CN108338195A - A kind of biscuit process equipment - Google Patents

Abstract

The invention discloses a kind of biscuit process equipments,Including the first main frame body,The feeding device being set on first main frame body and the cake of press device being set on the end face of the first main frame body downside,The cake of press device includes the second main frame body being set on the downside of the main frame body on end face,The first cake of press chamber is provided in second main frame body,It is provided in inner wall on the right side of the first cake of press chamber and the first cake of press chamber communications and liaison and the first slid chamber of opening to the right,The first cake of press intracavitary is fixedly connected with the first oil hydraulic cylinder by the first solid bar,It is provided with the first slipping block that can be horizontally slipped on the right side of first oil hydraulic cylinder and in first slid chamber,It is connected with the first contraction pole between the first slipping block left end face and first oil hydraulic cylinder,It is fixedly installed third main frame body in the right end face of second main frame body.

Description

A kind of biscuit process equipment

Technical field

The present invention relates to biscuit preparing technical field, specifically a kind of biscuit process equipment.

Background technology

Biscuit is the food often eaten in people's daily life, carries out usually being required for using when biscuit preparation Expensive biscuit cake of press device carries out the shaping work of biscuit, and can also be spent largely in the maintenance of everyday devices Maintenance cost, therefore design one kind can quantify the one kind for carrying out shaping work to biscuit, while also reducing equipment maintenance cost Biscuit process equipment it is really necessary to.

Invention content

Technical problem to be solved by the invention is to provide a kind of biscuit process equipments, can solve above-mentioned present technology The problems in.

The present invention is achieved through the following technical solutions：A kind of biscuit process equipment of the present invention, including the first master Frame body, the feeding device being set on first main frame body and the cake of press being set on the end face of the first main frame body downside Device, the cake of press device include the second main frame body being set on the downside of the main frame body on end face, in second main frame body Be provided with the first cake of press chamber, be provided in the right side inner wall of the first cake of press chamber with the first cake of press chamber communications and liaison and be open to The first right slid chamber, the first cake of press intracavitary are fixedly connected with the first oil hydraulic cylinder, first oil pressure by the first solid bar It is provided with the first slipping block that can be horizontally slipped, the left side of first slipping block on the right side of cylinder and in first slid chamber It is connected with the first contraction pole between end face and first oil hydraulic cylinder, fixes and sets in the right end face of second main frame body Be equipped with third main frame body, be provided in the third main frame body opening to the left and with the second cake of press of the first slid chamber communications and liaison Chamber, is provided with the first fluting with the second cake of press chamber communications and liaison in the front and back side inner wall of the second cake of press chamber, and described first The left end of fluting and being provided on the upper and lower sides inner wall of the second cake of press chamber second is opened with the first fluting communications and liaison Slot, is provided with the second slid chamber with the second cake of press chamber communications and liaison in the upper inside walls of the second cake of press chamber, and described second The first guide groove with the second slid chamber communications and liaison is provided in the upper inside walls of slid chamber, in the right side of second slid chamber First motor is fixedly installed in wall, the left end be connected by power of the first motor has the first spiral bar, the first spiral bar Left end be rotatably assorted by bearing in the inner left wall for being connected to second slid chamber, be provided in second slid chamber It can horizontally slip and lower end extends the second slipping block for piercing into the second cake of press intracavitary, second slipping block and described first Spiral bar screw-thread fit connects and by being fixedly connected on upper surface and what is extended into first guide groove first leads slipping block Lead position, the lower end of second slipping block is fixedly connected with the second mounting blocks, on the downside end face of second mounting blocks It is fixedly connected with and leads slipping block with second of inner wall sliding connection on the downside of the second cake of press chamber, in second mounting blocks It is fixedly connected with the second motor, the left end of second motor has the first mounting blocks, first peace by shaft be connected by power Fill the second mounting blocks for being fixedly installed respectively on the side end face up and down of block and extending and piercing into second fluting, first peace Fill the third slipping block of fixed setting and the second cake of press cavity wall sliding connection in the left end face of block, the third It is fixedly installed the first material shaking device in slipping block, the 4th body frame is fixedly connected on the downside end face of the third main frame body Body, is provided with the first vestibule of opening to the left in the 4th main frame body, the company of being provided in the upper inside walls of first vestibule First discharge groove of logical first vestibule and the second cake of press chamber, first hole intracavitary are provided with sliding connection First accommodates block, is provided with the second vestibule in the first receiving block, connection is provided in the upper inside walls of second vestibule Second discharge groove of first discharge groove and second vestibule, it is described first receiving block left end face on be fixedly installed First hand lever.

