TWM597625U - Device of arrangement for automatic breaking of bird egg and collecting of egg liquid - Google Patents

Abstract

This creation is about an automatic bird egg breaking and egg liquid collection device. The automatic control system device controls the multiple bird eggs to be transported on each track of the bird egg conveying device to slide out of the egg slot and fall to the corresponding Each of the egg liquid is produced in the frame, and each column of the egg cutting device is controlled to insert the corresponding egg liquid production frame down and cut the bird egg, so that the egg liquid flows down through the egg liquid out of the hole in the mesh layer Flowing into the accommodating space at the bottom of the egg production frame and the egg accommodating groove formed by the concave frame, the columnar body of the egg cutting device is raised, and the concave frame of the drawing device is moved to make the first The 1 and 2 egg liquid outflow holes are aligned. The egg liquid of each bird's egg flows into each containing slot of an egg dumper with plural containing slots through the egg liquid outflow hole, and the egg shell is pushed out of the egg liquid. Produce the frame body and the concave frame body outside, do not need to manually break the bird eggs, achieve the best economic benefit of automatically cutting the bird eggs and configuring the egg liquid.

Description

Device for automatic bird egg breaking and egg liquid collection configuration

This creation relates to a device for bird egg breaking and egg liquid collection and configuration. This specifically refers to the automatic control system device to automatically transport the bird eggs with the bird egg conveying device, and then the egg cutting device to cut the bird eggs so that each The egg liquid of a bird's egg flows down through the holes of the egg liquid outflow net layer of the egg liquid producing device, and the egg liquid outflow hole at the bottom of the concave frame of the drawing device is controlled to interact with the egg liquid outflow hole at the bottom of the egg liquid producing frame. Align, make the egg liquid of the plural bird eggs respectively flow into the plurality of egg liquid holding tanks of the egg inverter on the egg inverter conveying device, and control the pushing device to push the egg shell out of the egg liquid generating frame and concave frame. Outside of the body, it can automatically cut the bird eggs, separate the egg liquid and egg shell, and configure the automatic bird egg breaking and egg liquid collection device.

However, the delicious fried bird eggs is the most common snack in Taiwan’s night markets. Whenever you visit the night market, you always see many people holding a bunch of golden and fragrant bird eggs while walking around the night market. The original flavor of fried bird eggs, the industry has successively dipped the whole skewer of cooked bird eggs with different sauces in an attempt to change the taste of the original fried bird eggs, so that the fried bird eggs will be welcomed by the general public. A string of fried bird eggs requires a long line of people to wait in line, because before traditional fried bird eggs, each bird egg must be manually broken into the shell one by one, and the egg must be placed close to the high-temperature frying machine by hand. The liquid is aligned with the frying trough of the grill to allow the egg liquid to flow into the frying trough for frying. Not only does it take a long time to slowly dispose the egg liquid into the frying trough one by one, and wait until the bird eggs are broken one by one. Align the frying troughs one by one so that the egg liquid flows into all the frying troughs, and then flows into the frying first The egg liquids in the trough have already been burnt, and it is impossible to control each egg liquid to achieve the same average maturity. Not only that, when the staff aligns their hands with the frying trough of the high-temperature frying machine, they often get fried eggs. The hot oil burned his hands, so that the author invented an egg inverting device, the egg inverting device is a plurality of inverted objects arranged in parallel and equidistantly arranged on the holding plate of the holding object , Each inverted object accommodating body is recessed with a accommodating slot, as long as each parallel-arranged accommodating slot is filled with one egg liquid before frying and roasting the bird eggs, and then the flipping egg dumper is held by hand The handle of the device allows you to pour multiple egg liquids into the multiple frying troughs on the corresponding frying machine at the same time. Although it can reach the same degree of maturity of each egg liquid, it still needs to be manually cooked. The bird eggs are broken one by one so that the egg liquid will flow into each containing slot of the egg inverting device one by one. It is also necessary to manually break the bird eggs and contain the egg liquid. It can be seen that it shortens the fried bird Due to the limited time for eggs, many buyers are unwilling to wait in line to buy. This not only loses business, but also increases labor costs and reduces profits. In addition, it is also prone to human-induced unhygienic failure by manually breaking the eggs, causing fried birds. The egg businessmen have long-term great inconvenience and trouble; in view of this, how can they overcome the above shortcomings by automatically breaking the bird eggs and aligning the egg liquid to flow into each containing slot of the egg dumper, reducing Labor costs and shortening the time spent before frying are the technical problems and technical effects that the creator wants to solve.

In view of the aforementioned traditional hand-breaking of bird eggs to make the egg liquid flow out for frying, the creator cannot break through the many problems that exist, and carefully researched, and then actively researched and developed and created. After years of professional experience in this industry And experience, so I created the creation of this case.

The main purpose of this creation is to provide a device for automatic bird egg breaking and egg liquid collection configuration, which automatically controls each phase by the automatic control system device. The related device carries out the automatic circulation operation of conveying bird eggs, cutting bird eggs, collecting egg liquid, and recovering egg shells. When the bird egg conveying device rotates and drives multiple bird eggs to be transported forward on each track to the end, sliding When the egg liquid in each egg liquid generator of the corresponding egg liquid producing device flows out of the net layer, the egg cutting device is controlled immediately to make each columnar body arranged in parallel with the interval. Insert each egg liquid production frame corresponding to the plural egg liquid generators down, cut the bird egg with the blade at the bottom, and use the cone of the knife to poke the bird egg homeopathically to both sides to make the egg liquid flow Lay down through the holes of the egg liquid outflow net layer, and then through the first egg liquid outflow hole at the bottom of the frame and the second egg liquid outflow hole at the bottom of the concave frame of the drawing device, and then flow into the egg dumper. In each container of the egg dumper, one of the conveying devices, the operator of frying and roasting the egg liquid does not need to manually break the eggs one by one, and can quickly take the egg dumper containing the egg liquid corresponding to the frying pan The egg liquid is poured into the frying trough on the machine for frying, and the eggshell is automatically pushed out of the egg liquid generating frame and the concave frame by the pushing device, and falls onto the conveyor belt of the eggshell conveying device for transportation, recycling and discarding. At this time, the automatic control system device controls the reset or action of each related device, and again automatically controls a series of automatic continuous cycle operations of conveying bird eggs, cutting bird eggs, collecting and configuring egg liquid, and recovering egg shells, which not only reduces Labor cost, shorten the time before frying, improve the production efficiency of frying and roasted egg liquid, increase the profit of the industry, and can avoid the unpredictable unhygienic caused by manually breaking the bird eggs, and achieve the automatic delivery of bird eggs, The best economic benefits of cutting bird eggs, collecting and configuring egg liquid, and recycling eggshells will increase the value of the industry and improve market competitiveness.

