CN201038937Y - Slice automatic grouping and discharging device - Google Patents
Slice automatic grouping and discharging device Download PDFInfo
- Publication number
- CN201038937Y CN201038937Y CNU2007201096651U CN200720109665U CN201038937Y CN 201038937 Y CN201038937 Y CN 201038937Y CN U2007201096651 U CNU2007201096651 U CN U2007201096651U CN 200720109665 U CN200720109665 U CN 200720109665U CN 201038937 Y CN201038937 Y CN 201038937Y
- Authority
- CN
- China
- Prior art keywords
- baffle plate
- weighing
- aqueduct
- pusher
- scale
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Filling Or Emptying Of Bunkers, Hoppers, And Tanks (AREA)
Abstract
The utility model discloses a slice automatic grouping and arranging device, the slice automatic grouping and arranging device comprises a machine rack (1) and a material receiving slide groove (3), the utility model is characterized in that: the utility model is further provided with a rotary material pushing and collecting mechanism (2), a material receiving sensor (4), a material receiving and replenishing mechanism (5) and a weighing mechanism (6), the material receiving slide groove (3) is arranged on the machine rack (1) in an inclined way, the bottom end of the material receiving slide groove (3) is provided with the material receiving sensor (4), the outlet of the material receiving slide groove (3) is provided with the material receiving and replenishing mechanism (5), the weighing mechanism (6) is arranged below the material receiving and replenishing mechanism (5), and the rotary material pushing and collecting mechanism (2) is arranged below a rotary transition groove (6-8) of the weighing mechanism (6). The utility model has strong adaptation, high working efficiency and simple operation, so the utility model can replace the cumbersome manual labor to realize the continuous flow operation.
Description
Technical field
The utility model relates to a kind of thin slice discharging device that divides into groups automatically, especially a kind of can weighing continuously after shape is cut in processing by the silicon steel sheet that stator, the rotor core of motor is used, and the device of grouping discharging automatically by weight.
Background technology
The stator of motor, rotor core are made up of the silicon steel sheet of constant weight, and the stator of some motor also requires its silicon steel sheet of forming half-and-half to become 180 degree dischargings.At present, in the stator of motor, the rotor assembling process, after the stator of motor or rotor silicon steel sheet are cut shape, synchronously take out piecewise by take out device on the punch press and punch press processing, then by manually folding thick requirement by electric machine iron core, divide into groups by weight, there is the discharging angle to require, artificial on request rotating certain angle, normally 180 spend angles, then rivet so that the good silicon steel sheet in groups of discharging is not scattered in being transported to next procedure, also played Primary Location simultaneously for next procedure with rivet is preliminary.By manually getting sheet, weigh, rotate, assemble, inefficiency, processing cost height.
Summary of the invention
Technical problem to be solved in the utility model is to overcome deficiency of the prior art and a kind of high efficiency, simple to operate is provided, the thin slice that can replace the serialization continuous productive process of the loaded down with trivial details hand labor discharging device that divides into groups automatically.
The utility model solves the problems of the technologies described above used technical scheme: this thin slice discharging device that divides into groups automatically comprises frame (1), chute (3) connects material, its design feature is: also be provided with the rotation pusher, mechanism (2) gathers materials, transducer (4) connects material, connect material, feed supplement mechanism (5) and Weighing mechanism (6), the described chute that connects material (3) is obliquely installed on frame (1), the bottom is provided with the transducer that connects material (4), chute (3) exit that connects material is provided with and connects material, feed supplement mechanism (5), connect material, feed supplement mechanism (5) below is provided with Weighing mechanism (6), the rotation pusher, that gathers materials that mechanism (2) is arranged on Weighing mechanism (6) rotating through aqueduct (6-8) below.
Rotation pusher described in the utility model, the mechanism (2) that gathers materials comprises pusher cylinder (2-1), pusher guide rail (2-2), scraping wings (2-3), rotary cylinder (2-4), rotating platform (2-5) and material collecting tank (2-6), described scraping wings (2-3), rotating platform (2-5), material collecting tank (2-6) is positioned on the same horizontal linear, scraping wings (2-3) is arranged on the pusher guide rail (2-2), rotating platform (2-5) is arranged in the middle of scraping wings (2-3) and the material collecting tank (2-6), scraping wings (2-3) end links to each other with pusher cylinder (2-1), rotating platform (2-5) below is provided with rotary cylinder (2-4), and rotating platform (2-5) links to each other with rotary cylinder (2-4).
