JP5297691B2 - Dish feeder - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a dish supply device capable of stably and speedily supplying dishes loaded on a dish stock part onto a delivering conveyor one by one, and designating/selecting plural kinds of dishes with different patterns and smoothly and sequentially supplying them onto the delivering conveyor. <P>SOLUTION: This device comprises: a plurality of dish stock parts 4a, 4b, 4c capable of loading and housing plural kinds of dishes with different patterns and comprising a dish drop port at each bottom part; a pair of right and left dish turning shafts 18 comprising a peripheral groove 19 formed at a bottom edge of the drop port of the dish stock part and concaved on a periphery to receive both edges of the dish on the periphery, and a lock groove 20 bored in parallel to a central shaft to lock both edges of the dish; and a dish lateral transfer die 16 for sequentially transferring the dish dropping below via the dish turning shaft 18 from the drop port of the dish stock part toward a delivering conveyor 5 by right and left reciprocating lateral slides of a moving frame 15 having two dish engagement concave parts 17. <P>COPYRIGHT: (C)2010,JPO&amp;INPIT

Description

The present invention, for example, relates to the sushi at sushi robot or the like was Serve dishes twos sushi efficiently rice balls forming apparatus for providing, among different dishes of picture patterns stacked on the tray stock portion The present invention relates to a dish supply device for designating one of them and transferring it to a position where a ball is placed on the lower part of the ball forming part by a conveyor.

Conventionally, in the rice ball forming device, the supply of dish to rice balls placed position of the rice ball forming subordinate side, no particular dish supply device provided with a selectively supplying system a plurality of types of dishes with different picture pattern exist.
nothing special

The present invention, dishes and stability one by one stacked in the tray stock section can be speedily supplied onto the conveyor, conveyor further specifying and sorting a plurality of types of dishes of different picture patterns It is an object of the present invention to provide a dish supply apparatus that can be sequentially and smoothly supplied on top.

In order to solve the above-described problems, in the present invention, a plurality of types of dishes having different patterns can be loaded and accommodated, and a plurality of dish stock units each having a tray dropping opening at each lower part, and a plurality of dish stock units A screen operation unit that designates and selects dishes one by one, and a tray that has been designated and selected by the screen operation unit and has dropped downward from the drop opening of the plate stock unit crosses the conveyor below the plate stock unit. The upper surface of the lower plate horizontal transfer mold arranged in this manner is locked and captured by one of the two plate engaging recesses of the moving frame that can be horizontally slid to the left and right, and then the plate is moved by the horizontal sliding drive of the moving frame. A tray horizontal transfer mold that is laterally slid to the transport conveyor side and sequentially transferred onto the transport conveyor , and is provided at the lower edge of the drop mouth of the tray stock portion, and both end edges of the tray on the circumferential surface Recessed in the peripheral surface to receive And a pair of left and right dishing swivel shafts each including a groove and a locking groove drilled in parallel to the central axis so as to engage both end edges of the dish, the dishing swivel axis comprising the screen operation When the plate of each plate stock unit is designated and selected by the plate, it is rotationally driven so that the peripheral grooves receive both end edges of the lowermost plate from below, and then each locking groove faces each other. At the same time, the peripheral edge of this dish enters and is locked, and each dish turning shaft further rotates and the locking groove faces downward, so that the locking of the dish is released and dropped downward. It is characterized in that both edge portions of the other plate directly above the circumferential groove are received from below .

Dish stock unit, so that the three kinds of dishes of different picture patterns can each stacked and stored, and Hidarisara stock unit, and the central dish stock section, consists of three places of the right dish stock section, of the central dish stock portion The transport conveyor is disposed below, and the horizontal dish transfer type is formed by an E-shaped moving frame that can be horizontally slid to the left and right so as to cross the transport conveyor below each dish stock part, and falls from the left dish stock part. The dish is received by the dish engaging recess on the left side of the dish horizontal transfer type, and the dish is transferred to the conveyor side by the right side slide, and the dish falling from the right dish stock part is engaged on the right side of the dish horizontal transfer type. When the dish is transferred to the conveyor side by the left side slide received by the concave part, and the dish falling from the central dish stock part is received by either the left or right dish engaging concave part, Without moving the transfer type from side to side The dish through right or left pan engaging recess has become what is dropped directly onto the conveyor.

