CN205203443U - Filling machine with far infrared heater - Google Patents

Abstract

The utility model provides a filling machine with far infrared heater has liquid medicine feeding mechanism, supply pipe and system bagging apparatus, bag making device has two the side seal roller bearings of about sealed system bag film tip and the sealed roller bearing of two levels of the upper and lower tip of sealed system bag film, supply pipe one end is passed clearance between two side seal roller bearings, set up in between two sealed roller bearings of level, the liquid medicine feeding mechanism has the container jar that holds the liquid medicine and sets up in this container cylinder bottom portion and the far -infrared heating pipe of holding in this container jar, container cylinder bottom portion still be provided with with the mouth of pipe of supply pipe intercommunication. Filling machine with far infrared heater to have a heat time short, efficient, the lower advantage of power consumption, when heating traditional chinese medicine, the heat -conduction of traditional chinese medicine outside to, makes the property of a medicine full play of traditional chinese medicine come out by interior.

Description

A kind of bottle placer with far infrared heater

Technical field

The utility model relates to a kind of bottle placer, particularly, relates to a kind of bottle placer with far infrared heater.

Background technology

Generally, use retort make decoction of medicinal ingredients or other aqueous food, with pouch-packaged once take component after carry out sealed package, industrially, use bottle placer complete aforesaid operations.Traditional bottle placer generally has heating arrangement, bag making device, and delivery duct.Heating devices heat decoction of medicinal ingredients or other food liquids, bag making device seals the upper and lower end parts of bag making film by side seal roller bearing sealing bag making film left and right end portions and horizontal seal roller bearing, and the liquid decoction of medicinal ingredients that heating arrangement is prepared by delivery pipe or food input there also are not the packaging bag of sealing.But traditional bottle placer generally uses carbon heater, halogenation temperature booster or nickel-cadmium temperature booster, and time of heat is of a specified duration, efficiency is low, and consumption of current is large, 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 improving type of heating.

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 heater, and it is short that it has time of heat, efficiency is high, the advantage that consumption of current is lower, when heating Chinese medicine, the heat transfer 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 heater, there is liquid feeding mechanism, supply pipe and bag making device, described bag making device has two horizontal seal roller bearings of two side seal roller bearings of sealing bag making film left and right end portions and the upper and lower end parts of sealing bag making film, described supply pipe one end is through the gap described two side seal roller bearings, be arranged between described two horizontal seal roller bearings, described liquid feeding mechanism has the container tank of receiving medical liquids and to be arranged at bottom this container tank and the far-infrared heating tube be placed in this container tank, the mouth of pipe be communicated with described supply pipe is also provided with bottom described container tank.

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

The beneficial effects of the utility model are: the bottle placer with far infrared heater described in the utility model, and have time of heat short, efficiency is high, the advantage that consumption of current is lower, when heating Chinese medicine, the heat transfer of Chinese medicine is from inside to outside, and the property of medicine of Chinese medicine is given full play of.

Accompanying drawing explanation

Fig. 1 is the illustration with the bottle placer of far infrared heater described in the utility model.

Fig. 2 is the overall exploded drawings with the bottle placer of far infrared heater described in the utility model.

Fig. 3 is the front elevation showing each roller bearing configuration status under 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 overall bonding state.

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

Fig. 6 is the structural representation that the utility model states the liquid feeding mechanism of the bottle placer with far infrared heater.

Detailed description of the invention

In order to explain the utility model further, below with reference to specific embodiment, illustrate structure and the principle of work with the bottle placer of far infrared heater described in the utility model, obviously, far infrared heater described in the utility model do not limit to Bag Making Machine described in the following example with the use of, but be applicable to the Bag Making Machine that all can realize bag function.

As shown in Figure 1, the utility model has the bottle placer of far infrared heater, there is liquid feeding mechanism (700), supply pipe B (no display) and bag making device composition, described Bag Making Machine device is arranged on the side of the liquid feeding mechanism (700) storing supplying content thing.

