KR102000752B1 - The Persimmon Processing Device For Continuous Processing - Google Patents

Abstract

The present invention relates to a persimmon processing device to ensure the continuity of work by gradually performing: a peeling process of peeling a persimmon; a stalk end removing process of cutting out and removing the stalk end of the peeled persimmon; and a flesh segmenting process of segmenting and discharging the flesh of the persimmon from which the peels and the stalk end are removed.

Description

[0001] The present invention relates to a persimmon processing device for continuous processing,

[0001] The present invention relates to a depilatory device in which continuity of operation is ensured, and more particularly, to a depilatory device for depilating a skin of persimmon, a faucet removing process for perforating and removing the faucet from the skin of the depilated persimmon, And a pulp segmentation process in which the pulp of the persimmon is separated into fragments and discharged.

As known in the art, the zephyr work is a preliminary work to harvest a sensation before completely ripening it and make it into a dried persimmon. Traditionally, a worker uses a peeler knife to take a sensation with one hand and peel it off with the other hand It was done by hand.

In recent years, there has been developed and introduced a skin removing device which removes the skin of the persimmon by mechanical removal from the manual form, and manpower reduction, productivity, and convenience are secured according to perspiration.

In recent years, the persimmon and persimmon-removed persimmon flesh were secondly segmented into sculptural forms, and then the persimmon flesh of the senses was dried to produce persimmon fermented products. These persimmon fungi, unlike the persimmon persimmon, , And the demand is gradually increasing.

When processed in the form of persimmon fermented soy sauce, the limit of the storage quantity due to the frozen or refrigerated storage can be overcome, and a new product line can be secured because it satisfies various consumers' preferences.

Accordingly, it has been required to develop a faucet removing device that cuts and removes the faucet from the pulp of persimmon having the skin removed through the skin removing device.

Accordingly, in the related art, a tapping blade which slants the tapping-removing blade at an inclination of the tapping-removing blade is disposed inside the rotating shaft member constituting the sheathing device so that the tapping blade is fixed to the rotating- The pulp is cut off from the pulp by the cut-off blade that has been inserted.

Conventionally, the tapping blade is made of a flat plate body, and irregular vibration and distortion of the tapping blade made up of the flat plate body are caused in cutting the persimmon flesh.

As a result of the analysis, it was found that the depression removing the peel was fixed to the rotating shaft member and rotated, but since the tap removing blade was formed of the flat plate body, the incision of the blade was not stably performed, And distortion are inevitably generated.

As described above, when the tapping blade made of the flat plate body is shaken or twisted during the cutting process of the pulp, the blade portion formed on the tapping blade is damaged and an overload of the rotating shaft member is caused. In particular, The cut surfaces of the flesh form irregular squares.

As described above, when the cutting face of the flesh cut by the nipple removing blade forms an irregular square shape, not only the production yield of the work product is reduced, but also the dried persimmon meat is poor in appearance and sharp edges are formed, And the texture is deteriorated by the edge.

Meanwhile, recently, a pulp segmentation device has been developed and distributed, which separates and separates the pulp of persimmon, which has been removed from the skin and the nipple, through a sphygmomanometer.

However, as described above, the sheath device and the device for removing the perspex are unified so that the sheathing and the removing of the tap can be realized in a single device. However, devices for separating the persimmon- It was not unified with one device.

That is, conventionally, a processing device for removing a skin and a nipple, which removes a skin and a nipple, and a processing device for separating the skin and flesh of the senses, In case of dividing the pulp of persimmon with the husks and tangs into several pieces, the worker had to manually add each piece separately to the pulp segmentation device.

This results in a reduction in the productivity of the work due to the processing of persimmon and processing of the pulp in the form of pieces, and in addition, there is a problem in that a separate manpower is required to feed the persimmon pulp with the husks and the tails removed one by one This problem can be exacerbated especially when considering the reality of the rural areas where aging population and production population are falling rapidly.

In order to solve these problems, Korean Patent Laid-Open Publication No. 10-2015-0105107 (a fruit extracting apparatus having a segmenting function) proposes automation apparatuses that are configured to automatically feed the pulp and the pulp with the removed persimmon into the segmented blade member have.