(1) ‧ ‧ Automatic bird egg breaking and egg liquid collection device

(1a)‧‧‧Automatic control system device

(1b)‧‧‧Control switch

(10)‧‧‧Egg Cutting Device

(100)‧‧‧Fixed unit

(11)‧‧‧Actuator

(110)‧‧‧Pushing rod

(12)‧‧‧Mobile support frame

(121)‧‧‧Cylinder

(13)‧‧‧Knife Department

(130)‧‧‧Cone

(131)‧‧‧Blade

(1210)‧‧‧Strengthening Department

(20)‧‧‧Egg Liquid Generator

(21)‧‧‧Egg Liquid Generator

(22)‧‧‧Egg liquid production frame

(220)‧‧‧Egg shell exit hole

(2200)‧‧‧The center of the frame

(221)‧‧‧The first eggshell exit hole

(222)‧‧‧The second eggshell exit hole

(223)‧‧‧The first egg liquid outflow hole

(23)‧‧‧Egg inlet

(25)‧‧‧Egg liquid flows out of the net layer

(250)‧‧‧Hole

(26)‧‧‧Accommodation space

(260)‧‧‧Egg Liquid Storage Tank

(27)‧‧‧Connecting board

(28)‧‧‧Introduction

(29)‧‧‧The first inverted L-shaped bracket

(30)‧‧‧Drawing device

(300)‧‧‧Fixed frame

(31)‧‧‧Actuator

(310)‧‧‧Drawing Rod

(32)‧‧‧Concave frame

(320)‧‧‧Eggshell Exit

(321)‧‧‧The first eggshell exit

(322)‧‧‧The second eggshell exit

(323)‧‧‧The second egg liquid outflow hole

(33)‧‧‧Open

(50)‧‧‧Pushing device

(500)‧‧‧Fixed unit

(51)‧‧‧Actuator

(510)‧‧‧Pushing Rod

(52)‧‧‧Pushing support frame

(521)‧‧‧Pushing the cylinder

(53)‧‧‧Promotion Department

(60), (60a), (60b)‧‧‧Bird egg conveying device

(600)‧‧‧Orbit

(601)‧‧‧Gear

(6010)‧‧‧Tooth

(6032)‧‧‧Gear bite hole

(61)‧‧‧Conveyor belt

(611)‧‧‧Chain conveyor belt

(62)‧‧‧Connecting shaft

(620)‧‧‧Rolling casing

(63)‧‧‧Pulley

(651)‧‧‧The first outer connecting piece

(652)‧‧‧The second outer connecting piece

(653)‧‧‧Inner connection piece

(65)‧‧‧Connecting piece

(66), (66a), (66b)‧‧‧Card egg slot

(660)‧‧‧ Acceptance Clause

(67)‧‧‧Motor

(670)‧‧‧Motor shaft

(6700)‧‧‧Motor drive shaft

(671)‧‧‧Drive wheel

(672)‧‧‧Scroll Wheel

(673)‧‧‧Shaft

(68)‧‧‧Orbit

(681)‧‧‧Conveyor belt

(682)‧‧‧Card System Department

(69)‧‧‧Support frame

(70)‧‧‧Eggshell conveying device

(71)‧‧‧Motor

(710)‧‧‧Motor drive shaft

(711)‧‧‧Drive wheel

(721)‧‧‧Shaft

(72)‧‧‧Scroll wheel

(73)‧‧‧Conveyor belt

(75)‧‧‧Base

(76)‧‧‧On the support frame

(77)‧‧‧The second inverted L-shaped bracket

(78)‧‧‧Blocking piece

(80)‧‧‧Egg Tipper Conveying Device

(81)‧‧‧Motor

(810)‧‧‧Drive screw

(811)‧‧‧Transmission seat

(82)‧‧‧Fixed base

(83)‧‧‧Egg tray

(831)‧‧‧Fixture

(85)‧‧‧Base

(86)‧‧‧Egg Tipper

(860)‧‧‧Containing Slot

(861)‧‧‧Container

(862)‧‧‧Undertake board

(87)‧‧‧Bird Egg

(870)‧‧‧Egg Liquid

(88)‧‧‧Eggshell

(9)‧‧‧Fixed unit

(91)‧‧‧Undertake board

Figure 1A: is a three-dimensional schematic diagram of a preferred embodiment of the creation (1).

Figure 1B: is a partial three-dimensional enlarged schematic diagram of the preferred embodiment of this creation.

Figure 2: A three-dimensional schematic diagram of a preferred embodiment of the creation (2).

Figure 3: A three-dimensional schematic diagram of a preferred embodiment of this creation (3).

Figure 4: A three-dimensional schematic diagram (1) of the preferred implementation state of this creation.

Figure 5A: A partial enlarged three-dimensional schematic diagram of a preferred implementation state of this creation (1).

Figure 5B: is a partial enlarged cross-sectional schematic diagram of the preferred embodiment of this creation (1).

Figure 6A: A partial enlarged three-dimensional schematic diagram of a preferred implementation state of this creation (2).

Figure 6B: A partial enlarged cross-sectional schematic diagram of the preferred embodiment of this creation (2).

Figure 7A: A partial enlarged three-dimensional schematic diagram of the preferred implementation state of this creation (3).

Figure 7B: is a partial enlarged cross-sectional schematic diagram of the preferred embodiment of this creation (3).

Figure 8A: A partial enlarged perspective view of the preferred implementation state of this creation (4).

Figure 8B: Partially enlarged top view of the preferred implementation state of this creation (1).

Figure 8C: Partially enlarged top view of the preferred implementation state of this creation (2).

Figure 9: is a three-dimensional schematic diagram of the preferred embodiment of this creation (4).

Figure 10: is a partial enlarged cross-sectional schematic diagram of the preferred embodiment of this creation (4).

Figure 11: is a partial enlarged cross-sectional schematic diagram of the preferred implementation state of this creation (1).

Figure 12: A three-dimensional schematic diagram of a preferred implementation state of this creation (2).

Figure 13: is a three-dimensional schematic diagram of the preferred embodiment of this creation (5).

Figure 14: A partial enlarged cross-sectional schematic diagram of the preferred implementation state of this creation (2).

Figure 15: A partial enlarged three-dimensional schematic diagram of the preferred implementation state of this creation (5).

Figure 16: A partially enlarged three-dimensional schematic diagram of the preferred implementation state of this creation (6).

Figure 17: A partial enlarged three-dimensional schematic diagram of a preferred implementation state of this creation (5).

Figure 18: A three-dimensional schematic diagram of a preferred implementation state of this creation (3).

Figure 19: is a three-dimensional schematic diagram of the preferred embodiment of this creation (6).

Figure 20: is a three-dimensional exploded schematic diagram of the preferred embodiment of this creation.

Figure 21: is a three-dimensional schematic diagram of the preferred embodiment of this creation (7).

