TWM594423U - Automatic bird broken egg and egg liquid collection device - Google Patents

Abstract

This creation is about an automatic bird egg broken egg and egg liquid collection device, with an automatic control system device to enable a plurality of bird eggs to be transported on each track, slide out of the egg trap, and fall to each corresponding egg liquid generation frame. In the body, and control each columnar body of the movable support of the egg-breaking device to be inserted downward into each corresponding egg liquid generating frame, and the bird's egg is cut by the knife at the bottom of the egg, so that the egg liquid passes down the egg The liquid flows out of the holes in the mesh layer into the liquid storage space at the bottom of the egg liquid generation frame and the egg liquid storage groove formed by the concave frame of the drawing device. The concave frame of the pulling device is moved by a preset distance, so that the first and second egg liquid outflow holes are matched, so that the egg liquid flows into the accommodating groove of the egg pourer through the egg liquid outflow hole, without the need to manually break the bird Eggs, reduce labor costs, and achieve the best economic benefits of automatically cutting bird eggs and collecting and configuring egg liquid.

Description

Automatic bird egg broken egg and egg liquid collection device

This creation relates to a bird egg broken egg and egg liquid collection device. Here, it specifically refers to controlling the automatic control system device so that the column body of the egg broken device is inserted downward into each corresponding egg liquid generation frame to cut the bird egg. So that the egg liquid of each bird egg flows down through the hole of the egg liquid flowing out of the mesh layer, and the drawing device is controlled so that the egg liquid outflow hole at the bottom of the concave frame body and the egg liquid outflow hole at the bottom of the egg generation frame Matching, so that the egg liquid flows out of the egg liquid to produce a frame body and a concave frame body, to achieve an automatic bird egg broken egg and egg liquid collection device that automatically cuts the bird egg and collects the egg liquid.

However, the delicious and delicious fried bird eggs are the most common snacks in Taiwan’s night market. When I visit the night market, I always see many people walking around the night market while holding a string of golden and fragrant bird eggs. From the earliest The original fried chicken eggs, one after another, have the whole string of roasted bird eggs skewered with different sauces in an attempt to change the taste of the original fried bird eggs, so that the fried bird eggs are widely welcomed, leading to the purchase A string of fried bird eggs also needs to wait in line in a long row of people, because before traditional roasting bird eggs, each bird egg must be manually broken through the egg shell one by one and the egg is brought close to the high-temperature grill machine by hand. The liquid is aligned with the frying tank of the grill to let the egg liquid flow into the frying tank for frying. Not only does it take a long time to slowly arrange the egg liquid one by one into the frying tank, until the bird eggs are broken one by one And after aligning the frying tanks one by one to make the egg liquid flow into all the frying tanks, the earliest few of the egg liquids that have flowed into the frying tank have already been scorched. When the person points his hand at the frying tank of the high-temperature grilling machine, My hands are often scalded by the hot oil of fried eggs, so that the author invented an egg-inverter device, which is to arrange a plurality of inverted object-receiving bodies in parallel and fixed on the grip-type receiving On the receiving board of the object, each pour container is concavely provided with a receiving groove, as long as each egg is placed in each parallelly arranged receiving groove before frying and roasting bird eggs, and then by hand Hold the handle of the inverted egg pourer device, so that multiple egg liquids can be poured into the multiple frying tanks on the corresponding frying oven equipment at the same time. Although it can achieve the same ripeness of each egg liquid, Still need to manually break the bird eggs one by one so that the egg liquid is aligned with each of the containing grooves of the egg pourer device, also need to manually break the bird eggs and contain the egg liquid, which can be seen, The limited time for shortening the roasted bird eggs has caused many buyers to be unwilling to wait in line because they have waited too long, not only losing business, but also increasing labor costs and reducing profits, and manual breaking of eggs is also prone to human factors. , Which has caused great long-term inconvenience and distress for the businessman who fried the bird's egg; in view of this, how can the above shortcomings be overcome, the bird egg is broken in an automatic manner and the egg liquid is directed to each volume of the egg pourer device It is the technical problem and technical effect that the creator wants to solve in order to reduce the labor cost and shorten the time spent before grilling.

The creator has carefully studied, actively researched and developed, and created many years of professional experience in this industry in view of the above-mentioned traditional problems of manually breaking bird eggs to make the egg liquid flow out and roasting. With the experience, he created the creation of this case.

The main purpose of this creation is to provide an automatic bird egg broken egg and egg liquid collection device, which automatically controls each related device by an automatic control system device to transport bird eggs, cut bird eggs, collect egg liquid and recover The automatic circulation operation of the eggshell, when the bird egg conveying device rotates and drives a plurality of bird eggs on each track When it is transported forward to the end, it slides out of the egg trap and drops to the egg layer of each egg liquid generator of the corresponding egg liquid generator. The egg-breaking device is then controlled to make the interval parallel Each columnar body of the arrangement is inserted downward into each egg liquid generating frame of the corresponding plural egg liquid generator, and the bird egg is cut by the blade at the bottom end, and the bird egg is moved to both sides by the tapered body of the knife part Set aside to let the egg liquid pass through the hole of the egg liquid flowing out of the mesh layer, and then the first egg liquid outflow hole at the bottom of the frame body and the second egg liquid outflow at the bottom of the concave frame body of the drawing device are generated through the opposite egg liquid Hole, and then flow into each receiving slot of one of the egg conveyor conveying devices, the operator of the roasted bird egg liquid can quickly pick up the egg liquid without manually breaking the bird eggs one by one The egg pourer corresponds to the frying tank on the frying machine and pours the egg liquid to be roasted, and the egg shell is automatically pushed out of the egg liquid generation frame body and the concave frame body by the pushing device, and falls to the conveyor belt of the egg shell conveying device It is transported, recycled, and discarded. At this time, the automatic control system device controls each related device to reset or actuate, and again automatically controls a series of transported bird eggs, cut bird eggs, collecting and disposing egg liquids, and recovering egg shells. The automatic continuous cycle operation not only reduces the labor cost, shortens the time spent before roasting, improves the production efficiency of roasted egg liquid, increases the profit of the industry, and can avoid the unpredictable unhygienicness caused by manually breaking bird eggs. It has indeed achieved the best economic benefits of automatically transporting bird eggs, cutting bird eggs, collecting and distributing egg liquids, and recovering egg shells, enhancing the use value of the industry and increasing market competitiveness.

