JP2020174655A - Fruit core removal apparatus - Google Patents

Abstract

To disclose a fruit core removal apparatus.SOLUTION: A fruit core removal apparatus comprises a main body and a first empty chamber positioned in the main body. A feeding passage coming in communication with the top of the main body is installed in the top wall of the first empty chamber. A second empty chamber opened upward is installed in the bottom wall of the first empty chamber. The fruit core removal apparatus of the present invention has the whole constitution being more rational and skillful, is easy to be used, enables fruit core removal operation to be automatically performed in a large amount, enables fruit skin to be removed while removing the core at the same time, and increases utility of equipment. At the same time, the equipment of the present invention uses the same power source to complete multiple operation, and therefore a high value of use and spread is present.SELECTED DRAWING: Figure 1

Description

The present invention takes up the field of fruit processing, and specifically is a fruit nucleus removing device.

When people perform a denuclearization operation on a fruit, artificial denuclearization is inefficient, it is difficult to control the hygiene level when the fruit is touched directly, and it is necessary to perform the dehulling operation after removing the core of the fruit. In many cases, if not processed quickly, the fruits will oxidize and rot due to long-term neglect, resulting in factory loss.
There are existing automatic denuclearization facilities, but these facilities require the fruit to be placed and fixed at the request of the facility, are not efficient, and there is no complex facility that automatically removes the nuclei and skins.
Therefore, it is necessary to further improve the equipment of the existing technology fruit nucleus removal device, which enhances the convenience and high efficiency of fruit processing.

Chinese Patent Application Publication No. 107232961

An object of the present invention provides a denuclearization device for fruits, which can solve the problems in the current technology described above.

The fruit nucleus removing device of the present invention includes a main body and a first empty chamber located in the main body, and a feed passage communicating with the top of the main body is installed in the top wall of the first empty chamber. A second empty chamber opened upward is installed in the bottom wall of the first empty chamber, a raw material feeding device is installed in the second empty chamber, and the front and rear end walls of the second empty chamber are installed. The mounting block is fixedly installed, the first slide chamber opened upward is installed in the mounting block, the fixing device is installed in the first slide chamber, and the first empty chamber is installed. A third empty chamber that opens downward is installed in the top wall, a ring gear is fixedly attached to the end wall of the third empty chamber, and a nuclear removal device is installed in the second empty chamber. A first transmission chamber extending rearward is installed in the top wall of the third empty chamber, and is located behind the first empty chamber in the bottom wall of the first transmission chamber. A second transmission chamber is installed, a second slide chamber opened forward is installed in the rear end wall of the second transmission chamber, and a second slide chamber is installed between the second slide chamber and the second transmission chamber. A power switching device is installed, a third transmission chamber extending to the right is installed in the bottom wall of the second transmission chamber, and a raw material feeding device drive device is installed in the third transmission chamber. ..

Among them, the raw material feeding device includes a first transmission wheel installed so as to be rotatable in the second empty chamber, and a first is provided between the second empty chamber and the third transmission chamber. The rotating shaft is installed so as to be rotatable, and the second transmission wheel is fixedly attached to the outer surface of the first rotating shaft in the second empty chamber, and the second transmission wheel and the first transmission are fixedly attached. The conveyor is connected to the wheels so that they can be transmitted by a conveyor, the conveyor is provided with a plurality of sets of fixing holes, and a first pulley is provided on the outer surface of the first rotating shaft in the third transmission chamber. It is fixedly attached and is installed in the third transmission chamber so that the second rotating shaft extending back and forth can rotate, and the second pulley and the second pulley are installed on the outer surface of the second rotating shaft. A worm wheel located on the rear side is fixedly attached, and the second pulley and the first pulley are connected so as to be transmitted by a first belt, and the third transmission chamber and the second transmission are connected. A worm that meshes with the worm wheel is installed between the chamber so that it can rotate, and the top end of the worm penetrates the top of the third transmission chamber and is inserted into the second transmission chamber, and the end thereof. The first umbrella gear is fixedly attached to.