Figure 22: A three-dimensional schematic diagram of a preferred implementation state of this creation (4).

Figure 23: A cross-sectional schematic diagram of the preferred implementation state of this creation (1).

Figure 24: A cross-sectional schematic diagram of the preferred implementation state of this creation (2).

Figure 25: A cross-sectional schematic diagram of the preferred implementation state of this creation (3).

Figure 26: is a cross-sectional schematic diagram of the preferred implementation state of this creation (4).

Figure 27: is a cross-sectional schematic diagram of the preferred implementation state of this creation (5).

Figure 28: is a cross-sectional schematic diagram of the preferred implementation state of this creation (6).

Figure 29: is a cross-sectional schematic diagram of the preferred implementation state of this creation (7).

In order to enable your reviewer to further understand the structure, features, and effects of this creation, a preferred embodiment is attached and detailed description with the drawings is as follows.

Please refer to Figure 1A. The device (1) for this creation of automatic bird egg breaking and egg liquid collection configuration mainly includes an egg cutting device (10), an egg liquid generating device (20), and a drawing device (30) , Pushing device (50), bird egg conveying device (60), eggshell conveying device (70), egg dumper conveying device (80) and automatic control system device (1a); the automatic control system device (1a) is provided There is a control switch (1b); the egg breaking device (10), the pulling device (30), the pushing device (50), the bird egg conveying device (60), the egg shell conveying device (70) and the egg dumper conveying device (80) are all electrically connected to the automatic control system device (1a); please also refer to Figure 2. The egg cutting device (10) includes an actuator (11) and a movable support frame (12); , The end of the push rod (110) of the actuator (11) and the upper part of the movable support frame (12) are fixed to each other, and the movable support frame (12) extends downward in a plurality of parallel rows at intervals Row of columnar bodies (121), each columnar body (121) is fixedly provided with a knife part (13) at the bottom end, and the knife part (13) consists of a cone (130) and a blade (131) at the bottom end The shape of the cone (130) and the blade (131) can be set to different shapes according to needs; each columnar body (121) is formed or provided with a strengthening part (1210) at an appropriate position for Strengthen the robustness of the columnar body (121) without being deformed; the actuator (11) is fixed on one side of a main body base (9) or the main body base (9) by a fixing unit (100) ); Among them, the automatic control system device (1a) is controlled by the push rod (110) of the actuator (11) of the egg cutting device (10) to descend or rise to control the movable support frame (12) Each column (121) is moved downward or upward; please refer to Figure 1, Figure 3~4, Figure 5A, Figure 5B, Figure 6A and Figure 6B at the same time , The egg liquid generator (20) includes a plurality of egg liquid generators (21) arranged at intervals, and the sides between two adjacent egg liquid generators (21) are connected by a connecting plate (27) To be connected and fixed, the connecting plate (27) can also be arranged as a plurality of connecting plates (27) with upper and lower parallel according to needs; each egg liquid generator (21) includes a front opening with an egg inlet (23) The egg liquid production frame (22) and the egg liquid outflow net layer (25) sheathed inside the egg liquid production frame (22); the shape of the egg liquid production frame (22) can be set as required as required The rectangular frame shown in Figure 1, Figures 3 to 4, Figure 5A, and Figure 6A can also be set as the tube-shaped frame shown in Figure 7A; the egg liquid flows out of the net layer ( 25) It is equipped with multiple holes (250), and the size and shape of the holes (250) can be set according to needs, and even the shape of the holes (250) can be set to geometrical shape, so that the egg liquid (870) can move faster The egg liquid outflows out of the net layer (25); wherein the egg liquid production frame (22) is located below the egg inlet (23) and the egg liquid outflow net layer (25) is provided with a pair of egg shell exit holes ( 220), the pair of eggshell exit holes (220) are formed by the corresponding first eggshell exit hole (221) and the second The egg shell exit hole (222) is formed, and the bottom of the egg liquid production frame (22) is also provided with a first egg liquid outflow hole (223); please refer to Figure 8A, Figure 8B and Figure 8C at the same time, The egg liquid generating frame (22) of the egg liquid generator (21) is located on both sides of the egg inlet (23) and can be extended out of the introduction piece (28). The introduction pieces (28) on both sides are blocked to make Each bird egg (87) can smoothly fall from the bird egg conveying device (60) through the egg inlet (23) to the egg liquid outflow net layer (25) in each egg liquid production frame (22); Please refer to Figures 1, 9 and 10 again, the drawing device (30) includes an actuator (31) and a concave frame (32); the drawing rod (31) of the actuator (31) 310) is fixed to one side of the concave frame (32); wherein, the automatic control system device (1a) is controlled by the drawing rod (31) of the actuator (31) of the drawing device (30) 310) Push forward or pull back, relative to the control concave frame (32) moved by a preset distance left or right or the state of the control concave frame (32) moving: the actuator (31) is borrowed The fixing frame (300) is fixed on the main body base (9) or one side of the main body base (9); wherein the concave frame (32) is opposite to the actuator (31) with an opening ( 33), to facilitate the maintenance and cleaning operations of the staff; the concave frame (32) is provided with a plurality of eggshell exit ports (320) arranged at intervals in the front and back respectively, and each pair of eggshell exit ports (320) ) Is composed of the corresponding first eggshell exit port (321) and second eggshell exit port (322); wherein the bottom of the concave frame (32) corresponds to each pair of eggshell exit ports (320) ) Is provided with a second egg liquid outflow hole (323); please refer to Fig. 1, Fig. 4 and Figs. 10-13, the multiple egg liquid generators (21) of this creative egg liquid producing device (20) Each egg liquid generating frame (22) of the drawing device (30) is sheathed inside the concave frame (32) of the drawing device (30), and is pivoted with the concave frame (32); wherein the egg is cut Each column (121) of the device (10) corresponds to each egg liquid production device (20) At the center (2200) of the raw frame (22), the automatic control system device (1a) controls each column (121) to be inserted into each egg liquid production frame (22). Or ascend to the outside of the egg liquid production frame (22), so as to achieve the cycle of cutting the bird eggs (87) and collecting the egg liquid (870); the egg liquid flows out of the bottom end of the net layer (25) and There is a preset distance between the first egg liquid outflow holes (223) opened at the bottom of the egg liquid producing frame (22), thereby forming an accommodating space (26), and the automatic control system device (1a) controls the pumping The moving state of the concave frame (32) of the pulling device (30) or moving a preset distance, so that the two adjacent egg liquid generators (21) of the egg liquid producing device (20) are located in the pulling device (30). ) Between the second egg liquid outflow holes (323) of the concave frame (32), so that an egg liquid containing groove (260) is formed between the containing space (26) and the concave frame (32); As shown in Figures 10 and 12), that is, the first egg liquid outflow hole (223) at the bottom of each egg liquid production frame (22) of the plural egg liquid generators (21) is not aligned. Each second egg liquid outflow hole (323) under the bottom of the concave frame (32) of the pulling device (30) allows each egg liquid to flow out of the containing space (26) below the mesh layer (25) and the concave shape An egg liquid holding tank (260) is formed between the frames (32); when the automatic control system device (1a) controls the moving state of the drawing device (30) concave frame (32) or moves a preset distance ( As shown in Figure 11), the first egg liquid outflow hole (223) opened at the bottom of each egg liquid producing frame (22) of the plural egg liquid generators (21) of the egg liquid producing device (20) Align each of the second egg liquid outflow holes (323) below the bottom of the concave frame (32) of the drawing device (30), and open the holes (323) on the concave frame (32) of the drawing device (30). Each pair of eggshell exit openings (320) also coincides with the pair of eggshell exit holes (220) on each egg liquid production frame (22) of the plurality of egg liquid generators (21) respectively; please Refer to Figure 1, Figure 12, Figure 21 and Figure 22 at the same time, when the automatic control system device (1a) is activated, it is the pioneer The moving bird egg conveying device (60) rotates, so that each bird egg (87) placed on the bird egg conveying device (60) accurately corresponds to the egg inlet (23) and falls to the multiple egg liquid generator ( 21) The egg liquid in each egg liquid producing frame (22) flows out of the net layer (25); please refer to Figure 13, the creative pushing device (50) includes an actuator (51) and a pushing support Frame (52); wherein the end of the push rod (510) of the actuator (51) and the upper part of the push support frame (52) are fixed to each other, and the push support frame (52) extends downward with a plurality of intervals parallel The pushing columns (521) are arranged, and the bottom end of each pushing column (521) is fixedly provided with