(1)‧‧‧Automatic bird egg broken egg and egg liquid collection configuration device

(1a)‧‧‧Automatic control system device

(1b)‧‧‧Control switch

(10)‧‧‧Broken egg device

(100)‧‧‧Fixed unit

(11)‧‧‧Actuator

(110)‧‧‧Push rod

(12)‧‧‧Mobile support frame

(121)‧‧‧Cylinder

(13)‧‧‧Blade

(130)‧‧‧Cone

(131)‧‧‧Blade

(1210)‧‧‧Enhancement Department

(20)‧‧‧Egg liquid generator

(21)‧‧‧Egg liquid generator

(22)‧‧‧Egg production frame

(220)‧‧‧Eggshell exit hole

(2200)‧‧‧Central of the frame

(221)‧‧‧The first eggshell exit hole

(222)‧‧‧The 2nd eggshell exit hole

(223)‧‧‧The first egg outflow hole

(23)‧‧‧Into the egg

(25) ‧‧‧ egg liquid flows out of the mesh

(250)‧‧‧hole

(26)‧‧‧accommodation space

(260)‧‧‧Egg liquid storage tank

(27)‧‧‧Connector

(28)‧‧‧Introduction

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

(30)‧‧‧Drawing device

(300)‧‧‧Fixing frame

(31)‧‧‧Actuator

(310)‧‧‧Draw rod

(32)‧‧‧Concave frame

(320)‧‧‧Eject exit

(321)‧‧‧The first eggshell exit

(322)‧‧‧The second eggshell exit

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

(33) ‧‧‧ opening

(50)‧‧‧Pushing device

(500)‧‧‧Fixed unit

(51)‧‧‧Actuator

(510)‧‧‧Push rod

(52)‧‧‧Push the support frame

(521)‧‧‧Push 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)‧‧‧Connect shaft

(620)‧‧‧Rolling casing

(63)‧‧‧Pulley

(651)‧‧‧The first outer connecting piece

(652)‧‧‧The second outer connecting piece

(653)‧‧‧Inner connection piece

(65)‧‧‧Connector

(66), (66a), (66b) ‧‧‧ egg slot

(660)‧‧‧ Acceptance Article

(67)‧‧‧Motor

(670)‧‧‧Motor shaft

(6700)‧‧‧Motor drive shaft

(671)‧‧‧Drive wheel

(672)‧‧‧Scroll wheel

(673)‧‧‧Shaft

(68)‧‧‧ Orbit

(681)‧‧‧Conveyor belt

(682)‧‧‧Card Department

(69)‧‧‧Support frame

(70)‧‧‧Eggshell conveying device

(71)‧‧‧Motor

(710)‧‧‧Motor drive shaft

(711)‧‧‧Drive wheel

(721)‧‧‧shaft

(72)‧‧‧rolling wheel

(73)‧‧‧Conveyor belt

(75)‧‧‧Base

(76)‧‧‧support frame

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

(78)‧‧‧block

(80)‧‧‧Inverter conveying device

(81)‧‧‧Motor

(810)‧‧‧ drive screw

(811)‧‧‧Drive seat

(82)‧‧‧Fixed base

(83)‧‧‧Inverter tray

(831)‧‧‧Fittings

(85)‧‧‧Base

(86)‧‧‧Inverter

(860)‧‧‧accommodation slot

(861)‧‧‧Retainer

(862)‧‧‧Takeover board

(87)‧‧‧ Bird Egg

(870)‧‧‧Egg

(88)‧‧‧Eggshell

(9)‧‧‧Fixed unit

(91)‧‧‧ undertake board

Figure 1A: This is a schematic perspective view of the preferred embodiment of the present creation (1).

Fig. 1B: It is a partial stereoscopic enlarged schematic view of the preferred embodiment of the present creation.

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

Figure 3: This is a three-dimensional schematic diagram of the preferred embodiment of the present creation (3).

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

Figure 5A: This is a partially enlarged perspective schematic view (1) of the preferred implementation state of the present creation.

Figure 5B: It is a partially enlarged schematic cross-sectional view of the preferred embodiment of the present creation (1).

Figure 6A: This is a partially enlarged perspective schematic view (2) of the preferred implementation state of the creation.

Figure 6B: It is a partially enlarged schematic cross-sectional view of the preferred embodiment of the present creation (2).

Figure 7A is a partially enlarged perspective schematic view (3) of the preferred implementation state of the present creation.

