CN2209453Y

CN2209453Y - Glutinous rice sausage making machine

Info

Publication number: CN2209453Y
Application number: CN94218681U
Authority: CN
Inventors: 张秋中
Original assignee: Individual
Current assignee: Individual
Priority date: 1994-08-26
Filing date: 1994-08-26
Publication date: 1995-10-11
Anticipated expiration: 2004-08-26

Abstract

The utility model relates to a glutinous rice sausage making machine. The raw material is pulled over to the lower part of a feeding device by a taking off arm arranged in the feeding device, and the raw material is conveyed into a guiding material chamber by a conveying belt arranged on the feeding device. The guiding material chamber can be done the left and right shift utilization a hydraulic shuffling device and through a push rod arranged on a filling device, and the raw material can be favourably pushed into a discharge hole from the guiding material chamber by the push rod. The raw material is injected in a casing which is sheathed on a discharge nozzle by the discharge nozzle. The utility model has the advantages that the glutinous rice sausage making machine provides a structure that the production is mass and high-speed, as a result, the cost is reduced, and the economical benefits is obviously increased.

Description

Glutinous rice sausage making machine

The utility model relates to a kind of Glutinous rice sausage making machine, it comprises a board seat, a drawing-in device, a pay-off, a filling device, a guiding device and a program mode control device, the utility structure that a health is provided and can produces in a large number and increase economic efficiency fast.

Traditional polished glutinous rice sausage is to make with manual mode, as shown in Figure 1, it uses a funnel A, casing B is sheathed on the body A1 of funnel, with raw material C(glutinous rice, food additives) put in right amount within funnel, handle that then raw material is pressed in the casing, the raw material in the casing is down on average pushed made again; Yet, make polished glutinous rice sausage with manual operations, its manufacturing speed is slow and do not meet sanitary condition, also increases its manufacturing cost, can't promote production capacity and quality health, cause consumer at present has much dietetic hygiene consciousness, if do not carry out food sanitation, also may make the consumer ailing in the generation of edible back, so, how making the required polished glutinous rice sausage of society be able to health and produce in a large number fast, consumer and producer are all received benefits, is the be eager problem of seeking to solve of the producer at present.

Because above-mentioned disappearance, the purpose of this utility model is to provide a kind of Glutinous rice sausage making machine, and its automated production under successional structural design can improve because of the manual hygienic issues of being brought of making, can improve its product quality greatly again, and then its industry quality is promoted comprehensively.

For achieving the above object, Glutinous rice sausage making machine of the present utility model is to pour into edible glutinous rice and ingredients mixture in a casing, its manufacture process can via the rod for stiring materials in the drawing-in device pull over raw material (glutinous rice and ingredients mixture) to the pay-off of below after, it is indoor via the conveyer belt on the pay-off its raw material to be sent to guide, again via the push rod on the filling device, utilize a hydraulic means to make the guide chamber do a left side, right displacement, make push rod can be smoothly with its raw material by pushing in the discharge opening in the guide chamber, its casing is sheathed on the discharge nozzle, via discharge nozzle raw material is poured in casing, after making polished glutinous rice sausage, utilize merogenesis machine merogenesis to make again; Satisfying the back operator only needs its packing vanning can be reached; A health to be provided and can to produce thereby reduce cost greatly, reaches the structure that economic benefit is obviously promoted fast in a large number.

As seen, because of making polished glutinous rice sausage after at first its raw material being poured into the raw material that launches in the drawing-in device to pull over, program can be under a successional structural design backward for it, directly reach completing of polished glutinous rice sausage, and pack, case, reach a production in a large number quickly and easily, and then increase the effect of whole market competitiveness greatly.

Now again with regard to architectural feature of the present utility model and operation etc., in the mode of conjunction with figs. explanation, detailed row record and narrate in after.

Fig. 1 makes schematic diagram for traditional structure.

Fig. 2 is a combination stereo appearance figure of the present utility model.

Fig. 3 is a drawing-in device structural perspective of the present utility model.

Fig. 4 is a feeder structure stereogram of the present utility model.

Fig. 5 is a filling device structural perspective of the present utility model.

Fig. 6 A, 6B are guide device structure schematic perspective view of the present utility model.

Fig. 7 is a workflow schematic diagram of the present utility model.

