CN108525806A - A kind of automation hardware cut-out equipment - Google Patents

Abstract

The invention discloses a kind of automation hardware to cut off equipment, include that the crushing main body of bearing support right-hand end is fitted to by lift component lifting and is fixedly mounted on the bottom plate of bearing support right-hand end bottom, it is put into chamber in the crushing body top end face, the chamber bottom end that is put into is communicated equipped with crushing chamber, it is symmetrical in the crushing chamber inner bottom wall to be equipped with first and slide chamber, described first, which slides intracavitary, is rotatably assorted the first steering shaft for being equipped with and putting in the crushing chamber, the first steering shaft top end is equipped with steering wheel, the steering wheel top end surface and described first slide intracavitary roof between top pressure be connected with the first top pressure spring, spline is equipped in the first steering shaft bottom end face, the spline internal spline is connected with splined post, the splined post bottom end is installed with the second steering shaft.

Description

A kind of automation hardware cut-out equipment

Technical field

The present invention relates to hardware processing technique field, specially a kind of automation hardware cuts off equipment.

Background technology

Hardware pulverizer is common equipment in hardware material processing work to cut off work to hardware material disintegrating, Existing hardware pulverizer crush efficiency bottom, grinding time is long, moreover, complex for operation step, automation usage degree is low, because This, needs to improve.

Invention content

The purpose of the present invention is to provide a kind of automation hardware to cut off equipment, in the prior art above-mentioned scarce for overcoming It falls into.

A kind of automation hardware according to the present invention cuts off equipment, including is fitted to bearing by lift component lifting The crushing main body of frame right-hand end and the bottom plate for being fixedly mounted on bearing support right-hand end bottom, crushing body top end Chamber is put into face, the chamber bottom end that is put into is communicated equipped with crushing chamber, symmetrical in the crushing chamber inner bottom wall to be equipped with One slides chamber, and described first, which slides intracavitary, is rotatably assorted the first steering shaft for being equipped with and putting in the crushing chamber, and described first Steering shaft top end is equipped with steering wheel, and top pressure is matched between the steering wheel top end surface and described first slide intracavitary roof Conjunction is connected with the first top pressure spring, and spline, the spline internal spline cooperation are equipped in the first steering shaft bottom end face It is connected with splined post, the splined post bottom end is installed with the second steering shaft, and second steering shaft puts in the crushing chamber In first transmission chamber of downside and it is rotatably assorted to be arranged and transmits the part between chamber and the crushing chamber described first, described the One transmission chamber is symmetrical set in the crushing main body inner wall body, to downward between the first transmission chamber of the left and right sides It stretches and transmits chamber equipped with second, symmetrical be rotatably assorted is equipped with third between the second transmission chamber and the first transmission chamber Steering shaft, the third steering shaft puts in the second transmission intracavitary and end is installed with the first taper cone pulley, and the third turns to Axis puts in the first transmission intracavitary and end is installed with the second taper cone pulley, and engagement is equipped with third cone on the upside of second taper cone pulley Shape wheel, the third taper cone pulley are fixedly arranged on the second steering shaft bottom end, and the described first third transmitted in chamber turns It is circumferentially installed with deflection wheel to axis outer surface, equipped with propulsion arm, the propulsion arm, which slides, matches for top pressure cooperation on the upside of the deflection wheel Close the part being mounted between the first transmission chamber and the crushing chamber, first steering shaft outer surface circumferential direction lower rotation Cooperation is equipped with switch block, and the switch block is fixedly connected with the propulsion arm, and described second transmits intracavitary and be slidably installed and have the One sliding block is installed with the first motor, first motor top be connected by power in the first sliding block top end surface There is the 4th taper cone pulley to be engaged with first taper cone pulley, is arranged with the at left and right sides of the second transmission chamber in inner wall One lead-in cavity, be slidably installed in first lead-in cavity the first guiding block being fixedly connected with first sliding block, Top pressure is connected with the second top pressure spring between the first guiding block top end face and the first lead-in cavity inner roof wall, described Chamber is slided equipped with first in second transmission intracavitary bottom wall, described first, which slides intracavitary, is equipped with drive row component, and described first slides chamber The left and right sides is arranged with extends and is communicated with the crushing chamber discharge chamber of setting up and down, the discharge chamber of the left and right sides it Between mutually communicate and run through the crushings bottom part body end face, the discharge chamber and described first, which slide to be equipped between chamber, switchs structure Part, the bearing support top are additionally provided with hand lift device.

