CN201356042Y

CN201356042Y - Peeling, sucking and conveying all-in-one peeling device for agar primary processing set

Info

Publication number: CN201356042Y
Application number: CNU200920105366XU
Authority: CN
Inventors: 王行安
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-02-09
Filing date: 2009-02-09
Publication date: 2009-12-09
Anticipated expiration: 2019-02-09

Abstract

The utility model provides a peeling, sucking and conveying all-in-one peeling device for agar primary processing set, which comprises a left lateral plate and a right lateral plate which are fixed on a bottom frame, a beam is connected with the left and right lateral plates to form frame structure; a first air suction box part is communicated with a negative fluid pressure source and is mounted on two lateral plates in a manner of moving up and down relative to the left and right lateral plates, ventilation hole is arranged on the first air suction box part and the transmission mechanism of the first air suction box part is connected and contacted with the first air suction box part; the rotary drum in a first conveying mechanism is mounted on the end part of the first air suction box part, a conveying belt is wrapped on the rotary drum and the air suction box part in closed manner, a through hole is arranged on the conveying belt; the dial arm in a first dial arm component is fixed on a dial arm shaft and is mounted on the lateral plates in revolving way; the transmission mechanism of the first dial arm component is connected with the dial arm component. The peeling device can finish the procedures of pre-peeling, peeling and conveying of agar flake in a curtain frame position, simplify the structure design in peeling procedure and improve the adaptability for the drying degree of agar flake and reduce the broken rate of agar flake.

Description

The stripping, sucking and sending integrated dish device that is used for laver time processing unit

Technical field

The utility model relates to the laver manufacture field, particularly, relate to a kind of stripping, sucking and sending integrated dish device that is used for laver time processing unit, this device adopts the integral structure pattern, can finish mechanical type prestripping that the laver sheet is opened, wind and inhale and peel off and stripping dish operation such as conveying, have simple in structure, low cost of manufacture, sheet is opened characteristics such as percentage of damage is low.

Background technology

The technological process of laver time processing is generally:

Former algae gathers → shred → shuffle back dehydration → dish after (foreign matter hand-sorted) → former algae cleaning → foreign matter sorts automatically → dewaters, the water ratio is mixed (concentration initial adjustment) → concentration accurate adjustment → host groups master operation: (cleaning the curtain sheet) → cast dish cake (watering cake) → dish cake two-stage dehydration → dryness finalization → dish sheet prestripping → the dish sheet peels off and dish delivery → boundling, classification, more dried, pack.

Dish sheet stripping off device is one of critical function section in the laver time processing unit, and it mainly acts on is that dried dish sheet is separated and is delivered to outside the machine from its carrier-curtain sheet.Shown in Fig. 7 a, 7b and 7c, the dish sheet stripping off device of existing in the market laver processing unit all adopts split-type structural, (Fig. 7 a), mechanical type stripping off device (Fig. 7 b) and dish piece conveying device (7c) etc. form by mechanical type prestripping device respectively, these three devices are in independently working position, correspond respectively to the different position of rests of curtain frame, wherein the prestripping device is to work in curtain frame dwell time section, stripping off device is to work in curtain frame motion process, and the work of dish piece conveying device starts from stripping off device and quit work to stripping off device again before the task.

Below the operation principle of this existing stripping dish device is done brief description:

At the prestripping station, the dried laver C that sticks on the curtain sheet is producing initial gross separation under the effect of upper and lower beam 701,704 and between the curtain sheet L, and this state is called " prestripping ", and the device of finishing this prestripping operation is exactly the prestripping device, shown in Fig. 7 a; And then peeling off station, the curtain sheet L and the dried laver sheet that are in fluffy state are opened C-with motion forward, between last pressure roller 705 and following separate roller 706, produce and force separating effect, the dried laver C that has separated is adsorbed on the auxiliary wind sucting tube and travels forward, this state is called " peeling off ", correspondingly, realize that this device of peeling off function is exactly a stripping off device, shown in Fig. 7 b; The dried exactly laver sheet of last station orders about down in motion after opening and leaving auxiliary wind sucting tube, falls on the belt conveyor 708 in the conveying device, by conveyer belt dried laver sheet is opened in batches and is exported--and this state is called " conveying ".

The dried laver stripping off device of all laver processing units all adopts this " prestripping device+stripping off device+conveying device " tactic pattern in the market, needs three process just can finish the stripping dish.The shortcoming of existing stripping dish device is bulky, complex structure, particularly dish sheet stripping off device, and its frame for movement is numerous and diverse, to the bad adaptability of dish sheet degree of drying, easily stops up in the course of work, not only makes troubles to use, easily produces flinders simultaneously and opens.

The utility model content

The utility model provides a kind of stripping dish device that is adapted at work in the curtain frame dwell time section at the existing in prior technology problem.This device adopts the design of integral structure pattern, the prestripping that the laver sheet is opened, peels off and carries operation to concentrate on a curtain chord position and finish.Prestripping adopts rocking arm side-pull type structural design, and the dish sheet is peeled off and adopted boxlike wind to inhale principle, and utilizes the conveyer belt that is positioned on the suction dish box body to carry out sheet and open conveying.This device has been simplified the structural design of stripping dish section, has improved the adaptability to dish sheet degree of drying simultaneously, has reduced dish sheet percentage of damage.

Provide a kind of boxlike stripping dish device that is used for laver time processing unit according to the utility model, this device comprises:

Left plate and right plate, left plate and right plate are fixedly mounted on the underframe;

Crossbeam, crossbeam is connected with left and right side plate, forms tower structure;

The first air draught box parts, it is installed on the left side plate with the negative pressure source fluid communication and in the mode that can relative left and right side plate moves up and down, and the first air draught box parts are provided with air vent;

The first air draught box parts transmission mechanism, the first air draught box parts transmission mechanism is connected with the first air draught box parts and contacts, and moves up and down to drive the left and right relatively side plate of air draught box parts under the driving of power source;

First conveying mechanism, it comprises cylinder, conveyer belt and is used to conveyer belt that the driver part of power is provided, cylinder is installed on the end of air draught box parts, the conveyer belt closed loop is coated on cylinder and the air draught box parts, conveyer belt is provided with through hole, cylinder rotates under the power drive of driver part, moves around air draught box parts thereby drive conveyer belt;

First group of arm component, it comprises dials arm axle and dials arm, dials arm and is fixedly mounted on group arm axle, dials arm axle and is installed on the side plate pivotally;

First group of arm component transmission mechanism, it is connected with group arm component and is used for giving group arm axle with the transmission of power of first power source, makes and dials the arm axle swing, dials arm swing with drive.

According to device of the present utility model, the power of the first air draught box parts transmission mechanism and first group of arm component transmission mechanism is from same power source.

According to device of the present utility model, power source is driving shaft or line shaft, and line shaft is connected on the left and right side plate by bearing.

According to device of the present utility model, line shaft is provided with power input sprocket and the power clutch that links to each other with the unit active force.

According to device of the present utility model, left and right side plate is provided with the hole, and air draught box parts are installed between the left and right side plate, and the end of air draught box parts is protruding by the hole.

According to device of the present utility model, air draught box parts comprise box body and lid, and box body and lid link together by connector.

According to device of the present utility model, air vent is arranged on the lid, and box body is provided with the air port and takes over, and box body is taken over and the negative pressure source fluid communication by the air port.

According to device of the present utility model, also comprise: carriage, it is installed in the bottom, two ends of box body.

According to device of the present utility model, be provided with the gap between the bottom surface of box body and the carriage, the gap is used to hold conveyer belt and allows conveyor belt loop to relatively move around air draught box parts.

According to device of the present utility model, the both sides, end of box body have prolongation, and prolongation is provided with cylinder position regulating tank, arc sections and drum shaft holding tank.

According to device of the present utility model, also comprise the cylinder tension part, the cylinder tension part is arranged on the two ends of box body.

According to device of the present utility model, the cylinder tension part comprises fixedly otic placode of cylinder tensioning screw, the movable installing plate of cylinder and cylinder adjusting, cylinder is regulated fixedly otic placode fixed installation or is welded on the box body, the movable installing plate of cylinder by cylinder tensioning screw and cylinder adjusting fixedly otic placode be connected.

According to device of the present utility model, the rotating shaft of cylinder is passed the drum shaft holding tank and is stretched out and be bearing on the drum shaft bearing, and drum shaft bearing connected piece is fixed on the cylinder position regulating tank of air draught box prolongation together in company with the movable installing plate of cylinder.