However, since the device has a shape in which the pulp and the pulp of the sensation are removed and supplied to the segmental blade member by rolling, it is difficult to place the sensation requiring the segment in the correct position in the correct direction, It is difficult to segment into pieces.

This may be a factor for lowering the commerciality of the persimmon product produced by drying the segmented pulp.

KR 10-2015-0105107 A KR 20-2011-0003366 U KR 20-0484069 Y1 KR 10-1232772 B1 JP 10-2011-004616

The object of the present invention, which is devised to overcome the above-described problems, is to provide a skin care device, A faucet removing step of removing the faucets from the pulp of the sensed persimmon; And a pulp segmentation process for separating and discharging the pulp and the pulp of the persimmon,

In particular, it is an object of the present invention to provide a persimmon processing apparatus in which continuity of the work is ensured by simultaneously performing the skin removing process and the skin separating process for separating the skin from the skin after the removal of the skin and the nipple .

The above object is achieved by the following constitutions provided in the present invention.

The present invention provides a perspex machine with continuity of work,

A main body,

A rotating shaft member rotatable in one direction by fixing a feeler at an end thereof and disposed in front of one side of the main body; A skin support member which is fixed to the rotary shaft member to pierce the skin blade at an outer diameter of a sensation rotated in one direction to remove the skin of the sensation; And a nipple removing member for inserting a nipple removing blade fixed to the rotating shaft member and rotating in one direction to remove the nipple from the pulp of the nipple to remove the nipple to remove the nipple and the nipple fixed to the rotating shaft member in sequence Removing the jaffa faucet,

And a segmented blade member for separating the pulp and the pulp from which the peel and the tongue are removed by the jaw crest removing unit into a piece form,

The method of claim 1, further comprising the steps of: removing the bark and the faucet from the main body of the main body; And a pulp feed infeed section that moves to one side rear side where the segmental blade member is held and then drops in the orthogonal direction to the pulp sensation held by the segmental blade member.

Preferably, the flesh conveyance infeed section includes: a conveyance carrier reciprocating in a forward and backward direction between a jaw crest removing section and a flesh and cake segment;

And the pulp holding the sensed pulp fixed to the rotary shaft member is held and then the pulp of the sensed pulp is conveyed to the divided blade portion arranged at the rear side in the direction orthogonal to the first direction A conveying support rod to be fed; And

The flesh of the primary cut in the segmental blade is secondly inserted so that the flesh of the first cut is passed through the segmental blade member to be segmented into a plurality of pieces, And a press-in infeed rod for allowing the press-in infeed rod to move.

More preferably, the conveying support rod is arranged so as to be aligned with the rotation axis member when the conveyance carrier moves forward, and to be aligned with the discrete blade member when the conveyance carrier moves backward, And when the segmental blade member and the conveying support rod are aligned in a line, an input space portion having an open outside is formed outside the rotation axis member.

The press-fit infeed rod and the feed support rod are configured to move in the orthogonal direction at the same time. The press-fit infeed rod advances in the orthogonal direction to cut the persimmon flesh by second-cutting the flesh to the segmental blade member. And a faucet removing process for removing the faucet by removing the faucet from the pulp on which the faucet removing member is supported is simultaneously realized in a state in which the pulp supporting the transfer supporting rod is supported.

In addition, at the end of the conveying support rod, a plurality of inserting fins are formed which enter the outer side of the persimmon flesh having one side fixed to the rotary shaft member and sandwich the flesh.

The segmented blade member is provided at one side of the main body in a forward and backward movement structure. The segmented blade member simultaneously advances outwardly in the course of pushing and inserting the rod into the inside, thereby separating the pulpy primary sensed in the segmented blade member, Through the outlet 214 formed in the lower portion.

The main body is provided with a tongue shaft for supporting a central portion of the tongue; And a nip cutting blade member disposed at an edge of the nip shaft and cutting the periphery of the nipple. The nipple cutter is further provided for cutting and removing the nipple around the nipple.

As described above, according to the present invention, it is possible to provide a fleshy meat transfer infeed part having a unique structure between the petiole removing part and the flesh parting part, so that the flesh of the persimmon removed sequentially through the skin removing part can be stably stored in the flesh part And is segmented into pieces to be discharged.