Among them, the nuclear removal device includes a rotating frame installed so as to be rotatable in the third empty chamber, and a tool post is installed symmetrically on the bottom wall of the rotating frame, and two front and rear. A third slide chamber having openings facing each other is installed in the tool post, and a rack extending vertically is fixedly attached to the end wall of the third slide chamber, and the third slide chamber of the third slide chamber is fixedly attached. The first slide block is installed so that it can slide inside, the fourth empty chamber is installed in the first slide block, and the first that communicates with the outside is inside the end wall of the fourth empty chamber. A slide hole is installed, the first slide rod is installed so as to slide in the first slide hole, and the first elastic reset is performed between the first slide rod and the end wall of the first slide hole. The device is installed elastically, and a beating knife is fixedly attached to the side of the first slide rod that is away from the tool post, and the end wall of the fourth empty chamber that is closer to the rack. A fifth vacant chamber that communicates with the outside is installed inside, and a third rotating shaft extending to the left and right is installed in the fifth vacant chamber so that it can rotate, and is installed on the outer surface of the third rotating shaft. The first cam and the first gear that meshes with the rack are fixedly attached, and the first screw hole that penetrates vertically is installed in the first slide block, and the inside of the first screw hole. The first screw bolts extending vertically are connected by threads, and the end extending above the first screw bolt penetrates the rotating frame and is inserted into the third empty chamber, and the end thereof. A second gear that meshes with the ring gear is fixedly attached to the wheel.

A cutting blade is installed below the rotating frame, a fourth slide chamber opened downward is installed in the cutting blade, and a second slide block is installed in the fourth slide chamber. Is installed so that it can slide, a first pressing spring is elastically installed between the second slide block and the top wall of the fourth slide chamber, and a stopper can slide on the outer surface of the cutting blade. A second elastic reset device is elastically installed between the stopper and the outer end wall of the cutting blade, and a second screw hole penetrating vertically in the top wall of the fourth slide chamber. Is installed, a second screw bolt extending upward is connected by a screw thread in the second screw hole, and a third gear that meshes with the second gear is on the outer surface of the second screw bolt. Fixedly attached, the top end of the second screw bolt penetrates the bottom wall of the first transmission chamber and is inserted into the first transmission chamber, and a third pulley is fixedly attached to the end. It is attached.

Preferentially, the power switching device includes a fourth rotating shaft installed so as to be rotatable between the second transmission chamber and the first transmission chamber, and the first transmission chamber in the first transmission chamber. A fourth pulley is fixedly attached to the end of the four rotation shaft, and the fourth pulley and the third pulley are connected so as to be transmitted by a second belt, and are inside the second transmission chamber. A second bevel gear is fixedly attached to the end of the fourth rotating shaft, and a third slide block is installed in the second slide chamber so that it can slide, and the left end wall of the third slide block. The first motor is fixedly mounted inside, and the third bevel gear that meshes with the first bevel gear is fixedly mounted at the end extending in front of the output shaft of the first motor. A sixth empty chamber is installed in the bottom wall of the second slide chamber, and a second slide hole is continuously installed between the sixth empty chamber and the second slide chamber, and the second slide hole is installed. A second slide rod fixedly connected to the third slide block is installed in the inside so that it can slide, and a third elastic force is provided between the second slide rod and the end wall of the second slide hole. The reset device is installed elastically.

Preferentially, the fixing device includes a fourth slide block that is slidably installed in the first slide chamber, and three sets of fixing needles are fixed to the top wall of the fourth slide block. The fifth rotating shaft is installed between the first slide chamber and the sixth empty chamber so that the fifth rotating shaft can rotate, and the rear end of the fifth rotating shaft in the sixth empty chamber. And the second motor fixedly installed in the rear end wall of the sixth empty chamber are connected so that power can be transmitted, and the end of the fifth rotation shaft in the sixth empty chamber is connected. A second cam is fixedly attached to the wheel, a turntable is fixedly attached to the end of the fifth rotating shaft in the first slide chamber, and the rotating disk swings on the front end wall of the rotating disk. The rods are connected by a hinge, a hinge connecting rod is connected to the top end of the swing rod by a hinge, and the end extending above the hinge connecting rod and the bottom wall of the fourth slide block are fixedly fixed. Be connected.

