CN208278455U - Fervent mechanism and baling line - Google Patents

Abstract

The utility model discloses a kind of fervent mechanism and baling line, it is related to producing assembly equipment field.Fervent mechanism includes fervent rack, membrane assembly and cuts membrane module；Hot-cutting machine is provided with fervent station；It cuts membrane module to include fervent cutter and cut film fixture, fervent cutter and cuts film fixture and be all connected to fervent rack, cut film fixture for clamping film, fervent cutter can be close to or far from fervent station, and is used for fervent film when close to fervent station；Membrane assembly includes the mobile actuator of membrane fixture and membrane interconnected, the mobile actuator of membrane is able to drive membrane fixture close to or far from cutting film fixture, membrane fixture is for clamping film, and film can be clamped when close to film fixture is cut, and far from cutting film fixture after clamping film, it is cut between film fixture and membrane fixture so that film is deployed in, and film is made to be located at fervent station.The agency cost is lower, and cuts efficiency and cutting quality is higher.

Description

Fervent mechanism and baling line

Technical field

The utility model relates to produce assembly equipment field, in particular to a kind of fervent mechanism and baling line.

Background technique

In the production or after processing is completed of product, need to pack product, the packaging of product can reduce product The damage being subject in the processes of circulation such as transport, storage, sale, and packaging film is because having puncture resistant, high intensity and high waterproof etc. Advantage is widely used in product packaging.

What it is due to packaging film is produced and is used in coiled mode, for the size for adapting to different packaged products, is needed It will be in the packaging film using preceding cutting suitable size, to be packed to packaged product.

But the existing mode that cuts is mostly that punching or the mode that blade is cut off need the cutting mode of punching The volume for the automation equipment wanted is larger, and its higher cost；Mode is cut for blade cutting, it is slow to cut efficiency.

In view of this, R & D design go out a kind of fervent mechanism for being able to solve above-mentioned technical problem and baling line seem outstanding It is important.

Utility model content

The purpose of this utility model is to provide a kind of fervent mechanisms, and the agency cost is lower, and cuts efficiency and sanction It is higher to cut quality.

The another object of the utility model is to provide a kind of baling line, and cost is relatively low for baling line, and cut efficiency and Cutting quality is higher.

The utility model provides a kind of technical solution:

In a first aspect, the utility model embodiment provides a kind of fervent mechanism, including fervent rack, membrane assembly and cut Membrane module；The hot-cutting machine is provided with fervent station；The membrane module of cutting includes fervent cutter and cuts film fixture, described earnestly to cut Tool and the film fixture of cutting are all connected to the fervent rack, and described one end cut film fixture and be located at the fervent station, institute It states and cuts film fixture for clamping film, the fervent cutter can be close to or far from the fervent station, and close to described For the fervent film when fervent station；The membrane assembly includes the mobile driving of membrane fixture and membrane interconnected Part, the mobile actuator of the membrane are connect with the fervent rack, and the mobile actuator of the membrane is able to drive the membrane folder Tool is close or cuts film fixture far from described, and the membrane fixture can cut film described in for clamping the film Clamp the film when fixture, and cut film fixture far from described after clamping the film so that the film be deployed in it is described It cuts between film fixture and the membrane fixture, and the film is made to be located at the fervent station.

With reference to first aspect, in the first implementation of first aspect, the fervent cutter include cut film actuator, Membrane support and fervent silk are cut, the film actuator of cutting is connect with the fervent rack and the membrane support of cutting respectively, described fervent Silk is installed on the both ends for cutting membrane support, described to cut film actuator to be able to drive the membrane support of cutting mobile, so that the heat Chopping is close or far from the fervent station.

With reference to first aspect and its above-mentioned implementation, described to cut film folder in second of implementation of first aspect Tool includes cutting film backing plate and two are cut film clamp assemblies, film clamp assemblies are cut described in two includes and cut film clamping actuator, the All film clamping pieces and second cut film clamping piece, the film clamping actuator of cutting is connected to the fervent rack, and described first cuts Film clamping piece and described second cut film clamping piece be all connected to it is described cut film clamping actuator, the film backing plate of cutting is connected to Two described second are cut between film clamping piece；

It is described cut film clamping actuator and be able to drive described first cut film clamping piece and described second to cut film clamping piece opposite Or back movement, described first, which cuts film clamping piece and described second, cuts film clamping piece and clamps the film two when moving toward one another The edge of side, and make it is described cut film backing plate and be held in the one side that the film cuts film clamping piece far from described first, and it is described Fervent cutter is close to the one side setting cut film backing plate and cut film clamping piece far from described second positioned at the film.