At first, see also shown in Fig. 2,3,4,5,6A, the 6B, the structure of this Glutinous rice sausage making machine 2, be provided with two groups of identical device assemblies in it, mainly include: a board seat 3, a drawing-in device 4, a pay-off 5, a filling device 6, a guiding device 7, a program mode control device 8, wherein:

Board seat 3, as shown in Figure 2, respectively be provided with pulley 32 by four end underfooting, a frame 31 belows, and be provided with a program mode control device 8 in end pin top, frame 31 stage casing covers are established one flat 33, and frame 31 end face both sides respectively set firmly side plate 34, and side plate 34 inboard stage casing appropriate locations are provided with a groove 35, and respectively be pivoted with an opening 36 in side plate 34 outsides, so that the usefulness of maintenance to be provided; And flat 33 top periphery forms a frame body 37, and frame body 37 upper ends equidistantly vertically are installed with several fixed mounts 38 again;

Drawing-in device 4, as shown in Figure 3, it is located in the groove 35 on the board seat 3, be fixed in fixed mount 38 upper ends, and a rod for stiring materials 42 is established in the set material bin 41 interior belows of this device, by its sprocket wheel 44 of CD-ROM drive motor 43 transmissions and chain 45, drive this rod for stiring materials 42 and rotate, make the material toggling sheet 46 on rod for stiring materials 42 can evenly pull over raw material S to pay-off 5;

Pay-off 5, as shown in Figure 4, it is located at the below of drawing-in device 4, be fixedly arranged on and be in the fixed mount 38 on the corresponding diaxon bearing 51, this bearing block 51 is provided with a corresponding transmission shaft 52, and its sprocket wheel 54 of a CD-ROM drive motor 53 transmissions and chain 55 via on this device 5 rotate transmission shaft 52, by the conveyer belt on the transmission shaft 52 56, transmit raw material S to material-containing chamber 71;

Filling device 6, as shown in Figure 5, it is located at the below of pay-off 5, be fixedly arranged on by a CD-ROM drive motor 61 on the framework 37 of rear end, flat 33 top, and then be installed with in framework 37 end faces and be corresponding diaxon bearing 62,62 of this bearing blocks are pivoted with a power transmission shaft 621, on this power transmission shaft 621, be installed with two sprocket wheel 62A, 62B, and the affixed runner 63 of an end, the edge of this runner 63 connects a push rod 64, and it is made of pivoted pole 641 and connecting rod 642, and these push rod 64 front ends are provided with a ram seat 65, appropriate location is provided with a through hole 651 in it, penetrates (as shown in Figure 7) for push rod 64; Shown in Fig. 6 A, 6B, these ram seat 65 tops are installed with the guide seat 66 of big up and small down guiding shape, guide seat 66 both sides of the edge are provided with grab 661, and ram seat 65 lower ends become a lamellar body 652, the front end of this lamellar body 652 is provided with an opening body 67, a press strip 671 is established in this opening body 67 front ends outside, the middle section is convexly equipped with the discharge nozzle 672 that runs through opening body 67, be provided with hinge 673 in addition in the rear end, opening body 67 both sides of the edge set firmly a buckle 674, opening body 67 can be fastened with the grab 661 on the guide seat 66, and this discharge nozzle 672 and push rod 64 are on same center line; And the CD-ROM drive motor 61 of this device 6 drives sprocket wheel 62A rotating drive shaft 621, make runner 63 drive push rod 64 and produce reciprocating action, be equipped with the sprocket wheel 681 of cam 68 simultaneously by another sprocket wheel 62B transmission on the power transmission shaft 621, and then by this cam 68 control hydraulic pressure microswitch controller 69(as shown in Figure 5);

Guiding device 7, as Fig. 6 A, shown in the 6B, it is installed in guide seat 66 belows, material-containing chamber 71 with one one-tenth groove, these material-containing chamber's 71 rear side appropriate locations have a perforation 72 to penetrate for push rod 64, and the affixed U-shaped plate 73 in these material-containing chamber 71 bottom surfaces, and in the slip base 75 of the affixed hydraulic pressure slide device 74 in U-shaped plate 73 bottoms, this hydraulic pressure slide device 74 is by slip base 75 and be set in slide bar 76 in the slip base 75 and the hydraulic control valve 77 of slide bar 76 two ends control slip base 75 left and right sides slippages is formed, and is connected with the conduit 691 that is connected with hydraulic pressure fine motion controller 69 in hydraulic control valve 77.

