CN201849693U

CN201849693U - Filling machine with far infrared heater

Info

Publication number: CN201849693U
Application number: CN2010201620009U
Authority: CN
Inventors: 王余操
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-04-12
Filing date: 2010-04-12
Publication date: 2011-06-01
Anticipated expiration: 2020-04-12

Abstract

The utility model provides a filling machine with a far infrared heater, which is provided with a medicine liquid supply device, a supply pipe and a bag making device, wherein the bag making device is provided with two side sealing rolling shafts and two horizontal sealing rolling shafts, the two side sealing rolling shafts are used for sealing the left end part and the right end part of a bag making film, the two horizontal sealing rolling shafts are used for sealing the upper end and the lower end of the bag making film, one end of the supply pipe penetrates through a gap between the two side sealing rolling shafts and is arranged between the two horizontal sealing rolling shafts, the medicine liquid supply device is provided with a container cylinder and a far infrared heating pipe, the container cylinder is used for containing medicine liquid, the far infrared heating pipe is arranged at the bottom of the container cylinder and is accommodated in the container cylinder, and the bottom of the container cylinder is also provided with a pipe opening communicated with the supply pipe. The filling machine with the far infrared heater has the advantages of short heating time, high efficiency and lower electricity consumption, and when traditional Chinese medicine is heated, the heat conduction of the traditional Chinese medicine is realized from inside to outside so that the medicine property of the traditional Chinese medicine is fully exerted.

Description

A kind of bottle placer with Far-infrared Heating device

Technical field

The utility model relates to a kind of bottle placer, particularly, relates to a kind of bottle placer with Far-infrared Heating device.

Background technology

Generally speaking, the decoction of medicinal ingredients or other the aqueous food that use retort to make, with pouch-packaged once take component after carry out sealed package, industrial, use bottle placer to finish aforesaid operations.Traditional bottle placer generally has heating arrangement, bag making device, and delivery duct.Heating arrangement heating decoction of medicinal ingredients or other food liquids, bag making device is by the upper and lower end parts of side seal roller bearing sealing bag making film left and right end portions and horizontal seal roller bearing sealing bag making film, the packaging bag that delivery pipe does not also seal the liquid decoction of medicinal ingredients or the food input of heating arrangement preparation.

Yet what traditional bottle placer generally used is carbon heater, halogenation temperature booster or nickel-cadmium temperature booster, and time of heat is of a specified duration, efficient is low, and consumption of current is big, especially when heating Chinese medicine, be unfavorable for the performance of the property of medicine, therefore, be badly in need of a kind of bottle placer that improves type of heating.

The utility model content

In order to overcome the deficiencies in the prior art, the utility model provides a kind of bottle placer with Far-infrared Heating device, and it is short that it has time of heat, the efficient height, the advantage that consumption of current is lower is when heating Chinese medicine, the heat conduction of Chinese medicine is from inside to outside, and the property of medicine of Chinese medicine is given full play of.

The technical solution of the utility model is as follows: a kind of bottle placer with Far-infrared Heating device, has the soup feeding mechanism, supply pipe and bag making device, described bag making device has two side seal roller bearings of sealing bag making film left and right end portions and seals two horizontal seal roller bearings of the upper and lower end parts of bag making film, described supply pipe one end passes the gap between described two side seal roller bearings, be arranged between described two horizontal seal roller bearings, described soup feeding mechanism has the container cylinder of receiving medical liquids and is arranged at this container cylinder bottom portion and is placed in far-infrared heating tube in this container cylinder, and described container cylinder bottom portion also is provided with the mouth of pipe that is communicated with described supply pipe.

Described far-infrared heating tube is the Far-infrared Heating bulb.

The beneficial effects of the utility model are: the bottle placer with Far-infrared Heating device described in the utility model has the time of heat weak point, the efficient height, the advantage that consumption of current is lower, when heating Chinese medicine, the heat conduction of Chinese medicine is from inside to outside, and the property of medicine of Chinese medicine is given full play of.