Further technical solution, the drive row component includes the diclinic for sliding intracavitary described first that is slidably installed Slider edge, double bevel slider top end face are abutted with the first sliding block bottom end face, the double bevel slider bottom End face screw-internal thread fit is equipped with spiral shell shape bar, and the spiral shell shape bar bottom end be connected by power has the second motor, second electricity Motivation outer surface is fixedly arranged on described first and slides in intracavitary bottom wall.

Further technical solution, the switching member include it is symmetrical communicate to be arranged described first slide chamber and institute It states second between discharge chamber and slides chamber, described second slides to be slidably installed in chamber and have bevel edge sliding block, and described second slides It is equipped with the second lead-in cavity in intracavitary roof, is slidably installed in second lead-in cavity and is fixedly connected with the bevel edge sliding block The second guiding block, second guiding block slides in second lead-in cavity of chamber side top pressure cooperation far from described first and connects It is connected to third top pressure spring, is installed in the side end face that the discharge chamber slides chamber far from described first and the bevel edge sliding block The tactility apparatus being oppositely arranged, the discharge chamber are symmetrical equipped with recessed cavity, the female intracavitary with the crushing chamber junction Being slidably installed has block, is installed between the side inner wall that the block and the female chamber slide chamber far from described first Extension spring is installed with the electricity being oppositely arranged with the block in the side end face that the discharge chamber slides chamber towards described first Magnetic device, the calutron are connect with the tactility apparatus circuit.

Further technical solution, the lift component include the SWALLOW TAIL CAVITY that is arranged in the bearing support right end face with And the dovetails in the SWALLOW TAIL CAVITY that are slidably installed, the dovetails are fixedly connected with the crushing main body, the swallow It is equipped with port in tail intracavitary roof, empty slot is equipped in the port inner roof wall, is rotatably assorted in the empty slot and is equipped with the 4th turn To axis, extending end be connected by power has third motor, the third motor to be fixedly arranged on described on the left of the 4th steering shaft In empty slot inner left wall, the 4th steering shaft outer surface is installed with winding wheel, solid between the winding wheel and the dovetails Equipped with traction rope.

Further technical solution, first steering shaft outer surface are circumferentially installed with multigroup Disintegrating knife.

Further technical solution, the hand lift device includes the symmetrical fixation in the bearing support top end surface Bar is fixedly connected with hand between the fixed link of the left and right sides and argues for the sake of arguing.