With reference to first aspect and its above-mentioned implementation, in the third implementation of first aspect, the membrane folder Tool include membrane connector and two membrane clamp assemblies, two membrane clamp assemblies include membrane clamping actuator, First membrane clamping piece and the second membrane clamping piece, the membrane clamping actuator are connect with the mobile actuator of the membrane, institute It states the first membrane clamping piece and the second membrane clamping piece is all connected to the membrane clamping actuator, the membrane connector Both ends be connected between two membranes clamping actuators；

The membrane clamping actuator is able to drive the first membrane clamping piece and the second membrane clamping piece is opposite Or it is moved away from, and described for clamping when the first membrane clamping piece and the second membrane clamping piece are moved toward one another The edge of film two sides.

With reference to first aspect and its above-mentioned implementation, in the 4th kind of implementation of first aspect, the membrane folder Tool further includes four membrane clamping extension blocks, and four membrane clamping extension blocks are respectively arranged at two membrane clamping groups On the respective first membrane clamping piece of part and the second membrane clamping piece, and the one of film fixture is cut described in the direction of the membrane fixture Side setting, membrane clamping extension block can the membrane fixture close to it is described cut film fixture when, positioned at being cut described in two Between film clamp assemblies, and the film can be clamped under the drive that the membrane clamps actuator.

With reference to first aspect and its above-mentioned implementation, in the 5th kind of implementation of first aspect, the membrane group Part further includes membrane stretching, extension part, and the membrane stretching, extension part is connected to the membrane clamping actuator and the mobile actuator of the membrane Between, the membrane stretching, extension part is able to drive the membrane clamping actuator and withdraws or far from the fervent station movement；

The membrane module of cutting further includes cutting film stretching, extension part, it is described cut film stretching, extension part be connected to it is described cut film clamping actuator and Between the fervent rack, it is described cut film stretching, extension part be able to drive it is described cut film clamping actuator withdraw or far from it is described earnestly Station movement.

With reference to first aspect and its above-mentioned implementation, in the 6th kind of implementation of first aspect, the hot-cutting machine Structure further includes control assembly, and the control assembly includes the first membrane position sensor, the second membrane position sensor, main control Device, the master controller stretch part, the membrane clamping actuator, the drawing with membrane stretching, extension part, the film of cutting respectively Film moves actuator, the film of cutting clamps actuator, the first membrane position sensor and the second membrane position sensing Device electrical connection, the first membrane position sensor and the second membrane position sensor are all set in the fervent rack, And it is located at the fervent station both ends, and the position data for detecting the membrane clamping piece, the master controller is according to institute It states the position data control membrane assembly and the membrane module of cutting acts.

With reference to first aspect and its above-mentioned implementation, in the 7th kind of implementation of first aspect, the hot-cutting machine Structure further includes winder component, and the winder component includes winder take-up roll and winder guide pulley, the winder guide pulley It is connected to the fervent rack, the winder take-up roll is slidably connected with the fervent rack, and the film can be by described It is bypassed below winder take-up roll, then by being bypassed above the winder guide pulley, and the winder take-up roll can be in weight It glides under the action of power along the fervent rack, and tightens the film.

With reference to first aspect and its above-mentioned implementation, in the 8th kind of implementation of first aspect, the winder group Part further includes winder sliding block, winder sliding rail and winder bolster, and the winder sliding rail is connected to the fervent rack vertically, described Winder sliding block is slidably connected with the winder sliding rail, and the take-up roll is connected to the winder sliding block, the winder bolster It is connected on the winder sliding rail, and is located at the lower section of the winder sliding block.

Second aspect, the utility model embodiment provide a kind of baling line, including transport mechanism and the hot-cutting machine Structure, the fervent mechanism include fervent rack, membrane assembly and cut membrane module；The hot-cutting machine is provided with fervent station；It is described It cuts membrane module to include fervent cutter and cut film fixture, the fervent cutter and the film fixture of cutting are all connected to the hot-cutting machine Frame, and described one end cut film fixture and be located at the fervent station, the film fixture of cutting is for clamping film, the fervent cutter Can close to or far from the fervent station, and for the fervent film when close to the fervent station；The membrane Component includes the mobile actuator of membrane fixture and membrane interconnected, and the mobile actuator of the membrane and the fervent rack connect It connects, the mobile actuator of the membrane is able to drive the membrane fixture and cuts film fixture, the membrane folder close to or far from described Tool can clamp the film, and after clamping the film for clamping the film when cutting film fixture described in Cut film fixture far from described so that the film be deployed in it is described cut between film fixture and the membrane fixture, and make described Film is located at the fervent station.The transport mechanism is set to the fervent station.