According to device of the present utility model, the movable installing plate of cylinder is provided with and cylinder position regulating tank and the corresponding circular hole of drum shaft holding tank, and the circular hole that utilizes connector to pass through links together movable installing plate of cylinder and prolongation.

According to device of the present utility model, the first air draught box parts also are equipped with guide, guide cooperatively interacts with the guide that is arranged on the left and right side plate, moves up and down to guide the first air draught box parts relative side plate under the drive of the first air draught box parts transmission mechanism.

According to device of the present utility model, guide is the guide pin bushing that is fixedly mounted on the first air draught box ends side, and guide is the guide rod that is fixedly mounted on the left side plate, and guide pin bushing is sleeved on the guide rod slidably.

According to device of the present utility model, the first air draught box parts transmission mechanism comprises the first air draught box parts effect bearing and air draught box parts lifter cam, air draught box parts effect bearing is installed in rotation on the carriage, be in the position that aligns up and down with air draught box parts lifter cam, the first air draught box parts effect bearing forms with air draught box parts lifter cam and contacts cooperation, the first air draught box parts lifter cam is fixedly mounted on the line shaft and with line shaft and rotates, and drives the first air draught box parts with the outline track driving effect bearing that utilizes lifter cam and moves up and down.

According to device of the present utility model, be used to conveyer belt to provide the driver part of power to comprise reducing motor, drive sprocket and chain, reducing motor is in transmission connection by chain and drive sprocket, giving cylinder with the transmission of power of reducing motor, thereby drives conveyer belt work.

According to device of the present utility model, reducing motor is fixedly mounted on the motor cabinet, and motor cabinet is fixedly mounted on again on the air draught box parts, and motor cabinet is a U type frame structure, and line shaft and conveyer belt are through at the inner chamber of motor cabinet U type framework and install.

According to device of the present utility model, dial the arm transmission mechanism and comprise first group of arm axle rocking arm, second group of arm axle rocking arm, main tie and subtie, main tie has first end and the second end, subtie has first end and the second end, and the first group of arm axle rocking arm fixedlyed connected with first group of arm axle and be hinged with the first end of subtie; The second group of arm axle rocking arm fixedlyed connected with second group of arm axle and is hinged with the second end of subtie; The first group of arm axle rocking arm also is hinged with the first end of main tie.

According to device of the present utility model, dial the arm transmission mechanism and comprise that also dialling arm drives rocking arm, dial arm driving rocking arm and have first end and the second end, its first end is connected on the side plate pivotally, its the second end and main tie are in transmission connection, like this, the swing of dialling arm driving rocking arm the second end just can drive main tie and move up and down, thereby make first group of arm axle rocking arm, subtie, second group of arm axle rocking arm interlock, to drive first and second groups of arm axle swings, finally make group arm do relative rotary oscillation.

According to device of the present utility model, the second end of dialling arm driving rocking arm has an end actuating member, and the end actuating member is provided with a through hole, and main tie passes through hole and extends.

According to device of the present utility model, one pulling force adjustment component is installed on the second end of main tie, in the pulling force adjustment component with dial between the end actuating member that arm drives rocking arm the effect spring is installed, change the reaction force that the diverse location of pulling force adjustment component on pull bar can change effect spring to pull bar.

According to device of the present utility model, also be equipped with on the main tie and dial the arm reset components, dial the arm reset components and can contact afterwards counter-clockwise swing with the end actuating member with the end actuating member and drive pull bar and upwards reset.

According to device of the present utility model, the pulling force adjustment component is that pulling force is adjusted nut, and pulling force is adjusted nut and is installed on the pull bar by screw thread; Dial the arm reset components for dialling the arm reduction nut, dial the arm reduction nut by thread set on main tie.

According to device of the present utility model, the middle part of dialling arm driving rocking arm is provided with dials arm driving rocker bearing, and group arm drives rocker bearing and dials the arm driving cam and is in transmission connection, and group arm driving cam is fixedly mounted on the line shaft and with line shaft and rotates.

According to device of the present utility model, to dial the arm driving cam and be provided with cam path, group arm driving rocker bearing is installed in the cam path of dialling the arm driving cam and can be driven by cam path with the rotation of group arm driving cam.

According to device of the present utility model, also be equipped with on the main tie and dial arm gap adjustment component, dial the work that cooperatively interacts of the arm gap adjustment component and first locating part.

According to device of the present utility model, dialling arm gap adjustment component is group arm clearance adjusting nut that is installed on the main tie, and first locating part is installed on the air draught box parts.

According to device of the present utility model, stripping dish degree adjusting unit part also is installed, the work that cooperatively interacts of the stripping dish degree adjusting unit part and second locating part on the main tie.

According to device of the present utility model, stripping dish degree adjusting unit part is that the stripping dish degree that is installed on the main tie is adjusted nut, and second locating part is installed on the side plate.

According to device of the present utility model, also comprise:

The second air draught box parts, it is installed on the left side plate with the negative pressure source fluid communication and in the mode that can relative left and right side plate moves up and down, and air draught box parts are provided with air vent;

The second air draught box parts transmission mechanism, air draught box parts transmission mechanism is connected with air draught box parts, moves up and down to drive the left and right relatively side plate of air draught box parts under the driving of second power source;

Second conveying mechanism, it comprises cylinder, conveyer belt and is used to conveyer belt that the driver part of power is provided, cylinder is installed on the end of the second air draught box parts, the conveyer belt closed loop is coated on the cylinder and the second air draught box parts, conveyer belt is provided with through hole, and conveyer belt moves around the second air draught box parts thereby cylinder rotates drive under the power drive of driver part;

Second group of arm component, second group of arm component comprises to be dialled arm axle and dials arm, dials arm and is fixedly mounted on group arm axle, dials arm axle and is installed on the side plate pivotally.

Second group of arm component transmission mechanism, it is connected with group arm component and is used for giving group arm axle with the transmission of power of second power source, makes and dials the arm axle swing, dials arm swing with drive.

According to device of the present utility model, the second air draught box parts and the first air draught box parts rigid connection make the first and second air draught box parts form the parts that can move up and down simultaneously of an integral body.

According to device of the present utility model, second power source is for being connected second line shaft, second line shaft and the first line shaft Synchronous Transmission between the left side plate by bearing.

According to device of the present utility model, second group of arm component transmission mechanism and first group of arm component transmission mechanism are in transmission connection.

According to device of the present utility model, the second group of arm component transmission mechanism comprises second subtie and the 3rd subtie, the 3rd group of arm axle rocking arm, the 4th group of arm axle rocking arm; Subtie has first end and the second end, and the 3rd group of arm axle rocking arm fixedlyed connected with the 3rd group of arm axle and be hinged with the first end of subtie; The 4th group of arm axle rocking arm fixedly connected with the 4th group of arm axle and be hinged with the second end of subtie; The 4th group of arm axle rocking arm also be hinged with the first end of subtie, the second end of second subtie and first group of arm axle rocking arm are hinged.

According to device of the present utility model, the second air draught box parts also are equipped with guide, guide cooperatively interacts with the guide that is arranged on the left and right side plate, moves up and down to guide the second air draught box parts relative side plate under the drive of the second air draught box parts transmission mechanism.

According to device of the present utility model, also comprise: second carriage, second carriage is installed in the end of the second air draught box parts, is provided with the gap between the bottom surface of the second air draught box parts and second carriage, and the gap is used to hold conveyer belt and allows conveyor belt loop to move around the second air draught box parts.

According to device of the present utility model, the second air draught box parts transmission mechanism comprises the second air draught box parts effect bearing and the second air draught box parts lifter cam, the second air draught box parts effect bearing is installed in rotation on second carriage and with the second air draught box parts lifter cam and is in transmission connection, the second air draught box parts lifter cam is connected with second line shaft and can rotates with the rotation of second line shaft, moves up and down to drive air draught box parts by the effect bearing.

According to device of the present utility model, connect crossbeam and be provided with curtain frame support member, it is used for providing supporting for the curtain frame when group arm is pressed onto on the curtain sheet.

The boxlike stripping dish device that the utility model also provides another kind to be used for laver time processing unit, this device comprises:

Left plate and right plate, left plate and right plate are fixedly mounted on the frame;

Air draught box parts, it is installed on the left side plate with the negative pressure source fluid communication and in the mode that can relative left and right side plate moves up and down, and air draught box parts are provided with air vent;

Air draught box parts transmission mechanism, air draught box parts transmission mechanism is connected with air draught box parts, moves up and down to drive the left and right relatively side plate of air draught box parts under the driving of power source;

Conveying mechanism, it comprises cylinder, conveyer belt and is used to conveyer belt that the driver part of power is provided, cylinder is installed on the end of air draught box parts, belt support is being looped around on the air draught box parts on the cylinder and through cylinder, conveyer belt is provided with through hole, and cylinder drives conveyer belt and moves around air draught box parts under the power drive of driver part;

The prestripping assembly is installed on the side plate movably;

Prestripping assembly transmission mechanism, it is connected with the prestripping assembly and is used for giving the prestripping assembly with the transmission of power of power source.