Accordingly, the present invention solves a general problem caused by the fact that the operator removes the skin and nipples from the pulp after the removal of the skin and the nipple, and in particular, the pulp feed infeed section according to the present invention has the feed carrier, And crimped infeed rods are organically grafted, it is possible to transfer the pulp after removing the peel and the nipple from the apricot apex removal stably to the pulp segment, so that the processed persimmon pieces are segmented into a regular shape , And the dried product of such scent pieces has improved quality stability.

Further, according to the present invention, since the faeces removal process for removing the nipple of the sensory nipple removing part by the unique flesh conveying incision part and the flesh parting process for separating the persimmon flesh member by the second incision are simultaneously performed, .

As a result of the inventors' experiments, it has been found that the tapping blade according to the present invention has a feeling of about 30,000 to 50,000 pieces, It was confirmed that no deformation or damage to the blade was caused even when it was processed.

Fig. 1 is a view showing the entire constitution of a fabricating apparatus in which continuity of work proposed in the preferred embodiment of the present invention is ensured,
Fig. 2 is a view showing the detailed configuration of a tap cutting section in a persimmon processing apparatus in which the continuity of work proposed in the preferred embodiment of the present invention is ensured,
Fig. 3 is a perspective view showing the arrangement of the jaw apex removing part, the flesh parting part, and the flesh conveying infeed part in the persimmon processing device in which continuity of work proposed in the preferred embodiment of the present invention is secured,
FIGS. 4 to 6 show the details of the degumming device, the pulp segmentation unit, and the pulp transfer unit in the perspiration processing apparatus in which continuity of work proposed in the preferred embodiment of the present invention is ensured.
FIG. 7 is a perspective view of a perspex machine in which continuity of work proposed in the preferred embodiment of the present invention is secured, showing a sequential processing process of the persimmon through the depilator, the pulp segment, State diagram.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will now be described more fully hereinafter with reference to the accompanying drawings, in which preferred embodiments of the present invention are shown.

FIG. 1 shows the overall configuration of the pulse processing apparatus proposed as a preferred embodiment of the present invention, and FIG. 2 shows the detailed configuration of the pulse cutting apparatus proposed in the preferred embodiment of the present invention .

The perspex processing apparatus proposed in the preferred embodiment of the present invention is a device for processing perspiration which includes a skin removing step for removing the skin of persimmon, a faucet removing step for removing the perspex of the persimmon taken out from the flesh and removing the faeces, Is a special device that processes the pulp and segregating the pulp of persimmon which has been removed by bark and faucet in order and processes the pulp and the pulp of the persimmon which have been removed the persimmon continuously to process into the form of persimmon pieces.

1, the depilating device 1 includes a main body 10 for providing space for installing the respective components, a scalpel removing unit 100 for removing the skin of the scalp, A flesh meat separator (200) for separating and discharging the pulp of persimmon removed from the removing part (100) in a piece form, and a pulp flesh separator (200) And a pulp feed transfer section 300 for transferring the pulp to the transfer section 200.

In this embodiment, as shown in FIGS. 1 and 2, the main body 10 is provided with a tap cut section 400 for cutting and removing the tap around the tap. The operator inserts the tap into the tap cut section 400, A step of cutting the periphery of the nipple, a step of sequentially removing the nipple and the nipple of the persimmon from which the periphery of the nipple is removed, a step of transferring the persimmon of the persimmon having the nipple and the nipple removed during the interval, So that the process of segmenting and discharging the pulp of the sensed pulp is automatically and continuously implemented.

As shown in FIG. 2, the vertically cut portion 400 includes a tongue shaft 410 for elastically supporting an outer center of the depressed crotch portion. And a vertically cutting blade member 420 formed concentrically on the outside of the wrist axis 410 and having a cutting blade 421 rotated in one direction to cut the periphery of the nipple.

Accordingly, when the worker presses the chamfer 410 in a state in which the center of the crotch is in a standing position, the cock cutting blade member 420 rotates in one direction and rotates around the cock exposed to the inside of the pulp through the cutting blade 421 Cut and removed. Such a cut-off part 400 is very similar to the general-purpose one.