Compared with prior art, fervent mechanism provided by the embodiment of the utility model and the beneficial effect of baling line are:

The fervent film when fervent cutter is in close fervent station, so that earnestly mechanism has speed of cut fast, it is required to set Standby feature at low cost drives membrane fixture using the mobile actuator of membrane, so as to cut film fixture cooperation membrane fixture to be unfolded Film increases fervent cutter in the precision and cutting quality that cut to film operation, and the fervent agency cost is lower, and It cuts efficiency and cutting quality is higher.

To enable the above objects, features, and advantages of the utility model to be clearer and more comprehensible, preferred embodiment is cited below particularly, and Cooperate appended attached drawing, is described in detail below.

Detailed description of the invention

It, below will be to use required in embodiment in order to illustrate more clearly of the technical solution of the utility model embodiment Attached drawing be briefly described.It should be appreciated that the following drawings illustrates only some embodiments of the utility model, therefore should not be by Regard the restriction to range as.For those of ordinary skill in the art, without creative efforts, may be used also To obtain other relevant attached drawings according to these attached drawings.

Fig. 1 is the structural schematic diagram that fervent mechanism provided by the embodiment of the utility model is applied to baling line.

Fig. 2 is the structural schematic diagram at the first visual angle of fervent mechanism provided by the embodiment of the utility model.

Fig. 3 is the structural schematic diagram at the III of fervent mechanism provided by the embodiment of the utility model.

Fig. 4 is the structural schematic diagram at the second visual angle of fervent mechanism provided by the embodiment of the utility model.

Fig. 5 is the structural schematic diagram of the control assembly part of fervent mechanism provided by the embodiment of the utility model.

Icon: 100- baling line；20- transport mechanism；The fervent mechanism of 10-；The fervent rack of 15-；The fervent station of 151-；12- Membrane assembly；121- membrane fixture；1211- membrane connector；1212- membrane clamp assemblies；12123- membrane clamps actuator； 12124- the first membrane clamping piece；12125- the second membrane clamping piece；12126- membrane clamps extension block；122- membrane is mobile to be driven Moving part；123- membrane stretches part；11- cuts membrane module；The fervent cutter of 111-；1111- cuts film actuator；1112- cuts membrane support； The fervent silk of 1113-；The fervent guide post of 1114-；112- cuts film fixture；1121- cuts film backing plate；1122- cuts film clamp assemblies； 11221- cuts film clamping actuator；11222- first cuts film clamping piece；11223- second cuts film clamping piece；113- cuts film stretching, extension Part；13- control assembly；131- the first membrane position sensor；132- the second membrane position sensor；133- master controller；14- Winder component；141- winder take-up roll；142- winder guide pulley；143- winder sliding block；144- winder sliding rail；145- winder Bolster；500- film；700- part to be packaged.

Specific embodiment

It is practical new below in conjunction with this to keep the objectives, technical solutions, and advantages of the embodiments of the present invention clearer Attached drawing in type embodiment, the technical scheme in the utility model embodiment is clearly and completely described.Obviously, it is retouched The embodiment stated is the utility model a part of the embodiment, instead of all the embodiments.Usually here in attached drawing description and The component of the utility model embodiment shown can be arranged and be designed with a variety of different configurations.

It should also be noted that similar label and letter indicate similar terms in following attached drawing, therefore, once a certain Xiang Yi It is defined in a attached drawing, does not then need that it is further defined and explained in subsequent attached drawing.Term " on ", "lower", The orientation or positional relationship of the instructions such as "inner", "outside", "left", "right" be based on the orientation or positional relationship shown in the drawings, or The utility model product using when the orientation or positional relationship usually put or those skilled in the art usually understand Orientation or positional relationship is merely for convenience of describing the present invention and simplifying the description, rather than indication or suggestion is signified sets Standby or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as to the utility model Limitation.Term " first ", " second " etc. are only used for distinguishing description, are not understood to indicate or imply relative importance.Art A series of language "include", "comprise" or any other variant thereof is intended to cover non-exclusive inclusion, so that including want The process, method, article or equipment of element not only includes those elements, but also including other elements that are not explicitly listed, It further include either for elements inherent to such a process, method, article, or device.In the absence of more restrictions, The element limited by sentence "including a ...", it is not excluded that in the process, method, article or equipment including the element In there is also other identical elements.