Figure 7B: This is a partially enlarged schematic cross-sectional view of the preferred embodiment of the present creation (3).

Figure 8A: It is a partially enlarged schematic perspective view of the preferred state of the creation (four).

Figure 8B: This is a partially enlarged top view of the preferred implementation of this creation (1).

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

Figure 9: This is a three-dimensional schematic diagram (four) of the preferred embodiment of the present creation.

Fig. 10 is a partially enlarged schematic cross-sectional view of a preferred embodiment of the present creation (4).

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

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

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

Figure 14 is a partially enlarged schematic cross-sectional view of the preferred implementation of the present creation (2).

Figure 15: This is a partially enlarged perspective schematic view of the preferred implementation state of the creation (5).

Figure 16: This is a partially enlarged perspective schematic view of the preferred implementation state of this creation (6).

Figure 17 is a partially enlarged perspective schematic view of the preferred implementation state of the creation (5).

Figure 18: This is a three-dimensional schematic diagram of the preferred state of the creation (3).

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

Figure 20 is a three-dimensional exploded view of the preferred embodiment of the present creation.

Figure 21: This is a schematic perspective view of the preferred embodiment of the present creation (7).

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

Figure 23: This is a schematic cross-sectional view of the preferred implementation state of this creation (1).

Figure 24: This is a schematic cross-sectional view of the preferred state of creation (2).

Figure 25: This is a schematic cross-sectional view of the preferred state of creation (3).

Figure 26: This is a schematic cross-sectional view of the preferred state of the creation (4).

Figure 27: This is a schematic cross-sectional view of the preferred state of creation (five).

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

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

In order to enable your reviewing committee to further understand the structure, features and functions of this creation, the preferred embodiments are attached with detailed descriptions as follows.