The beneficial effect of the present invention is: The fruit denuclearization device of the present invention has a more rational and sophisticated overall composition, is easy to use, can automatically perform a large number of fruit denuclearization operations, and at the same time nuclei. Can remove fruit peels while removing, increasing the practicality of the equipment, while at the same time the equipment of the present invention uses the same power source to complete multiple operations, simplifying the configuration of the equipment, It saves cost and is worth high use and widespread use.

In order to more clearly explain the examples of the present invention and the technical ideas in the existing technology, a brief introduction is given below to the attached figures that need to be used in the examples and the explanation of the existing technology at a glance. What you can see is that the illustrations in the description below are just some examples of the present invention, and others based on these illustrations, on the premise that ordinary engineers in this area do not pay creative labor. You can get the attached figure.

FIG. 1 is an overall structural diagram of the fruit nucleus removing device of the present invention. FIG. 2 is a structural diagram of AA of FIG. FIG. 3 is a structural diagram of BB of FIG.

All features disclosed in the present invention, or all disclosed methods, steps in the process can be combined in any manner other than features or steps that exclude each other.

For convenience, the following directions are defined as follows: The up, down, left, right, front and back directions described below and the up, down, left, right, front and back directions of the self-projection relationship in FIG. 1 are the same.

As shown in FIGS. 1-3, the fruit nucleation apparatus of the present invention includes a main body 100 and a first empty chamber 102 located in the main body 100, and is located in the top wall of the first empty chamber 102. A feed passage 101 communicating with the top of the main body 100 is installed, a second empty chamber 107 opened upward is installed in the bottom wall of the first empty chamber 102, and the second empty chamber 107 is installed. A raw material feeding device is installed, a mounting block 114 is fixedly installed on the front and rear end walls of the second empty chamber 107, and a first slide chamber 113 opened upward is installed in the mounting block 114. A fixing device is installed in the first slide chamber 113, and a third empty chamber 118 opened downward is installed in the top wall of the first empty chamber 102, and the third empty chamber 118 is installed. A ring gear 151 is fixedly attached to the end wall, a nuclear removal device is installed in the second empty chamber 118, and a first extending rearward in the top wall of the third empty chamber 118. The transmission chamber 144 is installed, and the second transmission chamber 129 located behind the first empty chamber 102 is installed in the bottom wall of the first transmission chamber 144, and the rear side of the second transmission chamber 129. A second slide chamber 128 opened forward is installed in the end wall, a power switching device is installed between the second slide chamber 128 and the second transmission chamber 129, and the second transmission chamber 129 is installed. A third transmission chamber 167 extending to the right is installed in the bottom wall of the third transmission chamber, and a raw material feeding device driving device is installed in the third transmission chamber 167.

Then, with reference to FIGS. 1 to 3, the specific configurations of the raw material feeding device and the raw material feeding device driving device of the present application are introduced in detail, in which the raw material feeding device is the second empty chamber 107. A first transmission wheel 105 is included so as to be rotatable inside, and a first rotating shaft 116 is installed between the second empty chamber 107 and the third transmission chamber 167 so as to be rotatable. The second transmission wheel 115 is fixedly attached to the outer surface of the first rotation shaft 116 in the empty chamber 107, and the conveyor 104 is between the second transmission wheel 115 and the first transmission wheel 105. A plurality of sets of fixing holes 106 are installed in the conveyor 104, and the first pulley 170 is fixed to the outer surface of the first rotating shaft 116 in the third transmission chamber 167. The second rotary shaft 164 extending back and forth is installed in the third transmission chamber 167 so as to be rotatable, and the second pulley 163 and the said are on the outer surface of the second rotary shaft 164. A worm wheel 169 located on the rear side of the second pulley 163 is fixedly attached, and the second pulley 163 and the first pulley 170 are connected so as to be transmitted by the first belt 171. A worm 168 that meshes with the worm wheel 169 is installed between the three transmission chambers 167 and the second transmission chamber 129 so as to be rotatable, and the top end of the worm 168 penetrates the top of the third transmission chamber 167. It is inserted into the second transmission chamber 129, and the first umbrella gear 165 is fixedly attached to the end thereof.