In the present invention, however, the peeler removing device 100, the flesh meat separating part 200, and the flesh conveying cut-inserting part 300 are modified and organically bonded so that the peripheries of the faucets are removed A skin treatment step of removing the skin of the persimmon; A faucet removing step of cutting off the peeled persimmon from the pulp; And a flesh segmenting step of dividing the flesh of the persimmon finished with the skin removing process and the tapping process into a piece form are sequentially performed so that continuity and automation of the work can be accomplished by separating the persimmon flesh into pieces, The technical features of the present invention are as follows.

FIG. 3 is a perspective view of a depilating device according to a preferred embodiment of the present invention. FIG. 4 is a perspective view of the depilating device, Fig. 7 shows the detailed configuration of the jaw apex removing part, the flesh parting part, and the flesh conveying infeed part in the processing device proposed in the embodiment. Fig. 7 is a perspective view of the perspex processing device proposed in the preferred embodiment of the present invention Fig. 8 to Fig. 10 are views showing an operation state of the perspex processing unit in the present invention. Fig. 8 to Fig. , A detailed structure of the tap removing blade formed on the tapping member and the tapping member, and a schematic view showing the tapping state of the tapping member in the persimmon flesh Fig. 11 is a view showing the pulp of the sensation removed by the nipper removing blade shown in Figs. 8 to 10, Fig. 12 is a view showing the pulp of the persimmon removed from the nipple through the conventional nipple removing blade It shows.

3 to 12, the details of the construction of the jaw crest dispenser 100, the flesh parting part 200, and the flesh and food cutting part 300 according to the present embodiment and the sequential operation state are described in detail .

3, Fig. 4 and Fig. 7, the jaw crest removing unit 100 according to the embodiment of the present invention includes: a rotating shaft member 110 rotating in one direction by fixing the inside of the senses formed by the nostrils; A skin support member 120 which is fixed to the rotary shaft member 110 so as to pierce the skin blade 121 at an outer diameter of the skin rotated in one direction to remove the skin from the sensory skin; And a nipple removing member 130 that is fixed to the rotating shaft member 110 and cuts the nipple removing blade 131 rotating in one direction to remove the nipple from the pulpy powder.

The rotation shaft member 110 includes a hollow cock fixing head 111 fixed to an end of a rotary pipe 112 which is rotated in one direction by receiving a rotational force from an electric motor, A plurality of fixing pins are formed which are inserted into the nipple to fix the sense to the end of the rotating shaft member 110. [

An elastic sealing bushing 113 surrounding the outer side of the stopper fixing head 111 is disposed in a forward and backward movement structure at an end of the rotary shaft member 110. The elastic sealing bushing 113 is fixed to the outer side As shown in Fig.

Therefore, the vacuum pressure is formed between the pulpy persimmon and the rotary pipe 112 by the suction force provided through the air discharge pipe (not shown). As a result, as shown in FIGS. 7A and 7E, And is stably fixed to the end of the rotating shaft member 110 by the fixing pins of the tapping head 111 inserted into the tap and the vacuum pressure formed by the rotating tube 112.

The skin member 120, which is fixed to the rotary shaft member 110 and removes the skin of the senses rotating in one direction, is provided with a skin blade 121 formed at the lower end of the swing arm 121a to be inserted into the outer diameter of the skin, ; And a cut-in member 123 for inflating the cloth cutter 121 to the outer diameter of the cutter.

4, the cut-in member 123 includes a wheel unit 122 having a hinge H1 fixed to the pivot arm 121a, which is rotatably supported by the electric motor 124, ; The hinge H2 is fixed to the end portion of the pivot arm 121a to adjust the inclination angle of the pivot arm 121a according to the advance / retreat distance to set the depth of penetration or infeed of the skin edge 121, (Not shown).

Therefore, by the turning of the swing arm 121a due to the constant rotation of the wheel unit 122 and the adjustment of the inclination angle of the swing arm 121a by the forward / backward action of the infeed cylinder 123b, The skin of the persimmon is removed by inserting the skin blade 121 pivoting about the outer diameter of the skin fixed to the member 110. [

The nipple removing member 130 for removing the nipple by removing the nipple from the pulp sensed by the nipple member 123 is disposed in the inner wall of one side of the main body 10 in a retracted structure, And a nipple removing blade 131 which is sloped into the pulp having a fixed inner side.