A left and right vertical conveyor comprising a supply unit for supplying a supply from the hopper provided at the top while removing the supply and a supply branch roller for supplying the supplied supply into each forming hole provided in the pair of left and right turntables. A plate supplying device for a ball forming device comprising: a portion, and a ball forming portion that simultaneously forms two balls by pressing the shaft in each forming hole with a pressing mold,
A plurality of kinds of dishes of different picture patterns to enable each stacked and stored, and a plurality of tray stock section provided with a dish drop opening in each of the lower, and the screen operation unit for designating and selecting the dishes one by one from a plurality of dish stock portion The upper surface of the lower plate horizontal transfer mold, which is designated and selected by the screen operation unit and has been dropped downward from the dropping port of the plate stock unit, is arranged so as to cross the conveyor under the plate stock unit. After being locked and captured by one of the two dish engaging recesses of the moving frame that can be horizontally slidable to the left and right, the dish is horizontally slid to the conveying conveyor side by the horizontal sliding drive of the moving frame, and sequentially on the conveying conveyor. It is equipped with a dish horizontal transfer type to be transferred,
Parallel to the central axis so as to engage the circumferential groove provided in the lower edge of the dropping mouth of the dish stock part and recessed in the circumferential surface so as to receive both edge parts of the dish on the circumferential surface, and both edge parts of the dish. It includes a pair of left and right dish swivel shafts each provided with a perforated locking groove, and the dish swivel shaft is driven to rotate when a dish of each dish stock unit is designated and selected by the screen operation unit. The peripheral edge of the lower plate is received by the circumferential groove from below, and the peripheral edge of the plate enters and is locked at the position where the respective locking grooves face each other. Is further rotated and the locking groove is directed downward, so that the locking of the dish is released and dropped downward, and at the same time, the two edges of the other dish directly above the circumferential groove are received from below. and said that the content was.

According to the present invention, dishes and stability one by one stacked in the tray stock section can be speedily supplied onto the conveyor, conveyor further specifying and sorting a plurality of types of dishes of different picture patterns It is possible to supply it smoothly and sequentially.

Dish That is, the present invention is that a plurality of kinds of dishes of different picture patterns to enable each stacked and stored, and a plurality of tray stock section provided with a dish drop opening in each of the lower and falls downward from drop opening of the dish stock portion A dish horizontal transfer mold that sequentially transfers the frame to the conveyor side by a left and right reciprocating horizontal slide of a moving frame having two dish engaging recesses, When used for this purpose, the designated and sorted number of dishes can be stably and speedily supplied onto the conveyor, and the dish supply operation can be hygienic and shortened.

  Also, provided at the lower edge of the drop mouth of the dish stock part, a circumferential groove recessed in the circumferential surface so as to receive both edge parts of the dish on the circumferential surface, and a central axis to engage both edge parts of the dish Since it includes a pair of left and right dishing swivel shafts each having a locking groove formed in parallel, it is possible to stably and speedily drop the dishes loaded on the dish stock part downward one by one. Can do.

Dish stock unit, so that the three kinds of dishes of different picture patterns can each stacked and stored, and Hidarisara stock unit, and the central dish stock section, consists of three places of the right dish stock section, of the central dish stock portion together to arrange the conveyor down, Sarayoko transfer type, because it is formed by a moving frame to horizontal slidable from side to side across the conveyor below the each dish stocking section, the pattern of different plural kinds It is possible to specify and sort dishes and supply them smoothly and sequentially onto the conveyor. In addition, by using the plate horizontal transfer type of the moving frame, another plate can be transferred to the transfer conveyor side while the plate is being transferred by the transfer conveyor. Accordingly, it is possible to shorten the supply time of the dish, and it is possible to quickly respond to the customer.