As shown in Figure 2, Figure 3 and Figure 4, described bag making device by two adapter plates (100), the bonding roller bearing in left and right (200), auxiliary bonding roller bearing (300), upper and lower bonding roller bearing (400), cutting roller bearing (500) composition.First, described adapter plate (100) is for installing each roller bearing (200) (300) (400) (500), be positioned at symmetrical position, to combine with the both ends of each roller bearing (200) (300) (400) (500).And the upside of adapter plate (100) generates the first providing holes for installing the bonding roller bearing in left and right (200), sequentially generate below it and be used for auxiliary bonding roller bearing (300) and upper and lower bonding roller bearing (400) and cut second of roller bearing combination, 3rd, the 4th providing holes (102) (103) (104).And combined hole (105a) (105b) that be provided with near adapter plate (100) corner for fixing each adapter plate (100), wherein the combined hole of below is responsible for two ends connecting two ends screw, combined hole (105a) link of upside generates the two ends that the expansion force of supplying bag making film for the first time forms roller bearing, thus completes the combination of each adapter plate.And between upside combined hole (105a), have two through holes (106), each through hole (106) installs input port roller bearing (130), in the taping process of bag making film, this roller bearing is responsible for opening content provisioning tools.

In addition, on adapter plate, (100) also install the bonding roller bearing in left and right (200) and the auxiliary bonding roller bearing (300) that the substance being responsible for bag packing makes function, upper and lower bonding roller bearing (400) and cutting roller bearing (500).The left and right edges of pasting each bag making film (F) is responsible in the bonding roller bearing in above-mentioned left and right (200), and global shape is as dumbbell.

Specifically, central authorities form the spacer bar (212) of the inner space for guaranteeing bag packing, the both sides of spacer bar are equipped with larger diameter flange form pressurization part (216), the one side of each pressurization part (216) is equipped with outstanding combined axis (214), (214) form through hole to combined axis, inner insertion hot line (not shown).The bonding roller bearing in left and right (200) is made up of identical the about the first bonding roller bearing (210) of shape and the about second bonding roller bearing (220), the combined axis (214) of left and right bonding roller bearing (210) (220) is sandwiched into the first providing holes of adapter plate (100), rotates with symmetrical state.

Now each pressurization part (216) of the bonding roller bearing in each left and right (210) (220) rotates under the state of almost docking, and the pressurization making it to complete in the fine interval between each pressurization part (216) Bag Making Machine film (F) left and right edges is pasted.The diameter of pressurization part (216) should be greater than the length of spacer bar, only allows the two ends of film be subject to the pressure of pressurization part, and the position between both ends is then by between each spacer bar.

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

The left and right edges that auxiliary sticking roller bearing (300) is responsible for pasting the film that roller bearing (200) was pasted through above-mentioned left and right applies pressure again, its structure is substantially identical with the bonding roller bearing in left and right (200), is positioned on the same line in below of the bonding roller bearing in above-mentioned left and right (200).Namely, have the auxiliary pressurized portion (316) larger with pressurization part (216) the same diameter as spacer bar (212) and auxiliary spacer bar (312) both ends, there is secondary combined axle (314) each auxiliary pressurized portion (316) side.

Now, the width (a) of auxiliary pressurized portion (316) is greater than pressurization part (216) width (b), 2 times pressurization process in film left and right edges end till can complete stickup satisfactorily.

Auxiliary bonding roller bearing (300) is 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), symmetrical rotary.

And rotate under each auxiliary pressurized portion (316) of each auxiliary bonding roller bearing (310) (320) state of almost docking, between each auxiliary pressurized portion (316), in fine interval, doing of bag making film is pressurizeed by 2 times with edge.The utility model and auxiliary pressurized portion (316) surface without line conventional art unlike, auxiliary pressurized portion (316) surface also forms auxiliary convex-concave portion (317), improve the seal ability of film, expansion force can be kept in moving process simultaneously.Auxiliary convex-concave portion (317) see adopt common annular knurl processing mode or other cutting, plastic working completes, the spread geometry in auxiliary convex-concave portion (317) also can have various distortion.The effect of above-mentioned auxiliary convex-concave portion (317) is described in follow-up mechanism.The same line in below of auxiliary bonding roller bearing (300) there is the upper and lower bonding roller bearing (400) for bonding Bag Making Machine lower edges.Above-mentioned upper and lower bonding roller bearing (400) is made up of about the first bonding roller bearing (410) of same structure and about the second bonding roller bearing (420).Each upper and lower bonding roller bearing (410) (420) has circular adapter plate (412) at increased pressure board (414) two ends, left and right of flat corner wooden stick shape, have outstanding insertion section (416) in each adapter plate (412) side.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), the one side of less width becomes the pressurized plane (414a) performing pressurization function, and each pressurized plane (414a) will be symmetrical every some cycles in the process of each spinning of upper and lower bonding roller bearing (410) (420).