The feeding device includes the first conveying being set in first main frame body as a preferred technical solution, Mouthful, the right end of inner wall is provided with connection first conveying mouth and the first of the second cake of press chamber on the downside of first conveying mouth Port is fixedly installed the second oil hydraulic cylinder, the upside and position of second oil hydraulic cylinder in the inner left wall of first conveying mouth It slots with the third of the first conveying mouth communications and liaison in being provided in first main frame body, is provided in first conveying mouth The 4th slipping block that can be horizontally slipped is connected between the left end face and second oil hydraulic cylinder of the 4th slipping block Second contraction pole, the upper end of the 4th slipping block left end face are fixedly connected with the backgauge for extending and piercing into the third fluting Block, is provided through the second port in the 4th slipping block up and down, through setting in the upper inside walls of first conveying mouth There is third connectivity mouth, Storing case is provided on the upside of first main frame body, storage chamber, the storage are provided in the Storing case Be provided with the 4th port for being connected to the third connectivity mouth and the storage chamber in the downside inner wall of chamber, on the downside of the 4th port and The second material shaking device identical with the first material shaking device structure is fixedly installed in the downside inner wall of first conveying mouth, It is fixedly installed the first frame, first frame on the right side of the Storing case and on the upside end face of first main frame body It is inside provided with the second conveying mouth, connection second conveying mouth and described the are provided in the downside inner wall of second conveying mouth One conveying mouth and the 5th port right over first port are set respectively in the left and right sides inner wall of second conveying mouth It is equipped with the chamber that rises and falls, third motor is fixedly installed in the downside inner wall of the chamber that rises and falls, the upper end power of the third motor connects It is connected to the second spiral bar, the upper end of the second spiral bar is rotatably assorted by bearing is connected to the upper inside walls of the chamber that rises and falls On, the intracavitary of rising and falling is provided with the elevator that can be slided up and down and be connect with the second spiral bar screw-thread fit, described It falls chamber and closes on and be provided with connection second discharging chamber and the 4th of the chamber that rises and falls on the side inner wall of second discharging chamber It slots, the 5th slipping block that can slide up and down, the 5th slipping block and the elevator is provided in second conveying mouth Between be fixedly connected with and the third that slide up and down can lead slipping block in the 4th fluting, in the 5th slipping block fixation set It is equipped with the 4th motor, the lower end be connected by power of the 4th motor is shipped and resell on another market axis, axis and the 5th slipping block of shipping and reselling on another market The first closely sealed circle is provided between the end face of downside, the lower end of the axis of shipping and reselling on another market, which is fixedly connected with, connects block, on the even side wall of block Be fixedly installed brush, the left and right sides of the 4th motor and be provided with that Open Side Down in the 5th slipping block it is recessed Chamber is fixedly installed the 5th motor in the upper inside walls of the cavity, and the 5th motor lower end has by shaft be connected by power Blowing slurry in the cavity, be connected by power in shaft and the cavity of the 5th motor lower end upper inside walls it Between be provided with the second closely sealed circle.

First material shaking device includes material shaking shell as a preferred technical solution, and material shaking is provided in the material shaking shell Chamber is fixedly installed material shaking machine in the downside inner wall of the material shaking chamber, and the upper end be connected by power of the material shaking machine has bull stick, described The upper end of bull stick is rotatably assorted by bearing in the upper inside walls for being connected to the material shaking chamber, and shake is fixedly connected on the bull stick The right end of dynamic mounting blocks, the vibrations mounting blocks is fixedly connected with clump weight.

It is provided through introducing port up and down in the upper inside walls of the storage chamber as a preferred technical solution, initial When state, the introducing port sealed set has switchboard, the upside end face of the switchboard to be fixedly installed the second hand lever.

The third main frame body is fixed by the be fixedly connected on upside end face second solid bar as a preferred technical solution, It is connected in the right end face of first main frame body.

It is solid that third is provided between end face and the Storing case on the upside of first main frame body as a preferred technical solution, Bar.