According to device of the present utility model, air draught box parts transmission mechanism and prestripping assembly transmission mechanism and same power source are in transmission connection.

According to device of the present utility model, crossbeam is provided with curtain frame support member, and it is used for providing supporting for the curtain frame when the prestripping assembly is pressed onto on the curtain sheet.

According to device of the present utility model, the prestripping assembly comprises: put the beams in place, press curtain arm and dial axis, press curtain arm and upper beam to be fixed together, dial axis is installed in rotation on the lower end of pressing the curtain arm.

According to device of the present utility model, the prestripping assembly is provided with guiding parts, is used to guide the prestripping assembly to move along the vertical direction.

According to device of the present utility model, guiding parts is the guide rod that is fixedly mounted on the side plate, puts the beams in place to be sleeved on the guide rod.

According to device of the present utility model, air draught box parts transmission mechanism comprises air draught box parts effect bearing and air draught box parts lifter cam, air draught box parts effect bearing is installed in rotation on the air draught box parts and with air draught box parts lifter cam by carriage and is in transmission connection, air draught box parts lifter cam is connected with line shaft and can rotates with the rotation of line shaft, moves up and down to drive air draught box parts by the effect bearing.

According to device of the present utility model, prestripping assembly transmission mechanism comprises: main actuating arm, secondary actuating arm and connecting rod, main actuating arm, secondary actuating arm and the connecting rod formation quadric chain that is hinged, main actuating arm also is sleeved on the eccentric shaft of cam, and secondary actuating arm is connected with upper beam by rotating shaft.

According to device of the present utility model, air draught box parts also are equipped with guide, and guide cooperatively interacts with the guide that is arranged on the left and right side plate, move up and down with guiding air draught box parts relative side plate under the drive of air draught box parts transmission mechanism.

According to device of the present utility model, guide is the guide pin bushing that is fixedly mounted on the air draught box ends side, and guide is the guide rod that is fixedly mounted on the left side plate, and guide pin bushing is sleeved on the guide rod slidably.

Description of drawings

Fig. 1 a is the overall structure schematic diagram according to the stripping dish device of the utility model first embodiment;

Fig. 1 b is the side view of the stripping dish device shown in Fig. 1 a;

Fig. 1 c is the vertical view of the stripping dish device shown in Fig. 1 a;

Fig. 1 d is that cylinder one is distolateral to view, shows the concrete structure of cylinder tension assembly and air draught box guidance set;

Fig. 1 e is the left view (part) of Fig. 1 d view;

Fig. 1 f is the vertical view (part) of Fig. 1 d view;

Fig. 2 a is the stripping dish course of work schematic diagram according to the stripping dish device of the utility model first embodiment, be illustrated as dial arm be in the highlyest lift, the state when the air draught box is in extreme lower position;

Fig. 2 b is the stripping dish course of work schematic diagram according to the stripping dish device of the utility model first embodiment, is illustrated as the air draught box and is in extreme higher position, the state when group arm is contacting curtain sheet position;

Fig. 2 c is the stripping dish course of work schematic diagram according to the stripping dish device of the utility model first embodiment, is illustrated as to dial that arm is in the lowest limit position, the air draught box is in the state in the decline process;

Fig. 2 d is the stripping dish course of work schematic diagram according to the stripping dish device of the utility model first embodiment, is illustrated as to be in reset mode after the stripping dish is finished;

Fig. 3 a is for dialling the inside and outside contour shape schematic diagram of arm axle driving cam;

Fig. 3 b is the cutaway view of Fig. 3 a, and 38 is cam path among the figure;

Fig. 4 a is the structural representation of air draught box parts 2;

Fig. 4 b is the side cutaway view of the air draught box parts shown in Fig. 2 a;

Fig. 4 c is the vertical view of the air draught box parts shown in Fig. 2 a;

Fig. 5 is the side view according to the stripping dish device of the utility model second embodiment, the double stripping dish device that this embodiment uses for adapting to two stepping units;

Fig. 6 is the stripping dish device according to the band direct press type prestripping structure of the utility model the 3rd embodiment;

Fig. 7 a is the structural representation of prestripping device of the prior art;

Fig. 7 b is the structural representation of stripping off device of the prior art;

Fig. 7 c is the structural representation of conveying device of the prior art.

The specific embodiment

In Figure of description, Reference numeral is represented respectively;

1, left plate, 2, air draught box parts, 3, cylinder, 301, the drum shaft bearing, 4, main tie, 401, pulling force is adjusted nut, 402, stripping dish degree is adjusted nut, 5, dial the arm axle rocking arm, 6, dial arm axle, 7, dial arm, 8, the air draught junction pipe, 9, the air draught flexible pipe, 10, line shaft, 11, right plate, 12, the cylinder tensioning screw, 121, the cylinder otic placode, 122, cylinder is regulated fixedly otic placode, 13, air draught box effect bearing, 131, carriage, 132, the conveyer belt working clearance, 14, air draught box guide rod, 15, air draught box lifter cam, 16, curtain frame orbit, 17, the curtain frame, 18, the guide pin bushing seat, 181, guide pin bushing, 182, guide pin bushing seat fixed head, 183, the guide rod seat of honour, 184, following of guide rod, 19 (191,192), subtie, 20, the effect spring, 21, dial arm and drive rocking arm, 211, dial arm and drive rocker shaft, 212, dial arm and drive rocking arm end actuating member, 22, dial the arm driving cam, 23, the power input sprocket, 24, power clutch, 25, conveyer belt dynamic retarding motor, 251, motor cabinet, 26, the reducing motor sprocket wheel, 27, chain, 28, conveyer belt, 29, the conveyer belt eyelet, 30, curtain frame supporting member, 31, connect crossbeam, 32, dial arm and drive rocker bearing, 33, dial the arm clearance adjusting nut, 34, first locating part, 35, dial the arm reduction nut, 36, the curtain sheet, 37, the dish sheet, 38, cam path, 381, interior profile, 382, outline, 39, box body, 390, the box body prolongation, 391, the cylinder position regulating tank, 392, box body end circular arc, 393, the drum shaft holding tank, 40, lid, 41, the air vent group, 411, through hole, 412, parting bead, 42, the air port is taken over, 43, box body and lid fixture, 44, second locating part, 45, underframe, 601, eccentric shaft, 602, main actuating arm, 603, the connecting rod lower shaft, 604, connecting rod, 605, secondary actuating arm, 606, put the beams in place 607, guide rod, 608, secondary actuating arm rotating shaft, 609, axle on the connecting rod, 610, arc pressure curtain arm, 611, dial axis, 701, put the beams in place, 702, upper pressure axial, 703, following trustship, 704, underbeam, 705, last pressure roller, 706, lower compression roller, 707, auxiliary wind sucting tube, 708, conveyer belt, 709, conveying roller, 710, delivery cartridge, C, the laver sheet is opened, L, the curtain sheet, J, the curtain frame.。

With reference to Fig. 1 a, Fig. 1 b, Fig. 1 c, according to stripping dish device of the present utility model, mainly comprise following part: left plate 1 and right plate 11, left plate and right plate are fixedly mounted on the underframe 45; Connect crossbeam 31,31 ', connect crossbeam 31,31 ' quantity be at least one, shown in the drawings 4 connect crossbeams 31,31 ', connect crossbeam 31,31 ' be connected the formation tower structure with left and right side plate 1,11; Air draught box parts 2, it is installed on the left and right side plate with the negative pressure source fluid communication and in the mode that can relative left side plate moves up and down, and air draught box parts 2 also are provided with air vent group 41, and air vent group 41 is made up of a plurality of through holes 411; Air draught box parts transmission mechanism 15,13,10, air draught box parts transmission mechanism is connected with air draught box parts, moves up and down to drive the described relatively side plate of described air draught box parts under the driving of power source; Conveying mechanism, it comprise cylinder 3,3 ', conveyer belt 28 and be used to conveyer belt that the driver part 25,26,27 of power is provided, cylinder 3,3 ' be installed on the end of air draught box parts 2, conveyer belt 28 is bearing in cylinder 3,3 ' go up and through cylinder 3,3 ' be looped around on the air draught box parts 2, conveyer belt 28 is provided with eyelet 29, cylinder 3,3 ' drive conveyer belt to move around air draught box parts 2 under the power drive of driver part; Dial arm component 6,6 ', 7,7 ', it comprise dial arm axle 6,6 ' and dial arm 7,7 ', dial that the arm rear end is provided with external screw thread and be installed in and dial on the arm axle with nut, dial arm axle and be installed in pivotally on the left and right side plate 1,11; Dial arm component transmission mechanism 5,5 ', 19,4,21, its with dial arm component and be connected and be used for transmission of power given and dial arm axle, make and dial the arm axle swing, swing with group arm axle to drive described group of arm.