a pushing part (53); the pushing parts (53) of each pushing column (521) correspond to the plural One side of the pair of eggshell exit holes (220) on each egg liquid producing frame (22) of the egg liquid generator (21); the actuator (51) is fixed by the fixing unit (500) Set on the main body base (9) or one side of the main body base (9); the actuator (11), the actuator (31) and the actuator (51) described in this creation can be provided with front and rear Linear actuator or tube rod type linear motor with linear push-pull function can also be hydraulic or pneumatic; the automatic control system device (1a) is controlled by the actuator (51) of the pushing device (50) The pushing rod (510) is pushed forward or pulled back, and the pushing part (53) at the bottom end of each pushing column (521) of the pushing support frame (52) is relatively controlled to move or control the pushing support frame ( 52) The moving state of the pushing portion (53) at the bottom end of each pushing column (521); please refer to Figure 14, Figure 15, Figure 16, and Figure 17, the bird egg conveying device ( 60) and (60a) include a motor (67) and a plurality of connecting shafts (62) arranged longitudinally, each connecting shaft (62) is pivotally connected with a connecting piece (65) at both ends, and the connecting piece (65) ) Are the first outer connecting piece (651) and the second outer connecting piece (652). After the connecting pieces (65) are overlapped, two adjacent connecting shafts (62) are pivotally connected, each It is pivoted on a connecting shaft (62) and located outside the first outer connecting piece (651) There is a pulley (63). One end of the pulley (63) opposite to the first outer connecting piece (651) is pivotally connected to a second outer connecting piece (652). After being overlapped, the second outer connecting piece (652) and the corresponding The adjacent connecting shafts (62) are pivotally connected, and at the same time, one of each connecting shaft (62) is pivotally connected with a connecting piece (65) at a fixed predetermined distance, and the connecting piece (65) is an inner connecting piece (653) , The connecting pieces (65) are overlapped, and then pivotally connected to the adjacent connecting shafts (62) to form a continuous chain conveyor belt (61) conveying device with a plurality of tracks (600), Moreover, a plurality of egg catching grooves (66), (66a) arranged at equal intervals are formed between two adjacent connecting shafts (62) on each track (600), and each catching egg groove (66) , (66a) is used to hold a bird's egg (87); among them, the connecting shaft (62) of each egg slot (66), (66a) of the continuous chain conveyor belt (61) is pierced There is a rolling sleeve (620); each egg slot (66), (66a) on each track (600) corresponds to the egg inlet (23) of each egg liquid production frame (22); The inner connecting pieces (653) are all located inside the first outer connecting piece (651) at both ends of the connecting shaft (62); the bird egg conveying devices (60), (60a) are sleeved on the connecting shaft (62) A gear bite hole (6032) is formed between the two adjacent pulleys (63) at both ends to provide the teeth (6010) of the gear (601) corresponding to bite; when the automatic control system device (1a) controls the motor ( The motor shaft (670) of 67) rotates and drives the gear (601) to rotate, so that the chain conveyor belt (61) with multiple tracks (600) continuously circulates relatively to rotate, and the conveying is carried on each track respectively. (600) Each bird's egg (87) in the upper card slot (66), (66a), to transport each bird's egg (87) out of the card slot (66), (66a), Drop through the corresponding egg inlet (23) to the egg liquid outflow net layer (25) in each egg liquid producing frame (22) for the knife part (13) of the egg cutting device (10) ) Cut; Among them, the center of each card egg slot (66), (66a) can be provided with a receiving strip (660) as shown in Figure 16 and Figure 17, for receiving bird eggs (87), Prevent smaller bird eggs (87) from falling out of the egg slots (66), (66a); the two ends of the receiving strip (660) are respectively fixed at the center of the connecting piece (65); Please refer to Figure 18 again. Another bird's egg conveying device (60b) with a different structure in this creative bird's egg conveying device (60) includes a motor (67), a plurality of shafts (673) and a plurality of conveyor belts (681) ; The motor drive shaft (6700) of the motor (67) is pierced in the surrounding plural conveyor belts (681), and the motor drive shaft (6700) at the corresponding conveyor belt (681) is threaded and fixed to drive Wheel (671); the plurality of shafts (673) are arranged in parallel with the motor drive shaft (6700) and pass through the plurality of conveyor belts (681), and the shafts (673) correspond to the conveyor belt (681) ) Is pivotally sleeved with a rolling wheel (672); wherein the two ends of the shaft (673) can be respectively fixed on the support frame (69) according to needs; the support frame (69) is fixed on the main body base (9) ) Or one side of the main body base (9) to support the entire bird egg conveying device (60), (60b); each conveyor belt (681) forms a track (68); when the automatic control system The device (1a) controls the rotation of the motor drive shaft (6700) of the motor (67), and relatively rotates the driving wheel (671), so that each conveyor belt (681) rotates, and then pivots under the conveyor belt (681) Set of hydraulic wheels (672) to make the conveyor belt (681) rotate more smoothly; each conveyor belt (681) is arranged with a plurality of clamping parts (682) and two clamping parts (682) arranged at intervals ) Are formed as egg-carrying grooves (66), (66b), which are used to separate each bird's egg (87), and a track (68) formed by each conveyor belt (681) Each egg slot (66), (66b) on the above also corresponds to the egg inlet (23) of each egg liquid production frame (22); please refer to Figure 1, Figure 1B and Figure 19. The eggshell conveying device (70) mainly includes a motor (71), a plurality of shafts (721) and a conveyor belt (73); the motor drive shaft (710) of the motor (71) is threaded through the conveyor belt (73) ), corresponding to the motor drive shaft (710) on the inner side of the conveyor belt (73), a drive wheel (711) is fixed on it; The plurality of shafts (721) are arranged in parallel and spaced apart from the motor drive shaft (710) and pass through the surrounding conveyor belt (73), and the shafts (721) correspond to the inner pivot of the conveyor belt (73) There are rolling wheels (72); among them, the two ends of the shaft (721) are respectively fixed on the support frame (76), and the support frame (76) is fixed on a base (75) to support the entire eggshell transportation Device (70); the eggshell conveying device (70) further comprises a plurality of second inverted L-shaped support frames (77), one end of the second inverted L-shaped support frame (77) is fixed on the base (75) or It is fixed on the main body base (9), and the other end extends upwards with a blocking sheet (78); wherein the blocking sheet (78) is arranged along the conveyor belt (73) and is adjacent to the conveyor belt (73). One side of the concave frame (32) of the device (30); when the automatic control system device (1a) controls the motor drive shaft (710) of the motor (71) to rotate, the drive wheel (711) is relatively rotated to make the conveying The belt (73) then rotates, and the rolling wheel (72) pivoted under the conveyor belt (73) makes the conveyor belt (73) rotate more smoothly; the entire set of eggshell conveying devices (70) are then fixed On a receiving plate (91) extending upward from the main body base (9), the eggshell conveying device (70) is fixed to the concave frame (32) of the drawing device (30) opposite to the bird's egg One side of the conveying device (60), and the conveyor belt (73) of the eggshell conveying device (70) is parallel to the concave frame (32) and is just below the concave frame (32) for receiving and conveying The pushing part (53) at the bottom end of the pushing cylindrical body (521) of the pushed device (50) passes through the pair of eggshell exit holes (220) of each egg liquid producing frame (22) of the egg liquid producing device (20) The eggshells (88) pushed out by each pair of eggshell exit ports (320) of the concave frame (32) of the aligned drawing device (30); the eggshells (88) are transported by the conveyor belt (73) It falls out of the conveyor belt (73) at the end and is recycled and discarded (please refer to Figures 23-25); please refer to Figures 1A and 1B, the egg liquid produced by the egg liquid producing device (20) One end of the first inverted L-shaped bracket (29) is fixedly arranged at the upper end of the frame (22), The other end of the first inverted L-shaped bracket (29) is extended and fixed on the base (75) of the eggshell conveying device (70) or fixed on the base (9) of the main body to produce egg liquid into a frame. (22) It is supported and placed inside the concave frame (32) of the drawing device (30) in a vacant state, and is pivoted with the concave frame (32); please refer to Figure 1, No. 20~ As shown in Figure 22, the creative egg dumper conveying device (80) mainly includes a motor (81), a transmission seat (811), an egg dumper receiving plate (83) and an egg dumper (86); the motor (81) ) Has a transmission screw (810) with a threaded structure; wherein the motor (81) is fixed on a base (85) or a main body base (9), and the transmission screw (810) is pivoted with a transmission seat (811); A fixed base (82) can be fixed on the transmission base (811) according to needs, and then the egg dumper tray (83) is fixed on the fixed base (82) by a fixing piece (831) The fixed base (82) can also be omitted, and the egg tray (83) is directly fixed on the transmission base (811); and the egg tray (86) does not need the egg tray to directly accept the tray. (83), which is directly placed on the transmission base (811); the