The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, when carrying out biscuit molding by the present apparatus, Staff turns on the switch plate and is added into required molding raw material to storage intracavitary by introducing port, and raw material passes through the 4th at this time Port and third connectivity mouth drop into the second port, while the second material shaking device starts, and material shaking machine rotates at this time, and then passes through Bull stick drives vibrations mounting blocks rotation, and then drives clump weight rotation, and then drives the by rotating eccentrically mounted clump weight Two material shaking devices shake, and then are beneficial to drop into the raw material in the second port and implement so that the molding biscuit quality phase of institute Together, the second oil hydraulic cylinder starts at this time, and then drives the 4th slipping block to move right in the first conveying mouth by the second contraction pole To the second port and the 5th port and the first port communications and liaison state, in the process, the 4th slipping block drives material blocking block to move right It is dynamic, and then opened third connectivity mouth and the partition of the first conveying mouth by material blocking block, third motor rotates at this time, and then passes through the second spiral shell Shape bar drives elevator to be moved down in intracavitary of rising and falling, and then the 5th slipping block is driven to move down, and the 4th motor rotates at this time, And then even block rotation is driven by axis of shipping and reselling on another market, and then brush rotation is driven, and pass through brush during the decline of the 5th slipping block Raw material in second port is fallen on the second cake of press intracavitary by son by brush, while the 5th motor rotates, and then is driven by shaft Blowing slurry rotation, and then raw material is blown off, fall behind by the raw material brush in the second port, the 4th slipping block and the 5th slipping block It is returned to original state, while the first oil hydraulic cylinder starts, and then drives the first slipping block to move right by the first contraction pole, into And elapse the biscuit for falling into the second cake of press chamber to the right, and be molded material extruding by the extruding between third slipping block, After being molded, rotation, and then the rotation of the first mounting blocks is driven by shaft, and then drive the second mounting blocks to be transferred to first and open In slot, first motor starts at this time, and then drives the second slipping block to move right in the second slid chamber by the first spiral bar, And then the second mounting blocks is driven to move right, and then third slipping block is driven to move right, and then drive and be built-up in third sliding Molding biscuit in block left end face moves right on the upside of the first discharge groove, and the first material shaking device starts at this time, and then by the Biscuit on three slipping blocks shakes off to the second hole intracavitary, when the biscuit storage capacity of the second hole intracavitary reaches certain amount, work Personnel can be taken out biscuit by pulling the first hand lever to pull out the first receiving block from the first vestibule left end opening to the left, Can not only shaping work be completed to biscuit, while device self structure is simple, maintenance cost is relatively low, is worth pushing away by the present apparatus It is wide to use.

Description of the drawings

The present invention is described in detail by following specific embodiment and attached drawing for ease of explanation,.

Fig. 1 is a kind of internal structure schematic diagram of biscuit process equipment of the present invention；

Fig. 2 is the enlarged diagram of " A " in Fig. 1；

Fig. 3 is the enlarged diagram of " B " in Fig. 1；

Fig. 4 is the structural schematic diagram of the second material shaking device in the present invention.