The below the same line of upper and lower bonding roller bearing (400) has and is responsible for the above-mentioned transverse bonding face of cutting, complete the cutting roller bearing (500) of single bag packaging.Cutting roller bearing has almost identical structure substantially and with upper and lower adhesive roll axle (400), is made up of the first cutting roller bearing (510) and the second cutting roller bearing (520).Namely each cutting roller bearing (510) (520) has swivel mount (512) at cutting plate (514) two ends, left and right of flat corner clavate shape, has the insertion section (516) of outstanding shape in the side of each swivel mount (512).In each cutting roller bearing (410) (420) cutting plate (514) one side of less width perform cutting simultaneously before pressurization function and cutting function.The cut surface (514a) of the first cutting roller bearing (510) is concealed with cutting edge (C) according to length direction, and in the second cutting roller bearing (520), the bearing surface (514b) on cutting edge (514a) opposite plays knife plate effect.Cut surface (514a) and bearing surface (514b) each some cycles in the rotary course of each cutting plate (514) will be in symmetric position, is in symmetric position at every turn and will carries out pressurizeing and cutting action.

In the utility model, (510) (520) are also suitable for convex-concave portion with 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.Convex-concave portion (517a) (517b) of each cutting roller bearing (510) (520) also can use known processing mode to be formed, and its shape is also not limited to given shape and carries out various change.Be arranged on plate (100) is set first, second left and right each bonding roller bearing (210) (220) between and between first, second auxiliary bonding roller bearing (310) (320), between first, second upper and lower bonding roller bearing (410) (420), combined interactive between first, second cutting roller bearing (510) (520) by gear.

First, as shown in Figure 5, in the insertion section, side (214) of each left and right bonding roller bearing (210) (220), first, second left and right linked gear (612) (614) coincide.Each auxiliary bonding roller bearing (310) (320) and first, second auxiliary linked gear (622) (624) are connected, first, second upper and lower linked gear (632) (634) of upper and lower bonding roller bearing (410) (420) and same structure are connected, and respectively cut roller bearing (610) (620) and first, second cutting linked gear (642) (644) linking.Interactive by each roller bearing (200) (300) (400) (500), about second linked gear (614) and the second auxiliary linked gear (624) are by the second link gear (652) interconnection, second auxiliary linked gear (624) and the second about linked gear (634) are connected by the second link gear (654), about the second linked gear (634) and second cut linked gear (644) by the 3rd link gear (656) be connected.Therefore, all roller bearings will be interactive by above each gear structure.As shown in Figure 6, liquid feeding mechanism 700 described in the utility model has the container tank (710) of receiving medical liquids, with be arranged at this container tank (710) bottom and the far-infrared heating tube (720) be placed in this container tank (710), a mouth of pipe (711) is also provided with bottom described container tank, the described mouth of pipe is communicated with supply pipe B, described supply pipe B is through the film described left and right bonding roller bearing (210) (220), and the mouth of pipe of described supply pipe B is positioned at (no display) between described upper and lower bonding roller bearing (410) (420).Described far-infrared heating tube (720) is Far-infrared Heating bulb, far-infrared heating tube can install lampshade additional, this lampshade is fired after being mixed by kaolin and far-infrared powder and is formed, temperature can under 1000-1100 degree, can strengthen infra-red intensity further like this, wherein far-infrared powder is far infrared ceramic powder.