A left and right vertical conveyor comprising a supply unit for supplying a supply from the hopper provided at the top while removing the supply and a supply branch roller for supplying the supplied supply into each forming hole provided in the pair of left and right turntables. A plate supplying device for a ball forming device comprising: a portion, and a ball forming portion that simultaneously forms two balls by pressing the shaft in each forming hole with a pressing mold,
A plurality of kinds of dishes of different picture patterns to enable each stacked and stored, and a plurality of tray stock section provided with a dish drop opening in each of the lower, and the screen operation unit for designating and selecting the dishes one by one from a plurality of dish stock portion The upper surface of the lower plate horizontal transfer mold, which is designated and selected by the screen operation unit and has been dropped downward from the dropping port of the plate stock unit, is arranged so as to cross the conveyor under the plate stock unit. after engagement is captured by one of the two dishes engaging recess of the moving frame to allow horizontal slide to the right and left, then lateral slide on conveyor side dishes by lateral slide drive moving frame sequentially on the conveyor A dish horizontal transfer mold to be transferred, a circumferential groove provided on the lower edge of the drop opening of the dish stock part, and recessed on the circumferential surface to receive both edge parts of the dish on the circumferential surface, and a dish Center axis to engage both end edges of It includes a pair of left and right dish swivel shafts each having a locking groove drilled in parallel, and the dish swivel shaft is used when a dish of each dish stock portion is designated and selected by the screen operation unit. It is driven to rotate, so that the peripheral grooves receive both edge portions of the lowermost dish from below, and the peripheral edge of the dish enters and is locked at the position where each locking groove faces, When the turning shaft further rotates and the locking groove faces downward, the locking of the dish is released and dropped downward, and at the same time, both end edges of the other dishes directly above the circumferential groove are viewed from below. Since it is intended to be received, in a sushi ball forming apparatus such as a sushi restaurant, the designated and selected number of dishes can be stably and speedily supplied onto the conveyor, so the dish supply operation is hygienic and It can be shortened, and even when a customer suddenly orders sushi It is possible to respond to. For example, if the dish stock part is composed of three parts, a central dish stock part that houses the central dish plate and a left and right dish stock part that houses the left and right wasabi dish parts, the presence or absence of wasabi application This makes it possible to quickly respond to customers such as children who prefer to remove rust.

  Hereinafter, the best mode for carrying out the dish supply apparatus according to the present invention will be described in detail with reference to the drawings.

  As shown in FIG. 1 to FIG. 4, the sprout ball forming apparatus according to the present invention is configured to remove a spur from a hopper H provided at an upper portion thereof and supply the shrunk by a roller R <b> 1. Pressing the left and right vertical conveyor sections 2 for feeding into the forming holes provided in the pair of left and right turntables T while cutting with a comb blade while measuring by the shunt branch roller R2, and the shear in each forming hole By carrying out preliminary molding and main molding with the molding die S, there is provided a sharp ball molding portion 3 for molding two individual sharp balls P at the same time. The shear supply unit 1 is provided with a heater for heating the shear.

  As shown in FIG. 4, a conveyor 5 is arranged below the sharp ball forming part 3 in the turntable T, and a plate Q is attached to one end of the conveyor 5 with, for example, four upright bars 4 d. For example, three plate supply units 4 set in a stacked manner are provided in three plate stock portions 4a, 4b, and 4c that are supported so as to surround each other. And each one is designated and selected from any one of the dish stock parts 4a, 4b, and 4c, and is transferred to the lower part of the sharp ball forming part 3 by the conveyor 5.

In other words, pan feeder 4, 5, 6, 7, three dishes stock portion 4a three dishes Q having different picture patterns and allow the stacked and stored, 4b, 4c, respectively, It arrange | positions on each upper surface of the three dish stock cylinders 12. FIG. For example, the plate stock units 4a, 4b, and 4c are a central plate stock unit 4b that can load and store a wasabi-free plate and a left and right plate stock unit 4a and 4c that can load and store a plate with wasabi. Conveying conveyor 5 is arranged so as to move at a right angle below center dish stock portion 4b. A dish end detection sensor 13 is attached to the side of each dish stock cylinder 12.