The specific configuration of the nuclear removal device of the present application will be introduced in detail with reference to FIGS. 1 to 3 below, and the nuclear removal device is a rotating frame installed so as to be rotatable in the third empty chamber 118. A tool post 153 is installed symmetrically on the bottom wall of the rotary frame 150 including the 150, and a third slide chamber 132 having openings facing each other is installed in the two front and rear tool post 153. A rack 131 extending vertically is fixedly attached to the end wall of the third slide chamber 132, and the first slide block 136 is installed in the third slide chamber 132 so as to be slidable. A fourth empty chamber 154 is installed in the slide block 136, and a first slide hole 137 that communicates with the outside is installed in the end wall of the fourth empty chamber 154, and inside the first slide hole 137. The first slide rod 157 is installed so as to be slidable, and the first elastic reset device 158 is elastically installed between the first slide rod 157 and the end wall of the first slide hole 137. A shaving knife 138 is fixedly attached to the side of the slide rod 157 that is separated from the tool post 153, and an outside is inside the end wall of the fourth empty chamber 154 that is closer to the rack 131. A fifth vacant chamber is installed, and a third rotating shaft 135 extending to the left and right is installed in the fifth vacant chamber so that it can rotate, and a third rotating shaft 135 is provided on the outer surface of the third rotating shaft 135. A cam 134 and a first gear 155 that meshes with the rack 131 are fixedly attached, and a first screw hole 156 that penetrates vertically is installed in the first slide block 136, and the first screw. In the hole 156, a first screw bolt 117 extending vertically is connected by a screw thread, and an end extending above the first screw bolt 117 penetrates the rotating frame 150 and the third empty chamber 118. A second gear 152 that is inserted into and meshes with the ring gear 151 is fixedly attached to the end thereof.

A cutting blade 140 is installed below the rotary frame 150, a fourth slide chamber 139 that opens downward is installed in the cutting blade 140, and a fourth slide chamber 139 is installed in the fourth slide chamber 139. Is installed so that the second slide block 162 can slide, and a first pressing spring 161 is elastically installed between the second slide block 162 and the top wall of the fourth slide chamber 139, and the cutting blade 140 A second elastic reset device 159 is elastically installed between the stopper 160 and the outer end wall of the cutting blade 140 so that the stopper 160 can slide on the outer surface of the fourth slide chamber 139. A second screw hole 147 penetrating vertically is installed in the top wall of the second screw hole 147, and a second screw bolt 146 extending upward is connected by a screw thread in the second screw hole 147. A third gear 149 that meshes with the second gear 152 is fixedly attached to the outer surface of the screw bolt 146, and the top end of the second screw bolt 146 penetrates the bottom wall of the first transmission chamber 144. It is inserted into the first transmission chamber 144, and a third pulley 145 is fixedly attached to the end thereof.

Beneficially, as shown in FIGS. 1-3, the power switching device is installed in the fourth transmission chamber so as to be rotatable between the second transmission chamber 129 and the first transmission chamber 144. A fourth pulley 142 is fixedly attached to the end of the fourth rotating shaft 141 including the rotating shaft 141 and in the first transmission chamber 144, and the fourth pulley 142 and the third pulley 145 are attached to each other. A second bevel gear 130 is fixedly attached to the end of the fourth rotating shaft 141 in the second transmission chamber 129 so that the space can be transmitted by the second belt 143, and the second slide. The third slide block 127 is installed in the chamber 128 so that it can slide, and the first motor 126 is fixedly mounted in the left end wall of the third slide block 127, and the first motor 126 A third bevel gear 165 that meshes with the first bevel gear 165 is fixedly attached to the end extending in front of the output shaft, and a sixth empty chamber 119 is contained in the bottom wall of the second slide chamber 128. Is installed, a second slide hole 123 is continuously installed between the sixth empty chamber 119 and the second slide chamber 128, and the third slide block 127 and the third slide block 127 are installed in the second slide hole 123. A second slide rod 121 that is fixedly connected is installed so as to be slidable, and a third elastic reset device 124 is elastically installed between the second slide rod 121 and the end wall of the second slide hole 123. Will be done.

