CN208198882U - Multistation fish ball weighing blanking mechanism - Google Patents

Abstract

The utility model provides a kind of multistation fish ball weighing blanking mechanism, including rack and it is fixed in rack for importing the first shunting disk of fish ball, diffluence pass is provided in the middle part of first shunting disk, the second shunting disk is provided with below first shunting disk, second shunting disk is the arc-shaped disk body in section, periphery is fixed with shunting bucket below second shunting disk, it shunts bucket lower section and is provided with the upper layer receiving hopper accepted by shunting the outflow fish ball that struggles against, movable sealing plate side is provided with the push rod of driving sealing plate around hinge junction, bracket is fixed in rack, upper layer receiving hopper is set up on bracket, the weighing sensor of induction upper layer receiving hopper weight is fixed on bracket, the utility model structure can simply conveniently realize the weighing of the classification to fish ball, it occupies little space, it is high-efficient.

Description

Multistation fish ball weighing blanking mechanism

Technical field

The utility model relates to a kind of multistation fish ball weighing blanking mechanisms.

Background technique

Existing fish ball automation processing enterprise needs for the fish ball after production to be conducting in each weigh hopper to be divided Dress, traditional mode gradually blanking or are discharged one by one by counter by conveyer belt, and this mode needs level side To multiple discharging mechanism occupied spaces it is big, efficiency is lower.

Summary of the invention

The utility model improves the above problem, i.e., the technical problems to be solved in the utility model is existing fish Ball manufacturing enterprise carries out low efficiency when fish ball sub-material packaging and occupied space is big.

The specific embodiment of the utility model is: a kind of multistation fish ball weighing blanking mechanism, including rack and fixation In for importing the first shunting disk of fish ball, being provided with diffluence pass in rack in the middle part of first shunting disk, described first point The second shunting disk is provided with below flow table, second shunting disk is the arc-shaped disk body in section, the second shunting disk lower section Periphery be fixed with shunting bucket, it is described shunt bucket lower section be provided with accept by shunt struggle against outflow fish ball upper layer receiving hopper, it is described on Layer receiving hopper includes top and lower part all has the cylinder of opening and the movable sealing plate for controlling the opening and closing of cylinder lower openings, institute It states movable sealing plate to be driven by sealing plate driving device, the movable sealing plate is hingedly coupled to cylinder, and movable sealing plate side is provided with drive The push rod of sealing plate around hinge junction rotation is moved, is fixed with bracket in the rack, the upper layer receiving hopper is set up on bracket, It is fixed with the weighing sensor of induction upper layer receiving hopper weight on the bracket, is provided with lower layer below the upper layer receiving hopper Receiving hopper, lower layer's receiving hopper lower part are provided with blanking port, and the activity of restricted blanking port opening and closing is arranged at the blanking port Feeding plate.

Further, the shunting bucket gradually tilts from the inside to the outside, and the shunting bucket includes angularly disposed bottom plate, The bottom plate two sides are provided with vertical oblique guide plate, have on one of them oblique guide plate and are buckled in the oblique guide plate of adjacent shunting bucket Crook.

Further, lower layer's receiving hopper is provided with a pair, is provided with and holds below the blanking port of each lower layer's receiving hopper The discharge nozzle of fish ball is connect, the activity feeding plate upper end is articulated with lower layer's receiving hopper, and lower layer's receiving hopper side is provided with solid Due to the blanking cylinder of rack, the telescopic rod of the blanking cylinder is connect with the middle part hinge of movable feeding plate to drive activity to fall Flitch opens and closes blanking port.

Further, the discharge end of the discharge nozzle is bent outward, and the discharge end of discharge nozzle is provided with band, described Discharging pipe outer wall is fixed in band one end, and the other end is free end, and band surface has pillar and the jack with pillar cooperation, institute It states jack and pillar interval is arranged.

Further, the push rod is in shape is turned and one end is fixedly connected with movable sealing plate, and hinge connects in the middle part of the push rod In cylinder lower part, the other end hinge of the push rod is connected with the pendulum handle for turning shape, is hingedly coupled in cylinder in the middle part of the pendulum handle Portion, the sealing plate driving device are sealing plate cylinder, and the telescopic end of sealing plate cylinder is hingedly coupled on rear side of the pendulum handle.