It should also be noted that, unless otherwise clearly defined and limited, the terms such as " setting ", " connection " should do broad sense reason Solution, for example, " connection " may be fixed connection or may be dismantle connection, or integral connection；It can be mechanical connection, It is also possible to be electrically connected；It can be and be directly connected to, can also be indirectly connected with by intermediary, be can be inside two elements Connection.For the ordinary skill in the art, it can understand as the case may be above-mentioned term in the present invention Concrete meaning.

With reference to the accompanying drawing, specific embodiment of the present utility model is described in detail.

Cutting method before existing packaging film use is mostly punching or the mode that blade is cut off, for cutting for punching Mode is cut, the volume of the automation equipment needed is larger, and its higher cost；Mode is cut for blade cutting, is cut Efficiency is slow.

The utility model embodiment provides a kind of fervent mechanism and baling line, and baling line is using fervent mechanism to packing film It is cut, cost is relatively low for the fervent mechanism, and cuts efficiency and cutting quality is higher.It is understood that in this reality It applies except example, the material that fervent mechanism can be also used for other film-forms is cut, in addition, earnestly mechanism can be made with independent With.

Embodiment:

Referring to Fig. 1, Fig. 1 is the structure that fervent mechanism 10 provided by the embodiment of the utility model is applied to baling line 100 Schematic diagram.

Baling line 100 includes transport mechanism 20 and fervent mechanism 10, and transport mechanism 20 is arranged close to fervent mechanism 10, described For cutting film 500, transport mechanism 20 is used to transmit component to be packaged to fervent mechanism 10 or to unofficial biography for fervent mechanism 10 Send the film 500 by cutting through fervent mechanism 10, cost is relatively low for the fervent mechanism 10, and cut efficiency and cutting quality compared with It is high.

By the structure composition for specifically introducing fervent mechanism 10 provided by the embodiment of the utility model, working principle and have below Beneficial effect.

Fig. 2 and Fig. 3 are please referred to, Fig. 2 is the structure at the first visual angle of fervent mechanism 10 provided by the embodiment of the utility model Schematic diagram.Fig. 3 is the structural schematic diagram at the III of fervent mechanism 10 provided by the embodiment of the utility model.

Fervent mechanism 10 includes fervent rack 15, membrane assembly 12 and cuts membrane module 11, membrane assembly 12 and cuts membrane module 11 are all connected to fervent rack 15, cut membrane module 11 for fervent principle and cut film 500, that is, pass through the side of hot melt film 500 Formula cuts film 500, and membrane assembly 12 cuts membrane module 11 so that the expansion of film 500, is improved for pulling film 500, and cooperating Cut the cutting quality of membrane module 11.

Wherein, fervent rack 15 is equipped with fervent station 151, and fervent station 151 is used to be deployed in this for film 500, cut Equal operations are completed in the fervent station 151, and transport mechanism 20 is set to fervent station 151, for transmitting the film 500 after cutting Or component to be packaged；

Cutting membrane module 11 includes cutting film fixture 112 and fervent cutter 111, cuts film fixture 112 and fervent cutter 111 is all connected with In fervent rack 15, one end that film fixture 112 is located at fervent station 151 is cut, cuts film fixture 112 for clamping film 500, earnestly Cutter 111 can be close or far from fervent station 151, and is used for fervent film 500 when close to fervent station 151, uses The mode of the fervent fervent film 500 of cutter 111, required equipment cost low the features such as fast with speed of cut；

Membrane assembly 12 includes membrane fixture 121 interconnected and the mobile actuator 122 of membrane, the mobile actuator of membrane 122 connect with fervent rack 15, and the mobile actuator 122 of membrane is able to drive membrane fixture 121 close to or far from cutting film fixture 112, membrane fixture 121 can also be moved down for clamping film 500, membrane fixture 121 in the drive of the mobile actuator 122 of membrane It is dynamic close to membrane fixture 121 when clamp film 500, then far from cutting film fixture 112 under the drive of the mobile actuator 122 of membrane, It is cut between film fixture 112 and membrane fixture 121 so that film 500 is deployed in, and film 500 is made to be located at fervent station 151, benefit Actuator 122 is moved with the membrane of membrane assembly 12 and cuts film fixture 112 and cooperates and cuts film fixture 112 so that film 500 is unfolded, and is increased Tool 111 cut to film 500 precision and cutting quality of operation earnestly for heating, and can also be adjusted according to process requirement The moving distance of the mobile actuator of film is cut, to adjust the length for the film 500 for being deployed in fervent station 151, and then adjusts and cuts Film 500 size, improve the suitability of fervent mechanism 10.