Advantageously, as shown in FIG. 2, the fixing device includes a fourth slide block 112 installed so as to be slidable in the first slide chamber 113, the fourth slide block. Three sets of fixing needles 108 are fixedly attached to the top wall of 112, and a fifth rotation shaft 166 is installed between the first slide chamber 113 and the sixth empty chamber 119 so as to be rotatable. The power is supplied by the rear end of the fifth rotating shaft 166 in the sixth empty chamber 119 and the second motor 122 fixedly installed in the rear end wall of the sixth empty chamber 119. The second cam 120 is fixedly attached to the end of the fifth rotation shaft 166 in the sixth empty chamber 119, which is connected so as to be transmitted, and the second cam 120 in the first slide chamber 113. A rotary plate 109 is fixedly attached to the end of the five rotary shafts 166, a swing rod 110 is hinged to the front end wall of the rotary shaft 109, and a hinge is connected to the top end of the swing rod 110. The rod 111 is connected by a hinge, and the end extending above the hinge connecting rod 111 and the bottom wall of the fourth slide block 112 are fixedly connected.

Below, the applicant will refer to FIGS. 1-3 and the specific configuration of the fruit nucleation device of the present application in detail to explain in detail how to use the fruit nucleation device of the present application: First, in the initial state. The first motor 126 and the second motor 122 are both stopped, the third slide block 127 is located below the second slide chamber 128, and the third bevel gear 125 and the first The bevel gear 165 meshes with the third bevel gear 125 and the second bevel gear 130 is separated from each other.

When the equipment of the present invention operates, the fruit is placed vertically into the feed passage 101, at which time the fruit falls into a fixing hole 106 in the conveyor 104, at which time the first motor 126 is started and the first motor 126 rotates to drive and rotate the third umbrella gear 125, the third umbrella gear 125 rotates to drive and rotate the second umbrella gear 165, and the second umbrella gear 165 rotates to rotate the worm 168. Drive and rotate, the worm 168 rotates to drive and rotate the worm wheel 169, the worm wheel 169 rotates to drive and rotate the second rotating shaft 164, and the second rotating shaft 164 rotates and said. The second pulley 163 is driven and rotated, the second pulley 163 is rotated to drive and rotate the first pulley 170, the first pulley 170 is rotated to drive and rotate the first rotating shaft 116, and the above. The first rotating shaft 116 rotates to drive and rotate the second transmission wheel 115, the second transmission wheel 115 rotates to drive and rotate the conveyor 104, and the conveyor 104 rotates to drive the fruit to the right. When the fruit moves below the cutting blade 140, the second motor 122 is started, the second motor 122 rotates to drive and rotate the fifth rotating shaft 166, and the fifth The rotary shaft 166 rotates to drive and rotate the rotary disk 109, the rotary disk 109 rotates to drive and move the swing rod 110, the swing rod 110 moves upward, and the hinge connecting rod 111 is moved. Driven and moved up, the hinge connecting rod 111 moves up and drives the fourth slide block 112 and moves up, the fourth slide block 112 moves up and drives the fixed needle 108 and the fruit. At this time, the cutting blade 140 is inserted into the fruit as it moves onto the fruit, and at the same time, the fifth rotation shaft 166 rotates to drive and rotate the second cam 120. The second cam 120 rotates to push the second slide rod 121 upward and move it upward, and the second slide rod 121 moves upward to drive the third slide block 127 and move it upward. At this time, the third cap gear 125 and the first cap gear 165 are separated, and the third cap gear 125 and the second cap gear 130 are engaged with each other. At this time, the first motor 126 is started and the said. The first motor 126 rotates to drive and rotate the third umbrella gear 125, and the third umbrella gear 125 rotates. The second umbrella gear 130 is driven and rotated, the second umbrella gear 130 is rotated to drive and rotate the fourth rotating shaft 141, and the fourth rotating shaft 141 is rotated to drive and rotate the fourth pulley 142. The fourth pulley 142 rotates to drive and rotate the third pulley 145, the third pulley 145 rotates to drive and rotate the second screw bolt 146, and the second screw bolt 146 rotates. The third gear 149 is driven and rotated, the third gear 149 is rotated and the second gear 152 is driven and rotated, and at the same time, the third gear 149 is rotated and revolved, and the second gear 152 is rotated. The first screw bolt 117 is driven and rotated, and the first screw bolt 117 is rotated to drive and move the first slide block 136 downward, thereby driving and moving the sword knife 138 downward. The second gear 152 revolves to drive and rotate the rotary frame 150, thereby driving and rotating the turret 153, and the turret 153 rotates to drive and rotate the knives 138. The sword knife rotates while moving downward to remove the skin of the fruit, and at the same time, the first slide block 136 moves downward to drive the first gear 155 to move downward, at which time the first slide block The gear 155 rotates under the action of the rack 131, thereby driving and rotating the first cam 134, at which time the first slide rod 157 rotates under the action of the first elastic reset device. It moves into the fourth empty chamber 154, thereby adjusting the distance between the sword knife and the fruit according to the arc degree of the fruit, and at the same time, the second screw bolt 146 rotates to drive the cutting blade 140. Moved down, the cutting blade 140 moves down and inserts into the fruit to remove the core of the fruit, at which time the fruit pushes the second slide block 162 and the stopper 160 up and up. Move to.