Specific implementation mode

As Figure 1-Figure 4, a kind of biscuit process equipment of the invention, including the first main frame body 11, it is set to described Feeding device on one main frame body 11 and the cake of press device being set on first main frame body, 11 downside end face, the cake of press Device includes the second main frame body 62 being set on 11 downside end face of the main frame body, and is provided in second main frame body 62 One cake of press chamber 64 is provided in the right side inner wall of the first cake of press chamber 64 with 64 communications and liaison of the first cake of press chamber and opening to the right The first slid chamber 68, the first oil hydraulic cylinder 65 is fixedly connected with by the first solid bar 63 in the first cake of press chamber 64, described the The right side of one oil hydraulic cylinder 65 and the first slipping block 67 that can be horizontally slipped is provided in first slid chamber 68, described first The first contraction pole 66, second main frame body are connected between the left end face of slipping block 67 and first oil hydraulic cylinder 65 Third main frame body 71 is fixedly installed in 62 right end face, be provided in the third main frame body 71 opening to the left and with it is described Second cake of press chamber 73 of 68 communications and liaison of the first slid chamber is provided with and described second in the front and back side inner wall of the second cake of press chamber 73 73 communications and liaison of cake of press chamber first fluting 75, it is described first fluting 75 left end and positioned at the second cake of press chamber 73 upper and lower sides in It is provided with the second fluting 85 with first fluting, 75 communications and liaison on wall, is provided in the upper inside walls of the second cake of press chamber 73 With the second slid chamber 81 of 73 communications and liaison of the second cake of press chamber, be provided in the upper inside walls of second slid chamber 81 with it is described First guide groove 79 of 81 communications and liaison of the second slid chamber is fixedly installed first motor in the right side inner wall of second slid chamber 81 78, the left end be connected by power of the first motor 78 has the first spiral bar 82, the left end of the first spiral bar 82 to pass through bearing It is rotatably assorted in the inner left wall for being connected to second slid chamber 81, being provided in second slid chamber 81 can horizontally slip And lower end extends the second slipping block 77 pierced into the second cake of press chamber 73, second slipping block 77 and first spiral 82 screw-thread fit of bar connects and by being fixedly connected on upper surface and what is extended into first guide groove 79 first leads slipping block 83 lead position, and the lower end of second slipping block 77 is fixedly connected with the second mounting blocks 74, under second mounting blocks 74 It is fixedly connected on side end face and leads slipping block 72 with the second of 73 downside inner wall sliding connection of the second cake of press chamber, it is described The second motor 76 is fixedly connected in second mounting blocks 74, the left end of second motor 76 has first by shaft be connected by power Mounting blocks 87 are fixedly installed extension on the side end face up and down of first mounting blocks 87 and pierce into second fluting 85 respectively The second mounting blocks 84, in the left end face of first mounting blocks 87 fixed setting slided with 73 inner wall of the second cake of press chamber The third slipping block 86 of mating connection is fixedly installed the first material shaking device 110, the third master in the third slipping block 86 It is fixedly connected with the 4th main frame body 95 on the downside end face of frame body 71, the of opening to the left is provided in the 4th main frame body 95 One vestibule 92 is provided with connection first vestibule 92 and the second cake of press chamber 73 in the upper inside walls of first vestibule 92 The first discharge groove 88, the first receiving block 89 of sliding connection, first receiving are provided in first vestibule 92 The second vestibule 93 is provided in block 89, be provided in the upper inside walls of second vestibule 93 connection first discharge groove 88 with Second discharge groove 91 of second vestibule 93, it is described first receiving block 89 left end face on be fixedly installed the first hand lever 94。

Valuably, the feeding device includes the first conveying mouth 37 being set in first main frame body 11, and described The right end of one conveying mouth, 37 downside inner wall is provided with connection first conveying mouth 37 and leads to the first of the second cake of press chamber 73 Mouthfuls 61, be fixedly installed the second oil hydraulic cylinder 21 in the inner left wall of first conveying mouth 37, second oil hydraulic cylinder 21 it is upper Side and be provided in first main frame body 11 with the third of 37 communications and liaison of the first conveying mouth fluting 23, described first is defeated The 4th slipping block 35 that can be horizontally slipped, the left end face of the 4th slipping block 35 and second oil are provided in material mouth 37 The second contraction pole 24 is connected between cylinder pressure 21, the upper end of 35 left end face of the 4th slipping block is fixedly connected with extension The material blocking block 22 in the third fluting 23 is pierced into, the second port 36, institute are provided through up and down in the 4th slipping block 35 It states and is provided through third connectivity mouth 34 in the upper inside walls of the first conveying mouth 37, the upside of first main frame body 11 is provided with storage Case 26 is put, storage chamber 27 is provided in the Storing case 26, connection described the is provided in the downside inner wall of the storage chamber 27 4th port 32 of three ports 34 and the storage chamber 37,32 downside of the 4th port and positioned at first conveying mouth 37 The second material shaking device 100 identical with 110 structure of the first material shaking device is fixedly installed in the inner wall of downside, the Storing case 26 is right Side and it is fixedly installed the first frame 46 on the upside end face of first main frame body 11, setting in first frame 46 There is the second conveying mouth 47, connection second conveying mouth 47 and described the are provided in the downside inner wall of second conveying mouth 47 One conveying mouth 37 and the 5th port 38 right over first port 61, the left and right sides inner wall of second conveying mouth 47 It is inside respectively arranged with the chamber 43 that rises and falls, third motor 42, the third electricity are fixedly installed in the downside inner wall of the chamber 43 that rises and falls The upper end be connected by power of machine 42 has the second spiral bar 44, and the upper end of the second spiral bar 44 is rotatably assorted by bearing to be connected to In the upper inside walls of the chamber 43 that rises and falls, be provided in the chamber 43 that rises and falls can slide up and down and with 44 spiral shell of the second spiral bar The elevator 49 that line is connected, the chamber 43 that rises and falls, which closes on the side inner wall of second discharging chamber 47, is provided with connection institute Fourth fluting 45 of second discharging chamber 47 with the chamber 43 that rises and falls is stated, is provided with and can slide up and down in second conveying mouth 47 5th slipping block 52, being fixedly connected between the 5th slipping block 52 and the elevator 49 can be in the 4th fluting 45 The third slided up and down leads slipping block 51, and the 4th motor 53, the 4th motor are fixedly installed in the 5th slipping block 52 53 lower end be connected by power is shipped and resell on another market axis 48, and described ship and resell on another market is provided between axis 48 and the downside end face of the 5th slipping block 52 First closely sealed circle 55, the lower end for shipping and reselling on another market axis 48 are fixedly connected with even block 41, are fixedly installed on the even side wall of block 41 Brush 39, the left and right sides of the 4th motor 53 and is provided with the cavity that Open Side Down in the 5th slipping block 52 56, the 5th motor 57 is fixedly installed in the upper inside walls of the cavity 56, and 57 lower end of the 5th motor passes through shaft power It is connected with the blowing slurry 59 in the cavity 56, shaft and the cavity of the be connected by power in 57 lower end of the 5th motor The second closely sealed circle 58 is provided between 56 upper inside walls.