Below in conjunction with Figure of description the specific embodiment of the present utility model is described in detail.

First embodiment

Fig. 1 a, Fig. 1 b, Fig. 1 c form schematic diagram according to the structure that first embodiment of integrated stripping dish device is inhaled in boxlike stripping of the present utility model, left plate 1, right plate 11 and be connected 31,31 ' (many on crossbeam, only illustrate 4 among the figure) formed working frame jointly, and assemblies such as air draught box parts 2, group arm axle 6, line shaft 10 have been installed on working frame.

Shown in Fig. 4 b, air draught box parts 2 mainly are made of box body 39 and lid 40, box body 39 and lid 40 can snap together, for example can box body 39 and lid 40 removably be coupled together with fixed connecting pieces such as bolt 43, can certainly adopt buckle structure to connect together, perhaps also can as required box body and lid be made into integration.Lid 40 is provided with and the corresponding air vent group 41 in curtain sheet 36 positions, and each air vent group 41 comprises a plurality of through holes 411, and the global shape of air vent group 41 can be circle, shown in Fig. 4 c, also can be shape square or that other is suitable; Parting bead 412 between the through hole 411 of each air vent group 41 can be along the moving direction setting of conveyer belt 28, also can be along moving direction setting perpendicular to conveyer belt 28, and the shape of parting bead 412 can be linear pattern, also can be shaped form; Box body 39 sides are provided with the air port and take over 42, and air port adapter 42 links with the negative pressure source (not shown), and negative pressure source for example can be a blower fan.

The two ends of air draught box parts 2 are equipped with carriage 131, shown in Fig. 4 a, carriage 131 for example can be detachably connected to the two ends of air draught box parts 2 by connectors such as bolts, simultaneously between the bottom surface of box body 39 and carriage 131, leave the conveyer belt working clearance 132, with allow conveyer belt 28 cylinder 3,3 ' driving under do circulatory motion, do not interfere mutually simultaneously with carriage 131; In addition, air draught box effect bearing 13 also is installed on the carriage 131.Air draught box effect bearing 13 contacts with air draught box lifter cam 15 and can move up and down with the rotation of air draught box lifter cam 15.Air draught box lifter cam 15 for example can be installed on the line shaft 10 and under the driving of line shaft 10 by the cooperation of key and keyway and rotate.Described line shaft 10 usefulness bearings are connected between left side plate, line shaft is provided with power input sprocket 23, rely on the transmission of power of host groups that line shaft 10 is rotated, also be provided with power clutch 24 on the line shaft, one end of line shaft 10 is installed with air draught box lifter cam 15 and dials arm driving cam 22, the other end can only be equipped with air draught box lifter cam 15 (certainly, if desired, also air draught box lifter cam 15 can both be installed at this end, also install and dial arm driving cam 22), these two kinds of cams 15,22 rotate with the rotation of line shaft 10, air draught box lifter cam 15 axial location and air draught box effect bearing 13 of 10 on line shaft align up and down, but jack-up air draught box parts 2 made air draught box parts 2 do rectilinear motion along the vertical direction when it rotated.

In addition, the two ends of air draught box parts 2 also be equipped with by the

rotating cylinder

3,3 of bearing supporting ', cylinder 3,3 ' by sprocket wheel 26 ", chain 27 ', sprocket wheel 26 ', sprocket wheel 26, chain 27, sprocket wheel 26 be in transmission connection with the power output shaft of conveyer belt dynamic retarding motor 25, and can be under the driving of the power output shaft of reducing motor 25 and rotate.Reducing motor 25 comprises reductor and motor, and reducing motor 25 overall fixed are installed on the motor cabinet 251, and motor cabinet 251 is fixedly mounted on again on the air draught box parts 2.

Air draught box parts 2 and cylinder 3,3 ' are outward coating closed loop conveyer belt 28, the evenly distributed eyelet 29 that distributing on the conveyer belt 28 can make by these eyelets 29 in the through hole 411 of air vent group 41 of air draught box parts 2 to be interlinked to the outside under conveyer belt 28 rotates the state of (moving); The both sides, two ends of air draught box parts also are provided with cylinder tensioning screw 12, can regulate the position of cylinder 3,3 ' on air draught box parts, with tensioning conveyer belt 28.Specifically, shown in Fig. 4 a, the box body prolongation 390 of the both sides, two ends of air draught box body 39 is provided with cylinder position regulating tank 391 and drum shaft holding tank 393, shown in Fig. 1 d, the movable installing plate 121 of cylinder is installed in the both sides, two ends of air draught box body 39, the movable installing plate 121 of cylinder is regulated fixedly by cylinder tensioning screw 12 and cylinder, and otic placode 122 links to each other, cylinder is regulated fixedly otic placode 122 installations or seam on air draught box body 39, cylinder 3,3 ' be fixed on the cylinder otic placode 121 by the drum shaft bearing 301 that is installed on the cylinder two end axles, just can make cylinder 3 by the nut location of regulating on the cylinder tensioning screw 12 like this, 3 ' move inwards or outwards in the restriction range of air draught box body 39 head pulley position adjustments grooves 391 with the movable installing plate 121 of cylinder, thereby realize adjustment to conveyer belt 28 rates of tension, drum shaft holding tank 393 is mobile grooves of drum shaft, prevents drum shaft and 390 interference of box body prolongation.In addition, end circular arc 392 has all been designed in the both sides, two ends of air draught box body 39, and its effect is to prevent that conveyer belt 28 from damaging because of contact box body 39 during sideslip in rotation process.

Shown in Fig. 1 d and Fig. 1 e, the both sides, two ends of air draught box parts 2 are respectively arranged with guide pin bushing seat 18, and guide pin bushing seat 18 is slidingly matched with the air draught box guide rod 14 that is fixed on the left and right side plate 1,11, and guiding air draught box parts are linear reciprocating motion along the vertical direction only; Guide pin bushing seat 18 is installed in outside the two ends of air draught box parts 2 by guide pin bushing seat fixed head 182, and a guide pin bushing 181 is installed in the guide pin bushing seat 18, and guide pin bushing 181 is sleeved on the air draught box guide rod 14; Air draught box guide rod 14 is fixedly mounted on the side plate by the guide rod seat of honour 183 and following 184 of guide rod, and wherein following 184 of the guide rod seat of honour 183 and guide rod all are fixedly mounted on the side plate; All have hole 101 on the left and right side plate, air draught box parts 2 place between the left and right side plate, and the two ends of air draught box parts 2 are stretched out by hole 101, and the bottom, two ends of air draught box parts also is provided with the air draught box effect bearing 13 that is used to promote air draught box component movement.

As mentioned above, be installed with air draught box lifter cam 15 on the line shaft 10 and dial arm driving cam 22, shown in Fig. 3 a, 3b, dial arm driving cam 22 and be provided with cam path 38, cam path 38 is limited by interior profile 381 and outline 382 and forms.