Described in the utility model connecting material, feed supplement mechanism (5) comprises and connecing, feed supplement mounting bracket (5-1), bottom baffle plate cylinder (5-2), bottom baffle plate (5-3), groove (5-4) connects material, upper strata baffle plate (5-5) and upper strata baffle plate cylinder (5-6), the groove (5-4) that connects material is arranged on and connects, on the feed supplement mounting bracket (5-1), the both sides, groove (5-4) bottom that connect material are provided with a pair of bottom baffle plate (5-3), groove (5-4) both sides that connect material are provided with bottom baffle plate cylinder (5-2), bottom baffle plate (5-3) links to each other with bottom baffle plate cylinder (5-2), groove (5-4) middle part one side that connects material is provided with a upper strata baffle plate (5-5), upper strata baffle plate (5-5) links to each other with upper strata baffle plate cylinder (5-6), and bottom baffle plate (5-3) and upper strata baffle plate (5-5) groove (5-4) that will connect material is divided into two-layer up and down.
Weighing mechanism described in the utility model (6) comprises the chute pole (6-1) that connects material, the mounting bracket (6-2) of weighing, scale (6-3), scale pallet (6-4), the scraping wings (6-5) of weighing, the pusher of weighing guide rail (6-6), the pusher of weighing cylinder (6-7), rotate through aqueduct (6-8), rotate through aqueduct baffle plate (6-10) and rotate through aqueduct baffle plate cylinder (6-9), described scale pallet (6-4), the scraping wings (6-5) of weighing, rotating through aqueduct (6-8) is arranged on the mounting bracket of weighing (6-2), the three is on same horizontal linear, and with the rotation pusher, scraping wings (2-3) in the mechanism (2) gathers materials, rotating platform (2-5), the straight line at material collecting tank (2-6) three place becomes the spatial vertical relation, and title pallet (6-4) is arranged on the scraping wings of weighing (6-5) and rotates through in the middle of the aqueduct (6-8).
The scraping wings of weighing described in the utility model (6-5) is arranged on the groove that connects material (5-4) side, and relative with the chute that connects material (3), and the scraping wings of weighing (6-5) is arranged on pusher guide rail (6-6) front end and link to each other with the pusher cylinder (6-7) of weighing of weighing.
Scale pallet described in the utility model (6-4) be arranged in connect material, under feed supplement mechanism (5) connects material groove (5-4), scale pallet (6-4) bottom is connected with scale (6-3), be vertically fixed on the scale (6-3), scale pallet (6-4) does not contact with the parts of other these devices except with scale (6-3) contacts.
Described in the utility model rotate through aqueduct (6-8) be arranged in rotation pusher, the mechanism that gathers materials (2) rotating platform (2-5) directly over, its two bottom sides is provided with a pair of aqueduct baffle plate (6-10) that rotates through, rotate through aqueduct (6-8) both sides and be respectively arranged with and rotate through aqueduct baffle plate cylinder (6-9), rotate through aqueduct baffle plate (6-10) and rotate through aqueduct baffle plate cylinder (6-9) and be connected.
Scale described in the utility model (6-3) is a kind of in mechanical scale, electronic scale, the LOAD CELLS.
The utility model compared with prior art has following beneficial effect: the utility model is organically finished preceding working procedure to such an extent that tablet is sent into this procedure automatically by the chute that connects material, connect material, feed supplement mechanism, under the synchronous effect of Weighing mechanism and rotation pusher, the mechanism that gathers materials, supplied materials is weighed after the grouping, neat in material collecting tank, send into next process continuously and automatically, for the automation of next process provides good initial condition.This device is that it realizes the important link that automation flowing water is produced for the wafer processes technology of needs grouping.The utility model adopts Programmable Logic Controller PLC control, because this installs the synchronism of each link, has improved the adaptability to preceding working procedure processing beat greatly, the highest supplied materials frequency that can adapt to 350 slices/minute.The utility model overall precision depends on selected scale, and the user can select the scale of different accuracy and range of weighing according to processing request, thereby equipment cost is matched with processing request, and the machining accuracy alternative also is one of characteristic of the present utility model.Therefore the utility model ecad is strong, and high efficiency, simple to operate can replace loaded down with trivial details hand labor and realize the serialization continuous productive process.