Description of drawings

Fig. 1 is the illustration with bottle placer of Far-infrared Heating device described in the utility model.

Fig. 2 is the whole exploded drawings with bottle placer of Far-infrared Heating device described in the utility model

Fig. 3 is the front elevation that shows each roller bearing configuration status under the bonding state of the present utility model

Fig. 4 is the lateral plan of the supply process of film in the rotary course of each roller bearing under whole bonding state

Fig. 5 is the gear integrated structure skeleton diagram of each roller bearing interaction of expression.

Fig. 6 states the structural representation of the soup feeding mechanism of the bottle placer with Far-infrared Heating device for the utility model.

The specific embodiment

In order further to explain the utility modelBelow with reference to specific embodiment, specify structure and the principle of work with bottle placer of Far-infrared Heating device described in the utility model, obviously, Far-infrared Heating device described in the utility model does not limit to the described Bag Making Machine of the following example and is used, but is applicable to the Bag Making Machine that all can realize the bag function.

As shown in Figure 1, the utlity model has the bottle placer of Far-infrared Heating device, have soup feeding mechanism (700), supply pipe B (and do not show) and bag making device are formed, and described Bag Making Machine device is arranged on a side of the soup feeding mechanism (700) that stores the supplying content thing.

As Fig. 2, Fig. 3 and shown in Figure 4, described bag making device is by two adapter plates (100), and the bonding roller bearing in the left and right sides (200) is assisted bonding roller bearing (300), bonding up and down roller bearing (400), and cutting roller bearing (500) is formed.

At first, described adapter plate (100) is used to install each roller bearing (200) (300) (400) (500), is positioned at symmetrical position, so that and the both ends combination of each roller bearing (200) (300) (400) (500).

And the upside of adapter plate (100) generates and to be used to install first of the bonding roller bearing in the left and right sides (200) hole is set, generate in regular turn below it and be used for second of auxiliary bonding roller bearing (300) and bonding up and down roller bearing (400) and the combination of cutting roller bearing, the the three, the four is provided with hole (102) (103) (104).

And be provided with near (100) four jiaos of the adapter plates be used for fixing each adapter plate (100) combined hole (105a) (105b), wherein Xia Fang combined hole is responsible for connecting two ends of two ends screw, the combined hole of upside (105a) link generates the expansion force of supplying bag making film for the first time and forms the two ends of roller bearing, thereby finishes the combination of each adapter plate.

And have two through holes (106), each through hole (106) that input port roller bearing (130) is installed between the upside combined hole (105a), in the taping process of bag making film, this roller bearing is responsible for opening the content provisioning tools.

In addition, (100) also install bonding roller bearing in the left and right sides (200) and auxiliary bonding roller bearing (300), bonding up and down roller bearing (400) and the cutting roller bearing (500) that the substance of being responsible for the bag packing is made function on the adapter plate.

The bonding roller bearing in the above-mentioned left and right sides (200) is responsible for pasting the left and right edges of each bag making film (F), and global shape is as dumbbell.

Specifically, central authorities are formed for guaranteeing the spacer bar (212) of the inner space of bag packing, the both sides of spacer bar are equipped with than larger diameter flange form pressurization part (216), the one side of each pressurization part (216) is equipped with outstanding combination axle (214), go up the formation through hole in conjunction with axle (214), the inner hot line (not shown) that inserts.

The bonding roller bearing in the left and right sides (200) is made up of the identical bonding roller bearing of the bonding roller bearing in first left and right sides (210) and second left and right sides (220) of shape, the combination axle (214) of the bonding roller bearing in the left and right sides (210) (220) is sandwiched first of adapter plate (100) hole is set, with symmetrical state rotation.