Shown in Fig. 1 b, 2a, the arm of dialling that can swing also is installed on the side plate drives rocking arm 21, the one end connects with rotating shaft 211, the other end is provided with end actuating member 212, the middle part of dialling arm driving rocking arm 21 also is provided with bearing 32, this bearing matches with being arranged on the cam path of dialling on the arm driving cam 22 38, and when air draught box parts lifter cam 15 rotates, the cam path of dialling on the arm driving cam 22 38 will drive rocking arm 21 swings by bearing 32 drive group arms; End actuating member 212 can drive rocking arm 21 with group arm and be made into integration, and perhaps also can be separately made and be installed in to dial on the arm driving rocking arm 21, and this end actuating member 212 is provided with through hole, and main tie 4 passes this hole and extends; Main tie 4 has first end and second end, pulling force is installed on its second end adjusts nut 401 and effect spring 20, effect spring 20 is sleeved on second end of main tie and is dialling between end actuating member 212 that arm drives rocking arm 21 and the pulling force adjustment nut 401; First end of main tie 4 is by oscillating bearing and the first group of arm axle Rocker arm 5 ' hinged, this first group of arm axle Rocker arm 5 ' again and first group of arm axle 6 ' fixedly connected and can under the effect of main tie, drive first group of arm axle and rotate, so just can drive group arm 7 ' rotation; First group the arm axle Rocker arm 5 ' also first end with subtie 19 is hinged, second end of subtie 19 and second group of arm axle Rocker arm 5 are hinged, and this second group of arm axle Rocker arm 5 fixedlyed connected with group arm axle 6 and can drive 6 revolutions of group arm axle under the drive of subtie 19, so just can drive to dial arm 7 rotations.Therefore, the drop-down action of main tie 4 will be by dialling arm axle Rocker arm 5 ' make and dial arm axle 6 ' rotation, and drive by subtie 19 and to dial the arm axle Rocker arm 5s and make and dial arm axle 6 rotations, so just can make two to dial arm axle and the corresponding consistent wobbling action of arm generation symmetry of dialling, dial arm 7 ', 7 with dial arm axle 6 ', 6 when rotating, dial arm 7 ', 7 lower end will progressively strut near the curtain sheet and with the curtain sheet, realizes the prestripping of dish sheet 37 and curtain sheet 36.Dial arm 7 ', 7 be installed in dial arm axle 6 ', on 6, and, adjust the position of nut and promptly can adjust the position of dialling arm, thereby realize dialling the flexible adjustment of arm lengths with nut and tight, the leading portion of dialling arm is pressed on the operating position relatively reasonable on the curtain sheet when work.

In addition, also be equipped with on the main tie 4 and dial arm clearance adjusting nut 33, stripping dish degree adjusting nut 402 and group arm reduction nut 35, these nuts can by with pull bar 4 on screw thread screw and be locked at a rational operating position on the pull bar, dial arm clearance adjusting nut 33 and be positioned at first locating part, 34 tops, stripping dish degree adjusting nut 402 is between first locating part 34 and second locating part 44, dial arm reduction nut 35 between second locating part 44 and rocking arm end actuating member 212, wherein first locating part 34 is fixedly connected on the air draught box parts 2, and second locating part 44 is fixedly mounted on the side plate; In the concrete course of work, dialling arm clearance adjusting nut 33 moves downward to certain position and will contact with first locating part 34 on being installed in air draught box parts 2 with moving of main tie, stoped the further drop-down of pull bar 4, have only this moment when air draught box parts 2 move down, main tie 4 just can move down with air draught box parts 2, so just can form a rational working clearance between the plane to the air draught box parts, prevent to dial arm 7 extruding curtain sheets 36 or make the parts damage in the lower end of dialling arm 7.Equally, at air draught box 2 in pull bar 4 folding processes, when dialling arm reduction nut 35 and second locating part 44 on being installed in side plate contact, moving down of pull bar 4 will be stoped once more, the stripping dish action of dialling arm 7 this moment will be in the greatest limit state, and control stripping dish degree is to needed resonable degree.In the above-mentioned course of work, in case limited 34 or 44 limits of the drop-down action of main tie 4, dial arm and drive the end actuating member 212 of rocking arm 21 compression spring 20, reach the lowest limit position until dialling arm driving rocking arm 21, at this moment, end actuating member 212 will separate with group arm reduction nut 35, next, along with dialling being rotated further of arm driving cam 22, dial arm and drive rocking arm 21 and will do to be rotated counterclockwise and reset, its end actuating member 212 will be progressively near dialling arm reduction nut 35, in this process, acted on the effect of spring 20 elastic force, it is motionless that the position of main tie 4 keeps substantially, just act on spring 20 and under the effect of restoring force, extend, up to end actuating member 212 with dial arm reduction nut 35 and contact after, to promote to dial arm reduction nut 35 and make on the main tie 4 and move, dial homing such as assembly such as dish such as stripping such as arm 7 grades thereby drive.

Connection crossbeam 31 ' be provided with curtain frame supporting member 30, the effect of curtain frame supporting member 30 is effects of playing supporting curtain frame 17 when arm 7 is pressed onto on the curtain sheet 36 when dialling, prevents because of 17 times curved expansion effects that influence curtain sheet 36 of curtain frame.

Below in conjunction with the mode of operation and the course of work according to stripping dish device of the present utility model being described further with Figure of description.

Fig. 2 a, Fig. 2 b, Fig. 2 c, Fig. 2 d are stripping dish mechanism action process schematic diagram, wherein Fig. 2 a is that group arm lifts the state in the extreme higher position, when the air draught box drops to extreme lower position, curtain frame 17 can be done step motion at this moment, curtain sheet 36 is housed, the curtain sheet 36 following dish sheets of having after drying 37 on the curtain frame 17.After curtain frame 17 steps to operating position and stop motion, under the drive of line shaft 10, air draught box lifter cam 15, dialling arm driving cam 22 is rotated further along clockwise direction, by Fig. 2 a status transition to the state shown in Fig. 2 b, in this process, air draught box parts 2 are pushed into the extreme higher position by air draught box effect bearing 13 by air draught box lifter cam 15, dialling arm driving cam 22 drivings group arms driving rocking arm 21 simultaneously clockwise rotates around its rotating shaft 211, this moment its end actuating member 212 suppressing action springs 20 and adjust nut 401 by pulling force pull bar 4 is moved down, make and dial the counterclockwise deflection of arm axle Rocker arm 5, just make the right side dial the counterclockwise deflection of arm axle 6 ' do, simultaneously, subtie 19 makes the left side dial arm axle 6 and clockwise rotates, the arm 7 of dialling of both sides turns to the position shown in Fig. 2 b simultaneously like this, begin to touch the last plane of curtain sheet 36, dialling 33 beginnings of arm clearance adjusting nut contacts with first locating part 34 on the air draught box, when the state that carries out the transition to by Fig. 2 b shown in Fig. 2 c, the air draught box is in the folding process, and the elastic force of effect spring 20 continues to make 7 rotations of group arm by pull bar 4, thereby makes 36 expansions of curtain sheet.In this process, because of dialling arm clearance adjusting nut 33 by first locating part, 34 restrictions on the air draught box, so dialling the spinning movement of arm 7 can only carry out with moving down synchronously of air draught box 2, so just make between the last plane of the lower end of dialling arm 7 and conveyer belt 28 and remained a suitable distance, prevent to produce parts on the conveyer belt 28 and damage because of group arm 7 is pressed onto curtain sheet 36.When driving member and cam are rotated further, air draught box parts 2 continue to move down, pull bar 4 also continues drop-down, second locating part (44) on stripping dish degree is adjusted nut (402) and is arranged on side plate is when contacting, pull bar 4 is with limited no longer drop-down, dial the greatest limit state that arm 7 has arrived expansion curtain sheet 36, moving down of air draught this moment box 2 will no longer influence the rotation of dialling arm 7, so just play the effect of control curtain sheet 36 maximum extension degree.When curtain sheet 36 is expanded to maximum (the most loose) state, will separate with curtain sheet 36 around the dish sheet 37, promptly realized the prestripping of dish sheet 37 with curtain sheet 36; When by the state shown in Fig. 2 c during to the status transition shown in Fig. 2 d, air draught box parts continue to fall, this moment, the wind-force distributor by machine set system produced negative pressure in air draught box inside, directly act on the lower surface of dish sheet 37 again by the air vent group 41 on the lid 40, eyelet 29 on the conveyer belt 28, dish sheet 37 tightly is adsorbed on (conveyer belt 28 of this moment is static) on the conveyer belt 28, thereby in the folding process of air draught box, utilizes negative-pressure air power that dish sheet 37 is stripped down from curtain sheet 36.Carrying out the transition to by Fig. 2 c in the process of state shown in Fig. 2 d, the interior profile 381 of dialling arm driving cam 22 will drive to be dialled arm and drives rocking arm 21 and center on rotating shaft 211 and do and be rotated counterclockwise, dial arm and drive end actuating member 212 meetings of rocking arm 21 progressively near dialling arm reduction nut 35, and final the driving dialled arm reduction nut 35 and made on the pull bar 4 and move, driving group arm 7 is done and is lifted action, and finally moves to the state of Fig. 2 d.When air draught box parts dropped near extreme lower position, conveyer belt 28 began to rotate, and the dish sheet 37 that strips down is delivered to outside the machine; To the state procedure of Fig. 2 a, air draught box parts and the location status of dialling arm do not change from the status transition of Fig. 2 d, and curtain sheet 36 stepping in this time period is moved, and so far finishes a work period.

