319 is set in the below in addition, and because of these air-breathing seat 31 pivot groups on transmission shaft 314, turtledove shape groove 323 is arranged on the slide rail 319 of retainer, make air-breathing seat 31 make reciprocating type interlock because of transmission shaft 314, these air-breathing seat 321 tops are provided with a pore 324, and (drawing is not drawn to connect extractor fan and airfilter with pipeline, so this does not give unnecessary details for prior art), with all air in the packaging bag of extracting the wish sealing; So, utilize these electro-motor 312 driven wheels 318 to rotate, relatedly make transmission shaft 314 starts, and drive this seat 31 of bleeding and make the interlock advance or retreat, make aspirate tube 322 displacement forward, this suction hole 325 can insert in the sealed bag, utilize simultaneously this electromagnet 22, providing energization excitation to produce suction impels top board 23 to be attracted downwards, aspirate tube 322 can be located in the middle of stitching surface 232 and the air barrier adhesive tape 44, and utilize suction hole 325 to be done air-breathing action, after this air-breathing end of job and device 32 runnings that stop suction, and again utilize transmission shaft 313 drives to make aspirator system 32 complete retractions, stitching surface 323 and air barrier adhesive tape 44 are contacted up and down, in addition this electromagnet 12 excitatory after, produce suction and impel connecting rod 11 starts, and this top board 13 is attracted downwards, make the bond area 131 of top board 13 press the heating box 45 that seals seat 43, start and add the hot-seal action, to finish the operation of vacuum seal, inboard suitably place, connecting rod 21 the place aheads of this lamination unit 20 is provided with a strut member 215 in addition, is used for supporting the connecting rod 11 of sealing unit 10, when lamination unit 10 was resetted, related drive sealing unit 10 resetted.

See also Fig. 2, this box body 40, be provided with a base 41, be provided with an accommodation chamber 42 in this base, this accommodation chamber 42 is used for this sealing unit 10 of hub setting, this lamination unit and this unit 40 of bleeding, and be provided with a sealing seat 43 in these accommodation chamber 42 the place aheads, and arrange according to air barrier adhesive tape 44 in these sealing seat 43 tops, and this air barrier adhesive tape 44 is with respect to the stitching surface 232 of lamination unit 20 top boards 23, it cooperatively interacts and can reach pressing, block the effect of contact with air, other is parallel to air barrier adhesive tape 44 inboards and is provided with a heating box 45, and this heating box 45 cooperatively interacts it and can reach the operation that adds hot-seal with respect to the bond area 132 of sealing unit 10 top boards 13.

Seeing also Fig. 6 to Fig. 8 is the embodiment that the utility model uses, when capper is under the readiness for action, namely seal the top board 13 of seat 43 tops, 23 present nature opens shape, the aspirator system 32 of this unit 30 of bleeding because of driving device 31 not start be recessed in the box body 40 (as shown in Figure 6), this moment, the sealed bag 50 with the wish sealing was positioned on the air barrier bar 44 of sealing seat 43, restart the electro-motor 312 of driving device 31, driven wheel 318 rotates and rotates, relatedly make transmission shaft 314 starts, and drive this seat 321 of bleeding and make the interlock advance, make aspirate tube 322 displacement forward and make suction hole 325 insert in the sealed bag, two relative electromagnet 22 produce excitatory effect because of energising in box body 40 simultaneously, can traction link 21 downward starts impel top board 23 to move down synchronously until with air barrier adhesive tape driving fit about in the of 44 of sealing 43, after the sealed bag back pressure is tight, this aspirator system 32 is namely done air-breathing operation, draw the air (as shown in Figure 7) in the sealed bag 50, after the end of job of bleeding, can restart electro-motor 312 starts of driving device 31, being used for driven wheel 318 rotates, the related transmission shaft 313 that makes drives the interlock that these seat 31 works of bleeding retreat, aspirator system 32 is inside contracted withdraw from sealed bag, start simultaneously sealing operation, after this electromagnet 12 is excitatory, produce suction and impel connecting rod 11 starts, and this top board 13 is attracted downwards, make the bond area 131 of top board 13 press the heating box 45 that seals seat 43, start and add the hot-seal action, with the operation (as shown in Figure 8) of finishing vacuum seal, rely on again the strut member 215 on lamination unit 20 connecting rods 21, can support the connecting rod 11 that seals unit 10, can make 10 actions of sealing unit that it is resetted because lamination unit 20 resets to drive simultaneously.

In sum, the utility model is real in like product its splendid progressive practicality, also finds no identical structure existence formerly all over looking into both at home and abroad in technical data about this class formation, the document simultaneously, be with, the utility model has possessed the new patent important document in fact, files an application in the whence in accordance with the law.

More than explanation is just illustrative for the utility model; and nonrestrictive, those of ordinary skills understand, in the situation that does not break away from the spirit and scope that claim limits; can make many modifications, variation or equivalence, but all will fall within the protection domain of the present utility model.

Claims

1. vacuum type sealing machine structure is characterized in that: comprise at least a sealing unit, a lamination unit, bleed unit and a box body, wherein:

2. vacuum type sealing machine structure according to claim 1, it is characterized in that: this driving device comprises a driving section, an electro-motor, a transmission shaft, a retainer, a gear and a slide rail, this driving section is provided with this electro-motor, for this transmission shaft conduction power, this retainer is mounted on this driving section, and be combined with this gear pivot group, the driving section is mounted in the middle of retainer and the gear, this retainer top is provided with this slide rail that is parallel to each other.

3. vacuum type sealing machine structure according to claim 1, it is characterized in that: this aspirator system comprises an air-breathing seat, an aspirate tube and a suction hole, this air-breathing seat pivot group is on transmission shaft, and be provided with this aspirate tube in this air-breathing seat the place ahead, this aspirate tube front end has this suction hole, this air-breathing seat pivot group makes this air-breathing seat make reciprocating type interlock because of this transmission shaft on transmission shaft.