Each pressurization part (216) of the bonding roller bearing in each left and right sides (210) this moment (220) is rotated under the state of almost butt joint, makes it to finish in the fine interval between each pressurization part (216) the pressurization stickup of Bag Making Machine film (F) left and right edges.The diameter of pressurization part (216) should be greater than the length of spacer bar, only allows the two ends of film be subjected to the pressure of pressurization part, and the position between the both ends is then by between each spacer bar.

And each pressurization part (216) surface formation convex-concave portion, the area of contact that increases during pressurization between the film improves the stickup rate, and generates the convex-concave grain pattern at adhesive surface.Above convex-concave portion (217) forms by general annular knurl processing mode, and the apperance of convex-concave portion (217) does not have specific qualification, as long as can improve the apperance of bonding area to greatest extent.

The auxiliary roller bearing (300) of pasting is responsible for exerting pressure again through the left and right edges of pasting the film that roller bearing (200) pasted about above-mentioned, the bonding roller bearing in its structure and the left and right sides (200) is basic identical, is positioned on the same line in below of the bonding roller bearing in the above-mentioned left and right sides (200).That is, as spacer bar (212) and auxiliary spacer bar (312) both ends have and pressurization part (216) diameter is bigger auxiliary pressurization part (316), each auxiliary pressurization part (316) one side has secondary combined axle (314).

At this moment, the width (a) of auxiliary pressurization part (316) can satisfactorily be finished stickup till the end of the left and right edges of film greater than pressurization part (216) width (b) in the process of 2 pressurizations.

Also by the first auxiliary bonding roller bearing (310) and the second auxiliary bonding roller bearing (320) of identical image, each auxiliary insertion section (314) sandwiches second mounting hole (102) of adapter plate (100), symmetry of rotation to auxiliary bonding roller bearing (300).

And each state rotation down of assisting each auxiliary pressurization part (316) of bonding roller bearing (310) (320) almost to dock, doing with the edge of bag making film pressurizeed by 2 times in the fine interval between each auxiliary pressurization part (316).

What the utility model was different with the conventional art of the no line in auxiliary pressurization part (316) surface is that auxiliary pressurization part (316) surface also forms auxiliary convex-concave portion (317), improves the seal ability of film, can keep expansion force simultaneously in moving process.Auxiliary convex-concave portion (317) sees and adopts common annular knurl processing mode or other cutting, plastic working to finish that the spread geometry of auxiliary convex-concave portion (317) also can have various distortion.The effect of above-mentioned auxiliary convex-concave portion (317) will describe in follow-up mechanism.

Be useful on the bonding roller bearing (400) up and down of lower edge on the bonding Bag Making Machine on the same line in below of auxiliary bonding roller bearing (300).Above-mentioned bonding roller bearing (400) up and down is made up of bonding roller bearing (420) about the bonding roller bearing about in the of first (410) and second of same structure.Bonding roller bearing (410) (420) has circular adapter plate (412) about each at increased pressure board (414) two ends, the left and right sides of four flat angle block rod shape, in each adapter plate (412) one side outstanding insertion section (416) is arranged.Above-mentioned each insertion section (416) is inserted into the 3rd mounting hole (103) of adapter plate (100).In above-mentioned each increased pressure board (414) one side of less width become carry out pressurization function add pressure surface (414a), respectively adding pressure surface (414a) will symmetry every some cycles in the process of each spinning of bonding roller bearing (410) (420) up and down.

Have the above-mentioned transverse bonding face of the cutting of being responsible on the below the same line of bonding up and down roller bearing (400), finish the cutting roller bearing (500) of single bag packing.The cutting roller bearing has much at one structure basically and with adhesive roll axle (400) up and down, cuts roller bearing (520) by the first cutting roller bearing (510) and second and forms.Promptly respectively cut roller bearing (510) (520) and have swivel mount (512), the insertion section (516) of outstanding shape is arranged in a side of each swivel mount (512) at cutting plate (514) two ends, the left and right sides of four jiaos of flat rod shape.Each cuts the one side of less width in roller bearing (410) (420) cutting plate (514) and carries out cutting pressurization function and cutting function before simultaneously.The cut surface (514a) of the first cutting roller bearing (510) is concealed with cutting edge (C) according to length direction, and the bearing surface (514b) on cutting edge (514a) opposite plays the knife plate effect in the second cutting roller bearing (520).Cut surface (514a) and bearing surface (514b) each some cycles in the rotary course of each cutting plate (514) will be in symmetric position, are in symmetric position at every turn and will pressurize and cutting action.