Described boxlike stripping is inhaled and also had several like this details to stress in the above-mentioned course of action of integrated stripping dish device: (1) is dialled arm driving cam 22 and is provided with cam path 38, the bearing 32 of dialling arm driving rocking arm 21 middle parts is stuck in this cam path 38, so the swing of dialling arm driving rocking arm 21 relies on the driving of this cam path 38 fully, the interior profile 381 driving rocking arms 21 of cam path 38 are done and are turned clockwise, and the outline 382 driving rocking arms 21 of cam path 38 are done and are rotated counterclockwise; (2) dial arm 7,7 ' from dialling the compression stresses that arm drives 212 pairs of effects of end actuating member spring 20 of rocking arm 21 to the expansionary force of curtain sheet 36, adjust the position of nut 401 on main tie 4 by regulating pulling force, can reach suitable pretightning force by corrective action spring 20.

Second embodiment

Inhale the tactic pattern that integrated stripping dish device can be made the two curtain chord positions (also claiming double) that are fit to two stepping types according to boxlike stripping of the present utility model, so-called double unit is determined by its curtain frame motion mode, the curtain frame motion mode of Tzu Tsai processing unit is that pattern is advanced in single step, be the curtain frame by moving-stop-the shuttling movement rule operation that move-stopping again again, and the curtain frame motion mode of two stepping units is: motion-weak point stops-moves-grow the shuttling movement rule operation that stops, second kind of motion mode kind, a unit functional section only is at the curtain frame just starts working when length is stopped state, only be the successive transition step of curtain frame motion quarter in weak point stopping time, therefore can realize two curtain chord positions system cake when length is stopped the state moment, operation processes such as stripping dish.Equally, the time interval of two twice motion of stepping curtain frame of cause is very short, so want in curtain frame motion process, to carry out the stripping dish device that the dish sheet peels off and be applied to the very difficulty that seems on two stepping units, therefore need supporting development stop double dish sheet stripping off device constantly in the curtain frame existing.And can solve the technical problem that existing stripping off device cann't be solved well according to the stripping dish device of the utility model second embodiment.Below in conjunction with accompanying drawing second embodiment of the present utility model is illustrated.

As shown in Figure 5, two groups of stripping dish devices of said function are integrated, shared group of arm drives rocking arm 21 and makes to drive power, increased subtie 191 and 192 in addition and made the interlock of two stripping dish stations, dial arm axle for two groups of left and right sides station and be in respectively on the different elevation plane, and be symmetrically distributed with air draught box center line separately, the stripping arm lengths of left station both sides is identical, group arm lengths of right working position both sides is also identical, can keep each station to dial the unanimity of arm action like this; The operation principle and the course of work of left side station mechanism are identical with the single-station die formula, do not repeat them here, right working position is dialled the action of arm by slave connecting rod 191,192 with the interlock of left station, particularly, the two ends of subtie 192 respectively with right working position dial arm axle Rocker arm 5 " and 5 " ' be hinged, make right working position dial arm axle 6 " and 6 " ' or dial arm 7 " and 7 " ' interlock, realize the reverse symmetry wobbling action that it is mutual, its driving force derives from subtie 191, the two ends of subtie 191 respectively with right working position dial the arm axle Rocker arm 5 " ' and left station dial arm axle Rocker arm 5 ' be hinged, the power of main tie 4 just can be by group arm axle Rocker arm 5 ' pass to the stripping dish device of right working position with subtie 191 like this; In the double pattern, guide rod quantity is identical with single station, be separately positioned on the outside, two ends of left and right sides air draught box, use such as rigid bodies such as framework, bolt assemblies between the box of the left and right sides air draught simultaneously inboard and be bound up, make left and right sides air draught box-like become a common lifting of overall structure, certainly, also left and right sides air draught box can be designed to the version that leads by one's own efforts and drive.In like manner, this stripping dish device can also be made three or three above station patterns, and its operation principle is identical with double.

The 3rd embodiment

Its prestripping assembly of stripping dish device according to the utility model the 3rd embodiment (comprises and dials arm axle, dial arm, main tie, dial arm and drive rocking arm, dial arm driving cam etc.) can replace with direct press type structure shown in Figure 6, other parts are identical with first embodiment, do not repeat them here, be that the structure of direct press type prestripping assembly is explained only below with regard to the difference of the 3rd embodiment and first embodiment, this direct press type prestripping assembly mainly comprises: put the beams in place 606, connecting rod 604, guide rod 607, main actuating arm 602 etc., guide rod 607 is fixed on a left side, on the right plate, and from the through hole that is located at 606 two ends of putting the beams in place, stretch out, in other words, the two ends of upper beam 606 are sleeved on the guide rod 607, can only do rectilinear motion along the vertical direction with guiding upper beam 606; Be fixed with arc pressure curtain arm 610 on the upper beam 606, rotary dial axis 611 is equipped with in arc pressure curtain arm 610 lower ends, air draught box lifter cam 15 is provided with eccentric shaft 601, main actuating arm 602 utilizes intermediate throughholes to be sleeved on the eccentric shaft 601, main actuating arm 602 is provided with connecting rod lower shaft 603 and is hinged by this pull bar lower shaft and connecting rod 604, like this, main actuating arm 602 links to each other with secondary actuating arm 605 by on connecting rod 604, the connecting rod 609, and secondary actuating arm 605 is connected with upper beam 606 by secondary actuating arm rotating shaft 608.Operation principle: when air draught box lifter cam 15 clockwise rotates, (this point had been made corresponding description to rectilinear motion hereinbefore about cam cylindrical promotion air draught box parts were done, utilize guide pin bushing 18 and the guide rod 14 sliding guiding of joining), simultaneously, eccentric shaft 601 on the air draught box lifter cam 15 drives the quadric chain of being made up of main actuating arm 602, connecting rod 604, secondary actuating arm 605, drives by the upper beam 606 of the connecting rod 604 constraint frees degree and makes rectilinear motion up and down.When air draught box parts are raised to the extreme higher position, dial axis 611 begins to contact curtain sheet 36, then air draught box parts move down, dial axis 611 also and then moves down, produced expansion because of stretching after this moment, curtain sheet 36 was pressed down by two dial axises 611, realized prestripping to the dish sheet, dial axis 611 will lift after prestripping is finished, and air draught box parts move down continuing, and utilize negative-pressure air power to peel off the dish sheet, then the conveyer belt reducing motor starts, and the dish sheet is delivered to outside the machine, when air draught box parts are displaced downwardly to extreme lower position, when dial axis 611 rises to the extreme higher position, finish the stripping dish action of one-period.Equally, in this device, when preventing that dial axis 611 is pressed on the curtain sheet 36 because of 17 times curved expansion effects that influences curtain sheet 36 of curtain frame, connection crossbeam 31 ' on be provided with curtain frame supporting member 30.

Claims

1, a kind of boxlike stripping dish device that is used for laver time processing unit is characterized in that this device comprises:

Left plate (1) and right plate (11), described left plate and right plate are fixedly mounted on the underframe (45);

Crossbeam (31,31 '), described crossbeam and described left and right side plate (1,11) are connected, and form tower structure;

The first air draught box parts (2), it is installed on the described left side plate with the negative pressure source fluid communication and in the mode that can relative described left and right side plate moves up and down, and the described first air draught box parts (2) are provided with air vent (41);

The first air draught box parts transmission mechanism (15,13), the described first air draught box parts transmission mechanism is connected with the described first air draught box parts and contacts, and moves up and down to drive the described relatively left and right side plate of described air draught box parts under the driving of power source (10);

First conveying mechanism (3,3 ', 28), it comprises cylinder (3,3 '), conveyer belt (28) and be used to conveyer belt that the driver part (25 of power is provided, 26,27), described cylinder (3,3 ') is installed on the end of described air draught box parts (2), described conveyer belt (28) closed loop is coated on described cylinder (3,3 ') and described air draught box parts (2) on, described conveyer belt (28) is provided with through hole (29), described cylinder (3,3 ') under the power drive of described driver part, rotate, move around described air draught box parts (2) thereby drive described conveyer belt (28);

The first group of arm component (6,6 ', 7,7 '), it comprises dials arm axle (6,6 ') and group arm (7,7 '), and described group of arm is fixedly mounted on the described group of arm axle, and described group of arm axle is installed on the described side plate (1,11) pivotally;

The first group of arm component transmission mechanism (5,5 ', 19,4,21,22), it is connected with described group of arm component and is used for the transmission of power of power source (10) given and dials arm axle, makes and dials the arm axle swing, to drive described group of arm swing.