Please refer to Fig. 1A, the device (1) of the automatic bird egg broken egg and egg liquid collection configuration of this creation mainly includes a broken egg device (10), an egg liquid generating device (20), and a drawing device (30) , Pushing device (50), bird egg conveying device (60), egg shell conveying device (70), egg conveyor 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 eggshell conveying device (70) and the egg pourer conveying device (80) are electrically connected to the automatic control system device (1a); the automatic bird egg broken egg and egg liquid collection configuration device (1) includes the automatic bird egg broken egg and egg liquid collection device; please also refer to the As shown in Figure 2, the egg-breaking device (10) includes an actuator (11) and a movable support frame (12); wherein, the end portion of the push rod (110) of the actuator (11) is connected with the movable support frame (12) are fixed above each other, and the movable support frame (12) extends downward with a plurality of columnar bodies (121) arranged in parallel at intervals, and the bottom of each columnar body (121) A knife portion (13) is fixed at the end, and the knife portion (13) is composed of a tapered body (130) and a blade (131) at its bottom end; wherein, the shapes of the tapered body (130) and the blade (131) can be Set to different shapes as needed; each column (121) is formed or provided with a reinforced portion (1210) at an appropriate position to strengthen the column (121)'s firmness without deformation; The actuator (11) is fixed on a side of a main body base (9) or the main body base (9) by a fixing unit (100); wherein the automatic control system device (1a) is cut by control The push rod (110) of the actuator (11) of the egg device (10) moves downward or upward, relatively controls the moving state of each column (121) of the movable support frame (12) being moved downward or upward ; Please also refer to Figure 1, Figure 3~4, Figure 5A, Figure 5B, Figure 6A and Figure 6B, the egg liquid generating device (20) contains a plurality of spaced egg liquid Generator (21), and the side parts between two adjacent egg liquid generators (21) are connected and fixed by a connecting plate (27), the connecting plate (27) can also be set as required A plurality of parallel connecting plates (27) on the upper and lower sides; each egg liquid generator (21) includes an egg liquid generating frame (22) with an egg inlet (23) opened in front and a sleeve placed on the egg liquid generating frame (22) The internal egg liquid flows out of the mesh layer (25); the shape of the egg liquid generating frame (22) can be set as shown in Figure 1, Figure 3~4, Figure 5A and Figure 6A The rectangular frame shown can also be set as a round tube frame shown in Figure 7A; the egg liquid flowing out of the mesh layer (25) is provided with a plurality of holes (250), and the holes (250) The size and shape can be set according to the needs, and even the shape of the hole (250) can be set as a geometric shape, so that the egg liquid (870) can flow out of the egg faster and out of the mesh layer (25); wherein, the egg liquid generates a frame (22) A pair of eggshell exit holes (220) are respectively opened between the bottom of the egg inlet (23) and the egg liquid outflow layer (25). The pair of eggshell exit holes (220) are formed by corresponding 1 eggshell exit hole (221) and the second eggshell exit hole (222), and the egg liquid is produced The bottom of the frame (22) is also provided with a first egg liquid outflow hole (223); please also refer to Figures 8A, 8B and 8C, the egg liquid generation frame of the egg liquid generator (21) ( 22) The introduction piece (28) can be extended on both sides of the egg inlet (23), and by the blocking of the introduction piece (28) on both sides, each bird egg (87) can be removed from the bird egg conveying device ( 60) Dropped through the egg inlet (23) to the egg liquid outflow net layer (25) in each egg liquid generation frame (22); please refer to Figure 1, Figure 9 and Figure 10 again As shown, the drawing device (30) includes an actuator (31) and a concave frame (32); the end of the drawing rod (310) of the actuator (31) is connected to the concave frame (32) One side is fixed to each other; wherein, the automatic control system device (1a) is pushed forward or pulled back by the drawing rod (310) of the actuator (31) controlling the drawing device (30), relative to the control concave type The frame (32) is moved left and right by a preset distance or the state of controlling the movement of the concave frame (32): the actuator (31) is fixed on the main body base (9) by a fixing frame (300) ) On the side of the main body base (9); where the concave frame (32) is opposite to the side of the actuator (31) is provided with an opening (33) to facilitate maintenance and cleaning operations of the staff; The concave frame body (32) is provided with a plurality of pairs of spaced eggshell exit openings (320) corresponding to the front and the back, and each pair of eggshell exit openings (320) is formed by the corresponding first eggshell exit opening (321) ) And a second eggshell exit port (322); wherein, the bottom of the concave frame (32) and corresponding to each pair of eggshell exit ports (320) are provided with a second egg liquid outflow hole (323); Please refer to Figure 1, Figure 4 and Figures 10~13 at the same time, each egg liquid generating frame (22) of the plural egg liquid generators (21) of the original egg liquid generating device (20) It is arranged inside the concave frame (32) of the drawing device (30), and is mutually pivoted with the concave frame (32); wherein, each columnar body (121) of the egg-breaking device (10) is Corresponding to the center (2200) of the frame of each egg liquid generating frame (22) of the egg liquid generating device (20) The automatic control system device (1a) controls each columnar body (121) to insert into the inside of each egg liquid generating frame (22) or rise to the outside of the egg liquid generating frame (22) respectively, according to In order to achieve circulation, the operations of cutting bird eggs (87) and collecting egg liquid (870); the egg liquid flows out of the bottom of the net layer (25) and the first egg liquid opened at the bottom of the egg liquid generating frame (22) There is a preset distance between the outflow holes (223) to form an accommodating space (26), and the automatic control system device (1a) controls the moving state or movement of the drawing device (30) concave frame (32) A predetermined distance so that two adjacent egg liquid generators (21) of the egg liquid generating device (20) are located in the second egg liquid outflow hole (32) of the concave frame (32) of the drawing device (30) 323), an egg liquid containing groove (260) is formed between the accommodating space (26) and the concave frame (32); (as shown in FIG. 10 and FIG. 12), that is, a plurality of eggs The first egg liquid outflow hole (223) opened at the bottom of each egg liquid generating frame (22) of the liquid generator (21) does not have a bottom of the concave frame (32) of the pull-in device (30) Each