When the removal of the nucleus is completed, the first motor 126 is started and rotated in the opposite direction. At this time, the cutting blade 140 and the sword knife 138 move upward and return to the initial state, and the second slide block 162 and the second slide block 162 The stopper 160 pushes the fruit and its core to the conveyor 104, at which time the second motor 122 is started and rotated, the second motor 122 is rotated to drive and rotate the turntable 109, and the above. The turntable 109 rotates to drive and rotate the swing rod 110, the swing rod 110 moves downward, the hinge connecting rod 111 is driven and moved downward, and the hinge connecting rod 111 moves downward. The fourth slide block 112 is driven and moved downward, and at the same time, the second cam 120 rotates, and the third slide block 127 moves downward under the action of the third elastic reset device 124. At this time, the third umbrella gear 125 and the first umbrella gear 165 mesh with each other, the third umbrella gear 125 and the second umbrella gear 130 are separated, the first motor 126 is started and rotated, and the conveyor. The 104 is driven and rotated, thereby removing the fruit and its core from the facility.

From the detailed analysis above, it can be seen that the equipment of the present invention can also use automated equipment to perform a denuclearization operation on the fruit to remove the nuclei and at the same time remove the peel of the fruit. It is possible to perform nuclear removal and skin removal operations on multiple fruits at the same time, and the degree of automation is high.

The equipment of the present invention can perform power switching between the mobile device and the cutting nucleus removal device, simplifying the configuration, increasing the efficiency of the equipment, allowing the equipment to maintain the shape of the fruit more completely, and more. Hygienic and effective.

Therefore, the fruit denuclearization device of the present invention has a more rational and sophisticated overall composition, is easy to use, can automatically perform a large number of fruit denuclearization operations, and at the same time removes the nuclei while removing the fruit skin. Can be eliminated, increasing the practicality of the equipment, while at the same time the equipment of the present invention uses the same power source to complete multiple operations, simplifying the equipment configuration, saving the equipment cost and high use And worth the spread.

The above is merely a specific embodiment of the present invention, but the scope of protection of the present invention is not limited to this. Changes and replacements that come to mind through all creative labor are covered by the scope of the invention. Therefore, the scope of protection of the present invention is based on the scope of protection in which the request for rights is limited.

The present invention takes up the field of fruit processing, and specifically is a fruit nucleus removing device.

When people perform a denuclearization operation on a fruit, artificial denuclearization is inefficient, it is difficult to control the hygiene level when the fruit is touched directly, and it is necessary to perform the dehulling operation after removing the core of the fruit. In many cases, if not processed quickly, the fruits will oxidize and rot due to long-term neglect, resulting in factory loss.
There are existing automatic denuclearization facilities, but these facilities require the fruit to be placed and fixed at the request of the facility, are not efficient, and there is no complex facility that automatically removes the nuclei and skins. Therefore, it is necessary to further improve the equipment of the fruit nucleus removing device of the existing technology, which enhances the convenience and high efficiency of fruit processing.