Description of drawings
Fig. 1 is a structural front view of the present utility model.
Fig. 2 is a structure vertical view of the present utility model.
Fig. 3 is a structure left view of the present utility model.
Fig. 4 is a rotation pusher of the present utility model, mechanism's front view gathers materials.
Fig. 5 is a rotation pusher of the present utility model, mechanism's vertical view gathers materials.
Fig. 6 for of the present utility modelly connect material, feed supplement mechanism front view.
Fig. 7 for of the present utility modelly connect material, feed supplement mechanism vertical view.
Fig. 8 is a Weighing mechanism front view of the present utility model.
Fig. 9 is a Weighing mechanism left view of the present utility model.
1 frame; 2 the rotation pushers, mechanism gathers materials; 2-1 pusher cylinder; 2-2 pusher guide rail; The 2-3 scraping wings; The 2-4 rotary cylinder; The 2-5 rotating platform; The 2-6 material collecting tank; 3 chutes that connect material; 4 transducers that connect material; 5 connect material, feed supplement mechanism; 5-1 connects, the feed supplement mounting bracket; 5-2 bottom baffle plate cylinder; 5-3 bottom baffle plate; The 5-4 groove that connects material; 5-5 upper strata baffle plate; 5-6 upper strata baffle plate cylinder; 6 Weighing mechanisms; The 6-1 chute pole that connects material; The 6-2 mounting bracket of weighing; The 6-3 scale; 6-4 scale pallet; The 6-5 scraping wings of weighing; The 6-6 pusher guide rail of weighing; The 6-7 pusher cylinder of weighing; 6-8 rotates through aqueduct; 6-9 rotates through aqueduct baffle plate cylinder; 6-10 rotates through the aqueduct baffle plate.
Embodiment
The utility model is the automation equipment of the serialization continuous productive process that matches with the preceding working procedure of wafer processes.For example, the preceding one procedure of the weighing grouping operation before the electric machine iron core silicon steel plate stacking is to cut shape by what punch press carried out.After tablet is cut shape and finished, it is taken out piecewise deliver in the blow tank by being installed in supporting material-receiving device on the punch press, tablet slides downwards in blow tank under the influence of inertia and gravity fast.The chute 3 of connecting material of the utility model device requires just in time to be placed in the end of punch press blow tank, just in time slides in the chute 3 that connects material after finishing the blow tank that the tablet of cutting shape skids off punch press.
Referring to Fig. 1, Fig. 2 and Fig. 3, the utility model comprises frame 1, rotation pusher, the mechanism 2 that gathers materials, the chute 3 that connects material, transducer 4 connects material, connect material, feed supplement mechanism 5 and Weighing mechanism 6, the described chute 3 that connects material is obliquely installed on frame 1, and the bottom is provided with the transducer 4 that connects material, and chute 3 exits that connect material are provided with and connect material, feed supplement mechanism 5, connect material, feed supplement mechanism 5 belows are provided with Weighing mechanism 6, what rotation pusher, the mechanism 2 that gathers materials were arranged on Weighing mechanism 6 rotating through aqueduct 6-8 below.
Referring to Fig. 4 and Fig. 5, described rotation pusher, the mechanism 2 that gathers materials have and are arranged on same scraping wings 2-3, rotating platform 2-5, the material collecting tank 2-6 on the horizontal linear.Rotating platform 2-5 is arranged on the centre of scraping wings 2-3 and material collecting tank 2-6.Scraping wings 2-3 can move freely on the pusher guide rail 2-2 thereunder, and the end of scraping wings 2-3 links to each other with the piston rod front end of pusher cylinder 2-1.Pusher cylinder 2-1 stretches out or withdraws that will to drive scraping wings 2-3 serve as that guiding is prolonged the rectilinear direction that scraping wings 2-3, rotating platform 2-5, material collecting tank 2-6 three form and moved with pusher guide rail 2-2.The stroke of pusher cylinder 2-1 is greater than the diameter of rotating platform 2-5.Rotating platform 2-5 is fixed on the top of rotary cylinder 2-4, and the driven rotary platform 2-5 that rotatablely moves of rotary cylinder 2-4 rotates synchronously.