The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, by lifting cooperation peace by lift component Mounted in bearing support right-hand end crushing main body and be fixedly mounted on the bottom plate of bearing support right-hand end bottom, crush body top end It is put into chamber in face, is put into chamber bottom end and communicates equipped with crushing chamber, it is symmetrical in crushing chamber inner bottom wall to be equipped with first and slide chamber, First, which slides intracavitary, is rotatably assorted the first steering shaft for being equipped with and putting in crushing chamber, and the first steering shaft top end, which is equipped with, to be turned To disk, steering wheel top end surface and first slides top pressure between intracavitary roof and is connected with the first top pressure spring, and first turns to Spline is equipped in axis bottom end face, spline internal spline is connected with splined post, and splined post bottom end is installed with second Steering shaft, the second steering shaft put on the downside of crushing chamber first transmission chamber in and be rotatably assorted setting first transmit chamber with crush Part between chamber, first transmission chamber is symmetrical set in crushing main body inner wall body, the left and right sides first transmission chamber it Between extend downwardly equipped with second transmit chamber, second transmission chamber and first transmission chamber between symmetrical be rotatably assorted third is installed Steering shaft, third steering shaft puts in the second transmission intracavitary and end is installed with the first taper cone pulley, and third steering shaft puts in the first biography It passs intracavitary and end is installed with the second taper cone pulley, equipped with third taper cone pulley, third taper cone pulley is fixed for engagement on the upside of the second taper cone pulley In the second steering shaft bottom end, the third steering shaft outer surface in the first transmission chamber is circumferentially installed with deflection wheel, on deflection wheel Top pressure cooperation in side is equipped with propulsion arm, and propulsion arm is slidably installed transmits the part between chamber and crushing chamber first, first turn Switch block is installed to the cooperation of axis outer surface circumferential direction lower rotation, switch block is fixedly connected with propulsion arm, and the second transmission intracavitary sliding is matched Conjunction is equipped with the first sliding block, and the first motor is installed in the first sliding block top end surface, and the first motor top power connects It is connected to the 4th taper cone pulley to be engaged with the first taper cone pulley, the first guiding is arranged in the second transmission chamber left and right sides inner wall Chamber, be slidably installed in the first lead-in cavity the first guiding block being fixedly connected with the first sliding block, the first guiding block top Top pressure is connected with the second top pressure spring between face and the first lead-in cavity inner roof wall, and second transmits in intracavitary bottom wall equipped with first Chamber is slided, first, which slides intracavitary, is equipped with drive row component, and first, which slides the chamber left and right sides, is arranged with extension and and crushing chamber up and down Communicate the discharge chamber of setting, mutually communicated between the discharge chamber of the left and right sides and through crushing bottom part body end face, discharge chamber with First slides and is equipped with switching member between chamber, to make crushing main body be in the initial state compared with low state, convenient for addition five Golden material so that operation is convenient, and Disintegrating knife can up and down reciprocatingly be swung while rotating crushing, greatly promote crushing Efficiency carries out stopping crushing, automation usage degree is high, effectively reduces manual steps, makes automatically while discharge With convenient, it is worth of widely use.

Description of the drawings

Fig. 1 is overall structure diagram inside a kind of automation hardware cut-out equipment of the present invention；

Fig. 2 is the inside overall structure diagram that main body is crushed in the present invention；

Fig. 3 is partial enlargement structural representation in Fig. 2.

Specific implementation mode

With reference to Fig. 1-3, the present invention is described in detail.