  Further, each center of the dish stock cylinder 12 is provided with a dish dropping port for dropping the dishes Q loaded and accommodated in the dish stock parts 4a, 4b and 4c, respectively, and below the peripheral wall of the dish dropping port. As shown in FIG. 8, the peripheral groove 19 is recessed in the central portion of the peripheral surface to receive both end edges of the plate Q, and the central portion of the central shaft is engaged with the both ends of the plate. A pair of left and right dishing swivel shafts 18 each provided with a locking groove 20 drilled in parallel with each other are arranged so as to face each other. As shown in FIG. 5, each of the dishing swivel shafts 18 is connected to a drive source 23 via a shaft 21, a pulley 22, a switching connection gear, an endless belt, and the like.

  More specifically, as shown in FIG. 9 (a), the dishing swivel shaft 18 receives both edge portions of the lowermost dish Q in the dish stock cylinder 12 from below at the circumferential groove 19 on the circumferential surface. Then, as shown in FIGS. 9 (b) and 9 (c), the peripheral edge of the plate Q enters at the position where the locking grooves 20 drilled in parallel to the central axes face each other. As shown in FIG. 9 (d), the panning turning shaft 18 further rotates and the locking groove 20 faces downward as shown in FIG. 9 (d). At the same time, the both ends of the other plate Q directly above the circumferential groove 19 of the dishing swivel shaft 18 are received from below.

  Further, below each plate stock portion 4a, 4b, 4c, a plate Q dropped downward from each drop opening of the plate stock portion 4a, 4b, 4c is substantially E provided with two plate engaging recesses 17. There is provided a horizontal dish type 16 which is sequentially transferred to the conveyor side by left and right reciprocating horizontal slides of a moving frame 15 having a shape.

  That is, as shown in FIGS. 7, 10, 11 (a) to 11 (c), the dish horizontal transfer mold 16 is placed under the horizontal transfer so as to cross the conveyor 5 below each dish stock portion. The mold 16a is disposed, and is formed by a substantially E-shaped moving frame 15 that allows the upper surface of the dish horizontal transfer lower mold 16a to slide horizontally. As shown in FIG. 10, the dish horizontal transfer mold 16 has a substantially E-shaped moving frame 15 in which the dish engaging recesses 17 are arranged adjacent to each other at symmetrical positions on one end side of the plate material. The dish Q dropped downward from the respective drop openings of the dish stock portions 4a, 4b, and 4c is caught and caught by the dish engaging recess 17 of the dish lateral transfer mold 16, and then the dish Q is moved sideways to the conveyor 5 side. It is slid and transferred onto the conveyor 5.

  In addition, a circular opening or the like is formed in the middle of the horizontal dish lower transfer die 16a so as to correspond to the drop opening of the central dish stock part 4b and the position of the conveyor 5 and the peripheral edge of the dish Q is the dish. When the bottom of the plate Q is placed on the transport conveyor 5 while being held by the inner peripheral edge of the engaging recess 17, the bottom peripheral wall of the plate Q has a predetermined drop on the inner peripheral edge of the opening. By hitting, the plate Q can be centered. In addition, as shown in FIG. 7, a dish take-out confirmation sensor 14 for confirming that the dish Q has moved from the dish horizontal transfer mold 16 to the transport conveyor 5 side is attached in the vicinity of the periphery of the conveyor 5. .