Valuably, second material shaking device 100 includes material shaking shell 101, and material shaking chamber is provided in the material shaking shell 101 103, material shaking machine 102, the upper end be connected by power of the material shaking machine 102 are fixedly installed in the downside inner wall of the material shaking chamber 103 There are bull stick 105, the upper end of the bull stick 105 to be rotatably assorted by bearing in the upper inside walls for being connected to the material shaking chamber 103, institute It states and is fixedly connected with vibrations mounting blocks 104 on bull stick 105, the right end of the vibrations mounting blocks 104 is fixedly connected with clump weight 106。

Valuably, it is provided through introducing port 29 up and down in the upper inside walls of the storage chamber 27, in the initial state, institute Stating introducing port sealed set has switchboard 28, the upside end face of the switchboard 28 to be fixedly installed the second hand lever 31.

Valuably, the third main frame body 71 is fixedly connected on institute by the be fixedly connected on upside end face second solid bar 69 In the right end face for stating the first main frame body 11.

Valuably, it is provided with third between first main frame body, 11 upside end face and the Storing case 26 and consolidates bar 25.

When original state, the second contraction pole 24 is retracted to greatest extent in the second oil hydraulic cylinder 21, at this time the 4th slipping block 35 The inner left wall of left end face and the first conveying mouth 37 abuts against, and the second port 36 leads to greatest extent with third connectivity mouth 34 at this time Connection, meanwhile, the upside end face of the 5th slipping block 52 and the upper inside walls of the second conveying mouth 47 abut against, and connect 41 maximum limit of block at this time Degree is retracted into the 5th port 38, meanwhile, the first contraction pole 66 is retracted to greatest extent in the first oil hydraulic cylinder 65, at this time the first sliding The left end face of block 67 and the inner left wall of the second cake of press chamber 73 abut against, the left end face of the second slipping block 77 and the second sliding The inner left wall of chamber 81 abuts against, and the second mounting blocks 74 move to left to greatest extent in the first conveying mouth 37 at this time, at this time the second peace The right end face and the right end face of the second fluting 85 for filling block 84 abut against, at this time the second left end face and for leading slipping block 72 The right side inner wall of one discharge groove 88 is in and flushes state, and the first receiving block 89 is stretched into greatest extent in the first vestibule 92 at this time, this When the second discharge groove 91 and the first discharge groove 88 communications and liaison to greatest extent.