Referring to Fig. 6 and Fig. 7, describedly connect material, feed supplement mechanism 5 comprise connect, feed supplement mounting bracket 5-1, bottom baffle plate cylinder 5-2, bottom baffle plate 5-3, the groove 5-4 that connects material, upper strata baffle plate 5-5 and upper strata baffle plate cylinder 5-6.The both sides, groove 5-4 bottom that connect material are provided with a pair of aspectant bottom baffle plate 5-3, piston rod front end with the bottom baffle plate cylinder 5-2 that is fixed on the groove 5-4 both sides that connect material is connected respectively, bottom baffle plate cylinder 5-2 is two bar cylinders, be directly installed on connect, on the feed supplement mounting bracket 5-1.Two bottom baffle plate 5-3 stretch out simultaneously under the driving of its corresponding bottom baffle plate cylinder 5-2 that connects or withdraw.Groove 5-4 middle part one side that connects material is provided with a upper strata baffle plate 5-5, and it is fixedly connected on the piston rod front end of upper strata baffle plate cylinder 5-6, and upper strata baffle plate cylinder 5-6 be pair bar cylinders, directly be fixed on connect, on the feed supplement mounting bracket 5-1.Bottom baffle plate 5-3 can be divided into the groove 5-4 that connects material two-layer up and down under its corresponding air cylinder driven that is connected with upper strata baffle plate 5-5 by the opening on the groove 5-4 sidewall that connects material.
Referring to Fig. 8 and Fig. 9, the scale pallet 6-4 in the described Weighing mechanism 6, the scraping wings 6-5 that weighs, rotate through aqueduct 6-8 and be arranged on same the horizontal linear, claim pallet 6-4 to be positioned to weigh scraping wings 6-5 and rotate through the centre of aqueduct 6-8.Scale pallet 6-4, the scraping wings 6-5 that weighs, rotate through scraping wings 2-3, the rotating platform 2-5 in straight line that aqueduct 6-8 three forms and rotation pusher, the mechanism 2 that gathers materials, the straight line that material collecting tank 2-6 three forms becomes spatial vertical to concern.Rotate through aqueduct 6-8 be positioned at rotating platform 2-5 directly over, scale pallet 6-4 is vertically fixed on the scale 6-3, scale 6-3 can be mechanical scale or electronic scale or LOAD CELLS, and other have the device of function of weighing.Scale pallet 6-4 does not contact with any other parts except the bottom is connected scale 6-3 goes up, scale pallet 6-4 be positioned at the groove 5-4 that connects material under.The scraping wings 6-5 that weighs is fixed on the front end of two parallel and isometric pusher guide rail 6-6 that weigh, and the scraping wings 6-5 mid portion of weighing links to each other with the piston rod front end of the pusher cylinder 6-7 that weighs.Stretching out or withdrawing the drive scraping wings 6-5 that weighs of the pusher of weighing cylinder 6-7 serves as that guiding is prolonged scale pallet 6-4, the scraping wings 6-5 that weighs with the pusher guide rail 6-6 that weighs, and rotates through the rectilinear direction that aqueduct 6-8 three forms and moves.The two bottom sides that rotates through aqueduct 6-8 has a pair of aspectant aqueduct baffle plate 6-10 that rotates through, and it is fixed on the piston rod front end that rotates through aqueduct baffle plate cylinder 6-9 of back separately.Rotate through aqueduct baffle plate cylinder 6-9 and be two bar cylinders, its piston rod moving direction and scale pallet 6-4, the scraping wings 6-5 that weighs, the rectilinear direction that rotates through aqueduct 6-8 three formation is vertical.Two rotate through aqueduct baffle plate 6-10 under the driving that rotates through aqueduct baffle plate cylinder 6-9, stretch out simultaneously or withdraw.To rotate through aqueduct 6-8 and become the box body that a upper end is opened wide rotating through aqueduct 6-8 bottom lock, making when stretching out.Two rotate through aqueduct baffle plate 6-10 and are positioned at the both sides that rotate through aqueduct 6-8 fully during withdrawal, make that rotating through aqueduct 6-8 becomes a unimpeded passage.The all constituents of Weighing mechanism 6 is fixed on the frame 1 by the mounting bracket 6-2 that weighs.