  Further, as shown in FIG. 4, under the conveying conveyor 5 where the shaving ball forming section 3 is located, a shredding protrusion for placing each shaving ball P formed by the shaving ball forming section 3 on the plate Q. A shaving ball loading mechanism 6 using an upper die 6a is provided, and a discharge pressure is kept constant at the other end side of the conveyor 5 so that the wasabi can be uniformly applied to each shaving ball P by a set of wasabi pumps. A wasabi application mechanism 7 having a wasabi nozzle provided with an air chamber is provided. Further, in the same place as the wasabi application mechanism 7, a dish delivery mechanism for delivering the dish Q after applying the wasabi to each shaving ball P and transferring it to the material loading conveyor 8 shown in FIGS. 1 to 3. 9 is provided.

  In addition, as shown in FIG. 1, the shaving ball forming apparatus is provided with a screen operation unit 10 such as a liquid crystal touch panel, and the dish supply device 4 and the wasabi application are set by touch setting of the screen operation unit 10. A command signal is sent to each of the mechanisms 7 to specify and select the number of dishes Q to be supplied by the dish supply device 4, and at the same time, the presence or absence of wasabi application by the wasabi application mechanism 7 can be specified and selected. For example, the supply pattern of the dish Q from the dish supply device 4 by the screen operation unit 10 is “presence / absence”, “presence / absence”, “non-existence / non-existence”, “non-existence / non-existence”, “presence / non-existence” of wasabi, Eight patterns of “no presence”, “present existence”, and “no absence no” are possible.

  Next, an example of use and operation of the best mode of the dish supply apparatus according to the present invention configured as described above will be described in detail.

  First, the dishes Q are set in the three dish stock portions 4a, 4b, and 4c, the hopper H is loaded, and the apparatus is turned on. At this time, designation of the number of dishes Q supplied by the dish supply device 4 and designation of presence / absence of wasabi application by the wasabi application mechanism 7 are performed in advance by the screen operation unit 10.

  The crush in the hopper H is unwound by the unrolling roller R1 of the shredding supply unit 1 shown in FIG. 4 and then cut by the comb blade while being measured by the shunt branching roller R2 of the left and right vertical conveyor unit 2. It is supplied into each forming hole provided in the pair of turntables T. At this time, the shaver is always warmed by the heater for heating.

  In each shaping hole, two shaping balls P are formed at the same time by pre-molding with the press-molding die S and main molding at the molding unit 3 of the turntable T.

  At the same time, as shown in FIGS. 7, 11 (a), 11 (b), and 11 (c), the plates Q of the plate stock units 4 a, 4 b, and 4 c of the plate supply device 4 are displayed on the screen operation unit. The dishing swivel shaft 18 is rotationally driven. At this time, as shown in FIG. 9A, the peripheral grooves 19 on the peripheral surface of the counterspinning pivot shaft 18 receive the both end edges of the lowermost dish in the dish stock cylinder 12 from below, 9 (b) and FIG. 9 (c), the peripheral edge of the plate Q enters and is locked at the position where each locking groove 20 faces. Further, as shown in FIG. 9 (d), the countersink pivot 18 is further rotated and the locking groove 20 faces downward as shown in FIG. At the same time, both edge portions of the other dishes Q directly above the circumferential groove 19 of the dishing swivel shaft 18 are received from below. At this time, the position of the dish Q at the lowermost stage is detected by the dish end detecting sensor 13, and the rotation of the dishing turning shaft 18 is temporarily stopped. Thus, the dishes Q of the dish stock portions 4a, 4b, and 4c are sequentially and stably dropped in a state where the horizontal posture is maintained.

  For example, the plate stock portions 4a, 4b, and 4c have three locations: a central plate stock portion 4b that houses a central dish plate without wasabi, and left and right plate stock portions 4a and 4c that store left and right wasabi plate plates. 11 (a), the wasabi-equipped picture plate falling from the left plate stock portion 4a is received by the left plate engagement recess 17 of the plate horizontal transfer mold 16 and is moved by the right side slide. The dish Q is transferred to the conveyor 5 side. Next, as shown in FIG. 11 (b), the wasabi-equipped picture plate falling from the right plate stock portion 4c is received by the right plate engaging recess 17 of the plate horizontal transfer mold 16, and the plate Q is moved by the left side slide. Transfer to the conveyor 5 side. At this time, the dish take-out confirmation sensor 14 confirms whether or not the dish Q has surely moved from the dish lateral transfer mold 16 to the conveyor 5 side.