By the present apparatus carry out biscuit molding when, staff turn on the switch plate 28 and by introducing port 29 to storage chamber 27 It is inside added into required molding raw material, raw material drops into the second port 36 by the 4th port 32 and third connectivity mouth 34 at this time It is interior, while the second material shaking device 100 starts, material shaking machine 102 rotates at this time, and then drives vibrations mounting blocks 104 by bull stick 105 Rotation, and then clump weight 106 is driven to rotate, and then drive the second material shaking device 100 by rotating eccentrically mounted clump weight 106 Vibrations, and then be beneficial to drop into the raw material in the second port 36 and implement so that the molding biscuit of institute is identical in quality, at this time the Two oil hydraulic cylinders 21 start, and then by the second contraction pole 24 drive the 4th slipping block 35 move right in the first conveying mouth 37 to Second port 36 and the 5th port 38 and 61 communications and liaison state of the first port, in the process, the 4th slipping block 35 drive material blocking block 22 move right, and then are opened third connectivity mouth 34 and the partition of the first conveying mouth 37 by material blocking block 22, at this time 42 turns of third motor It is dynamic, and then drive elevator 49 to be moved down in the chamber 43 that rises and falls by the second spiral bar 44, and then drive the 5th slipping block 52 It moves down, the 4th motor 53 rotates at this time, and then drives the even rotation of block 41 by axis 48 of shipping and reselling on another market, and then drives 39 turns of brush It is dynamic, and the raw material in second port 36 is fallen on by the second pressure by brush by brush 39 during the decline of the 5th slipping block 52 In cake chamber 73, while the 5th motor 57 rotates, and then drives 59 rotation of blowing slurry by shaft, and then raw material is blown off, will Raw material brush in second port 36 falls behind, and the 4th slipping block 35 and the 5th slipping block 52 are returned to original state, while first Oil hydraulic cylinder 65 starts, and then drives the first slipping block 67 to move right by the first contraction pole 66, and then will fall into the second cake of press The biscuit of chamber 68 elapses to the right, and is molded material extruding by the extruding between third slipping block 86, after being molded, Rotation, and then the rotation of the first mounting blocks 87 is driven by shaft, and then the second mounting blocks 84 is driven to be transferred in the first fluting 75, this When first motor 78 start, and then by the first spiral bar 82 drive the second slipping block 77 move right in the second slid chamber 81 It is dynamic, and then the second mounting blocks 74 is driven to move right, and then third slipping block 86 is driven to move right, and then drive and be built-up in the Molding biscuit in three slipping blocks, 86 left end face moves right on the upside of the first discharge groove 88, at this time the first material shaking device 110 Start, and then the biscuit on third slipping block 86 is shaken off to the second vestibule 93, the biscuit storage capacity in the second vestibule 93 When reaching certain amount, staff can be by pulling the first hand lever 94 to accommodate block 89 from 92 left end of the first vestibule by first to the left Opening pulls out and then takes out biscuit.

The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, when carrying out biscuit molding by the present apparatus, Staff turns on the switch plate and is added into required molding raw material to storage intracavitary by introducing port, and raw material passes through the 4th at this time Port and third connectivity mouth drop into the second port, while the second material shaking device starts, and material shaking machine rotates at this time, and then passes through Bull stick drives vibrations mounting blocks rotation, and then drives clump weight rotation, and then drives the by rotating eccentrically mounted clump weight Two material shaking devices shake, and then are beneficial to drop into the raw material in the second port and implement so that the molding biscuit quality phase of institute Together, the second oil hydraulic cylinder starts at this time, and then drives the 4th slipping block to move right in the first conveying mouth by the second contraction pole To the second port and the 5th port and the first port communications and liaison state, in the process, the 4th slipping block drives material blocking block to move right It is dynamic, and then opened third connectivity mouth and the partition of the first conveying mouth by material blocking block, third motor rotates at this time, and then passes through the second spiral shell Shape bar drives elevator to be moved down in intracavitary of rising and falling, and then the 5th slipping block is driven to move down, and the 4th motor rotates at this time, And then even block rotation is driven by axis of shipping and reselling on another market, and then brush rotation is driven, and pass through brush during the decline of the 5th slipping block Raw material in second port is fallen on the second cake of press intracavitary by son by brush, while the 5th motor rotates, and then is driven by shaft Blowing slurry rotation, and then raw material is blown off, fall behind by the raw material brush in the second port, the 4th slipping block and the 5th slipping block It is returned to original state, while the first oil hydraulic cylinder starts, and then drives the first slipping block to move right by the first contraction pole, into And elapse the biscuit for falling into the second cake of press chamber to the right, and be molded material extruding by the extruding between third slipping block, After being molded, rotation, and then the rotation of the first mounting blocks is driven by shaft, and then drive the second mounting blocks to be transferred to first and open In slot, first motor starts at this time, and then drives the second slipping block to move right in the second slid chamber by the first spiral bar, And then the second mounting blocks is driven to move right, and then third slipping block is driven to move right, and then drive and be built-up in third sliding Molding biscuit in block left end face moves right on the upside of the first discharge groove, and the first material shaking device starts at this time, and then by the Biscuit on three slipping blocks shakes off to the second hole intracavitary, when the biscuit storage capacity of the second hole intracavitary reaches certain amount, work Personnel can be taken out biscuit by pulling the first hand lever to pull out the first receiving block from the first vestibule left end opening to the left, Can not only shaping work be completed to biscuit, while device self structure is simple, maintenance cost is relatively low, is worth pushing away by the present apparatus It is wide to use.