automatic control system device (1a) controls the rotation of the transmission screw (810) of the motor (81) to control the left and right movement of the transmission base (811) A preset distance or the moving state of the transmission seat (811), relative to the control egg tray (83) or the egg tray (86) to move left or right a preset distance or its moving state, so as to make the egg liquid producing device (20) The multiple egg liquid generators (21) of each egg liquid production frame (22) directly below the first egg liquid outflow hole (223) correspond to the plural of egg dumpers (86) one by one. A accommodating slot (860); the motor (67), motor (71) and motor (81) described in this creation can be stepping motors or servo motors as required; among them, the egg dumper tray (83) can be Place a plurality of egg dumpers (86); each of the egg dumpers (86) is composed of a plurality of accommodating bodies (861) arranged in parallel and equidistantly arranged on a holding plate (862) of a holding-type bearing ; Among them, each containing body (861) is recessed with a containing groove (860); The base (85) of the egg dumper conveying device (80) is fixed on the main body base (9), and is located at the bottom of the device (1) of the entire group of automatic bird egg breaking and egg liquid collection devices (such as (Shown in Figure 1); Among them, a plurality of accommodating grooves (860) of an egg dumper (86) correspond to each egg of the plurality of egg liquid generators (21) of the egg liquid producing device (20), respectively The liquid production frame (22) is directly below the first egg liquid outflow hole (as shown in Figures 23-25); please refer to Figure 1 and Figures 23 to 29 at the same time. When you want to break the egg and collect the egg liquid During operation, each bird egg (87) is manually placed in each egg trap (66) of the bird egg conveying device (60), and the automatic control system device (1a) controls the bird egg conveying The continuous looping chain conveyor belt (61) of the device (60), (60a) rotates or the continuous looping conveyor belt (681) of the bird and egg conveying device (60), (60b) is rotated, and the conveying is carried separately Each bird's egg (87) in the egg-carrying slot (66) on each track (600), (68), so that each bird's egg (87) is transported and moved separately, and slipped out of the egg-carrying slot (66) ) And fall through the egg inlet (23) to the egg liquid outflow net layer (25) in each egg liquid producing frame (22), and the automatic control system device (1a) then controls the egg cutting device ( For the actuator (11) of 10), the movable support frame (12) is moved downward, and each columnar body (121) arranged in parallel with the interval is inserted downward corresponding to the center of the frame (2200). Each egg liquid produced by each egg liquid generator (21) is inside the frame (22) until the blade (131) at the bottom of the columnar body (121) cuts the bird egg (87), and then the knife part ( The cone (130) of 13) pushes the bird egg (31) away from both sides (as shown in Figure 24). At this time, the egg liquid (870) will drop through the hole of the egg liquid out of the net layer (25) (250) Flows into the accommodating space (26). When the bird egg (87) is cut, the automatic control system device (1a) controls the moving state of the drawing device (30) concave frame (32) or moves a preset Distance, so that the first egg liquid outflow hole (223) opened at the bottom of each egg liquid producing frame (22) of the plural egg liquid generators (21) Each of the second egg liquid outflow holes (323) below the bottom of the concave frame (32) with the in-line drawing device (30), therefore, the egg liquid (870) flowing downward is contained in each egg liquid Generate the accommodating space (26) at the bottom of the frame (22) and the egg liquid holding tank (260) formed by the concave frame (32) of the drawing device (30); the automatic control system device (1a) then Then control the actuator (11) of the egg-cutting device (10) to make the movable support frame (12) ascend completely, so that the knife part (13) at the bottom of each column (121) rises to The egg liquid is generated above the frame (22), and at the same time, it controls the moving state of the actuator (31) of the drawing device (30) or moves a preset distance (as shown in Figures 11 and 26) to make The first egg liquid outflow hole (223) opened at the bottom of each egg liquid producing frame (22) of the plural egg liquid generators (21) of the egg liquid producing device (20) is respectively aligned with the drawing device (30) Each of the second egg liquid outflow holes (323) below the bottom of the concave frame (32) allows the egg liquid (870) to pass through the first egg liquid outflow hole (223) and the second egg liquid outflow hole (323) that are opposite to each other. ) Respectively flow into the accommodating grooves (860) of the egg dumper (86) placed on the egg dumper receiving plate (83) of the egg dumper conveying device (80) located below, because the bird egg conveying device (60) Each track (600) or (68) of the plural tracks (600) or (68) corresponds to each egg fluid generating frame (22) of the plural egg fluid generator (21) of the egg fluid generating device (20). ) To the egg inlet (23), and the first egg fluid outflow hole (223) at the bottom of each egg fluid production frame (22) and the second egg fluid outflow hole (323) that are aligned with each other are combined one by one. The egg dumpers (86) are arranged in parallel and equidistantly arranged on the receiving grooves (860) on the receiving plate (862), so that the egg dumpers (86) on the egg dumper conveying device (80) have multiple containers. The slot (860) can simultaneously control the moving state of the drawing rod (310) of the actuator (31) of the drawing device (30) or move a preset distance due to the automatic control system device (1a), and control the concave frame relative to it The moving state of (32) or moving a preset distance (as shown in Figure 11 and Figure 26), so that each egg (87) of the egg liquid (870) Respectively flow into the plurality of holding tanks (860) of the egg dumper (86), without the need to manually break the bird eggs (87), which can be used by the operators of frying and roasting the bird egg liquid to quickly take the egg liquid ( The egg dumper (86) of 870) corresponds to the frying trough on the frying machine, pour the egg liquid (870) into the frying pan, and then fry; ), and the pair of eggshell exit holes (220) opened on each egg liquid production frame (22) of the plurality of egg liquid generators (21) are also just aligned with the concave frame of the drawing device (30) (32) For each pair of eggshell exit ports (320), at this time, the automatic control system device and controls the pushing device (50) which corresponds to each egg liquid producing frame of the plural egg liquid generators (21) Each pushing part (53) of the pushing column (521) on one side of the pair of eggshell exit holes (220) of (22) pushes forward and passes through the pair of eggshell exit holes (220) ) And the pair of eggshell exit ports (320), according to which the eggshell (88) is pushed out of the concave frame (32) of the pulling device (30) and the egg liquid generating frame (22) of the egg liquid producing device (20) ) Outside, it falls on the conveyor belt (73) of the eggshell conveying device (70). At this time, the motor (71) of the eggshell conveying device (70) has been driven and moved by the automatic control system device (1a) Drive the conveyor belt (73) to rotate, so that the egg shells (88) will be transported by the conveyor belt (73) to the end and fall out of the conveyor belt (73), and be recycled and discarded, so that the bird eggs (87) will be automatically cut and collected. The special economic benefits of the egg liquid (870) not only save the labor cost of breaking the bird eggs (87), but also quickly fill the egg liquid (870) with the multiple holding tanks (860) of each egg dumper (86) ; When a plurality of holding tanks (860) of an egg dumper (86) are filled with egg liquid (870), the automatic control system device (1a) is to control the transmission of the motor (81) of the egg dumper conveying device (80) The screw (810) rotates, and the transmission base (811) moves a preset distance, so that the egg tray (83) is also moved relative to the preset distance, so as to be more than the egg tray (86) The egg liquid holding tank (860) is already filled with egg liquid (870) and the other adjacent one is not filled The multiple egg liquid holding tanks (860) of the egg dumper (86) with egg liquid (870) correspond to each egg liquid of the multiple egg liquid generator (21) of the egg liquid producing device (20) above it. Below the first egg liquid outflow hole (223) at the bottom of the frame (22) is generated. At this time, the actuator (31) of the drawing device (30) is controlled to move or move a preset distance to make The first egg liquid outflow hole (223) opened at the bottom of each egg liquid producing frame (22) does not have the opposite drawing device (30) and every second egg liquid under the bottom of the concave frame (32) flows out Hole (323), return to the point where the plural bird eggs (87) are slid out of the egg slot (66) and dropped through the egg inlet (23) to the egg liquid in each corresponding egg liquid production frame (22) On the outflow net layer (25), repeat the automatic cycle operation procedure of cutting and breaking bird eggs (87), collecting and configuring egg liquid (870) and separating egg shells (88) to achieve automatic cutting and breaking of bird eggs (87) and collecting configuration The best effect of egg liquid (870) and separated egg shell (88), improves the hygiene of cracked bird eggs (87) and the production efficiency of fried egg liquid (870), which will not be caused by buyers waiting too long The loss of business has indeed increased the utilization value of the roasted bird egg industry.