Entire work process of the present utility model is divided into four processes: one adds up to connect material, weigh link; Two feed supplement links; The three pusher links of weighing; Four rotations, pusher, the link of gathering materials.Accumulative total connects material, weighs link mainly by the chute 3 that connects material, and connects material, feed supplement mechanism 5 and Weighing mechanism 6 wait and realize.The chute 3 that connects material keeps certain angle with horizontal direction, and an end mitered is on the groove 5-4 that the connects material sidewall relative with the scraping wings 6-5 that weighs, and the other end is unsettled, and mid portion is supported by the chute pole 6-1 that connects material.The tablet that the such installation sites relation of the chute 3 of connecting material can guarantee to slide into from the chute 3 that connects material among the scale pallet 6-4 is unlikely to go out scale pallet 6-4 under the slip inertia of tablet, go out scale pallet 6-4 because the scraping wings 6-5 that weighs that is positioned at scale pallet 6-4 side top relative with the chute 3 of connecting material can stop tablet.Scale pallet 6-4 is vertically fixed on the scale 6-3, and scale pallet 6-4 does not contact with any other parts except the bottom is connected on the scale 6-3.Scale 6-3 can preestablish the value of weighing by self or control instrument, and when the tablet weight that drops on scale pallet 6-4 reached set point, Programmable Logic Controller PLC can receive a switches digital.When initial, the two-layer open mode that all is in up and down of the groove 5-4 that connects material.Tablet slips into when connecting material groove 5-4 by the chute 3 that connects material, and will directly drop on the scale pallet 6-4 under the groove 5-4 that connects material.After tablet falls on the scale pallet 6-4, when cumulative weight does not reach setting weight, the two-layer up and down of the groove 5-4 that connects material will be in open mode all the time.At this moment, the tablet that comes from last process will continue directly to fall into scale pallet 6-4 piecewise as aforesaid way, reach set point until cumulative weight.
The feed supplement link mainly by the transducer 4 that connects material, connects material, feed supplement mechanism 5 and Weighing mechanism 6 wait and realize.The transducer 4 that connects material is installed in the below of the chute 3 that connects material, and it can sense the tablet that passes through at the chute 3 that connects material.The feed supplement link mainly be in order to avoid tablet and to weigh tablet slip impulsive force randomness to the influence of weighing results, the mechanism and the process of feed supplement are as follows: when the peak value in the change procedure under the each influence of weigh in impulsive force of scale 6-3 reaches set point, the connect material lower floor of groove 5-4 closes immediately, the connect material upper strata of groove 5-4 still stays open, to be stored in the lower floor of connect material groove 5-4 from the tablet that last process comes this moment, yet the tablet actual weight of accumulating in scale pallet 6-4 is more on the low side than required value.In order to guarantee that the value of weighing reaches in the margin of tolerance of required value, we will carry out feed supplement to it, but that the number needs of feed supplement will manually be tested is definite, and normal conditions only need be mended a sheet stock.We are the example explanation to mend a sheet stock at this.After the lower floor of the groove 5-4 that connects material closes, the tablet that comes from last process will be placed in transducer 4 countings that connect material of chute 3 belows that connect material when connecting material chute 3.After having sensed a sheet stock pass through after lower floor that the transducer 4 that connects material is connecting material groove 5-4 closing, the upper strata of the groove 5-4 that connects material also will be closed.At this moment, connect material and kept a sheet stock in the lower floor of groove 5-4.The tablet that comes from last process will be stored in the upper strata of the groove 5-4 that connects material after this.At scale 6-3 after a period of stabilisation, if the gravimetric value that scale 6-3 is reflected has reached set point, so whole link will enter the pusher link of weighing.If the gravimetric value that scale 6-3 is reflected does not still reach set point, connect material the so lower floor of groove 5-4 will be opened, the tablet that is retained in wherein will be added in the tablet that is accumulated among the scale pallet 6-4, when having mended and after definite tablet quantity, the tablet weight that accumulate this moment in scale pallet 6-4 has necessarily reached in the margin of tolerance that requires weight according to the artificial test done in early stage.