The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention Protection domain should be determined by the scope of protection defined in the claims.

Claims (6)

1. a kind of biscuit process equipment, including the first main frame body, the feeding device that is set on first main frame body and set It is placed in the cake of press device on end face on the downside of first main frame body, the cake of press device includes being set to the main frame body lower side The second main frame body on face, is provided with the first cake of press chamber in second main frame body, in the right side inner wall of the first cake of press chamber It is provided with and passes through the first solid bar with the first cake of press chamber communications and liaison and the first slid chamber of opening to the right, the first cake of press intracavitary It is fixedly connected with the first oil hydraulic cylinder, is provided with and can horizontally slip on the right side of first oil hydraulic cylinder and in first slid chamber The first slipping block, be connected with the first contraction between the left end face of first slipping block and first oil hydraulic cylinder Bar is fixedly installed third main frame body in the right end face of second main frame body, opening is provided in the third main frame body To the left and with the second cake of press chamber of the first slid chamber communications and liaison, be provided in the front and back side inner wall of the second cake of press chamber and institute State the first fluting of the second cake of press chamber communications and liaison, the left end of first fluting and the upper and lower sides inner wall positioned at the second cake of press chamber On be provided with the second fluting with the first fluting communications and liaison, be provided in the upper inside walls of the second cake of press chamber and described the Second slid chamber of two cake of press chamber communications and liaison is provided with and the second slid chamber communications and liaison in the upper inside walls of second slid chamber The first guide groove, first motor is fixedly installed in the right side inner wall of second slid chamber, the left end of the first motor is dynamic Power is connected with the first spiral bar, and the left end of the first spiral bar is rotatably assorted by bearing is connected to second slid chamber In inner left wall, being provided in second slid chamber can horizontally slip and lower end extends and pierces into the of the second cake of press intracavitary Two slipping blocks, second slipping block connect with the first spiral bar screw-thread fit and by being fixedly connected on upper surface and prolonging First stretched into first guide groove leads slipping block and carries out leading position, and the lower end of second slipping block is fixedly connected with the second peace Block is filled, is fixedly connected on the downside end face of second mounting blocks and is slidably connected with inner wall on the downside of the second cake of press chamber Second lead slipping block, the second motor is fixedly connected in second mounting blocks, the left end of second motor passes through shaft Be connected by power has the first mounting blocks, is fixedly installed extension on the side end face up and down of first mounting blocks respectively and pierces into described The second mounting blocks in two flutings, in the left end face of first mounting blocks fixed setting slided with the second cake of press cavity wall The third slipping block being connected is moved, the first material shaking device, the third main frame body are fixedly installed in the third slipping block Downside end face on be fixedly connected with the 4th main frame body, opening the first vestibule to the left, institute are provided in the 4th main frame body The first discharge groove for being provided in the upper inside walls of the first vestibule and being connected to first vestibule and the second cake of press chamber is stated, it is described First hole intracavitary is provided with the first receiving block of sliding connection, and the second vestibule is provided in the first receiving block, described It is provided with the second discharge groove for being connected to first discharge groove and second vestibule in the upper inside walls of second vestibule, described It is fixedly installed the first hand lever in the left end face of one receiving block.