The above are only the preferred embodiments of this creation, and are not used to limit the scope of implementation of this creation. Others include any changes, modifications or equivalence arrangements made under the same spirit of this creation and the scope of the patent. , Are all covered by the scope of protection of this creation and the scope of patents.

This creation is based on the above characteristics and is a very outstanding and excellent design; it has not been seen in publications or publicly used, and it meets the requirements of a new patent application, and the application is filed in accordance with the law.

(1): Automatic bird egg breaking and egg liquid collection device

(1a): Automatic control system device

(1b): Control switch

(10): Egg cutting device

(100): fixed unit

(11): Actuator

(110): Push rod

(12): Activity support frame

(20): Egg liquid production device

(22): Egg liquid production frame

(29): The first inverted L-shaped bracket

(30): Pulling device

(300): fixed frame

(31): Actuator

(50): Push device

(51): Actuator

(521): Push the columnar

(53): Promotion Department

(60), (60b): Bird egg conveying device

(66), (66b): Egg slot

(67)‧‧‧Motor

(672)‧‧‧Drive wheel

(673)‧‧‧Scroll Wheel

(68)‧‧‧Orbit

(681)‧‧‧Conveyor belt

(69)‧‧‧Support frame

(70)‧‧‧Eggshell conveying device

(71)‧‧‧Motor

(73)‧‧‧Conveyor belt

(75)‧‧‧Base

(77)‧‧‧The second inverted L-shaped bracket

(80)‧‧‧Egg Tipper Conveying Device

(81)‧‧‧Motor

(811)‧‧‧Transmission seat

(83)‧‧‧Egg tray

(85)‧‧‧Base

(86)‧‧‧Egg Tipper

(860)‧‧‧Containing Slot

(861)‧‧‧Container

(87)‧‧‧Bird Egg

(870)‧‧‧Egg Liquid

(9)‧‧‧Main base

(91)‧‧‧Undertake board

Claims (23)