It is understood that the mobile actuator 122 of above-mentioned membrane is tape handler, membrane fixture in the present embodiment 121 are connected on the transmission belt of tape handler, and belt wheel is connected to fervent rack 15, and certainly, in other embodiments, membrane drives Moving part can also be screw-drive mechanism, rack and pinion combination and Telescopic-cylinder linear motion mechanism, in addition, membrane fixture 121 can also be connected to fervent rack 15 by sliding equipment, such as sliding block and slide block combination, to increase membrane fixture 121 The moving stability.

Preferably, earnestly cutter 111 includes cutting film actuator 1111, cutting membrane support 1112 and fervent silk 1113, film is cut Actuator 1111 respectively with fervent rack 15 and cut membrane support 1112 and connect, fervent silk 1113, which is installed on, cuts the two of membrane support 1112 End cuts film actuator 1111 and is able to drive that cut membrane support 1112 mobile so that earnestly silk 1113 is straightened in cutting membrane support 1112, with Keep fervent silk 1113 close or far from fervent station 151, there is required set in such a way that fervent silk 1113 cuts film 500 Standby at low cost, the fast feature of speed of cut.

It is understood that above-mentioned film actuator 1111 of cutting can be screw-drive mechanism, rack and pinion combination and gas Cylinder stretches linear motion mechanism.

Further, fervent cutter 111 further includes fervent guide post 1114, and the fervent guide post 1114 is connected to Fervent rack 15 and cut membrane support 1112, also, earnestly guide post 1114 can follow and cut the movement of membrane support 1112, and with it is fervent Rack 15 is opposite to be slided, and to increase fervent silk 1113 in stability close or far from fervent 151 process of station, is improved fervent The quality of the fervent film 500 of mechanism 10.

Film clamp assemblies 1122 are cut including cutting film backing plate 1121 and two preferably, cutting film fixture 112, two are cut film folder It holds component 1122 and includes and cut film clamping actuator 11221, first cut film clamping piece 11222 and second cut film clamping piece 11223, It cuts film clamping actuator 11221 for two and is all connected to fervent rack 15, first, which cuts film clamping piece 11222 and second, cuts film clamping piece 11223 are all connected to cut film clamping actuator 11221, cut film backing plate 1121 and are connected to two second and cut film clamping piece Between 11223；

It cuts film clamping actuator 11221 and is able to drive first and cuts film clamping piece 11222 and second and cut 11223 phase of film clamping piece To or back movement, cut film clamping piece 11222 and second first and cut when film clamping piece 11223 moves toward one another and clamp film The edge of 500 two sides, and to cut film backing plate 1121 be held in film 500 far from first don't clamping piece one side, and heat Tool 111 is close to the one side setting cut film backing plate 1121 and cut film clamping piece 11223 far from second positioned at film 500 earnestly, earnestly Silk 1113 close to fervent station 151, i.e., close to film 500 when, cut film backing plate 1121 and be padded on film 500 far from fervent silk 1113 One side, and earnestly silk 1113 cuts film quality with improve fervent mechanism 10 close to cutting film backing plate 1121.

It is understood that above-mentioned film clamping actuator 11221 of cutting can be cylinder pneumatic clamper or electromagnetic type clamping device Equal elements.

Preferably, membrane fixture 121 includes membrane connector 1211 and two membrane clamp assemblies 1212, two membranes Clamp assemblies 1212 include membrane clamping actuator 12123, the first membrane clamping piece 12124 and the second membrane clamping piece 12125, membrane clamps actuator 12123 and connect with the mobile actuator 122 of membrane, and the first membrane clamping piece 12124 and second is drawn Film clamping piece 12125 is all connected to membrane clamping actuator 12123, and the both ends of membrane connector 1211 are connected to two drawings Film clamps between actuator 12123；

Membrane clamping actuator 12123 is able to drive 12125 phase of the first membrane clamping piece 12124 and the second membrane clamping piece To or be moved away from, and clamp film when the first membrane clamping piece 12124 and the second membrane clamping piece 12125 move toward one another The edge of 500 two sides clamps the edge of the two sides of film 500 by two membrane clamp assemblies 1212 respectively, thin to improve Film 500 is deployed in the flatness of fervent station 151, improves the quality of fervent film 500.