2. a kind of biscuit process equipment according to claim 1, it is characterised in that：The feeding device includes being set to institute The first conveying mouth in the first main frame body is stated, the right end of the first conveying mouth downside inner wall is provided with connection first conveying Mouthful and the second cake of press chamber the first port, be fixedly installed the second oil hydraulic cylinder in the inner left wall of first conveying mouth, The upside of second oil hydraulic cylinder and being provided in first main frame body is opened with the third of the first conveying mouth communications and liaison Slot is provided with the 4th slipping block that can be horizontally slipped, the left end face of the 4th slipping block and institute in first conveying mouth It states and is connected with the second contraction pole between the second oil hydraulic cylinder, the upper end of the 4th slipping block left end face, which is fixedly connected with, prolongs The material blocking block pierced into third fluting is stretched, is provided through the second port in the 4th slipping block up and down, described first It is provided through third connectivity mouth in the upper inside walls of conveying mouth, Storing case, the storage are provided on the upside of first main frame body It puts and is provided with storage chamber in case, the connection third connectivity mouth and the storage chamber are provided in the downside inner wall of the storage chamber 4th port is fixedly installed and the first material shaking on the downside of the 4th port and in the downside inner wall of first conveying mouth Identical second material shaking device of apparatus structure, the Storing case right side and the fixation on the upside end face of first main frame body It is provided with the first frame, the second conveying mouth is provided in first frame, is arranged in the downside inner wall of second conveying mouth There is the 5th port for being connected to second conveying mouth with first conveying mouth and right over first port, described the It is respectively arranged with the chamber that rises and falls in the left and right sides inner wall of two conveying mouths, third electricity is fixedly installed in the downside inner wall of the chamber that rises and falls The upper end be connected by power of machine, the third motor has the second spiral bar, the upper end of the second spiral bar to match by bearing rotation Close and be connected in the upper inside walls of the chamber that rises and falls, the intracavitary of rising and falling be provided with can slide up and down and with the second spiral bar The elevator of screw-thread fit connection, the chamber that rises and falls, which closes on the side inner wall of second discharging chamber, is provided with connection described the Two discharging chambers are slotted with the 4th of the chamber that rises and falls, and the 5th slipping block that can slide up and down is provided in second conveying mouth, The third slide guide that can be slided up and down in the 4th fluting is fixedly connected between 5th slipping block and the elevator Block is moved, is fixedly installed the 4th motor in the 5th slipping block, the lower end be connected by power of the 4th motor is shipped and resell on another market axis, institute It states to ship and resell on another market and is provided with the first closely sealed circle between axis and the downside end face of the 5th slipping block, the lower end of the axis of shipping and reselling on another market, which is fixed, to be connected The company's of being connected to block is fixedly installed brush on the even side wall of block, the left and right sides of the 4th motor and is located at the described 5th It is provided with the cavity that Open Side Down in slipping block, is fixedly installed the 5th motor in the upper inside walls of the cavity, the described 5th There is the slurry of the blowing in the cavity in motor lower end by shaft be connected by power, and be connected by power is in the 5th motor lower end The second closely sealed circle is provided between shaft and the upper inside walls of the cavity.

3. a kind of biscuit process equipment according to claim 1, it is characterised in that：First material shaking device includes material shaking Shell is provided with material shaking chamber in the material shaking shell, material shaking machine, the material shaking machine is fixedly installed in the downside inner wall of the material shaking chamber Upper end be connected by power have bull stick, the upper end of the bull stick is rotatably assorted by bearing is connected to the upper inside walls of the material shaking chamber On, vibrations mounting blocks are fixedly connected on the bull stick, the right end of the vibrations mounting blocks is fixedly connected with clump weight.

4. a kind of biscuit process equipment according to claim 1, it is characterised in that：On in the upper inside walls of the storage chamber Under be provided through introducing port, in the initial state, the introducing port sealed set has switchboard, the upside of the switchboard Face is fixedly installed the second hand lever.

5. a kind of biscuit process equipment according to claim 1, it is characterised in that：The third main frame body is connected by fixed The the second solid bar for being connected to upside end face is fixedly connected in the right end face of first main frame body.

6. a kind of biscuit process equipment according to claim 1, it is characterised in that：On the upside of first main frame body end face with It is provided with third between the Storing case and consolidates bar.