2, device according to claim 1 is characterized in that: the power of the described first air draught box parts transmission mechanism and described first group of arm component transmission mechanism is from same power source (10).

3, device according to claim 2 is characterized in that: described power source is driving shaft or line shaft (10), and described line shaft (10) is connected on the described left and right side plate (1,11) by bearing.

4, device according to claim 3 is characterized in that: described line shaft (10) is provided with power input sprocket (23) and the power clutch (24) that links to each other with the unit active force.

5, device according to claim 1 and 2, it is characterized in that: described left and right side plate (1,11) be provided with hole (101), described air draught box parts (2) are installed on described left and right side plate (1,11) between, and the end of described air draught box parts (2) is protruding by described hole (101).

6, device according to claim 1 and 2 is characterized in that: described air draught box parts (2) comprise box body (39) and lid (40), and described box body and lid link together by connector (43).

7, device according to claim 6, it is characterized in that: described air vent (41) is arranged on the described lid (40), described box body (39) is provided with the air port and takes over (42), and described box body (39) is taken over (42) and negative pressure source fluid communication by described air port.

8, device according to claim 7 also comprises: carriage (131), described carriage are installed in the bottom, two ends of described box body (39).

9, device according to claim 8, it is characterized in that: be provided with gap (132) between the bottom surface of described box body (39) and the described carriage (131), described gap is used to hold described conveyer belt (28) and allows described conveyor belt loop to relatively move around described air draught box parts (2).

10, device according to claim 9 is characterized in that: the both sides, end of described box body (39) have prolongation (390), and described prolongation is provided with cylinder position regulating tank (391), arc sections (392) and drum shaft holding tank (393).

11, device according to claim 10 also comprises the cylinder tension part, and described cylinder tension part is arranged on the two ends of described box body (39).

12, device according to claim 11, it is characterized in that: described cylinder tension part comprises fixedly otic placode (122) of cylinder tensioning screw (12), the movable installing plate (121) of cylinder and cylinder adjusting, described cylinder regulates fixedly that otic placode (122) fixedly mounts or is welded on the described box body (39), the movable installing plate of described cylinder (121) by cylinder tensioning screw (12) and the adjusting of described cylinder fixedly otic placode (122) be connected.

13, device according to claim 12, it is characterized in that: described cylinder (3,3 ') rotating shaft pass described drum shaft holding tank (393) and stretch out and be bearing on the drum shaft bearing (301), described drum shaft bearing (301) connected piece is fixed on the cylinder position regulating tank (391) of air draught box prolongation (390) together in company with the movable installing plate of described cylinder (121).

14, device according to claim 13, it is characterized in that: the movable installing plate of described cylinder (121) is provided with and described cylinder position regulating tank (391) and the corresponding circular hole of drum shaft holding tank (393), utilizes connector to pass through described circular hole movable installing plate of described cylinder (121) and described prolongation (390) are linked together.

15, device according to claim 1 and 2, it is characterized in that: the described first air draught box parts (2) also are equipped with guide (18), described guide (18) cooperatively interacts with the guide (14) that is arranged on the described left and right side plate, moves up and down to guide the described first air draught box parts described relatively side plate under the drive of the described first air draught box parts transmission mechanism.

16, device according to claim 15, it is characterized in that: described guide (18) is for being fixedly mounted on the guide pin bushing (18) on the described first air draught box ends side, described guide (14) is for being fixedly mounted on the guide rod (14) on the described left side plate, and described guide pin bushing (18) is sleeved on the described guide rod (14) slidably.

17, device according to claim 8, it is characterized in that: the described first air draught box parts transmission mechanism comprises the first air draught box parts effect bearings (13) and air draught box parts lifter cams (15), described air draught box parts effect bearings (13) are installed in rotation on the described carriage (131), be in the position that aligns up and down with described air draught box parts lifter cams (15), the described first air draught box parts effect bearings (13) form with described air draught box parts lifter cams (15) and contact cooperation, the described first air draught box parts lifter cams (15) are fixedly mounted on described line shaft (10) and upward and with described line shaft rotate, and drive the described first air draught box parts (2) of described effect bearing (13) drive with the outline track that utilizes lifter cam (15) and move up and down.

18, device according to claim 1 and 2 is characterized in that: the described driver part (25,26 that is used to conveyer belt that power is provided, 27) comprise reducing motor (25), drive sprocket (26,26 ', 26 ") and chain (27,27 '); described reducing motor (25) by chain (27; 27 ') with described drive sprocket (26,26 ', 26 ") are in transmission connection, to give described cylinder (3 or 3 '), work thereby drive described conveyer belt (28) with the transmission of power of reducing motor (25).

19, device according to claim 18, it is characterized in that: described reducing motor (25) is fixedly mounted on the motor cabinet (251), described motor cabinet is fixedly mounted on again on the described air draught box parts, described motor cabinet is a U type frame structure, and line shaft (10) and conveyer belt (28) are through at the inner chamber of motor cabinet U type framework and install.

20, device according to claim 1 and 2, it is characterized in that, described group of arm transmission mechanism comprises first group of arm axle rocking arm (5 '), second group of arm axle rocking arm (5), main tie (4) and subtie (19), described main tie has first end and the second end, described subtie has first end and the second end, and described first group of arm axle rocking arm (5 ') fixedlyed connected with first group of arm axle (6 ') and be hinged with the first end of described subtie (19); Described second group of arm axle rocking arm (5) fixedlyed connected with second group of arm axle (6) and is hinged with the second end of described subtie (19); Described first group of arm axle rocking arm (5 ') also is hinged with the first end of described main tie (4).

21, device according to claim 20, it is characterized in that, described group of arm transmission mechanism comprises that also dialling arm drives rocking arm (21), described group of arm drives rocking arm and has first end and the second end, its first end is connected on the described side plate pivotally, its the second end and described main tie are in transmission connection, like this, the swing of described group of arm driving rocking arm (21) the second end just can drive main tie and move up and down, thereby make described first group of arm axle rocking arm, subtie, second group of arm axle rocking arm interlock, to drive described first and second groups of arm axles swing, finally make described group of arm (7,7 ') do relative rotary oscillation.

22, device according to claim 21 is characterized in that: the second end of described group of arm driving rocking arm (21) has an end actuating member (212), and described end actuating member is provided with a through hole, and described main tie (4) passes described through hole and extends.

23, device according to claim 22, it is characterized in that: a pulling force adjustment component (401) is installed on the second end of described main tie, drive at described pulling force adjustment component and the described group of arm between the end actuating member (212) of rocking arm effect spring (20) is installed, change the reaction force that the diverse location of pulling force adjustment component (401) on pull bar (4) can change effect spring (20) pull bar (4).

24, device according to claim 23, it is characterized in that: also be equipped with on the described main tie and dial arm reset components (35), the described group of arm reset components can contact afterwards counter-clockwise swing with the end actuating member with described end actuating member and drive pull bar (4) and upwards reset.

25, according to claim 23 or 24 described devices, it is characterized in that: described pulling force adjustment component is that pulling force is adjusted nut (401), and described pulling force is adjusted nut and is installed on the described pull bar by screw thread; The described group of arm reset components be for dialling arm reduction nut (35), the described group of arm reduction nut by thread set on described main tie.

26, device according to claim 25, it is characterized in that: the middle part of described group of arm driving rocking arm (21) is provided with dials arm driving rocker bearing (32), described group of arm drives rocker bearing and is in transmission connection with dialling arm driving cam (22), and described group of arm driving cam (22) is fixedly mounted on line shaft (10) and upward and with described line shaft rotates.

27, device according to claim 26, it is characterized in that: described group of arm driving cam (22) is provided with cam path (38), and the described group of arm body shakes arm axle and hold in the cam path (38) that (32) be installed in described group of arm driving cam (22) and can be driven by described cam path with the rotation of described group of arm body moving cam (22).

28, device according to claim 27 is characterized in that: also be equipped with on the described main tie and dial arm gap adjustment component (33), the work that cooperatively interacts of described group of arm gap adjustment component (33) and first locating part (34).

29, device according to claim 28 is characterized in that: described group of arm gap adjustment component (33) is for being installed in group arm clearance adjusting nut (33) on the described main tie, and described first locating part is installed on the described air draught box parts (2).

30, according to claim 27 or 28 described devices, it is characterized in that: stripping dish degree adjusting unit part (402) also is installed, the work that cooperatively interacts of described stripping dish degree adjusting unit part (402) and second locating part (44) on the described main tie.