In the utility model, also be suitable for convex-concave portion on (510) (520) on each cutting roller bearing, the position up and down of cutting edge (C) has been suitable for the first convex-concave portion (517a) according to length direction, is suitable for the second convex-concave portion (517b) at bearing surface (514b) according to length direction.Each convex-concave portion (517a) of cutting roller bearing (510) (520) (517b) also can use known processing mode to form, and its shape also is not limited to given shape and carries out various variations.Be installed in respectively between bonding roller bearing in first, second left and right sides (210) (220) and between first, second auxiliary bonding roller bearing (310) (320) of plate (100) is set, first, second is up and down between the bonding roller bearing (410) (420), between first, second cutting roller bearing (510) (520) by gear in conjunction with interaction.

At first, as shown in Figure 5, in the side insertion section (214) of the bonding roller bearing in each left and right sides (210) (220), first, second left and right sides linked gear (612) (614) coincide.Each auxiliary bonding roller bearing (310) (320) and first, second auxiliary linked gear (622) (624) are connected, first, second of bonding up and down roller bearing (410) (420) and same structure linked gear (632) (634) up and down is connected, and each cuts roller bearing (610) (620) and first, second cutting linked gear (642) (644) is connected.By each roller bearing (200) (300) (400) (500) interaction, second left and right sides linked gear (614) and the second auxiliary linked gear (624) are by second link gear (652) interconnection, the second auxiliary linked gear (624) is connected by the second link gear (654) with linked gear (634) about in the of second, and linked gear about in the of second (634) is connected by the 3rd link gear (656) with the second cutting linked gear (644).Therefore, all roller bearings will be by above each gear structure interaction.

As shown in Figure 6, soup feeding mechanism 700 described in the utility model has the container cylinder (710) of receiving medical liquids, with be arranged at this container cylinder (710) bottom and be placed in far-infrared heating tube (720) in this container cylinder (710), described container cylinder bottom portion also is provided with a mouth of pipe (711), the described mouth of pipe is communicated with supply pipe B, described supply pipe B passes the film between the bonding roller bearing in the described left and right sides (210) (220), and the mouth of pipe of described supply pipe B is positioned at described (no demonstration) between the bonding roller bearing (410) (420) up and down.

Described far-infrared heating tube (720) is the Far-infrared Heating bulb.

The following describes mechanism of the present utility model.