  Further, as shown in FIG. 11 (c), when the wasabi-free picture plate falling from the central plate stock portion 4b is received by the left or right plate engaging recess 17 of the horizontal plate transfer mold 16, The plate Q is directly dropped onto the conveyor 5 via either the left or right plate engaging recess 17 without causing the transfer die 16 to slide horizontally.

  When the plate Q is transferred to the conveyor 5 side, as shown in FIGS. 10A and 10B, the plate Q is detached from the plate engaging recess 17 by the movement of the conveyor 5, and It is transferred by the conveyor 5 to the position where the ball is placed below the ball forming unit 3.

  The transported dish Q stops at the position where the ball is placed, and then, as shown in FIG. Then, both side edge portions of the plate Q are lifted and brought into contact with the position of the shaving hole of the turntable T, and at the same time the shaving balls P are received, two shaving balls P are placed on the pan Q through the shaving holes of the turntable T.

  Then, the prepared dish Q is again conveyed to the position of the wasabi application mechanism 7 by the conveyor 5 and, as shown in FIG. 4, a uniform amount of wasabi is applied to each of the sharp balls P from the wasabi nozzle of the wasabi application mechanism 7 through the air chamber. Is applied.

  After applying the wasabi to each of the shaving balls P, as shown in FIG. 4, the tray Q is dispensed by the dispensing mold 9b that reciprocally swings the tray dispensing mechanism 9, and is transferred to the material loading conveyor 8 shown in FIGS. Therefore, after the material is placed through the material case duct 11 shown in FIG. 3, it is transferred to the lane or the like.

It is a front view of the sharp ball molding device in the best mode for carrying out the present invention. It is a top view of a sharp ball molding device. It is a side view of a sharp ball molding device. It is sectional drawing which looked at the schematic structure of the sharp ball molding apparatus from the side. It is sectional drawing which shows the structure of a dish supply apparatus similarly. It is a top view of a dish supply apparatus similarly. It is a front view of a dish supply apparatus similarly. It is a side view which similarly shows the example of arrangement | positioning of the dish extraction turning shaft of a dish stock cylinder lower end. (A) thru | or (d) is explanatory drawing which similarly shows the operation example of a dishing turning axis | shaft. Similarly, an example of the configuration of the dish horizontal transfer type is shown, (a) is a front view, and (b) is a plan view. (A) thru | or (c) is explanatory drawing which shows the example of operation | movement of a dish horizontal transfer type | mold.

P Shari ball Q Plate T Turntable H Hopper R1 Unrolling roller R2 Shaving branch roller S Pressing mold 1 Shaving supply unit 2 Vertical conveyor unit 3 Shaping ball forming unit 4 Dish feeding device 4a, 4b, 4c Dish stock unit 4d Standing rod DESCRIPTION OF SYMBOLS 5 Conveyor 6 Shaving ball loading mechanism 6a Shaft loading protrusion type | mold 7 Wasabi application | coating mechanism 8 Material loading conveyor 9 Dish discharge mechanism 9a Link arm 9b Discharge type 9c Groove type 10 Screen operation part 11 Material case duct 12 Dish stock cylinder 13 Dish end Detection sensor 14 Dish removal confirmation sensor 15 Moving frame 16 Dish horizontal transfer type 16a Dish horizontal transfer lower die 17 Dish engaging recess 18 Dish turning shaft 19 Circumferential groove 20 Locking groove 21 Shaft 22 Pulley 23 Drive source

Claims (3)