The following describes mechanism of the present utility model.As shown in Figure 4, each bag making film (F) of top supply becomes for being formed roller bearing (120) by expansion force before the bonding roller bearing in left and right (200) state forming suitable expansion force.Meanwhile, each left and right bonding roller bearing (210) (220) rotates according to mutually opposite direction, in the process by supplying film between each pressurization part (216), being pressurizeed by each pressurization part (216) and pasting the left and right edges of each film.Now, each pressurization part (216) is in the state heated by inner hot line (not shown), in pressure process the edge surface of film after being heated a little deliquescing and the lining cement between film and 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 embossing form according to convex-concave portion (217) apperance of pressurization part (216), also can increase bonding area thus improve sticking efficiency.Film (F) through the bonding roller bearing in left and right (200) enters between auxiliary bonding roller bearing (310) (320) that rotating, completes left and right edges bonding first and again pressurizeed by auxiliary pressurized portion (316) in previous process.Now, the width of auxiliary pressurized portion (316) is greater than above-mentioned pressurization part (216) outside, therefore intactly can paste the end about film edge.And each auxiliary pressurized portion (316) hand of rotation is contrary, become the form pullling bag making film, now because be also suitable for convex-concave portion (317) on auxiliary pressurized portion (316) surface in the utility model, the friction force between film (F) and auxiliary pressurized portion (316) therefore can be improved in the process pullling film.And film (F) is to be drawn tight ground state is supplied to auxiliary pressurized portion (316), complete second time pressurization simultaneously.Second time pressurization is realized, because not guaranteeing that the situation of the suitable expansion force rough phenomenon caused of carrying out pressurizeing no longer occurs in conventional art under the state that bag making film (F) is drawn tight.In second time pressure process, auxiliary pressurized portion (316) are also in heating status, and therefore film surface and inner lining cement are all under pressure by under the state of slightly melting.In this state, sliding phenomenon is had between auxiliary pressurized portion and film (F) in conventional art.In the utility model, film (F) is held down according to jog apperance, and the convex-concave portion (317) in each auxiliary pressurized portion of result obtains the effect of mutually coincideing.Therefore can not there is pressurization part by the phenomenon of slippage, it also avoid simultaneously film bond face impaired phenomenon.The bag making film being pasted left and right edges by auxiliary bonding roller bearing (300) is fed between each increased pressure board (414) of the upper and lower bonding roller bearing (400) rotated, carry out bonding behind lower end first by increased pressure board (414) and pressurized plane (414a) pressurization bag making film jointly, then the place rotating once pressurization Bag Making Machine upper end is afterwards pasted.

If now bottom is bonding, and Bag Making Machine upper end is still in open state, and the weighting material that this state is supplied by supply pipe (B) will be filled into inside, treats that upper end can complete bag packaging after bonding.Afterwards, Bag Making Machine film (F) is by between each cutting roller bearing (510) (520), each cutting plate (514) rotates in the process, cut the upper and lower bonding plane of Bag Making Machine while cutting edge (C) and bearing surface (514b) dock, complete single bag program.

As Fig. 4 expanded view, before completing cutting, to be pressurizeed bonding plane by circumgyration incision plate (514) second time, the bonding plane being positioned at cut point upper part after cutting also pressurizes.In the pressure process of cutting plate (514), because of convex-concave portion (517a) (517b) on cutting plate (514), this bonding plane is formed convex-concave portion grain pattern, bonding plane is also expanded thus, improves sealing efficiency.Each pouch being completed final packaging by cutting process forms convex-concave grain pattern in left and right edges (P1) and lower edges (P2), has not only unified grain pattern position, has also improved product performance, as Fig. 1.

As mentioned above, the utility model defines convex-concave portion at the pressurized plane of auxiliary bonding roller bearing (200) and cutting roller bearing (500), improves sealing efficiency in manufacturing process, prevents bonding plane quality problems, obtain the product of good looking appearance.

Above-described embodiment, just preferred embodiment of the present utility model, not be used for limiting the utility model practical range, therefore all equivalences done with structure, feature and the principle described in the utility model claim change or modify, and all should be included within the utility model right.

Claims (2)

1. one kind has the bottle placer of far infrared heater, there is liquid feeding mechanism, supply pipe and bag making device, described bag making device has two horizontal seal roller bearings of two side seal roller bearings of sealing bag making film left and right end portions and the upper and lower end parts of sealing bag making film, described supply pipe one end is through the gap described two side seal roller bearings, be arranged between described two horizontal seal roller bearings, it is characterized in that, described liquid feeding mechanism has the container tank of receiving medical liquids and to be arranged at bottom this container tank and the far-infrared heating tube be placed in this container tank, the lampshade that far-infrared heating tube is fired after adding and being mixed by kaolin and far infrared ceramic powder, the mouth of pipe be communicated with described supply pipe is also provided with bottom described container tank.

2. have the bottle placer of far infrared heater as claimed in claim 1, it is characterized in that, described far-infrared heating tube is Far-infrared Heating bulb.