The pusher of weighing link is mainly waited by Weighing mechanism 6 and realizes.As above a link mention like that, the beginning of the pusher of weighing link has two kinds of situations.The one, the lower floor of the groove 5-4 that connects material does not open.At this moment, the scraping wings 6-5 that weighs serves as that guiding is shifted all tablets among the scale pallet 6-4 onto and rotated through among the aqueduct 6-8 with the pusher guide rail 6-6 that weighs under the driving of the pusher cylinder 6-7 that weighs, connect material the simultaneously upper strata of groove 5-4 is opened, and tablet wherein all falls into the lower floor of the groove 5-4 that connects material.Another kind of situation is that the connect material lower floor of groove 5-4 has been opened.At this moment, the lower floor of the groove 5-4 that at first connects material is closed once more, carries out the action same with the previous case then.All tablets in scale pallet 6-4 rotate through aqueduct 6-8 and enter into open mode by closed condition after being pulled to and rotating through among the aqueduct 6-8.At this moment, the tablet in rotating through aqueduct 6-8 falls into rotating platform 2-5.Afterwards, the scraping wings 6-5 that weighs returns to reset condition, rotates through aqueduct 6-8 and closes.Then the connect material lower floor of groove 5-4 is opened, and tablet wherein all falls into scale pallet 6-4, and at this moment, lower floor and the upper strata of the groove 5-4 that connects material are in open mode.This part has entered the link that connects material, weighs of next round.
Rotation, pusher, the link of gathering materials are mainly waited and are realized by rotation pusher, the mechanism 2 that gathers materials.After tablet entered into rotating platform 2-5, if processing technology need be with tablet rotation discharging, rotating platform 2-5 was rotated with wherein tablet under the driving of rotary cylinder 2-4 so, normally rotates 180 degree.Postrotational rotating platform 2-5 is waiting for that the pusher link of next time weighing sends tablet here.Through after twice pusher link of weighing, tablet among the rotating platform 2-5 is made up of two parts tablet that equal weight is mutually 180 degree angles, then scraping wings 2-3 under the driving of pusher cylinder 2-1 with pusher guide rail 2-2 serve as the guiding all tablets among the rotating platform 2-5 are pushed among the material collecting tank 2-6, scraping wings 2-3 returns reset condition under the driving of pusher cylinder 2-1 then, at this moment, rotating platform 2-5 is cleared.Enter tablet among the material collecting tank 2-6 and just finished all links of this process, wait for entering down with operation.If processing technology does not need to rotate, scraping wings 2-3 will directly push all tablets among the rotating platform 2-5 among the material collecting tank 2-6 under the driving of pusher cylinder 2-1 so, and promptly every through the pusher link of once weighing, rotating platform 2-5 just is cleared once.Whether rotating platform 2-5 rotates, and the operator can be provided with voluntarily according to processing technology.
Claims (8)
1. thin slice discharging device that divides into groups automatically, comprise frame (1), chute (3) connects material, it is characterized in that: also be provided with the rotation pusher, mechanism (2) gathers materials, transducer (4) connects material, connect material, feed supplement mechanism (5) and Weighing mechanism (6), the described chute that connects material (3) is obliquely installed on frame (1), the bottom is provided with the transducer that connects material (4), chute (3) exit that connects material is provided with and connects material, feed supplement mechanism (5), connect material, feed supplement mechanism (5) below is provided with Weighing mechanism (6), the rotation pusher, that gathers materials that mechanism (2) is arranged on Weighing mechanism (6) rotating through aqueduct (6-8) below.
2. the thin slice according to claim 1 discharging device that divides into groups automatically, it is characterized in that: described rotation pusher, the mechanism (2) that gathers materials comprises pusher cylinder (2-1), pusher guide rail (2-2), scraping wings (2-3), rotary cylinder (2-4), rotating platform (2-5) and material collecting tank (2-6), described scraping wings (2-3), rotating platform (2-5), material collecting tank (2-6) is positioned on the same horizontal linear, scraping wings (2-3) is arranged on the pusher guide rail (2-2), rotating platform (2-5) is arranged in the middle of scraping wings (2-3) and the material collecting tank (2-6), scraping wings (2-3) end links to each other with pusher cylinder (2-1), rotating platform (2-5) below is provided with rotary cylinder (2-4), and rotating platform (2-5) links to each other with rotary cylinder (2-4).