Further, membrane fixture 121 further includes four membrane clamping extension blocks 12126, and four membranes clamp extension block 12126 are respectively arranged at the respective first membrane clamping piece 12124 of two membrane clamp assemblies 1212 and the second membrane clamping piece On 12125, and towards the side setting for cutting film fixture 112, enable membrane clamping extension block 12126 in the mobile driving of membrane It protrudes into two under the drive of part 122 to cut between film clamp assemblies 1122, and can be under the drive that membrane clamps actuator 12123 The two sides for clamping film 500, when the mobile actuator 122 of membrane drives membrane fixture 121 is close to cut film fixture 112, four folders It holds extension block and is respectively positioned on two and cut between film clamp assemblies 1122, further to press from both sides steady film 500.

Preferably, membrane assembly 12 further includes membrane stretching, extension part 123, membrane stretching, extension part 123 is connected to membrane clamping and drives Between moving part 12123 and the mobile actuator 122 of membrane, membrane stretching, extension part 123 is able to drive membrane clamping actuator 12123 and withdraws Or moved far from fervent station 151, above-mentioned membrane stretching, extension part 123 is used for after fervent silk 1113 completion film 500 is cut, point From the film 500 after cutting, cutting quality is improved；

Cut membrane module 11 further include cut film stretching, extension part 113, cut film stretching, extension part 113 be connected to cut film clamping actuator 11221 Between fervent rack 15, cuts film stretching, extension part 113 and be able to drive and cut film clamping actuator 11221 and withdraw or far from fervent station 151 movements, the above-mentioned film stretching, extension part 113 and the membrane stretching, extension cooperation of part 123 cut can be used for transmitting part 700 to be packaged in transport mechanism 20 When to fervent 151 lower section of station, film 500 is driven to move to part 700 to be packaged from cutting film stretching, extension part 113 and membrane stretching, extension part 123 It is dynamic, so that film 500 is packaged in part 700 to be packaged, then film 500 is cut by fervent silk 1113, fervent operation and packaging are made Industry is integrated in one, and improves packaging efficiency.

Referring to Fig. 4, Fig. 4 is the structural representation at the second visual angle of fervent mechanism 10 provided by the embodiment of the utility model Figure.

Preferably, earnestly mechanism 10 further includes winder component 14, winder component 14 includes winder take-up roll 141 and receives Film guide pulley 142, winder guide pulley 142 are connected to fervent rack 15, and winder take-up roll 141 and fervent rack 15 are slided Connection, film 500 can be by bypassing, then by bypassing above winder guide pulley 142 below winder take-up roll 141, and winder Take-up roll 141 can glide along fervent rack 15 under gravity, so that winder take-up roll 141 is with the gravity of itself Film 500 is tightened, the tension of film 500 is improved, increases cutting quality.

Further, winder component 14 further includes winder sliding block 143, winder sliding rail 144 and winder bolster 145, winder Sliding rail 144 is connected to fervent rack 15 vertically, and winder sliding block 143 is slidably connected with winder sliding rail 144, winder take-up roll 141 Be connected to winder sliding block 143, winder take-up roll 141 by between winder sliding block 143 and winder sliding rail 144 be slidably connected come Winder take-up roll 141 is glided with self gravity, winder bolster 145 is connected on winder sliding rail 144, and is located at The lower section of winder sliding block 143, to reduce impact when winder take-up roll 141 supports in whereabouts with 144 bottom end of winder sliding rail Power reduces the smooth influence to trail to film 500.

Referring to Fig. 5, Fig. 5 is the structure of 13 part of control assembly of fervent mechanism 10 provided by the embodiment of the utility model Schematic diagram.

Preferably, earnestly mechanism 10 further includes control assembly 13, control assembly 13 includes the first membrane position sensor 131, the second membrane position sensor 132, master controller 133, master controller 133 clamp actuator 12123 with membrane respectively, draw Film moves actuator 122, cuts film clamping actuator 11221, the first membrane position sensor 131 and the second membrane position sensor 132 electrical connection, can also with membrane stretch part 123 and cut film stretch part 113 be electrically connected, 131 He of the first membrane position sensor Second membrane position sensor 132 is all set in fervent rack 15, and is located at the both ends of fervent station 151, and draws for detecting The position data of film clamping piece；

Membrane clamping piece close to cut film fixture 112 when, the first membrane position sensor 131 detects membrane clamping piece simultaneously First position data are generated, master controller 133 stops moving according to the membrane actuator of first position data control membrane assembly 12 It is dynamic, and control membrane clamping actuator 12123 and drive the first membrane clamping piece 12124 and the second membrane clamping piece 12125 opposite Movement, so that the first membrane clamping piece 12124, the second membrane clamping piece 12125 and membrane clamping extension block 12126 clamp film 500,

Controlling the mobile actuator 122 of membrane again drives membrane clamping actuator 12123 to clamp actuator far from film is cut 11221 movements, and when membrane clamping piece is far from cutting film fixture 112, the second membrane position sensor 132 detects that membrane presss from both sides Gripping member simultaneously generates second position data, membrane actuator of the master controller 133 according to second position data control membrane assembly 12 Stop movement, then controls membrane stretching, extension part 123 and cut film stretching, extension part 113 and move, so that film 500 is placed on part 700 to be packaged, And control cuts film actuator 1111 and fervent silk 1113 is driven to move close to film 500, so that earnestly silk 1113 cuts film 500, 500 packing work of film for cutting and treating package 700 to film 500 is just completed in this way.