Referring to Fig.1-3, a kind of automation hardware according to an embodiment of the invention cuts off equipment, including passes through lift component Lifting is fitted to the crushing main body 100 of 300 right-hand end of bearing support and is fixedly mounted on 300 right-hand end bottom of the bearing support The bottom plate 200 in portion, is put into chamber 131 in 100 top end surface of crushing main body, it is described be put into 131 bottom end of chamber and communicate be equipped with Crushing chamber 136, symmetrical in 136 inner bottom wall of the crushing chamber to be equipped with first and slide chamber 130, described first slides in chamber 130 Be rotatably assorted the first steering shaft 133 for being equipped with and putting in the crushing chamber 136,133 top end of the first steering shaft peace Equipped with steering wheel 129,129 top end surface of the steering wheel and described first slides top pressure mating connection between 130 inner roof wall of chamber There is the first top pressure spring 130, spline 135 is equipped in 133 bottom end face of the first steering shaft, is spent in the spline 135 Key is connected with splined post 102, and 102 bottom end of the splined post is installed with the second steering shaft 105, second steering shaft 105 put in the first transmission chambers 125 of the downside of the crushing chamber 136 and be rotatably assorted setting described first transmit chamber 125 with Part between the crushing chamber 136, the first transmission chamber 125 are symmetrical set in 100 inner wall of crushing main body In, it is extended downwardly between the first transmission chamber 125 of the left and right sides and transmits chamber 154 equipped with second, described second transmits chamber 154 Symmetrical be rotatably assorted is equipped with third steering shaft 141 between the first transmission chamber 125, the third steering shaft 141 It puts in the second transmission chamber 154 and end is installed with the first taper cone pulley 152, the third steering shaft 141 puts in described the In one transmission chamber 125 and end is installed with the second taper cone pulley 107, and second taper cone pulley, 107 upside engagement is equipped with third taper Wheel 106, the third taper cone pulley 106 are fixedly arranged on 105 bottom end of the second steering shaft, and described first transmits in chamber 125 141 outer surface of third steering shaft is circumferentially installed with deflection wheel 108, and 108 upside top pressure cooperation of the deflection wheel is equipped with pushing tow Bar 128, the propulsion arm 128 is slidably installed transmits the part between chamber 125 and the crushing chamber 136 described first, First steering shaft, 133 outer surface circumferential direction lower rotation cooperation is equipped with switch block 101, the switch block 101 and the propulsion arm 128 are fixedly connected, and being slidably installed in the second transmission chamber 154 has the first sliding block 151, first sliding block 151 The first motor 142 is installed in top end surface, first motor, 142 top be connected by power has to bore with described first Shape wheel 152 engage the 4th taper cone pulley 153, it is described second transmission 154 left and right sides inner wall of chamber in be arranged with the first lead-in cavity 145, be slidably installed in first lead-in cavity 145 the first guiding block being fixedly connected with first sliding block 151 144, top pressure is connected with the second top between 144 top end face of the first guiding block and 145 inner roof wall of the first lead-in cavity Pressing spring 143 slides chamber 114 in second transmission chamber 154 inner bottom wall equipped with first, and described first slides and be equipped in chamber 114 Row component is driven, described first, which slides 114 left and right sides of chamber, is arranged with extension up and down and communicates setting with the crushing chamber 136 Discharge chamber 112 mutually communicates between the discharge chamber 112 of the left and right sides and runs through 100 bottom end face of crushing main body, institute It states discharge chamber 112 and described first to slide and be equipped with switching member between chamber 114,300 top of the bearing support is additionally provided with hand lift Device.

Valuably or illustratively, the drive row component includes being slidably installed to slide in chamber 114 described first Diclinic slider edge 113,113 top end surface of diclinic slider edge are abutted with 151 bottom end face of the first sliding block, described double 113 bottom end face screw-internal thread fit of bevel edge sliding block is equipped with spiral shell shape bar 121, and the 121 bottom end be connected by power of spiral shell shape bar has Second motor 116,116 outer surface of the second motor are fixedly arranged on described first and slide in 114 inner bottom wall of chamber, to automatic Push 151 upward sliding of the first sliding block that the 4th taper cone pulley 153 is made to be engaged with the first taper cone pulley 152.

Valuably or illustratively, the switching member include it is symmetrical communicate to be arranged described first slide chamber 114 Second between the discharge chamber 112 slides chamber 120, and described second slides to be slidably installed in chamber 120 and have bevel edge sliding block 122, described second slides and is equipped with the second lead-in cavity 109 in 120 inner roof wall of chamber, and be slidably matched peace in second lead-in cavity 109 Equipped with the second guiding block 124 being fixedly connected with the bevel edge sliding block 122, second guiding block 124 is slided far from described first Top pressure is connected with third top pressure spring 123 in second lead-in cavity 109 of 114 side of an actor's rendering of an operatic tune, and the discharge chamber 112 is remote The tactility apparatus 111 being oppositely arranged with the bevel edge sliding block 122, institute are installed in the side end face for sliding chamber 114 from described first It states that discharge chamber 112 and 136 junction of the crushing chamber are symmetrical to be equipped with recessed cavity 103, is slidably matched in the female chamber 103 It is equipped between the side inner wall that block 126, the block 126 and the female chamber 103 slide chamber 114 far from described first admittedly Equipped with extension spring 104, it is installed in the side end face that the discharge chamber 112 slides chamber 114 towards described first and the gear The calutron 127 that block 126 is oppositely arranged, the calutron 127 are connect with 111 circuit of the tactility apparatus, to control automatically The block 126 is made to close the discharge chamber 112.