31, device according to claim 30 is characterized in that: described stripping dish degree adjusting unit part (402) is adjusted nut (402) for the stripping dish degree that is installed on the described main tie, and described second locating part (44) is installed on the described side plate.

32, device according to claim 31 also comprises:

The second air draught box parts (2 '), it is installed on the described left side plate with the negative pressure source fluid communication and in the mode that can relative described left and right side plate moves up and down, and described air draught box parts are provided with air vent;

The second air draught box parts transmission mechanism (15 ', 13 '), described air draught box parts transmission mechanism is connected with described air draught box parts, moves up and down to drive the described relatively left and right side plate of described air draught box parts under the driving of second power source (10 ');

Second conveying mechanism, it comprises cylinder, conveyer belt and is used to conveyer belt that the driver part of power is provided, described cylinder is installed on the end of the described second air draught box parts, described conveyer belt closed loop is coated on described cylinder and the described second air draught box parts, described conveyer belt is provided with through hole, thereby described cylinder rotates under the power drive of described body dynamic component and drives described conveyer belt and move around described air draught box parts;

The second group of arm component (6 ", 6 ' ", 7 ", 7 ' "), described second group of arm component comprise dial arm axle (6 ", 6 ' ") and group arm (7 ", 7 ' "), described group of arm is fixedly mounted on the described group of arm axle, described group of arm axle is installed on the described side plate (1,11) pivotally.

The second group of arm component transmission mechanism (191,192,5 ", 5 ' "), it is connected with described group of arm component and is used for giving described group of arm axle with the transmission of power of second power source (10 '), makes and dials the arm axle swing, to drive described group of arm swing.

33, device according to claim 32, it is characterized in that: described second air draught box parts (2 ') and described first air draught box parts (2) rigid connection make the first and second air draught box parts (2,2 ') form the parts that can move up and down simultaneously of an integral body.

34, according to claim 32 or 33 described devices, its feature also is: described second power source is for being connected second line shaft between the described left side plate, described second line shaft (10 ') and first line shaft (10) Synchronous Transmission by bearing.

35, device according to claim 33 is characterized in that: described second group of arm component transmission mechanism and described first group of arm component transmission mechanism are in transmission connection.

36, device according to claim 35 is characterized in that: described second group of arm component transmission mechanism comprises second subtie (191) and the 3rd subtie (192), the 3rd group of arm axle rocking arm (5 "), the 4th group of arm axle rocking arm (5 ' "); Described subtie (191,192) has first end and the second end, and described the 3rd group of arm axle rocking arm (5 ") and the 3rd group of arm axle (6 ") are fixedlyed connected and be hinged with the first end of described subtie (192); Described the 4th group of arm axle rocking arm (5 ' ") with the 4th group of arm axle (6 ' ") fixedlyed connected and is hinged with the second end of described subtie (192); Described the 4th group of arm axle rocking arm (5 ' ") also be hinged with the first end of subtie (191), the second end of second subtie (191) and first group of arm axle rocking arm (5 ') are hinged.

37, device according to claim 36, it is characterized in that: the described second air draught box parts also are equipped with guide (18,18 '), described guide cooperatively interacts with the guide (14,14 ') that is arranged on the described left and right side plate, moves up and down to guide the described second air draught box parts described relatively side plate under the drive of the described second air draught box parts transmission mechanism.

38, according to the described device of claim 37, also comprise: second carriage, described second carriage is installed in the end of the described second air draught box parts, be provided with the gap between the bottom surface of the described second air draught box parts and described second carriage, described gap is used to hold described conveyer belt and allows described conveyor belt loop to move around the described second air draught box parts.

39, according to the described device of claim 38, it is characterized in that: the described second air draught box parts transmission mechanism comprises the second air draught box parts effect bearing and the second air draught box parts lifter cam, the described second air draught box parts effect bearing is installed in rotation on described second carriage and with the described second air draught box parts lifter cam and is in transmission connection, the described second air draught box parts lifter cam is connected with second line shaft and can rotates with the rotation of described second line shaft, moves up and down to drive described air draught box parts by described effect bearing.

40, according to the described device of claim 39, it is characterized in that: described connection crossbeam (31 ') is provided with curtain frame support member (30), and it is used for when group arm is pressed onto on the curtain sheet (36) is that curtain frame (17) provides supporting.

41, a kind of boxlike stripping dish device that is used for laver time processing unit is characterized in that this device comprises:

Left plate (1) and right plate (11), described left plate and right plate are fixedly mounted on the frame;

Air draught box parts (2), it is installed on the described left side plate with the negative pressure source fluid communication and in the mode that can relative described left and right side plate moves up and down, and described air draught box parts (2) are provided with air vent (41);

Air draught box parts transmission mechanisms (15,13), described air draught box parts transmission mechanism is connected with described air draught box parts, moves up and down to drive the described relatively left and right side plate of described air draught box parts under the driving of power source (10);

Conveying mechanism (3,3 ', 28), it comprises cylinder (3,3 '), conveyer belt (28) and be used to conveyer belt that the driver part (25 of power is provided, 26,27), described cylinder (3,3 ') is installed on the end of described air draught box parts (2), described conveyer belt (28) is bearing in described cylinder (3,3 ') go up and be looped around on the described air draught box parts (2) through described cylinder (3,3 '), described conveyer belt (28) is provided with through hole (29), described cylinder (3,3 ') drives described conveyer belt (28) and moves around described air draught box parts (2) under the power drive of described driver part;

The prestripping assembly is installed on the described side plate (1,11) movably;

Prestripping assembly transmission mechanism (5,5 ', 19,4,21,22), it is connected with described prestripping assembly and is used for giving the prestripping assembly with the transmission of power of power source (10).

42, according to the described device of claim 41, it is characterized in that: described air draught box parts transmission mechanism and described prestripping assembly transmission mechanism and same power source (10) are in transmission connection.

43, according to the described device of claim 42, it is characterized in that: described power source is driving shaft or line shaft (10), and described line shaft (10) is connected on the described left and right side plate (1,11) by bearing.

44, according to the described device of claim 43, it is characterized in that: described crossbeam (31 ') is provided with curtain frame support member (30), and it is used for when the prestripping assembly is pressed onto on the curtain sheet (36) is that curtain frame (17) provides supporting.

45, according to the described device of claim 44, it is characterized in that, described prestripping assembly comprises: put the beams in place (606), press curtain arm (610) and dial axis (611), described pressure curtain arm (610) is fixed together with put the beams in place (606), and described dial axis (611) is installed in rotation on the lower end of described pressure curtain arm (610).

46, according to the described device of claim 45, it is characterized in that: described prestripping assembly is provided with guiding parts, is used to guide described prestripping assembly to move along the vertical direction.

47, according to the described device of claim 46, it is characterized in that: described guiding parts is for being fixedly mounted on the guide rod (607) on the described side plate (1,11), and described upper beam (606) is sleeved on the described guide rod (607).

48, according to the described device of one of claim 41 to 47, it is characterized in that: described air draught box parts transmission mechanism comprises air draught box parts effect bearings (13) and air draught box parts lifter cams (15), described air draught box parts effect bearings (13) are installed in rotation on described air draught box parts (2) by carriage (131) and upward and with described air draught box parts lifter cams (15) are in transmission connection, described air draught box parts lifter cam is connected with described line shaft (10) and can rotates with the rotation of described line shaft, moves up and down to drive described air draught box parts by described effect bearing.

49, according to the described device of one of claim 41 to 47, it is characterized in that: described prestripping assembly transmission mechanism comprises: main body swing arm (602), secondary actuating arm (605) and connecting rod (604), described main actuating arm, described secondary actuating arm and the described connecting rod formation quadric chain that is hinged, described main actuating arm also is sleeved on the eccentric shaft (10) of cam (15), and described secondary actuating arm (605) is connected with described upper beam (606) by rotating shaft (608).

50, according to the described device of one of claim 41 to 47, it is characterized in that: described air draught box parts (2) also are equipped with guide (18), described guide (18) cooperatively interacts with the guide (14) that is arranged on the described left and right side plate, moves up and down to guide described air draught box parts described relatively side plate under the drive of described air draught box parts transmission mechanism.

51, according to the described device of claim 50, it is characterized in that: described guide (18) is for being fixedly mounted on the guide pin bushing (18) on the described air draught box ends side, described guide (14) is for being fixedly mounted on the guide rod (14) on the described left side plate, and described guide pin bushing (18) is sleeved on the described guide rod (14) slidably.