As shown in Figure 4, each bag making film (F) of top supply becomes the state that forms suitable expansion force for the bonding roller bearing in the left and right sides (200) is formed roller bearing (120) by expansion force before.Meanwhile, the bonding roller bearing in each left and right sides (210) (220) rotates according to mutually opposite direction, in this process by supplying film between each pressurization part (216), the left and right edges of pasting each film by each pressurization part (216) pressurization.At this moment, each pressurization part (216) is in by inner hot line (not shown) heated state, after the edge surface of film is heated in pressure process a little the lining cement between deliquescing and film and the film also melted by soft, the left and right edges of each film bonds together mutually.During pressurization, the bonding plane of film (F) becomes the embossing form according to convex-concave portion (217) apperance of pressurization part (216), improves sticking efficiency thereby also can increase bonding area.Film (F) through the bonding roller bearing in the left and right sides (200) enters between the rotating auxiliary bonding roller bearing (310) (320), finishes bonding first left and right edges and pressurizeed once more by auxiliary pressurization part (316) in previous process.At this moment, the width of auxiliary pressurization part (316) therefore can intactly paste the end about film edge greater than above-mentioned pressurization part (216) outside.And each auxiliary pressurization part (316) hand of rotation is opposite, become the form of pullling bag making film, therefore during pullling the process of film can improve friction force film (F) and auxiliary pressurization part (316) between because also be suitable for convex-concave portion (317) on auxiliary pressurization part (316) surface in the utility model this moment.And film (F) is finished pressurization for the second time simultaneously to draw to such an extent that tight ground state is supplied to auxiliary pressurization part (316).Bag making film (F) is drawn tightly state and is realized pressurization for the second time down, no longer takes place because of the situation of the not guaranteeing suitable expansion force rough phenomenon that causes of pressurizeing in the conventional art.For the second time in the pressure process, auxiliary pressurization part (316) also is in heating status, so is under pressure under the state that all melted slightly of film surface and inner lining cement.In this state, between auxiliary pressurization part and the film (F) sliding phenomenon is arranged in the conventional art.Film in the utility model (F) is pushed down according to the jog apperance, and the convex-concave portion (317) of each auxiliary pressurization part obtains identical mutually effect as a result.Therefore pressurization part can not take place by the phenomenon of slippage, also avoided simultaneously the film bonding plane impaired phenomenon.The bag making film of being pasted left and right edges by auxiliary bonding roller bearing (300) is fed between each increased pressure board (414) of rotating bonding roller bearing (400) up and down, earlier by increased pressure board (414) with add pressure surface (414a) and pressurize jointly and carry out behind the lower end of bag making film bondingly, rotation is once pasted in the place on the back pressurization Bag Making Machine again.

If this moment, the bottom was by bonding, and Bag Making Machine upper end still is in open state, and this state will be filled into inside by the weighting material of supply pipe (B) supply, can finish the bag packing after treating that the upper end is bonding and finishing.

Afterwards, Bag Making Machine film (F) is by between each cutting roller bearing (510) (520), and Bag Making Machine bonding plane is up and down cut in each cutting plate (514) rotation in this process in the time of cutting edge (C) and bearing surface (514b) butt joint, finish single bag program.

As Fig. 4 expanded view, finish before the cutting, be rotated cutting plate (514) bonding plane that pressurizes for the second time, the bonding plane that is positioned at cut point top after the cutting also pressurizes.In the pressure process of cutting plate (514), because of the convex-concave portion (517a) on the cutting plate (514) (517b), form convex-concave portion grain pattern on this bonding plane, bonding plane also obtains enlarging thus, has improved sealing efficiency.Each pouch of finishing final packaging by cutting process forms the convex-concave grain pattern in left and right edges (P1) and last lower edge (P2), has not only unified the grain pattern position, has also improved product performance, as Fig. 1.

As mentioned above, the utility model has formed convex-concave portion at the pressure surface that adds of auxiliary bonding roller bearing (200) and cutting roller bearing (500), has promoted sealing efficiency and prevented the bonding plane quality problems in manufacturing process, obtains the product of good looking appearance.

The foregoing description, it is preferred embodiment of the present utility model, be not to be used for limiting the utility model practical range,, all should be included within the utility model claim scope so all equivalences of being done with the described structure of the utility model claim, feature and principle change or modify.

Claims

1. bottle placer with Far-infrared Heating device, has the soup feeding mechanism, supply pipe and bag making device, described bag making device has two side seal roller bearings of sealing bag making film left and right end portions and seals two horizontal seal roller bearings of the upper and lower end parts of bag making film, described supply pipe one end passes the gap between described two side seal roller bearings, be arranged between described two horizontal seal roller bearings, it is characterized in that, described soup feeding mechanism has the container cylinder of receiving medical liquids and is arranged at this container cylinder bottom portion and is placed in far-infrared heating tube in this container cylinder, and described container cylinder bottom portion also is provided with the mouth of pipe that is communicated with described supply pipe.

2. the bottle placer with Far-infrared Heating device as claimed in claim 1 is characterized in that, described far-infrared heating tube is the Far-infrared Heating bulb.