second egg liquid outflow hole (323), so that each egg liquid flows out of the accommodating space (26) below the mesh layer (25) and an egg liquid accommodating groove (260) is formed between the concave frame body (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 FIG. 11), the egg liquid generating device (20 ) Of the plurality of egg liquid generators (21), the first egg liquid outflow hole (223) opened at the bottom of each egg liquid generating frame (22) is respectively aligned with the concave frame (32) of the drawing device (30) Each of the second egg liquid outflow holes (323) below the bottom of the bottom, and each pair of eggshell exit openings (320) opened on the concave frame (32) of the drawing device (30) are also just matched separately The pair of eggshell exit holes (220) on each egg liquid generating frame (22) of the plurality of egg liquid generators (21); please also refer to Figure 1, Figure 12, Figure 21 and Page 22 As shown in the figure, when the automatic control system device (1a) is started, the bird egg conveying device (60) is driven to rotate Each bird's egg (87) placed on the bird's egg conveying device (60) accurately corresponds to each egg liquid generating frame (s) which is smoothly dropped to the plural egg liquid generators (21) through the egg inlet (23) 22) The egg liquid inside flows out of the mesh layer (25); please refer to the figure 13 shows, the creative pushing device (50) includes an actuator (51) and a pushing support frame (52); wherein, the actuator ( The end of the pushing rod (510) of 51) is fixed to each other above the pushing support frame (52), and the pushing support frame (52) extends downward with a plurality of pushing columns (521) arranged in parallel at intervals A pushing portion (53) is fixed on the bottom end of a pushing column (521); the pushing portion (53) of each pushing column (521) corresponds to each egg of the plural egg liquid generators (21) One side of the pair of eggshell exit holes (220) on the liquid generating frame (22); the actuator (51) is fixed on the main body base (9) or the main body by a fixing unit (500) One side of the base (9); the actuator (11), the actuator (31), and the actuator (51) described in this book can be linear actuators or pipe rods with front and rear linear push-pull functions as required Type linear motor, which can also be an oil pressure mechanism or a pneumatic mechanism; the automatic control system device (1a) is pushed forward or backward by controlling the push rod (510) of the actuator (51) of the push device (50) Pulled back, the pusher (53) at the bottom of each pusher column (521) relative to the pusher support frame (52) is moved forward and backward or controlled by pushing each pusher column (521) of the push frame (52) ) The moving state of the pushing part (53) at the bottom end; please refer to Figure 14, Figure 15, Figure 16, and Figure 17, the bird egg conveying device (60), (60a) includes 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, the connecting piece (65) is the first outer connecting piece (651) 2, the second outer connecting piece (652), after the connecting piece (65) is overlapped, so that two adjacent connecting shafts (62) are pivotally connected, each connecting shaft (62) is located on the 1 The outer connecting piece (651) is pivotally provided with a pulley (63) on the outside, the pulley (63) is opposite to the first outer connection A second outer connecting piece (652) is pivotally connected to one end of the piece (651). After the second outer connecting piece (652) is overlapped, it is respectively pivotally connected to the adjacent connecting shaft (62), and at the same time, each connection A connecting piece (65) is pivotally connected to one of the shafts (62) at a fixed preset distance. The connecting piece (65) is an inner connecting piece (653). After the connecting pieces (65) are overlapped, they are respectively adjacent to the adjacent ones. The connecting shafts (62) are pivotally connected to form a continuous conveyor belt conveyor (61) with a plurality of rails (600), and two adjacent connecting shafts on each rail (600) (62) There are a plurality of egg slot (66), (66a) arranged at equal intervals, and each egg slot (66), (66a) is used to receive a bird egg (87); , The connecting shaft (62) of each of the egg troughs (66), (66a) of the continuous chain conveyor belt (61) is provided with a rolling sleeve (620); each track (600) Each egg slot (66), (66a) on the upper part corresponds to the egg inlet (23) of each egg generating frame (22); the inner connecting piece (653) is located on the connecting shaft (62) The inside of the first outer connecting piece (651) at both ends; the bird egg conveying device (60), (60a) is sleeved between two adjacent pulleys (63) at both ends of the connecting shaft (62) to form a Gear bite hole (6032) to provide corresponding bite of gear (601) teeth; when automatic control system device (1a) controls motor shaft (670) of motor (67) to rotate and drive gear (601) Rotate to make the continuous chain conveyor belt (61) with a plurality of rails (600) relatively rotate, according to which it is transported and placed in the egg troughs (66) and (66a) on each rail (600) respectively Each bird's egg (87), to transport and move each bird's egg (87) separately out of the egg slot (66), (66a), and drop to each of them through the corresponding egg inlet (23) The egg liquid in the egg liquid generating frame (22) flows out of the mesh layer (25) to be cut by the knife portion (13) of the egg breaking device (10); wherein, each egg slot (66), ( 66a) As shown in Figure 16 and Figure 17, a receiving strip (660) can be provided at the center to receive the bird eggs (87) to prevent the smaller bird eggs (87) from falling out of the egg slot (66), (66a); the two ends of the receiving strip (660) are fixed at the center of the connecting piece (65); please refer to Figure 18 again, this creative bird egg conveying device (60) Another bird egg conveying device (60b) with a different structure includes a motor (67), a plurality of shafts (673) and a plurality of conveying belts (681); the motor transmission shaft (6700) of the motor (67) is threaded on In the surrounding plural conveyor belt (681), a driving wheel (671) is fixedly mounted on the motor transmission shaft (6700) at the corresponding conveyor belt (681); the plural shaft (673) is connected to the motor transmission shaft The rods (6700) are arranged in parallel and spaced in a plurality of conveyor belts (681), and the shaft (673) is pivotally sleeved with a rolling wheel (672) at the conveyor belt (681); wherein, the shaft (673) Both ends can be fixed on the support frame (69) according to the 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 conveyors (60), (60b); each conveyor belt (681) forms a track (68); when the automatic control system device (1a) controls the motor drive shaft (6700) of the motor (67) to rotate , Relative to the rotation of the driving wheel (671), so that each conveyor belt (681) rotates with it, and then by the rolling wheel (672) pivoted below the conveyor belt (681), to make the conveyor belt (681) smoother Rotation; each