Valuably or illustratively, the lift component includes the dovetail being arranged in 300 right end face of the bearing support Chamber 303 and the dovetails 301 being slidably installed in the SWALLOW TAIL CAVITY 303, the dovetails 301 and the crushing main body 100 are fixedly connected, and port 304 is equipped in 303 inner roof wall of the SWALLOW TAIL CAVITY, empty slot 306 is equipped in 304 inner roof wall of the port, It is rotatably assorted in the empty slot 306 and the 4th steering shaft 307 is installed, 307 left side extending end power of the 4th steering shaft connects It is connected to third motor 305, the third motor 305 is fixedly arranged in 306 inner left wall of the empty slot, the 4th steering shaft 307 outer surfaces are installed with winding wheel 308, and traction rope 302 is installed between the winding wheel 308 and the dovetails 301, to Automatically it by 100 pull-up of crushing main body or puts down.

Valuably or illustratively, 133 outer surface of the first steering shaft is circumferentially installed with multigroup Disintegrating knife 134, from And hardware material is crushed.

Valuably or illustratively, the hand lift device includes symmetrical consolidating in 300 top end surface of the bearing support Fixed pole 20 is fixedly connected with hand between the fixed link 20 of the left and right sides and argues for the sake of arguing 30, to conveniently lift the carrying present apparatus.

When needing crushed work, hardware material is put into crushing chamber 136 from being put into chamber 131, it is electronic to start first Machine 142 can drive Disintegrating knife 134 to rotate, simultaneously because deflection wheel 108 is to 128 reciprocal top pressure of propulsion arm, to drive powder It pumps while the rotation rotation of broken blade 134, that is, is effectively increased crushing uniformity, when needing discharge to work, opens Dynamic third motor 305 drives the rotation of winding wheel 308 by traction rope 302 around rising, to drive dovetails 301 and crush main body 100 are raised above, and then start the second motor 116 and drive 113 slide downward of diclinic slider edge, due to the second top pressure spring 143 top pressure effect, 151 slide downward of the first sliding block make the 4th taper cone pulley 153 be disengaged from the first taper cone pulley 152, together When, since the top pressure of third top pressure spring 123 acts on, the bevel edge sliding block 122 of the left and right sides is slided towards relative direction, to be detached from With the touching of tactility apparatus 111, and then automatically control calutron 127 power-off, due to 104 stretching action of extension spring, block 126 It is slid completely into recessed cavity 103, discharge chamber 112 is in the open state at this time, blends the hardware material finished and is automatically drained out.