Further, the discharging sealing plate positioned at movable sealing plate side is additionally provided at the cylinder lower openings, it is described to unload It is fixedly connected in the middle part of material sealing plate and pendulum handle.

Further, lower layer's receiving hopper is provided with middle layer buffering bucket, the middle layer buffering between the receiving hopper of upper layer Bucket includes top buffering cylinder and is hingedly coupled to buffering cylinder for controlling the buffering movable sealing plate of cylinder lower openings opening and closing.

Compared with prior art, the utility model has the following beneficial effects: the utility model structure can simply facilitate The uniform divided flows of ground guarantee fish ball carry out bag distribution packaging in favor of subsequent import the fish ball of shunting in different weigh hoppers, benefit Space raising shunting efficiency can be greatlyd save by being laid out with the flow dividing structure successively to fall and circumferentially.

Detailed description of the invention

Fig. 1 is the utility model stereoscopic arrangement structural schematic diagram.

Fig. 2 is the utility model upper layer receiving hopper structural schematic diagram.

Fig. 3 is that the utility model shunts bucket structure schematic diagram.

Fig. 4 is the utility model discharge nozzle structural schematic diagram.

Specific embodiment

The utility model is described in more detail with reference to the accompanying drawings and detailed description.

As shown in figures 1-4, a kind of multistation fish ball is weighed blanking mechanism, including rack and is fixed in rack for leading Enter the first shunting disk 10 of fish ball, diffluence pass 20 is provided in the middle part of first shunting disk, is set below first shunting disk It is equipped with the second shunting disk 30, second shunting disk 30 is the arc-shaped disk body in section, and periphery is solid below second shunting disk Surely there is shunting bucket 40, the bucket lower section that shunts is provided with the upper layer receiving hopper 50 accepted by shunting the outflow fish ball that struggles against, the upper layer Receiving hopper 50 includes top and lower part all has the cylinder 510 of opening and the movable sealing plate for controlling the opening and closing of cylinder lower openings 520, the movable sealing plate 520 is driven by sealing plate driving device, and the movable sealing plate 520 is hingedly coupled to cylinder 510, activity envelope 520 side of plate is provided with the push rod 530 of driving sealing plate around hinge junction rotation, and in the present embodiment, the push rod 530 is in turning shape And one end is fixedly connected with movable sealing plate 520, it is A that 510 underneath hinges junction of cylinder is hingedly coupled in the middle part of the push rod 530 Point, the other end hinge of the push rod 530 are connected with the pendulum handle 540 for turning shape, are hingedly coupled in cylinder in the middle part of the pendulum handle 540 Portion, pendulum 540 hinge connection of handle are B point, and the sealing plate driving device is sealing plate cylinder 541, and the rear side hinge of the pendulum handle connects It is connected to the telescopic end of sealing plate cylinder.

The first shunting disk 10 and the second shunting disk 30 are fixed in rack in the present embodiment and mutual position is fixed.

When work, when the telescopic end of sealing plate cylinder 541 is flexible, pendulum handle 540 rotates to push push rod 530 around hinge joint Rotation, due to pushing push rod 530 to be fixedly connected with movable sealing plate, to and movable sealing plate be driven to rotate synchronously to open upper layer The opening of 50 lower part of receiving hopper makes fish ball fall, and the bracket 550 for being distributed in 30 side of the second shunting disk is fixed in the rack, Each upper layer receiving hopper 40 is correspondingly arranged a bracket 550, and bracket 550 is used to support upper layer receiving hopper 50, is fixed on bracket The weighing sensor 551 for incuding upper layer receiving hopper weight, specifically can use in 50 side soldering pallet of upper layer receiving hopper 560, on the sensor that supporting plate is placed on bracket on, to incude fish ball weight, subsequent can be used passes through weighing and sensing Device through control system and sealing plate cylinder system, realize by weight judge fish ball in each upper layer receiving hopper 50 whether satisfaction is wanted It asks and discharging.