3. the thin slice according to claim 1 discharging device that divides into groups automatically, it is characterized in that: described connecting material, feed supplement mechanism (5) comprises and connecing, feed supplement mounting bracket (5-1), bottom baffle plate cylinder (5-2), bottom baffle plate (5-3), groove (5-4) connects material, upper strata baffle plate (5-5) and upper strata baffle plate cylinder (5-6), the groove (5-4) that connects material is arranged on and connects, on the feed supplement mounting bracket (5-1), the both sides, groove (5-4) bottom that connect material are provided with a pair of bottom baffle plate (5-3), groove (5-4) both sides that connect material are provided with bottom baffle plate cylinder (5-2), bottom baffle plate (5-3) links to each other with bottom baffle plate cylinder (5-2), groove (5-4) middle part one side that connects material is provided with a upper strata baffle plate (5-5), upper strata baffle plate (5-5) links to each other with upper strata baffle plate cylinder (5-6), and bottom baffle plate (5-3) and upper strata baffle plate (5-5) groove (5-4) that will connect material is divided into two-layer up and down.
4. the thin slice according to claim 1 discharging device that divides into groups automatically, it is characterized in that: described Weighing mechanism (6) comprises the chute pole (6-1) that connects material, the mounting bracket (6-2) of weighing, scale (6-3), scale pallet (6-4), the scraping wings (6-5) of weighing, the pusher of weighing guide rail (6-6), the pusher of weighing cylinder (6-7), rotate through aqueduct (6-8), rotate through aqueduct baffle plate (6-10) and rotate through aqueduct baffle plate cylinder (6-9), described scale pallet (6-4), the scraping wings (6-5) of weighing, rotating through aqueduct (6-8) is arranged on the mounting bracket of weighing (6-2), the three is on same horizontal linear, and with the rotation pusher, scraping wings (2-3) in the mechanism (2) gathers materials, rotating platform (2-5), the straight line at material collecting tank (2-6) three place becomes the spatial vertical relation, and title pallet (6-4) is arranged on the scraping wings of weighing (6-5) and rotates through in the middle of the aqueduct (6-8).
5. the thin slice according to claim 4 discharging device that divides into groups automatically, it is characterized in that: the described scraping wings of weighing (6-5) is arranged on the groove that connects material (5-4) side, and relative with the chute that connects material (3), the scraping wings of weighing (6-5) is arranged on pusher guide rail (6-6) front end and link to each other with the pusher cylinder (6-7) of weighing of weighing.
6. the thin slice according to claim 4 discharging device that divides into groups automatically, it is characterized in that: described scale pallet (6-4) be arranged in connect material, under feed supplement mechanism (5) connects material groove (5-4), scale pallet (6-4) bottom is connected with scale (6-3), be vertically fixed on the scale (6-3), scale pallet (6-4) does not contact with the parts of other these devices except with scale (6-3) contacts.
7. the thin slice according to claim 4 discharging device that divides into groups automatically, it is characterized in that: described rotate through aqueduct (6-8) be arranged in rotation pusher, the mechanism that gathers materials (2) rotating platform (2-5) directly over, its two bottom sides is provided with a pair of aqueduct baffle plate (6-10) that rotates through, rotate through aqueduct (6-8) both sides and be respectively arranged with and rotate through aqueduct baffle plate cylinder (6-9), rotate through aqueduct baffle plate (6-10) and rotate through aqueduct baffle plate cylinder (6-9) and be connected.