The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, it is fitted to by lift component lifting The crushing main body of bearing support right-hand end and the bottom plate for being fixedly mounted on bearing support right-hand end bottom crush in body top end face It is put into chamber, chamber bottom end is put into and communicates equipped with crushing chamber, it is symmetrical in crushing chamber inner bottom wall to be equipped with first and slide chamber, first It slides intracavitary to be rotatably assorted the first steering shaft for being equipped with and putting in crushing chamber, the first steering shaft top end is equipped with steering Disk, steering wheel top end surface and first slide intracavitary roof between top pressure be connected with the first top pressure spring, the first steering shaft Spline is equipped in bottom end face, spline internal spline is connected with splined post, and splined post bottom end is installed with second turn To axis, in the first transmission chamber that the second steering shaft is put on the downside of crushing chamber and the setting that is rotatably assorted transmits chamber and crushing chamber first Between part, first transmission chamber is symmetrical set in crushing main body inner wall body, the left and right sides first transmission chamber between It extends downwardly and transmits chamber equipped with second, symmetrical be rotatably assorted is equipped with third turn between the second transmission chamber and the first transmission chamber To axis, third steering shaft puts in the second transmission intracavitary and end is installed with the first taper cone pulley, and third steering shaft puts in the first transmission Intracavitary and end are installed with the second taper cone pulley, are engaged on the upside of the second taper cone pulley and are equipped with third taper cone pulley, third taper cone pulley is fixedly arranged on Second steering shaft bottom end, the first third steering shaft outer surface transmitted in chamber are circumferentially installed with deflection wheel, deflection wheel upside Top pressure cooperation is equipped with propulsion arm, and propulsion arm is slidably installed transmits the part between chamber and crushing chamber first, and first turns to The circumferential direction lower rotation cooperation of axis outer surface is equipped with switch block, and switch block is fixedly connected with propulsion arm, and the second transmission intracavitary is slidably matched First sliding block is installed, the first motor, the first motor top be connected by power are installed in the first sliding block top end surface There is the 4th taper cone pulley to be engaged with the first taper cone pulley, the first guiding is arranged in the second transmission chamber left and right sides inner wall Chamber, be slidably installed in the first lead-in cavity the first guiding block being fixedly connected with the first sliding block, the first guiding block top Top pressure is connected with the second top pressure spring between face and the first lead-in cavity inner roof wall, and second transmits in intracavitary bottom wall equipped with first Chamber is slided, first, which slides intracavitary, is equipped with drive row component, and first, which slides the chamber left and right sides, is arranged with extension and and crushing chamber up and down Communicate the discharge chamber of setting, mutually communicated between the discharge chamber of the left and right sides and through crushing bottom part body end face, discharge chamber with First slides and is equipped with switching member between chamber, to make crushing main body be in the initial state compared with low state, convenient for addition five Golden material so that operation is convenient, and Disintegrating knife can up and down reciprocatingly be swung while rotating crushing, greatly promote crushing Efficiency carries out stopping crushing, automation usage degree is high, effectively reduces manual steps, makes automatically while discharge With convenient, it is worth of widely use.

Those skilled in the art can define, can in the case of not departing from overall spirit and the design of the present invention To make the various modifications for above example.It each falls within protection scope of the present invention.The protection scheme of the present invention It is subject to claims appended hereto.

Claims (6)