The cock removing blade 131 is fixed to the advancing / retreating cylinder 135 and is configured to move forward and backward by the advancing / retreating cylinder 135. The shell is removed by the housing member 120 as shown in FIGS. 7C and 7F, , And is inserted into the nipple removing blade 131, which is rotated in one direction, to remove the nipple from the pulp.

At this time, the outer side of the incision in which the nipple removing blade 131 is inserted is supported by the feeding support rod 320 of the fleshy food feed insertion portion 300, which will be described later, The pulp of persimmon does not fall down but is fixed to the end of the conveying support rod 320 and is inserted into the pulp segment 200 by being moved.

When the pulp powder is supported inward by the feed support rod 320, the elastic sealing bush 113 installed in the retractable structure in the rotary shaft member 110 is retracted, and the elastic sealing bush 113 and the tap- The interference between the tapping blade 131 and the elastic sealing bushing 113 is minimized so that the tapping blade 131 can be inclined at an angle to the persimmon flesh without interfering with the elastic sealing bushing 113 with a minimum radius.

Meanwhile, in the present invention, in the implementation of the apparatus 1, the structure of the nipple removing blade 131, which is inserted into the pulp that is fixed to the rotating shaft member 110 and rotates to cut and remove the nipple from the pulp, And the shape of the toothpaste removing blade 131 is improved so as to suppress the occurrence of tremor or distortion of the toothpick removing blade 131 inflated in the course of cutting the nipple in the pulp, Thereby suppressing the phenomenon.

As shown in FIG. 8, the nipple removing blade 131 proposed in the present embodiment includes a blade body 132 of a bladed nipple type having an arcuate cross section gradually becoming narrower from the rear end to the front end, And at least one blade 132c is integrally formed on one side of the blade body 132 of the pen tip type.

More preferably, if the blade body is formed as a double-edged blade having blades on both sides thereof, it is possible to cut the nipple from the persimmon pulp irrespective of the rotating direction of the nip fastened to the rotating shaft member.

At this time, the inner diameter surface 132a and the outer diameter surface 132b of the pen tip type blade body have a set curvature of a concentric structure, and the blade body 132 constituting the nipple removing blade 131 has a curved surface So that the thickness gradually becomes thinner, so that it is sloped into the pulp of persimmon which needs to remove the faeces through the tip portion having a narrow width and a thin thickness.

9 and 10, the blade body 132 is connected to the end portion of the advancing / retreating cylinder 135 through the connecting rod 133. The connecting body 133 is formed at the rear end of the blade body 132, And is inserted into the inner portion of the persimmon flesh fastened to the rotating shaft member 110, and the perspiration is cut out from the persimmon pulp that is rotated.

At this time, the forward / backward rod 132a constituting the advancing / returning cylinder 132 is formed with a socket groove 132a-a which opens forward, and the connecting rod 131B of the tapping blade has a socket groove 132a-a, A fixed angle is adjusted, and then fixed by a fixing bolt 132b that enters the socket groove 132a-a.

The knife body 132 of the pen tip type is formed integrally with the front portion of the connecting rod 133 so as to maintain the curvature formed by the supporting action of the connecting rod 133.

With this configuration, the blade body 132 of the nipple removing blade 131 has an arcuate curvature and forms a concentric structure with the pulpy persimmon fixed to the end of the rotating shaft member 110 and rotating.

Thus, the blade portion 132c formed on one side of the blade body 132 is cut smoothly into a curved conical shape without trembling or twisting in the cutting of the cut flesh, and the cuts are cut out.

That is, the blade body 132 inserted in the pulp is formed of a bladed pen nib having a predetermined curvature, and the blade body is inserted into the rotating pulp in a concentric structure, and the cutting face of the pulp cut by the blade and the cutting face Forms a curved conical shape.

Therefore, the cutting face of the persimmon meat cut off by the nipple removing blade 131 according to the present invention is not formed with a polygon having irregularly formed corners or the like as shown in FIG. 12, and is smoothly cut into a curved shape as shown in FIG. And a conical cutting surface.