After above-mentioned member combination, please cooperate and consult Fig. 2, shown in 7, just raw material S can be poured in the material bin 41, and the casing C that desires to pour into raw material S is sheathed on earlier on the discharge nozzle 672, make casing C push into a bit of wrinkle shape, again behind the other end bind with casing C, start a program mode control device 8, making CD-ROM drive motor 43 drive rod for stiring materials 42 rotates, wherein maintain a suitable spacing in this rod for stiring materials 42 and material bin 41 belows, utilize the material toggling sheet 46 on rod for stiring materials 42 evenly to pull over raw material S to conveyer belt 56, raw material S is sent in the material-containing chamber 71 of guiding device 7 by conveyer belt 56 again, drive sprocket wheel 62A by the CD-ROM drive motor on the filling device 6 61 and rotate its power transmission shaft 621, make runner 63 drive push rod 64 and produce reciprocating action, and it is left by cam 68 control hydraulic pressure microswitch controllers 69 hydraulic pressure slide device 74 to be done, right displacement location, when the material-containing chamber on the hydraulic pressure slip base 75 71 is moved to location, the left side, after this push rod 64 pushes to raw material S in the discharge nozzle 672 forward by original position, return again in original position, make material-containing chamber 71 be moved to location, the right simultaneously, this push rod 64 is pushed to raw material S in the discharge nozzle 672 forward by original position again, and do action according to this, one a large amount of fast easily production is provided especially, reduce manufacturing cost, and then increase the competitiveness of whole market greatly.

In sum, the utility model particularly provides and can do fast and a large amount of production than the certain profitable lifting of traditional structure mode, reduces the structure that manufacturing cost and business efficiency are obviously promoted greatly.

Claims

A kind of Glutinous rice sausage making machine is characterized in that including:

One board seat, respectively be provided with pulley by four end underfooting, frame below, and be provided with a program mode control device in end pin top, establish one flat in the board, and board seat end face both sides respectively set firmly side plate, and the inboard stage casing of this side plate appropriate location is provided with a groove, and is pivoted with an opening in the side plate outside, and flat top periphery forms a frame body, and this frame body upper end equidistantly vertically is installed with several fixed mounts;

One drawing-in device, it is located in the groove of board seat end face, be fixedly arranged on the fixed mount upper end, and a rod for stiring materials is established in the set interior below of a material bin of this device, by its sprocket wheel of CD-ROM drive motor transmission and chain, rotate this rod for stiring materials and rotate, make the material toggling sheet on rod for stiring materials evenly pull over raw material to pay-off;

One pay-off, it is located at the below of drawing-in device, be fixedly arranged on and be in the fixed mount on the corresponding diaxon bearing, this bearing block is provided with a corresponding transmission shaft, via its sprocket wheel of CD-ROM drive motor transmission and the chain on this device, rotate transmission shaft, it is indoor to guide to transmit raw material by the conveyer belt on the transmission shaft;

One filling device, it is located at the below of pay-off, be fixedly arranged on by a CD-ROM drive motor on the framework of rear end, flat top, and then be installed with in the framework end face and be corresponding diaxon bearing, be pivoted with a power transmission shaft between this bearing block, be installed with two sprocket wheels in this power transmission shaft stage casing, and the affixed runner of an end, the edge of this runner connects a push rod, it is made of pivoted pole and connecting rod, the front end of this push rod is provided with a ram seat, and appropriate location is provided with a through hole that supplies push rod to penetrate in the ram seat, and this ram seat top sets firmly the guide seat of big up and small down guiding shape, these guide seat both sides of the edge are provided with grab, and the ram seat lower end is a lamellar body, and the front end of this lamellar body is provided with an opening body, and this opening body front end outside is provided with a press strip, the middle section is convexly equipped with the discharge nozzle that runs through the opening body, and the rear end is provided with hinge, and opening body both sides of the edge set firmly a buckle that can be interlocked with the grab on the guide seat, and this discharge nozzle and this push rod are on same center line; And the CD-ROM drive motor of this device drives its power transmission shaft of sprocket rotation, and then drives push rod generation reciprocating action by runner, is equipped with the sprocket wheel of cam simultaneously by another chain gear transmission one on the power transmission shaft, and then controls a hydraulic pressure microswitch controller by this cam;

One guiding device, it is installed in the guide seat below, material-containing chamber with one one-tenth groove, this material-containing chamber's rear side appropriate location has a perforation that supplies push rod to penetrate, and the affixed U-shaped plate in this material-containing chamber bottom surface, and in the slip base of the affixed hydraulic pressure slide device in U-shaped plate bottom, this hydraulic pressure slide device is by slip base and be set in slide bar in the slip base and the hydraulic control valve of slide bar two ends control slip base left and right sides slippage is formed, and is connected with the conduit that is connected with hydraulic pressure fine motion controller in hydraulic control valve.