It is understood that above-mentioned master controller 133 is also possible to general processor, including central processing unit (Central Processing Unit, CPU), network processing unit (Network Processor, NP), speech processor and Video processor etc.；Can also be digital signal processor, specific integrated circuit, field programmable gate array or other can compile Journey logical device, discrete gate or transistor logic, discrete hardware components.It may be implemented or execute the utility model reality Apply the disclosed logic diagram in example.Master controller 133 is also possible to any conventional processor, such as PLC (Programmable Logic Controller, programmable logic controller (PLC)), single-chip microcontroller etc..Certainly, master controller 133 is also possible to relay contact Device control system is realized using the combination of the control electric appliance such as switch, relay and button and receives signal, and made cutting for route The functions such as change or switch.

Fervent mechanism 10 provided by the embodiment of the utility model and the working principle of baling line 100 are:

The fervent film 500 when fervent cutter 111 is in close fervent station 151, so that fervent mechanism 10, which has, cuts speed Degree is fast, the low feature of required equipment cost, membrane fixture 121 is driven using the mobile actuator 122 of membrane, so as to cut film fixture 112 cooperation membrane fixtures 121 increase fervent cutter 111 in the precision for cut to film 500 operation so that film 500 is unfolded And cutting quality, cost is relatively low for the fervent mechanism 10, and cuts efficiency and cutting quality is higher.

Wherein, the one side for being padded on film 500 by cutting film backing plate 1121, fervent silk 1113 is by 500 another side of film and leans on It closely cuts film backing plate 1121 to cut, to improve cutting quality；Pass through the winder take-up roll 141 and winder orienting roll of winder component 14 Cylinder 142 is so that film 500 itself increases the quality cut with certain tension；Hot-cutting machine is also improved by control assembly 13 The automatization level of structure 10, further increases and cuts efficiency.

In summary:

Fervent mechanism 10 provided by the embodiment of the utility model, the agency cost is lower, and cuts efficiency and cut matter It measures higher.

The above descriptions are merely preferred embodiments of the present invention, is not intended to limit the utility model, for this For the technical staff in field, in the absence of conflict, the feature in the above embodiments be can be combined with each other, this is practical new Type can also have various modifications and variations.Within the spirit and principle of the utility model, it is made it is any modification, equally replace It changes, improve, should be included within the scope of protection of this utility model.Also, it should regard embodiment as exemplary, and And be non-limiting, scope of this utility model is limited by the appended claims rather than the above description, it is intended that will fall All changes within the meaning and scope of the equivalents of the claims are embraced therein.It should not be by claim In any appended drawing reference be construed as limiting the claims involved.

Claims (10)

1. a kind of fervent mechanism, which is characterized in that including fervent rack, membrane assembly and cut membrane module；

The hot-cutting machine is provided with fervent station；

The membrane module of cutting includes fervent cutter and cuts film fixture, the fervent cutter and it is described cut film fixture be all connected to it is described Fervent rack, and described one end cut film fixture and be located at the fervent station, the film fixture of cutting is for clamping film, the heat Tool can be close or far from the fervent station earnestly, and for the fervent film when close to the fervent station；

The membrane assembly includes the mobile actuator of membrane fixture and membrane interconnected, the mobile actuator of the membrane and institute State the connection of fervent rack, the mobile actuator of the membrane is able to drive the membrane fixture and cuts film folder close to or far from described Tool, the membrane fixture can clamp the film when cutting film fixture described in, and pressing from both sides for clamping the film Hold and cut film fixture far from described after the film so that the film be deployed in it is described cut film fixture and the membrane fixture it Between, and the film is made to be located at the fervent station.

2. fervent mechanism according to claim 1, which is characterized in that the fervent cutter includes cutting film actuator, cutting film Bracket and fervent silk, the film actuator of cutting are connect with the fervent rack and the membrane support of cutting respectively, the fervent silk peace It is described to cut film actuator to be able to drive the membrane support of cutting mobile loaded on the both ends for cutting membrane support, so that the fervent silk Close to or far from the fervent station.