In other words, the nipple removing blade 131 is formed in the shape of a ram filled nipple bent in an arc shape, so that trembling is prevented by the stress applied to the cutting process, and the pulp is curved with curvature equal to the curvature of the arc- A conical cutting surface smoothly cut in a curved shape is formed.

Therefore, when the nipple removing blade 131 according to the present invention is adopted, the loss of the pulp due to the removal of the nipple is minimized, thereby improving the production yield. In addition, since the dried persimmon juice does not have a sharp edge It has specificity with a soft texture on ingestion.

Excessive rotation resistance may be generated between the blade body 132 constituting the nipple removing blade 131 and the rotating pulp of the nipple so that the fixed state of the feeling may become poor or the rotating shaft member 110 or the nipple removing blade 131 Is prevented from being overloaded.

As shown in FIGS. 3, 5, and 7, the flesh and skin segment 200 disposed behind the main body 10 is formed by sequentially removing the skin and the nipple by the skin removing device 100 The pulp of persimmon is segmented and discharged through the segmented blade member 210.

The segmented blade member 210 is configured such that a plurality of segmented blades 212 are arranged in a radially arranged structure in a hollow housing 211 in which the inner and outer sides are opened, Is cut at an equal angle by each of the segmented blades 212 to be processed into a plurality of fragments and discharged to the other side of the hollow housing 211.

In this embodiment, the segment-forming blade member 210 is fixed to the advancing and retreating cylinder 213 in a forward and backward movement so that the segment-forming blade member 210 advances outward in the process of segmenting the pulp, as shown in FIGS. 7C and 7F .

That is, the flesh of the senses to be infiltrated is stably divided through each of the segmented blades 212 by concurrently advancing outwards in the course of segmenting the sensory flesh infiltrated in the orthogonal direction by the below- , And the pieces of segmented sensation are discharged to the lower portion through the discharge port 214 formed in the rear lower portion of the segmental blade member 210 to be collected.

The flesh and skin feeding incision 300 is fixed to the rotating shaft member 110 of the jaw crest removing unit 100 while being reciprocally moved reciprocally between the jaw crusher removing unit 100 and the flesh meat separating unit 200 And the flesh of the persimmon is removed and moved to the fleshy segment 200 disposed at the rear side.

As shown in FIGS. 3, 6 and 7, the flesh conveying insertion section 300 includes a conveying carrier 310 which reciprocates between the separator 100 and the flesh and cake segment 200, ; The flesh pulp fixed to the rotary shaft member 110 is sandwiched between the transfer carrier 310 and the pulp flesh segment 200 disposed at the rear side of the transfer carrier 310, A feed support rod 320 that primarily feeds into the segmental blade member 210; And a conveying support rod 320 which is disposed in a rearward and inward position of the conveying tray 310. The conveying support rod 320 is used to secondly cut the pulp having been slit into the segmental blade member 210, And a press-fit infeed rod (330) for allowing the flesh to pass through the segmenting blade member (210) and be segmented into a plurality of pieces.

In this embodiment, the delivery tray 310 is provided with a discharge guide 340 for discharging the bark removed from the bark in the course of the barking of the bark, so that the bark is removed from the bark by the discharge guide 340 To be discharged

The transfer tray 310 is fixed to the reciprocating transfer cylinder 311 and is disposed at a front side of the main body 10 and includes a zipper stopper 100, (200).

The feed support rod 320 and the press-fit infeed rod 330 are installed in the feed tray 310 by the advance and retreat cylinders 321 and 331 to advance and retract from one side of the main body 10 .

At this time, the feed support rod 320 is installed in the advancing / retreating cylinder 321 in a pivoting structure, and at the end thereof, a plurality of cutting pins 322 for entering the outer side of the pulp and holding the pulp are formed.

7C and FIG. 7D, the feed support rod 320 is moved inward to remove the pinching pin fixed to the pivot shaft member 110, So that the pulp of the persimmon is removed from the lower part and is not discharged but is fixed to the end of the conveying support rod 320. [

The feed support rod 320 is retracted and the feed tray 310 is moved backward so that the feed support rod 320 is moved to the outside of the flesh and meat segment 200 So that the conveying support rod 320 fixing the pulp of persimmon to the end is positioned.