conveyor belt (681) is arranged with a plurality of clamping parts (682) arranged at intervals, and between the two clamping parts (682) arranged at intervals are formed as egg slot (66), (66b) for Each bird egg (87) is set separately, and each egg slot (66), (66b) on the track track (68) formed by each conveyor belt (681) also corresponds to each The egg inlet (23) of the egg liquid generating frame (22); please refer to Figure 1, Figure 1B and Figure 19, the egg shell conveying device (70) mainly includes a motor (71) and a plurality of shafts Rod (721) and conveyor belt (73); the motor drive shaft (710) of the motor (71) is inserted into the conveyor belt (73), corresponding to the motor drive shaft (710) inside the conveyor belt (73) The upper sleeve is provided with a transmission wheel (711); the plurality of shafts (721) are parallel to the motor transmission shaft (710) The rows are arranged at intervals and pass through the surrounding conveyor belt (73), and the shaft (721) corresponds to the inner side of the conveyor belt (73) with a rolling wheel (72); wherein, the shaft (721) is connected at both ends Respectively fixed on the support frame (76), and the support frame (76) is further fixed on a base (75) to support the entire eggshell conveying device (70); the eggshell conveying device (70) further includes a plurality of A second inverted L-shaped supporting frame (77), one end of the second inverted L-shaped supporting frame (77) is fixed on the base (75) or the main body base (9), and the other end extends upward The blocking sheet (78); wherein, the blocking sheet (78) is arranged along the conveyor belt (73) and is adjacent to the side of the concave frame (32) of the conveyor belt (73) opposite to the drawing device (30); when automatic The control system device (1a) controls the rotation of the motor transmission shaft (710) of the motor (71), relatively rotates the transmission wheel (711), so that the conveyor belt (73) rotates, and then the conveyor belt (73) pivots downward Set the rolling wheel (72) to make the conveyor belt (73) rotate more smoothly; the whole set of eggshell conveying device (70) is then fixed on a receiving plate (91) extending upward from the main body base (9) ), so that the eggshell conveying device (70) is relatively fixed to the concave frame (32) of the drawing device (30) opposite to one side of the bird egg conveying device (60), and the eggshell conveying device (70) The conveyor belt (73) is parallel to the concave frame (32) and is just below the concave frame (32), for receiving and conveying the pushing of the bottom of the pushing column (521) of the pushing device (50) Part (53) of the concave frame (32) of the drawing device (30) which is matched by the pair of eggshell exit holes (220) of each egg liquid generating frame (22) through each egg liquid generating device (20) The egg shells (88) pushed out by each pair of egg shell exit ports (320); the egg shells (88) are transported by the conveyor belt (73) to the end and fall out of the conveyor belt (73) for recycling and discarding (please (See Figures 23~25); please refer to Figures 1A and 1B, the egg liquid generating frame (22) of the egg liquid generating device (20) is provided with a first inverted L-shaped bracket (29) ) At one end, the other end of the first inverted L-shaped bracket (29) extends and is fixed to The base (75) of the eggshell conveying device (70) or fixed on the main body base (9) is used to support the egg liquid generating frame (22) and sleeved in the vacant state on the drawing device (30) ) Inside the concave frame (32) and are mutually pivoted with the concave frame (32); please refer to Figure 1 and Figures 20 to 22, the creative egg conveyor conveying device (80) mainly includes There are a motor (81), a transmission seat (811), an egg receiver tray (83), and an egg inverter (86); the motor (81) has a drive screw (810) with a threaded structure; wherein, the motor (81) A base (85) or a main body base (9) is fixedly fixed, and a transmission seat (811) is pivotally arranged on the transmission screw (810); the transmission seat (811) can be fixed with a Fix the base (82), and then fix the egg tray (83) on the fixed base (82) by means of the fixing member (831), or directly pour the egg without the fixed base (82) The receiver directly receiving plate (83) is fixed on the transmission seat (811); and the egg inverted device (86) does not need the egg receiving device direct receiving plate (83), and is directly placed on the transmission seat (811); automatic control The system device (1a) controls the driving screw (810) of the motor (81) to rotate, and controls the driving base (811) to move left and right by a preset distance or the movement state of the driving base (811), and the relative control is reversed. The egg tray (83) or the egg tray (86) moves left and right by a preset distance or its moving state, so that each egg liquid of the plural egg liquid generators (21) of the egg liquid generating device (20) Directly below the first egg liquid outflow hole (223) of the generating frame (22) corresponds to a plurality of accommodating grooves (860) of an egg pourer (86) one by one; the motor (67), The motor (71) and the motor (81) can be stepper motors or servo motors as needed; wherein, a plurality of egg inverters (86) can be placed on the egg inverter receiving plate (83); each of the egg inverters ( 86) It is composed of a plurality of accommodating bodies (861) arranged in parallel at an equal distance and fixed on the receiving plate (862) of a grip-type receiving object; wherein, each accommodating body (861) is concavely provided with an accommodating groove (860); the base (85) of the egg conveyor conveying device (80) is secured It is set on the base (9) of the main body, and is located at the bottom of the device (1) of the whole set of automatic bird egg breaking and egg liquid collection configuration (as shown in Figure 1); among them, an egg pourer (86) The plurality of accommodating tanks (860) correspond to the first egg liquid outflow holes of the egg liquid generating frame (22) of each egg liquid generating device (21) of the egg liquid generating device (20) Below (as shown in Figures 23~25); please also refer to Figure 1 and Figures 23~29. When you want to collect egg liquid for breaking eggs, you will manually put each bird egg (87 ) Placed in each egg slot (66) of the bird egg conveying device (60), and the automatic control system device (1a) controls the continuously surrounding chain conveyor belt of the bird egg conveying device (60), (60a) (61) Rotate or control the rotation of the continuously surrounding conveyor belt (681) of the bird egg conveying device (60), (60b), according to which the egg traps placed on each track (600), (68) are transported Each bird egg (87) in (66), so that each bird egg (87) is transported and moved separately, slide out of the egg slot (66) and fall to each through the egg inlet (23) The egg liquid in the egg liquid generating frame (22) flows out of the mesh layer (25), and the automatic control system device (1a) then controls the actuator (11) of the egg breaking device (10) to make it move the support