8. the thin slice according to claim 1 discharging device that divides into groups automatically is characterized in that: a kind of in mechanical scale, electronic scale, the LOAD CELLS of described scale (6-3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201096651U CN201038937Y (en) | 2007-05-25 | 2007-05-25 | Slice automatic grouping and discharging device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201096651U CN201038937Y (en) | 2007-05-25 | 2007-05-25 | Slice automatic grouping and discharging device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201038937Y true CN201038937Y (en) | 2008-03-19 |
Family
ID=39211461
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2007201096651U Expired - Fee Related CN201038937Y (en) | 2007-05-25 | 2007-05-25 | Slice automatic grouping and discharging device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201038937Y (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103100590A (en) * | 2011-11-01 | 2013-05-15 | 陈淑姿 | Thin gasket punch forming device |
| CN103707112A (en) * | 2013-12-06 | 2014-04-09 | 平湖祥和铰链有限公司 | Blade pushing device for hinge blade embedding machine |
| CN104056990A (en) * | 2014-06-22 | 2014-09-24 | 薛炎 | Layered fin-outlet mechanism of heat exchanger and core integrated machine set |
| CN105405796A (en) * | 2015-12-15 | 2016-03-16 | 泗阳瑞泰光伏材料有限公司 | Polysilicon material packaging table |
| CN106311923A (en) * | 2016-08-31 | 2017-01-11 | 中国南方航空工业(集团)有限公司 | Fin collector |
| CN106395236A (en) * | 2016-11-29 | 2017-02-15 | 无锡特恒科技有限公司 | Workpiece sliding-down device |
-
2007
- 2007-05-25 CN CNU2007201096651U patent/CN201038937Y/en not_active Expired - Fee Related
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103100590A (en) * | 2011-11-01 | 2013-05-15 | 陈淑姿 | Thin gasket punch forming device |
| CN103707112A (en) * | 2013-12-06 | 2014-04-09 | 平湖祥和铰链有限公司 | Blade pushing device for hinge blade embedding machine |
| CN103707112B (en) * | 2013-12-06 | 2016-06-22 | 平湖祥和铰链有限公司 | Hinge blade embedding machine pushing device |
| CN104056990A (en) * | 2014-06-22 | 2014-09-24 | 薛炎 | Layered fin-outlet mechanism of heat exchanger and core integrated machine set |
| CN104056990B (en) * | 2014-06-22 | 2016-02-03 | 薛炎 | The fin layering slice mechanism of the integrated unit of heat exchanger core body |
| CN105405796A (en) * | 2015-12-15 | 2016-03-16 | 泗阳瑞泰光伏材料有限公司 | Polysilicon material packaging table |
| CN105405796B (en) * | 2015-12-15 | 2017-12-19 | 泗阳瑞泰光伏材料有限公司 | A kind of polycrystalline silicon raw material encapsulation operation platform |
| CN106311923A (en) * | 2016-08-31 | 2017-01-11 | 中国南方航空工业(集团)有限公司 | Fin collector |
| CN106311923B (en) * | 2016-08-31 | 2019-03-01 | 中国南方航空工业(集团)有限公司 | Fin collector |
| CN106395236A (en) * | 2016-11-29 | 2017-02-15 | 无锡特恒科技有限公司 | Workpiece sliding-down device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN201038937Y (en) | Slice automatic grouping and discharging device | |
| CN107804507B (en) | Automatic fruit classification box filling machine | |
| CN101440843B (en) | Steel ball automatic radial-checking screen selecting packet counting ball feeding machine | |
| CN101185927B (en) | Horizontal carton packaged cigarette sorter | |
| CN111907734A (en) | Multi-material quantitative packaging machine | |
| CN201988526U (en) | Automatic detecting instrument for inner diameter of bearing | |
| CN116696895B (en) | Oil cylinder performance detection equipment and detection method thereof | |
| CN201133425Y (en) | Automatic diameter-checking screening, grouping and counting steel ball feeder | |
| CN204713987U (en) | The automatic arranging machine of slot type disk | |
| CN212160820U (en) | Machine is sold to self-service type bright rice | |
| CN218251620U (en) | Weighing device for solid food detection | |
| CN210477392U (en) | Concrete raw material weighing hopper | |
| CN108974461A (en) | Fried cray automatic gauge, mounted box production line | |
| CN203186585U (en) | Rice packaging machine | |
| CN110375536A (en) | A kind of dry materials line and feeding method | |
| CN202771538U (en) | Automatic meal distribution machine | |
| CN210851228U (en) | Tubular product weighing device and material feeding unit | |
| CN204751532U (en) | Food measurement and unloader | |
| CN213902586U (en) | Simple single-roller metering machine | |
| CN201060111Y (en) | Example random inspection device of integrated circuit die cutting molding apparatus | |
| CN109229582A (en) | A kind of fruit fourth in traditional thread binding cup device | |
| CN101293571A (en) | Device and method for combining a number of portions of a rod-like, lumpy or bulk product and for synchronised transfer of the portions to a packaging device | |
| CN220662932U (en) | Quantitative conveying device for sea pipe grouting | |
| CN216779481U (en) | Slideway type grading scale | |
| CN221418757U (en) | Oranges and tangerines letter sorting packing assembly line control system |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20080319 Termination date: 20100525 |