In this state, the feed support rod 320 advances inward as shown in FIG. 7D, and first pulls the persimmon pulp fixed to the end portion in a direction orthogonal to the segmental blade member 210 and then retreats. At this time, 210 are inserted into the segment blades 212 formed on the segment blades 210 so that the pulpy pieces of the senses are firstly inserted into the segment blades 210 even if the transfer support rods 320 are retracted .

In this state, as shown in FIG. 7D, by temporarily retracting the feed tray 310 provided with the feed support rod 320, the outer side of the rotary shaft member 110 constituting the jaw- An open input space S is temporarily formed.

Accordingly, the worker can perform the processing without interfering with the feeding support rod 320 of the pulp feeding conveying incision 200 through the feeding space S formed on one side of the rotary shaft member 110 by the retraction of the conveying tray 310 It is possible to stably feed the feeling of the rotation shaft member 110 to the end portion of the rotary shaft member 110 so that the ease and safety of inputting the feeling required for machining are ensured, Is prevented.

When the feed support rod 320 advances inward and is firstly inserted into the segmental blade member 210, the feed support rod 320 is retracted and the feed carrier 310 moves forward, 320 and the rotating shaft member 110 are arranged in a line and the crimping infeed rod 330 arranged inside the rear side of the transporting carrier 310 is located outside the segmenting blade member 210.

7F, the nipping infeed rod 320 advances inward and is fixed to the rotating shaft member 110 to support the outside of the skin removed by the skin removing member 120 in a rotating structure, and at the same time, The press-fit infeed rod 330 formed on the inner side of the carrier 310 simultaneously advances inward together with the nipping infeed rod 320 to insert the pulp that has been firstly inserted into the segmental-blade member 210 by a second order.

At the same time, the segmental blade member 210 advances outward, and the advance of the press-fit infeed rod 330 toward the inside and the outward advancement of the segmental blade member 210 cause the first- The segmental blade member 310 is processed into a piece shape by the segmented blades 212 and the pulpy piece of pulp processed in the piece shape is discharged through the discharge hole 214 formed in the rear lower portion of the segmental blade member 210, .

At this time, since the segmented persimmon pieces are inserted in the center of gravity of the segment blade member 210, they are segmented into the same shape by the respective segment blades 212, resulting in improved merchantability.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments.

Therefore, the scope of the present invention should not be limited by the embodiments described, but should be determined by equivalents to the claims and the claims.

1. Sawing machine
10. Body
100. Jaffe nipple removing unit 110. Rotation axis member
111. Faucet fixing pin 112. Rotating tube
113. Elastic hermetic cap 114. Tangential spring
120. Skin member 121. Skin member
121a. The pivot arm 122. The wheel unit
123. Infeed Cylinder 124. Electric Motor
H1. Hinge Link H2. Hinge link
130. Faucet removing member 131. Faucet removing blade
131A. Pen-tip blade body 131A-a. Inner surface
131A-b. Outer surface 131c. Flap
131B. Connecting rod body 132. Retraction cylinder
132a. Advance load 132a-a. Socket home
132b. Fixing bolt
200. Flesh meat segment 210. Segment edge member
211. hollow housing 212. segmented blade
213. Retraction cylinder 214. Outlet
300. Flesh-fed transfer incision 310. Transfer carrier
311. Reciprocating feeding cylinder 320. Feeding supporting rod
321. Retraction cylinder 322. Cutting pin
330. Compressed infeed rod 331. Retraction cylinder
340. Discharge guide
400. Faucet Cutting Section 410. Tan shaft
420. Faucet cutting blade member 421. Cutting blade
S. Injection space part