1. Include the crushing that bearing support right-hand end is fitted to by lift component lifting 1. a kind of automation hardware cuts off equipment Main body and the bottom plate for being fixedly mounted on bearing support right-hand end bottom are put into chamber in the crushing body top end face, institute It states and is put into chamber bottom end and communicates equipped with crushing chamber, it is symmetrical in the crushing chamber inner bottom wall to be equipped with first and slide chamber, it is described First, which slides intracavitary, is rotatably assorted the first steering shaft for being equipped with and putting in the crushing chamber, the first steering shaft top end Steering wheel is installed, top pressure is connected with the first top between the steering wheel top end surface and described first slide intracavitary roof Pressing spring, the first steering shaft bottom end face is interior to be equipped with spline, and the spline internal spline is connected with splined post, institute It states splined post bottom end and is installed with the second steering shaft, second steering shaft puts in the first transmission chamber on the downside of the crushing chamber In and be rotatably assorted to be arranged and transmit the part between chamber and the crushing chamber described first, described first to transmit chamber symmetrical It is arranged in the crushing main body inner wall body, extends downwardly between the first transmission chamber of the left and right sides and transmitted equipped with second Chamber, symmetrical be rotatably assorted is equipped with third steering shaft between the second transmission chamber and the first transmission chamber, and described the Three steering shafts put in the second transmission intracavitary and end is installed with the first taper cone pulley, and the third steering shaft puts in described first It transmits intracavitary and end is installed with the second taper cone pulley, engagement is equipped with third taper cone pulley, the third on the upside of second taper cone pulley Taper cone pulley is fixedly arranged on the second steering shaft bottom end, and described first transmits the third steering shaft outer surface circumferential direction in chamber Be installed with deflection wheel, on the upside of the deflection wheel top pressure cooperation be equipped with propulsion arm, the propulsion arm is slidably installed described the One transmits the part between chamber and the crushing chamber, and circumferential direction lower rotation cooperation in first steering shaft outer surface, which is equipped with, to be turned Block, the switch block are fixedly connected with the propulsion arm, and the second transmission intracavitary is slidably installed and has the first sliding block, described It is installed with the first motor in first sliding block top end surface, first motor top be connected by power has to described 4th taper cone pulley of one taper cone pulley engagement is arranged with the first lead-in cavity in inner wall at left and right sides of the second transmission chamber, described Be slidably installed the first guiding block being fixedly connected with first sliding block in first lead-in cavity, first guiding block Top pressure is connected with the second top pressure spring between top end face and the first lead-in cavity inner roof wall, and described second transmits intracavitary bottom Chamber is slided equipped with first in wall, described first, which slides intracavitary, is equipped with drive row component, and described first, which slides the chamber left and right sides, symmetrically sets There is the discharge chamber for extending and being communicated with the crushing chamber setting up and down, mutually communicates and pass through between the discharge chamber of the left and right sides The crushing bottom part body end face is worn, the discharge chamber and described first are equipped with switching member, the bearing support between sliding chamber Top is additionally provided with hand lift device.
2. 2. a kind of automation hardware according to claim 1 cuts off equipment, it is characterised in that：The drive row component includes sliding Dynamic to be fitted to the described first diclinic slider edge for sliding intracavitary, double bevel slider top end face is slided with described first Block bottom end face abuts, and double bevel slider bottom end face screw-internal thread fit is equipped with spiral shell shape bar, the spiral shell shape bar bottom end End be connected by power has the second motor, second motor outer surface to be fixedly arranged on described first and slide in intracavitary bottom wall.
3. 3. a kind of automation hardware according to claim 1 cuts off equipment, it is characterised in that：The switching member includes a left side It is right symmetrically communicate to be arranged slide second between chamber and the discharge chamber described first and slide chamber, described second slide it is sliding in chamber Dynamic cooperation is equipped with bevel edge sliding block, and described second slides and be equipped with the second lead-in cavity in intracavitary roof, sliding in second lead-in cavity Dynamic cooperation is equipped with the second guiding block being fixedly connected with the bevel edge sliding block, and second guiding block is slided far from described first Top pressure is connected with third top pressure spring in second lead-in cavity of chamber side, and the discharge chamber is slided far from described first The tactility apparatus being oppositely arranged with the bevel edge sliding block is installed in one side end face of chamber, the discharge chamber is connect with the crushing chamber Locate it is symmetrical be equipped with recessed cavity, the female intracavitary, which is slidably installed, block, and the block and the female chamber are separate Described first slides and is installed with extension spring, the side that the discharge chamber slides chamber towards described first between the side inner wall of chamber The calutron being oppositely arranged with the block is installed in end face, the calutron is connect with the tactility apparatus circuit.
4. 4. a kind of automation hardware according to claim 1 cuts off equipment, it is characterised in that：The lift component includes setting The dovetails set the SWALLOW TAIL CAVITY in the bearing support right end face and be slidably installed in the SWALLOW TAIL CAVITY, the swallow Tail block is fixedly connected with the crushing main body, and port is equipped in the SWALLOW TAIL CAVITY inner roof wall, sky is equipped in the port inner roof wall Slot is rotatably assorted in the empty slot and is equipped with the 4th steering shaft, and extending end be connected by power has the on the left of the 4th steering shaft Three-motor, the third motor are fixedly arranged in the empty slot inner left wall, and the 4th steering shaft outer surface, which is installed with, to twine Around wheel, traction rope is installed between the winding wheel and the dovetails.
5. 5. a kind of automation hardware according to claim 1 cuts off equipment, it is characterised in that：The first steering shaft appearance Face is circumferentially installed with multigroup Disintegrating knife.
6. 6. a kind of automation hardware according to claim 1 cuts off equipment, it is characterised in that：The hand lift device includes a left side The right side is symmetrically fixedly connected with hand between the fixed link of the bearing support top end surface, the fixed link of the left and right sides and argues for the sake of arguing.