frame ( 12) Downwards, each columnar body (121) arranged parallel to each other is downwardly inserted into each egg liquid generating frame of each egg liquid generator (21) corresponding to the center (2200) of the frame body In the body (22), the blade (131) at the bottom of the cylindrical body (121) cuts the bird egg (87), and then the bird egg (31) is moved toward the home by the tapered body (130) of the knife portion (13) Set aside the two sides (as shown in Figure 24), at this time, the egg liquid (870) flows down through the hole (250) of the egg liquid out of the mesh layer (25) and flows into the accommodating space (26). When the egg (87), 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 each egg of the plural egg liquid generator (21) The first egg liquid outflow hole (223) opened at the bottom of the liquid generating frame (22) does not have a concave frame (32) of the pull-in device (30) Each second egg liquid outflow hole (323) below the bottom of the bottom, therefore, the downward egg liquid (870) is accommodated in the accommodating space (26) of the bottom of each egg liquid generating frame (22) and The egg liquid containing groove (260) formed by the concave frame (32) of the pulling device (30); the automatic control system device (1a) then controls the actuator (11) of the egg breaking device (10) So that the movable support frame (12) rises upwards, and the knife portion (13) at the bottom of each columnar body (121) rises upward to above the egg liquid generating frame (22), and at the same time controls the drawing device (30) The moving state of the actuator (31) or a preset distance (as shown in Figure 11 and Figure 26), so that the multiple egg liquid generator (21) of the egg liquid generating device (20) Each egg liquid generates a first egg liquid outflow hole (223) opened at the bottom of the frame body (22) and respectively engages each second egg liquid under the bottom of the concave frame body (32) of the drawing device (30) Outflow hole (323), so that the egg liquid (870) flows into the inverted egg conveyor conveying device (80) located below through the corresponding first egg liquid outflow hole (223) and the second egg liquid outflow hole (323) In the accommodating groove (860) of the egg pourer (86) placed on the egg tray (83), each track (600) of the plural tracks (600) or (68) of the bird egg conveying device (60) ) Or (68) corresponds to the egg inlet (23) of each egg liquid generating frame (22) of each egg liquid generating device (21) of the egg liquid generating device (20), and each egg liquid generating frame The first egg liquid outflow hole (223) at the bottom of the body (22) and the matched second egg liquid outflow hole (323) are respectively arranged in parallel one by one in parallel with the egg pourer (86) and fixed on the receiving plate ( 862) on the holding groove (860), so that the multiple holding grooves (860) of one egg scoop (86) on the egg scoop conveyor (80) can be controlled by the automatic control system device (1a) at the same time The drawing rod (310) of the actuator (31) of the drawing device (30) moves or moves a preset distance, relative to the moving state of the concave frame (32) or moves a preset distance (such as the 11th) Figure and Figure 26), so that the egg liquid (870) of each bird egg (87) flows into the plural volume of the egg pourer (86) In the tank (860), it is not necessary to manually break the bird egg (87), so that the operator of the roasted bird egg liquid can quickly take the egg pourer (86) equipped with the egg liquid (870) corresponding to the grill Pour the egg liquid (870) into the frying tank on the implement and fry it; the egg liquid (870) flows into the plural accommodating tanks (860) of the egg pourer (86) and is opened in the plural egg liquid generator ( 21) The pair of eggshell exit holes (220) on the frame body (22) of each egg liquid also coincides with each pair of eggshell exit ports on the concave frame body (32) of the drawing device (30) (320) At this time, automatically control the system device and control the pushing device (50) corresponding to the pair of egg shell exit holes (220) of each egg liquid generating frame (22) of each egg liquid generator (21) ), the pushing part (53) of each pushing column (521) on one side is pushed forward and passes through the pair of eggshell exit holes (220) and the pair of eggshell exit ports (320), According to this, the egg shell (88) is pushed out of the concave frame (32) of the drawing device (30) and the egg liquid generating frame (22) of the egg liquid generating device (20), and falls to the egg shell conveying device ( 70) on the conveyor belt (73), at this time, the motor (71) of the eggshell conveying device (70) has been driven by the automatic control system device (1a) and drives the conveyor belt (73) to rotate, so that the eggshell (88) It is transported by the conveyor belt (73) to the end and falls out of the conveyor belt (73), and it is recycled and discarded to achieve the special economic benefits of automatically cutting the bird egg (87) and collecting the configuration egg liquid (870), which not only saves The labor cost of breaking the bird's egg (87) can be used to quickly store the egg container (870) in the plural accommodating tank (860) of each egg pourer (86); When the trough (860) is filled with egg liquid (870), the automatic control system device (1a) controls the rotation of the drive screw (810) of the motor (81) of the egg conveyor conveying device (80), and its drive seat (811) That is, a preset distance is moved, so that the egg tray receiving tray (83) is relatively moved by the preset distance, so that the multiple egg liquid containing tanks (860) and the egg tray (86) are already installed The next to the egg liquid (870) is another egg pourer (86) that is not equipped with egg liquid (870) The multiple egg liquid accommodating tank (860) corresponds to each egg liquid generating unit (21) of the egg liquid generating device (20) above it, and the first egg liquid flows out of the bottom of the frame body (22) Below the hole (223), at this time, the actuator (31) of the drawing device (30) is controlled to move or move a preset distance so that the bottom of each egg generating frame (22) is opened The first egg liquid outflow hole (223) does not have every second egg liquid outflow hole (323) below the bottom of the concave frame (32) of the pull-in device (30), and returns to the plural bird eggs (87) It is slid out of the egg slot (66) and dropped through the egg inlet (23) to each corresponding egg liquid generation frame (22). The egg liquid flows out of the mesh layer (25), and the bird is cut repeatedly Automatic circulation operation procedures of eggs (87), collecting and disposing egg liquid (870) and separating egg shell (88), to achieve automatic cutting of bird eggs (87), collecting and disposing egg liquid (870) and separating egg shell (88) The best effect, improve the sanitation of the cracked bird egg (87) and the production efficiency of the roasted egg liquid (870), will not lose business because the buyer waits too long, and indeed promote the use of the roasted bird egg industry value.