A plurality of kinds of dishes of different picture patterns to enable each stacked and stored, and a plurality of tray stock section provided with a dish drop opening in each of the lower, and the screen operation unit for designating and selecting the dishes one by one from a plurality of dish stock portion The upper surface of the lower plate horizontal transfer mold, which is designated and selected by the screen operation unit and has been dropped downward from the dropping port of the plate stock unit, is arranged so as to cross the conveyor under the plate stock unit. after engagement is captured by one of the two dishes engaging recess of the moving frame to allow horizontal slide to the right and left, then lateral slide on conveyor side dishes by lateral slide drive moving frame sequentially on the conveyor A dish horizontal transfer mold to be transferred, a circumferential groove provided on the lower edge of the drop opening of the dish stock part, and recessed on the circumferential surface to receive both edge parts of the dish on the circumferential surface, and a dish Center axis to engage both end edges of It includes a pair of left and right dish swivel shafts each having a locking groove drilled in parallel, and the dish swivel shaft is used when a dish of each dish stock portion is designated and selected by the screen operation unit. It is driven to rotate, so that the peripheral grooves receive both edge portions of the lowermost dish from below, and the peripheral edge of the dish enters and is locked at the position where each locking groove faces, When the turning shaft further rotates and the locking groove faces downward, the locking of the dish is released and dropped downward, and at the same time, both end edges of the other dishes directly above the circumferential groove are viewed from below. A dish feeder characterized by receiving it . Dish stock unit, so that the three kinds of dishes of different picture patterns can each stacked and stored, and Hidarisara stock unit, and the central dish stock section, consists of three places of the right dish stock section, of the central dish stock portion The transport conveyor is disposed below, and the horizontal dish transfer type is formed by an E-shaped moving frame that can be horizontally slid to the left and right so as to cross the transport conveyor below each dish stock part, and falls from the left dish stock part. The dish is received by the dish engaging recess on the left side of the dish horizontal transfer type, and the dish is transferred to the conveyor side by the right side slide, and the dish falling from the right dish stock part is engaged on the right side of the dish horizontal transfer type. When the dish is transferred to the conveyor side by the left side slide received by the concave part, and the dish falling from the central dish stock part is received by either the left or right dish engaging concave part, Without moving the transfer type from side to side Left or right tray supply apparatus according to claim 1, wherein through the countersunk engagement recess the dishes were assumed to be dropped directly onto the conveyor. A left and right vertical conveyor comprising a supply unit for supplying a supply from the hopper provided at the top while removing the supply and a supply branch roller for supplying the supplied supply into each forming hole provided in the pair of left and right turntables. A plate supplying device for a ball forming device comprising: a portion, and a ball forming portion that simultaneously forms two balls by pressing the shaft in each forming hole with a pressing mold,
A plurality of kinds of dishes of different picture patterns to enable each stacked and stored, and a plurality of tray stock section provided with a dish drop opening in each of the lower, and the screen operation unit for designating and selecting the dishes one by one from a plurality of dish stock portion The upper surface of the lower plate horizontal transfer mold, which is designated and selected by the screen operation unit and has been dropped downward from the dropping port of the plate stock unit, is arranged so as to cross the conveyor under the plate stock unit. After being locked and captured by one of the two dish engaging recesses of the moving frame that can be horizontally slidable to the left and right, the dish is horizontally slid to the conveying conveyor side by the horizontal sliding drive of the moving frame, and sequentially on the conveying conveyor. It is equipped with a dish horizontal transfer type to be transferred,
Parallel to the central axis so as to engage the circumferential groove provided in the lower edge of the dropping mouth of the dish stock part and recessed in the circumferential surface so as to receive both edge parts of the dish on the circumferential surface, and both edge parts of the dish. It includes a pair of left and right dish swivel shafts each provided with a perforated locking groove, and the dish swivel shaft is driven to rotate when a dish of each dish stock unit is designated and selected by the screen operation unit. The peripheral edge of the lower plate is received by the circumferential groove from below, and the peripheral edge of the plate enters and is locked at the position where the respective locking grooves face each other. Is further rotated and the locking groove is directed downward, so that the locking of the dish is released and dropped downward, and at the same time, the two edges of the other dish directly above the circumferential groove are received from below. and then pan feeder according to claim 1 or 2, wherein the the.

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