3. fervent mechanism according to claim 1, which is characterized in that the film fixture of cutting includes cutting film backing plate and two are cut Film clamp assemblies cut film clamp assemblies and include and cut film clamping actuator, first cut film clamping piece and second cut film described in two Clamping piece, the film clamping actuator of cutting are connected to the fervent rack, and described first, which cuts film clamping piece and described second, cuts film Clamping piece be all connected to it is described cut film clamping actuator, it is described cut film backing plate and be connected to two described second cut film clamping piece Between；

It is described cut film clamping actuator be able to drive described first cut film clamping piece and described second cut film clamping piece it is opposite or Back movement, described first, which cuts film clamping piece and described second, cuts film clamping piece and clamps the film two sides when moving toward one another Edge, and make the film backing plate of cutting be held in the one side that the film cuts film clamping piece far from described first, and described fervent Cutter is close to the one side setting cut film backing plate and cut film clamping piece far from described second positioned at the film.

4. fervent mechanism according to claim 3, which is characterized in that the membrane fixture includes membrane connector and two Membrane clamp assemblies, two membrane clamp assemblies include membrane clamping actuator, the first membrane clamping piece and the second drawing Film clamping piece, membrane clamping actuator move actuator with the membrane and connect, the first membrane clamping piece and described Second membrane clamping piece is all connected to the membrane clamping actuator, and the both ends of the membrane connector are connected to two institutes It states between membrane clamping actuator；

Membrane clamping actuator be able to drive the first membrane clamping piece and the second membrane clamping piece it is opposite or It is moved away from, and when the first membrane clamping piece and the second membrane clamping piece are moved toward one another for clamping the film The edge of two sides.

5. fervent mechanism according to claim 4, which is characterized in that the membrane fixture further includes that four membrane clampings are prolonged Block is stretched, four membrane clamping extension blocks are respectively arranged at two respective first membrane clamping pieces of membrane clamp assemblies The side setting of film fixture is cut on the second membrane clamping piece, and described in the direction of the membrane fixture, the membrane clamping is prolonged Stretch block can the membrane fixture close to it is described cut film fixture when, positioned at being cut between film clamp assemblies described in two, and can The film is clamped under the drive of membrane clamping actuator.

6. fervent mechanism according to claim 4, which is characterized in that the membrane assembly further includes membrane stretching, extension part, institute It states membrane stretching, extension part to be connected between the membrane clamping actuator and the mobile actuator of the membrane, the membrane stretches part energy The membrane clamping actuator is enough driven to withdraw or far from the fervent station movement；

The membrane module of cutting further includes cutting film stretching, extension part, and the film stretching, extension part of cutting is connected to the film clamping actuator and described cut Between fervent rack, it is described cut film stretching, extension part and be able to drive the film clamping actuator of cutting withdraw or far from the fervent station Movement.

7. fervent mechanism according to claim 6, which is characterized in that the fervent mechanism further includes control assembly, described Control assembly include the first membrane position sensor, the second membrane position sensor, master controller, the master controller respectively with Membrane stretching, extension part described cut film stretching, extension part, membrane clamping actuator, the mobile actuator of the membrane, described cuts film Clamp actuator, the first membrane position sensor and the second membrane position sensor electrical connection, first membrane Position sensor and the second membrane position sensor are all set in the fervent rack, and are located at the fervent station two End, and the position data for detecting the membrane clamping piece, the master controller control the drawing according to the position data Membrane module and the membrane module of cutting act.

8. fervent mechanism according to claim 4, which is characterized in that the fervent mechanism further includes winder component, described Winder component includes winder take-up roll and winder guide pulley, and the winder guide pulley is connected to the fervent rack, institute Winder take-up roll to be stated to be slidably connected with the fervent rack, the film can be bypassed by the winder take-up roll lower section, Again by bypassing above the winder guide pulley, and the winder take-up roll can be under gravity along the hot-cutting machine Frame glides, and tightens the film.

9. fervent mechanism according to claim 8, which is characterized in that the winder component further includes winder sliding block, winder Sliding rail and winder bolster, the winder sliding rail are connected to the fervent rack vertically, and the winder sliding block and the winder are sliding Rail is slidably connected, and the take-up roll is connected to the winder sliding block, and the winder bolster is connected on the winder sliding rail, And it is located at the lower section of the winder sliding block.

10. a kind of baling line, which is characterized in that including transport mechanism and hot-cutting machine as described in any one of claims 1-9 Structure, the transport mechanism are set to the fervent station.