Above-mentioned hinge connection type is generally cooperated by pin hole, i.e., 510 side of cylinder extends the fixed pin being fixedly connected, living Having through-hole using realization on fixed pin is erected on dynamic sealing plate, push rod, hingedly, certain fixed pin could alternatively be bolt, screw rod Or other components such as rivet are realized.

The lower section of the upper layer receiving hopper 50 is provided with lower layer's receiving hopper 60, and 60 lower part of lower layer's receiving hopper, which is provided with, to be fallen The movable feeding plate 610 of restricted blanking port opening and closing is arranged at the blanking port for material mouth, and lower layer's receiving hopper 60 is funnel-shaped, under I.e. multiple 50 blankings of upper layer receiving hopper of multiple upper layer receiving hoppers 50 can be docked above layer receiving hopper 60 to connect into the same lower layer In hopper 60, discharging when the material difference of certain upper layer receiving hopper 50.

In general, being the weight for encapsulating one bag of fish ball when 50 discharging of receiving hopper of upper layer, when one of upper layer receiving hopper 50 After interior fish ball whereabouts lower layer receiving hopper 60, when the fish ball in the lower layer's receiving hopper 60 that falls exports completely, another upper Fish ball in layer receiving hopper 50 just carries out discharging.

The quantity of lower layer's receiving hopper 60 can of course be increased as needed to guarantee the balance of discharging Yu fish ball sub-material.

Furthermore as shown, being additionally provided with the discharging sealing plate 570 positioned at movable sealing plate side at the cylinder lower openings, It is fixedly connected in the middle part of the discharging sealing plate and pendulum handle 540, it is that discharging sealing plate 570 is open that when pendulum handle rotation, which synchronizes, discharging when closure The opening of sealing plate 570 and movable sealing plate closed cylinder lower part simultaneously, the structure can make the faster blanking of fish ball.

In the present embodiment, the left and right for shunting bucket 40 is to accept the fish ball flowed out from the second shunting disk 30, shunts bucket 40 specifically include angularly disposed bottom plate 410, and 410 two sides of bottom plate are provided with vertical oblique guide plate 411, one of them is tiltedly Have on guide plate 411 and be buckled in the adjacent crook 412 for shunting the oblique guide plate that struggles against, oblique guide plate 411 is formed in the present embodiment Peak width is greater than the width of chute 310, and oblique guide plate 411 imports fish ball in bottom plate 410, and the hook of oblique guide plate 411 Shape portion 412 can guarantee that adjacent shunting bucket 40 is very close to each other.

In the present embodiment, lower layer's receiving hopper is provided with a pair, is provided with below the blanking port of each lower layer's receiving hopper Accept the discharge nozzle 70 of fish ball, activity feeding plate 610 upper end is articulated with lower layer's receiving hopper 60, by lower layer's receiving hopper 60 Side is provided with the blanking cylinder 620 for being fixed on rack, the middle part hinge of the telescopic rod of the blanking cylinder 620 and movable feeding plate Connection is to drive movable feeding plate opening and closing blanking port.

In use, packaging bag to be placed on to the lower part of discharge nozzle 70, fish ball is through discharge nozzle 70 after movable 610 blanking of feeding plate In blanking to packaging bag, in the present embodiment, the discharge end of the discharge nozzle is bent outward, and the discharge end of discharge nozzle is provided with Discharging pipe outer wall is fixed in band 710, described band one end, and the other end is free end, and band surface has pillar and and pillar The jack of cooperation, the jack and pillar interval are arranged, 70 can benefit after packing bag mouth is placed at the nozzle of discharge nozzle lower end Sack is temporarily tightened into fixation with band 710, band surface has pillar and can be with the jack mutual cooperation of pillar cooperation Band 710 after winding tightens sack, loosens band after installing fish ball.

If above-mentioned the utility model is open or relates to the components or structural member of connection fastened to each other, except another There is statement outer, is fixedly connected it is to be understood that connection (such as using bolt or screw connection) can be removedly fixed, it can also To understand are as follows: non-removable to be fixedly connected with (such as riveting, welding), certainly, connection fastened to each other or integral type knot Structure (such as manufacturing using casting technique is integrally formed) is replaced (obviously can not be using except integrally formed technique).