Claims (7)

delete delete A main body,
A rotating shaft member rotatable in one direction by fixing a feeler at an end thereof and disposed in front of one side of the main body; A skin support member which is fixed to the rotary shaft member to pierce the skin blade at an outer diameter of a sensation rotated in one direction to remove the skin of the sensation; And a nipple removing member for inserting a nipple removing blade fixed to the rotating shaft member and rotating in one direction to remove the nipple from the pulp of the nipple to remove the nipple to remove the nipple and the nipple fixed to the rotating shaft member in sequence Removing the jaffa faucet,
And a segmented blade member for separating the pulp and the pulp from which the peel and the tongue are removed by the jaw crest removing unit into a piece form,
And fixing the persimmon pulp having the skin and the faeces removed, while being fixed to the rotating shaft member while being reciprocatingly moved between the separator of the zipper top disposed at one side of the main body and the one side of the main part of the main body, And a pulp feed infeed section for infusing the pulpy pulp fixed on the segmental blade member in an orthogonal direction,
Wherein the flesh conveyance infeed section comprises: a conveyance carrier reciprocating in a forward and backward direction between a jaw crest removing section and a flesh piece segment;
And the pulp holding the sensed pulp fixed to the rotary shaft member is held and then the pulp of the sensed pulp is conveyed to the divided blade portion arranged at the rear side in the direction orthogonal to the first direction A conveying support rod to be fed; And
The flesh of the primary cut in the segmental blade is secondly inserted so that the flesh of the first cut is passed through the segmental blade member to be segmented into a plurality of pieces, And a press-fit infeed rod for allowing the press-
The conveying support rod
Wherein the transfer carrier is aligned with the rotation axis member when it is moved forward and is aligned with the segment blade member when the transfer carrier is moved backward,
Wherein when the transporting carrier moves backward and the segmenting blade member and the transporting support rod are aligned in a line, an insertion space portion having an open outside is formed on the outer side of the rotation axis member. The press-fit infeed rod according to claim 3, wherein the press-fit infeed rod and the delivery support rod are configured to move in the orthogonal direction at the same time so that the press-fit infeed rod advances in an orthogonal direction, A segmentation process;
And a faucet removing step for removing the faucet by removing the faucet from the pulp on which the faucet removing member is supported is simultaneously realized in a state in which the pulp supporting the transfer supporting rod is supported. Device. A main body,
A rotating shaft member rotatable in one direction by fixing a feeler at an end thereof and disposed in front of one side of the main body; A skin support member which is fixed to the rotary shaft member to pierce the skin blade at an outer diameter of a sensation rotated in one direction to remove the skin of the sensation; And a nipple removing member for inserting a nipple removing blade fixed to the rotating shaft member and rotating in one direction to remove the nipple from the pulp of the nipple to remove the nipple to remove the nipple and the nipple fixed to the rotating shaft member in sequence Removing the jaffa faucet,
And a segmented blade member for separating the pulp and the pulp from which the peel and the tongue are removed by the jaw crest removing unit into a piece form,
And fixing the persimmon pulp having the skin and the faeces removed, while being fixed to the rotating shaft member while being reciprocatingly moved between the separator of the zipper top disposed at one side of the main body and the one side of the main part of the main body, And a pulp feed infeed section for infusing the pulpy pulp fixed on the segmental blade member in an orthogonal direction,
Wherein the flesh conveyance infeed section comprises: a conveyance carrier reciprocating in a forward and backward direction between a jaw crest removing section and a flesh piece segment;
And the pulp holding the sensed pulp fixed to the rotary shaft member is held and then the pulp of the sensed pulp is conveyed to the divided blade portion arranged at the rear side in the direction orthogonal to the first direction A conveying support rod to be fed; And
The flesh of the primary cut in the segmental blade is secondly inserted so that the flesh of the first cut is passed through the segmental blade member to be segmented into a plurality of pieces, And a press-fit infeed rod for allowing the press-
Wherein a plurality of infeed fins are formed at an end of the conveying support rod so as to enter the outer side of the persimmon flesh having one side fixed to the rotary shaft member and sandwich the flesh of the persimmon. [5] The apparatus according to claim 3 or 5, wherein the segmented blade member is provided at a rear side of the main body in a forward and backward movement structure, and the segmented blade member advances outward at the same time,
Wherein the pulp blade member is divided into a primary pulp that has been infiltrated into the segmental blade member and is discharged through a discharge port formed in a rear lower portion. [5] The apparatus as claimed in claim 3, wherein the main body comprises: And a nipple cutting blade member disposed at an edge of the nipple shaft and cutting the periphery of the nipple,
And a vertically cut section for cutting and removing the peripheries of the persimmon is further provided.

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