A device for automatic bird egg breaking and egg liquid collection configuration, which mainly includes bird egg conveying device, egg cutting device, egg liquid generating device, pulling device, pushing device, egg dumper conveying device and automatic control system device; The bird egg conveying device, the egg cutting device, the pulling device, the pushing device and the egg dumper conveying device are respectively electrically connected to the automatic control system device; The egg cutting device includes a movable support frame; Wherein, the movable support frame extends downwards with a plurality of columnar bodies arranged in parallel at intervals, and a knife part is fixedly arranged at the bottom end of each columnar body; The automatic control system device controls the downward or upward movement of each column of the movable support frame of the egg cutting device; The egg liquid generator includes a plurality of egg liquid generators arranged at intervals; Each egg liquid generator further includes an egg liquid production frame with an egg inlet opening on the front, and The egg liquid outflow net layer sheathed inside the egg liquid generating frame; The egg liquid outflow net layer is provided with a plurality of holes; Wherein, each egg liquid production frame is provided with a pair of egg shell exit holes between the egg inlet and the egg liquid outflow net layer; The pair of eggshell exit holes is formed by the corresponding first eggshell exit hole and the second eggshell exit hole; Wherein, the bottom of the egg liquid production frame is provided with a first egg liquid outflow hole; Each columnar system of the egg cutting device corresponds to the center of each egg liquid producing frame of the plural egg liquid generators of the egg liquid producing device; The bird-egg conveying device is a conveying device with a continuously surrounding chain conveyor belt with multiple tracks or a conveying device with a continuously surrounding conveyor belt with multiple tracks Set Among them, each track is provided with a plurality of egg-carrying slots arranged at equal intervals, and each of the egg-carrying slots is used to hold a bird egg; Each egg slot on each track corresponds to the egg inlet of each egg liquid production frame; The automatic control system device controls the rotation of the continuously surrounding chain conveyor belt of the bird egg conveying device or the rotation of the continuously surrounding conveyor belt of the bird egg conveying device, according to which the bird eggs placed in the egg trap can be transported. Each egg is transported and moved one by one; The drawing device includes a concave frame; The automatic control system device controls the moving state of the concave frame of the drawing device or controls the concave frame to be moved a predetermined distance; Among them; the front and back of the concave frame are respectively provided with plural pairs of eggshell exit ports arranged at intervals, and each pair of eggshell exit ports is formed by the corresponding first and second eggshell exit ports; A second egg liquid outflow hole is opened at the bottom of the concave frame and corresponding to each pair of eggshell exit openings; Among them, the plurality of egg liquid generators are sleeved inside the concave frame of the drawing device, and are pivoted with the concave frame; The pushing device includes a pushing support frame; The pushing support frame extends downwardly with a plurality of pushing columnar bodies arranged in parallel at intervals; A pushing part is fixed at the bottom end of each pushing column; Wherein, the pushing part of each pushing cylindrical body corresponds to one side of the pair of eggshell exit holes on each egg liquid generating frame of the plurality of egg liquid generators; The automatic control system device controls the pushing support frame of the pushing device to be moved forward and backward or controls the movement state of the pushing support frame, and relatively controls the pushing part at the bottom end of each pushing column of the pushing support frame to be moved forward or backward or Control the movement state of the pushing part at the bottom end of each pushing column; The egg dumper conveying device mainly includes a transmission seat and an egg dumper; The egg dumper is placed on the transmission seat; The automatic control system device controls the transmission base to move a preset distance or controls the movement state of the transmission base, relative to the control egg reversing device to move the preset distance or its movement state; Wherein, each egg dumper is constituted by a plurality of accommodating bodies arranged in parallel and equidistantly arranged and fixed on a supporting plate, and each accommodating body is recessed with a receiving groove; In order to make each egg liquid production frame of the plurality of egg liquid generators of the egg liquid producing device directly below the first egg liquid outflow hole of the egg liquid producing device correspond to the plurality of accommodating grooves of the egg inverting device one by one. The device for automatic bird egg breaking and egg liquid collection configuration according to claim 1, wherein the automatic control system device controls the rotation of the continuous chain conveyor of the bird egg conveying device or controls the bird egg conveying device The continuously encircling conveyor belt rotates to convey each bird's egg in the egg-carrying trough on each track, so that each bird's egg is transported and slid out of the egg-carrying trough, through each corresponding The egg inlet of the egg liquid production frame body drops to the egg liquid outflow net layer in each corresponding egg liquid production frame body for the knife part of the egg cutting device to cut. The device for automatic bird egg breaking and egg liquid collection configuration as described in claim 1, wherein the conveying device of a continuous chain conveyor belt with a plurality of tracks is provided with a receiving strip at the center of each egg slot. To accept bird eggs and prevent smaller ones Bird eggs will not fall out of the egg slot. The device for automatic bird egg breaking and egg liquid collection configuration according to claim 1, wherein the conveyor device with a plurality of tracks of continuously surrounding conveyor belts forms a track by each conveyor belt; each conveyor belt is spaced apart A plurality of clamping parts are fixedly arranged in the arrangement, and an egg clamping groove is formed between the two clamping parts arranged at intervals. The device for automatic bird egg breaking and egg liquid collection configuration according to claim 1, wherein the device for automatic bird egg breaking and egg liquid collection configuration further includes an eggshell conveying device; the eggshell conveying device mainly includes a motor And the conveyor belt; the automatic control system device controls the rotation of the motor drive shaft of the motor, and relatively drives the conveyor belt to rotate; the eggshell conveying device is fixed to the concave frame of the drawing device opposite to one of the bird egg conveying devices Side, and the conveyor belt of the eggshell conveying device is parallel to the concave frame body and is located just below the concave frame body, which is used to carry the egg shells until the end falls out of the conveyor belt for recycling and discarding. The device for automatic bird egg breaking and egg liquid collection configuration according to claim 1, wherein the automatic control system device controls the moving state of the concave frame of the drawing device or moves a preset distance to make the drawing device Each second egg liquid outflow hole at the bottom of the concave frame corresponds to the first egg liquid outflow hole opened at the bottom of each egg liquid production frame of the plural egg liquid generator, so that each egg liquid The first egg liquid outflow hole and the second egg liquid outflow hole respectively flow down into the plurality of accommodating grooves of the egg dumper located directly below, and the plurality of accommodating grooves of the egg inverter are respectively Filled with egg liquid. The device for automatic bird egg breaking and egg liquid collection configuration according to claim 1, wherein the automatic control system device controls the