The above are only the preferred embodiments of this creation, and are not intended to limit the scope of implementation of this creation. Any other changes and modifications or equality arrangements made under the same spirit of this creation and patent scope , Are covered by the scope of creative protection and the scope of patents.

This creation is a very outstanding and excellent design based on the above characteristics; it is not found in publications or public use, and it is suitable for the application requirements of new patents, and the application is submitted in accordance with the law.

(1)‧‧‧Automatic bird egg broken egg and egg liquid collection configuration device

(10)‧‧‧Broken egg device

(100)‧‧‧Fixed unit

(11)‧‧‧Actuator

(110)‧‧‧Push rod

(12)‧‧‧Mobile support frame

(121)‧‧‧Cylinder

(13)‧‧‧Blade

(20)‧‧‧Egg liquid generator

(21)‧‧‧Egg liquid generator

(22)‧‧‧Egg production frame

(220)‧‧‧Eggshell exit hole

(2200)‧‧‧Central of the frame

(25) ‧‧‧ egg liquid flows out of the mesh

(26)‧‧‧accommodation space

(260)‧‧‧Egg liquid storage tank

(30)‧‧‧Drawing device

(300)‧‧‧Fixing frame

(31)‧‧‧Actuator

(310)‧‧‧Draw rod

(32)‧‧‧Concave frame

(320)‧‧‧Eject exit

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

(33) ‧‧‧ opening

(87)‧‧‧ Bird Egg

Claims (11)

An automatic bird egg broken egg and egg liquid collection device mainly includes an egg broken device, an egg liquid generating device, a drawing device and an automatic control system device; The egg-breaking device and the drawing device are respectively electrically connected to the automatic control system device; The egg-breaking 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 the bottom end of each columnar body is fixedly provided with a knife portion; The automatic control system device controls the movement state of each columnar body of the movable support frame of the egg-breaking device being lowered or raised; The egg liquid generating device includes a plurality of egg liquid generators arranged at intervals; Each egg liquid generator further includes an egg liquid generating frame with an egg inlet opening in front and an egg liquid flowing out of the mesh layer sheathed inside the egg liquid generating frame; The egg liquid flowing out of the mesh layer is provided with a plurality of holes; Among them, a pair of eggshell exit holes are opened on each egg liquid generating frame and between the egg inlet and the egg liquid outflow net layer; The pair of eggshell exit holes are composed of corresponding first eggshell exit holes and second eggshell exit holes; Among them, the first egg liquid outflow hole is opened at the bottom of each egg liquid generating frame; 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 move a preset distance; Among them, the concave frame body is respectively provided with a plurality of pairs of spaced eggshell exits, and each pair of eggshell exits is formed by the corresponding first eggshell exit and the first 2 constituted by the exit of the eggshell; A second egg liquid outflow hole is opened at the bottom of the concave frame and corresponding to the exit opening of each pair of eggshells; The plurality of egg liquid generators are sleeved inside the concave frame of the drawing device, and are mutually pivoted with the concave frame; Wherein, each columnar system of the egg-breaking device corresponds to the center of the frame of each egg-liquid generating frame of the plural egg-liquid generators of the egg-liquid generator, so that the automatic control system device controls each column-shaped body Correspondingly inserting the inside of each egg liquid generating frame downwards or ascending to the outside of each egg liquid generating frame, so as to achieve automatic circulation to cut bird eggs and collect egg liquid. The automatic bird egg broken egg and egg liquid collection device according to claim 1, wherein one side of the concave frame is provided with an opening. The automatic bird egg broken egg and egg liquid collection device according to claim 1, wherein there is a preset distance between the bottom end of the egg liquid outflow net layer and the first egg liquid outflow hole formed at the bottom of the egg liquid generation frame To form an accommodating space; the automatic control system device controls the concave frame of the drawing device to move a preset distance so that two adjacent egg liquid generators of the egg liquid generating device are located on the concave frame Between the second egg liquid outflow holes, an egg liquid containing groove is formed between the accommodating space and the concave frame. The automatic bird egg broken egg and egg liquid collection device as described in claim 1, wherein the automatic control system device controls the concave frame of the drawing device to move a predetermined distance so that the bottom of the concave frame of the drawing device Each second egg liquid outflow hole respectively corresponds to the first egg liquid outflow hole opened at the bottom of each egg liquid generation frame of the plurality of egg liquid generators of the egg mixture generation device, and is formed in the concave frame of the drawing device Each pair of eggshell exits on the table also happens to be suitable for each egg liquid production of the multiple egg liquid generators. The pair of eggshell exit holes on the raw frame. The automatic bird egg broken egg and egg liquid collection device according to claim 1, wherein the knife portion is composed of a cone and a blade at the bottom end of the cone. The automatic bird egg breaking egg and egg liquid collection device according to claim 1, wherein the egg breaking device further includes an actuator, so that the automatic control system device controls the pushing rod of the actuator to descend or Go up, according to which each columnar body of the movable supporting frame controlling the egg-breaking device respectively corresponds to the center of the frame of each egg liquid generating frame, insert the inside of each egg liquid generating frame downward or go up To the outside of the frame where the egg liquid is produced. The automatic bird egg breaking egg and egg liquid collection device as described in claim 6, wherein the end of the push rod of the actuator of the egg breaking device is fixed to each other above the movable support frame. The automatic bird egg broken egg and egg liquid collection device according to claim 1, wherein the drawing device further includes an actuator; the automatic control system device is controlled by the drawing rod of the actuator of the drawing device Push it forward or pull it back, according to which the concave frame of the drawing device is controlled to move a preset distance or control the moving state of the concave frame. The automatic bird egg broken egg and egg liquid collection device according to claim 8, wherein the end of the drawing rod of the actuator of the drawing device is fixed to one side of the concave frame body. The automatic bird egg broken egg and egg liquid collection device according to claim 6 or 8, wherein the actuator is a linear actuator, a tube rod type linear motor, an oil pressure mechanism, or an air pressure mechanism. The automatic bird egg broken egg and egg liquid collection device according to claim 6 or 8, wherein the actuator is fixed on a main body base or a part of a main body base by a fixing unit side.

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