In addition, for indicating positional relationship or shape applied in above-mentioned any technical solution disclosed by the utility model Term its meaning includes approximate with its, similar or close state or shape unless otherwise stated.

Either component provided by the utility model by multiple individual component parts either assembled, or The separate part that integrally formed technique manufactures.

Finally it should be noted that: above embodiments are only to illustrate the technical solution of the utility model rather than limit it System；Although the utility model has been described in detail with reference to the preferred embodiment, those of ordinary skill in the art should Understand: specific implementation of the utility model can still be modified or is equally replaced to some technical characteristics It changes；Without departing from the spirit of technical solutions of the utility model, should all cover in the claimed technical solution of the utility model In range.

Claims (6)

1. The blanking mechanism 1. a kind of multistation fish ball is weighed, which is characterized in that including rack and be fixed in rack for importing fish First shunting disk of ball is provided with diffluence pass in the middle part of first shunting disk, is provided with second below first shunting disk Shunting disk, second shunting disk are the arc-shaped disk body in section, and periphery is fixed with shunting bucket, institute below second shunting disk State shunt bucket lower section be provided with accept by shunt struggle against outflow fish ball upper layer receiving hopper, the upper layer receiving hopper include top and under Portion all has the cylinder of opening and the movable sealing plate for controlling the opening and closing of cylinder lower openings, the movable sealing plate are driven by sealing plate Device driving, the movable sealing plate are hingedly coupled to cylinder, and movable sealing plate side is provided with driving sealing plate around hinge junction and turns Dynamic push rod is fixed with bracket in the rack, and the upper layer receiving hopper is set up on bracket, and induction is fixed on the bracket The weighing sensor of upper layer receiving hopper weight is provided with lower layer's receiving hopper, lower layer's splicing below the upper layer receiving hopper Bucket lower part is provided with blanking port, and the movable feeding plate of restricted blanking port opening and closing is arranged at the blanking port.
2. The blanking mechanism 2. a kind of multistation fish ball according to claim 1 is weighed, which is characterized in that the shunting bucket is by interior Laterally outside gradually tilts, and shunting bucket includes angularly disposed bottom plate, and the bottom plate two sides are provided with vertical oblique lead Plate has on one of them oblique guide plate and is buckled in the adjacent crook for shunting the oblique guide plate that struggles against.
3. The blanking mechanism 3. a kind of multistation fish ball according to claim 1 is weighed, which is characterized in that lower layer's receiving hopper It is provided with a pair, is provided with the discharge nozzle for accepting fish ball below the blanking port of each lower layer's receiving hopper, on the activity feeding plate End is articulated with lower layer's receiving hopper, and lower layer's receiving hopper side is provided with the blanking cylinder for being fixed on rack, the blanking cylinder Telescopic rod connect with the middle part hinge of movable feeding plate to drive movable feeding plate to open and close blanking port.
4. The blanking mechanism 4. a kind of multistation fish ball according to claim 3 is weighed, which is characterized in that the discharge nozzle goes out Material port is bent outward, and the discharge end of discharge nozzle is provided with band, and discharging pipe outer wall, the other end are fixed in described band one end For free end, band surface has pillar and the jack with pillar cooperation, and the jack and pillar interval are arranged.
5. The blanking mechanism 5. a kind of multistation fish ball according to claim 3 is weighed, which is characterized in that the push rod is in turn shape And one end is fixedly connected with movable sealing plate, is hingedly coupled to cylinder lower part, the other end hinge of the push rod in the middle part of the push rod It is connected with the pendulum handle for turning shape, is hingedly coupled in the middle part of the pendulum handle in the middle part of cylinder, the sealing plate driving device is sealing plate cylinder, institute State the telescopic end that sealing plate cylinder is hingedly coupled on rear side of pendulum handle.
6. The blanking mechanism 6. a kind of multistation fish ball according to claim 5 is weighed, which is characterized in that open the cylinder lower part It is additionally provided with the discharging sealing plate positioned at movable sealing plate side at mouthful, is fixedly connected in the middle part of the discharging sealing plate and pendulum handle.