transmission seat of the egg reversing device to move a predetermined distance, relative to the control that the egg reversing device is moved Stated the preset distance, so that each The first egg liquid outflow hole at the bottom of the egg liquid production frame is directly below the plurality of holding grooves of another egg dumper without egg liquid. The device for automatic bird egg breaking and egg liquid collection configuration as described in claim 1, wherein there is a predetermined gap between the bottom end of the egg liquid outflow net layer and the first egg liquid outflow hole opened at the bottom of the egg liquid production frame. The distance is set to form an accommodating space, and the moving state of the concave frame of the drawing device is controlled by the automatic control system device or moved a preset distance, so that the two adjacent egg liquid generators of the egg liquid producing device Located between the second egg liquid outflow holes of the concave frame body, an egg liquid containing groove is formed between the containing space and the concave frame body. The device for automatic bird egg breaking and egg liquid collection configuration according to claim 1, wherein the concave frame of the drawing device is controlled by the automatic control system device to control the moving state of the concave frame of the drawing device or move a predetermined distance so as to be opened in The pair of eggshell exit holes of each egg liquid generating frame of the plural egg liquid generator correspond to each pair of eggshell exit holes on the concave frame of the drawing device, and the automatic control system device and the pushing device are controlled. It corresponds to and is located on one side of the pair of eggshell exit holes of each egg liquid producing frame of the plural egg liquid generators. Each pushing part of the cylindrical body pushes forward and passes through the opposite pair The eggshell exit hole and the pair of eggshell exit ports enable the eggshell to be pushed out of the egg liquid generating frame and the outside of the concave frame to achieve the operation of separating the eggshell. The device for automatic bird egg breaking and egg liquid collection configuration according to claim 1, wherein the egg dumper conveying device further includes an egg dumper receiving tray, and the egg dumper receiving tray is fixed on the transmission seat , And a plurality of egg dumpers are placed on the tray of the egg dumper; the automatic control system device controls the drive base to move a preset distance or the movement state of the drive base, and moves the pre-set tray relative to the control egg dumper tray. Set distance Or its mobile state. The device for automatic bird egg breaking and egg liquid collection configuration according to claim 1, wherein the egg dumper conveying device further includes a motor; the motor has a transmission screw with a threaded structure; the transmission seat pivot Set on the transmission screw; the automatic control system device controls the rotation of the transmission screw of the motor to control the transmission base to move a preset distance or control the movement state of the transmission base, relative to the control egg reversing device to move the preset The distance or its moving state, so that the first egg liquid outflow hole of each egg liquid production frame of the egg liquid generator of the egg liquid production device corresponds to the plurality of egg liquids in the egg dumper one by one. Housing tank. The device for automatic bird egg breaking and egg liquid collection configuration according to claim 1, wherein the egg liquid generating frame of the egg liquid producing device is fixedly provided with one end of the first inverted L-shaped bracket, and the first inverted The other end of the L-shaped bracket is extended and fixed on a base of the eggshell conveying device or fixed on a main body base to support the egg liquid generating frame and sleeve it on the concave frame of the drawing device in an empty state The interior of the body and the concave frame body are in a pivoted state. The device for automatic bird egg breaking and egg liquid collection configuration according to claim 1, wherein the bird egg conveying device includes a plurality of connecting shafts arranged in a longitudinal direction; each connecting shaft is pivotally connected with a plurality of connecting pieces at both ends , After the connecting pieces are overlapped, the adjacent connecting shafts are pivoted, and one of each connecting shaft is pivotally connected with a connecting piece at a fixed predetermined distance. The connecting pieces are overlapped to form a plurality of tracks It is a continuous chain conveyor belt conveying device, and a plurality of egg-carrying grooves arranged at equal intervals are divided between two adjacent connecting shafts on each track. The device for automatic bird egg breaking and egg liquid collection configuration according to claim 13, wherein the connection of each egg slot of the conveyor device of the continuously circulating chain conveyor belt The shaft is covered with a rolling sleeve. The device for automatic bird egg breaking and egg liquid collection configuration described in claim 13, wherein each connecting shaft is pivotally provided with pulleys on the outer side of both ends, and a gear biting hole is formed between two adjacent pulleys. In order to provide a gear tooth corresponding to bite; the bird-egg conveying device further includes a motor, and the automatic control system device controls the rotation of the motor shaft and drives the gear to rotate, so as to make a continuous chain with multiple tracks The conveyor belt rotates relatively to convey and move the bird eggs placed in the egg trap. The device for automatic bird egg breaking and egg liquid collection configuration according to claim 5 or 11 or 15, wherein the motor is a stepping motor or a servo motor. The device for automatic bird egg breaking and egg liquid collection configuration according to claim 1, wherein the egg cutting device further includes an actuator, so that the automatic control system device controls the push rod of the actuator to move toward When descending or ascending, each column of the movable support frame that controls the egg cutting device corresponds to the center of each egg liquid production frame, and inserts into the inside of each egg liquid production frame or Ascend to the outside of the egg liquid production frame. The device for automatic bird egg breaking and egg liquid collection configuration according to claim 17, wherein the end of the pushing rod of the actuator of the egg cutting device is fixed to the upper part of the movable support frame. The device for automatic bird egg breaking and egg collection configuration according to claim 1, wherein the pulling device further includes an actuator, so that the automatic control system device can control the pulling rod of the actuator of the pulling device Push forward or pull back, and the concave frame that controls the drawing device is moved a preset distance or the movement state of the concave frame is controlled. The device for automatic bird egg breaking and egg liquid collection configuration according to claim 19, wherein the end portion of the drawing rod of the actuator of the drawing device is fixed to one side of the concave frame. The device for automatic bird egg breaking and egg liquid collection configuration according to claim 1, wherein the pushing device further includes an actuator, so that the automatic control system device controls the pushing rod of the actuator of the pushing device forward Pushing out or pulling back, the pushing part of the bottom end of each pushing column that controls the pushing support frame is moved forward or backward or controlling the moving state of each pushing part of the pushing column. The device for automatic bird egg breaking and egg liquid collection configuration according to claim 21, wherein the end of the pushing rod of the actuator of the pushing device is fixed to the top of the pushing support frame. The device for automatic bird egg breaking and egg liquid collection configuration according to claim 17 or 19 or 21, wherein the actuator is fixed on the main body base or one side of the main body base by a fixing unit.

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