Chinese Patent Application Publication No. 107232961

An object of the present invention provides a denuclearization device for fruits, which can solve the problems in the current technology described above.

The fruit nucleus removing device of the present invention includes a main body and a first empty chamber located in the main body, and a feed passage communicating with the top of the main body is installed in the top wall of the first empty chamber. A second empty chamber opened upward is installed in the bottom wall of the first empty chamber, a raw material feeding device is installed in the second empty chamber, and the front and rear end walls of the second empty chamber are installed. The mounting block is fixedly installed, the first slide chamber opened upward is installed in the mounting block, the fixing device is installed in the first slide chamber, and the first empty chamber is installed. A third empty chamber that opens downward is installed in the top wall, a ring gear is fixedly attached to the end wall of the third empty chamber, and a nuclear removal device is installed in the third empty chamber. A first transmission chamber extending rearward is installed in the top wall of the third empty chamber, and is located behind the first empty chamber in the bottom wall of the first transmission chamber. A second transmission chamber is installed, a second slide chamber opened forward is installed in the rear end wall of the second transmission chamber, and a second slide chamber is installed between the second slide chamber and the second transmission chamber. A power switching device is installed, a third transmission chamber extending to the right is installed in the bottom wall of the second transmission chamber, and a raw material feeding device drive device is installed in the third transmission chamber. ..

The raw material feeding device includes a first transmission wheel installed so as to be rotatable in the second empty chamber, and a first rotating shaft can rotate between the second empty chamber and the third transmission chamber. A second transmission wheel is fixedly attached to the outer surface of the first rotation shaft in the second empty chamber, and a space between the second transmission wheel and the first transmission wheel is provided. It is connected so that it can be transmitted by a conveyor, a plurality of sets of fixing holes are installed in the conveyor, and a first pulley is fixedly attached to the outer surface of the first rotating shaft in the third transmission chamber. , The second rotating shaft extending back and forth is installed in the third transmission chamber so that it can rotate, and is located on the outer surface of the second rotating shaft behind the second pulley and the second pulley. A worm wheel is fixedly attached, and the second pulley and the first pulley are connected so as to be transmitted by a first belt, and between the third transmission chamber and the second transmission chamber. Is installed so that the worm that meshes with the worm wheel can rotate, the top end of the worm penetrates the top of the third transmission chamber and is inserted into the second transmission chamber, and the first umbrella is at the end thereof. Gears are fixedly attached.

The nuclear removal device includes a rotating frame installed so as to be rotatable in the third empty chamber, and a tool post is installed symmetrically on the bottom wall of the rotating frame, and the front and rear two tool tables are provided. A third slide chamber having openings facing each other is installed inside, and a rack extending up and down is fixedly attached to the end wall of the third slide chamber, and the first is inside the third slide chamber. The slide block is installed so that it can slide, a fourth empty chamber is installed in the first slide block, and a first slide hole communicating with the outside is installed in the end wall of the fourth empty chamber. , The first slide rod is installed in the first slide hole so that it can slide, and the first elastic reset device is elastically installed between the first slide rod and the end wall of the first slide hole. A beating knife is fixedly attached to the side of the first slide rod that is separated from the tool post, and the outside is inside the end wall of the fourth empty chamber that is closer to the rack. A fifth vacant chamber that communicates is installed, and a third rotation shaft extending to the left and right is installed in the fifth vacant chamber so that it can rotate, and a first cam is formed on the outer surface of the third rotation shaft. , The first gear that meshes with the rack is fixedly attached, a first screw hole that penetrates up and down is installed in the first slide block, and extends up and down in the first screw hole. The first screw bolts are connected by threads, the end extending over the first screw bolt penetrates the rotating frame and is inserted into the third empty chamber, and the end thereof is with the ring gear. The second gear to be meshed is fixedly attached.

A cutting blade is installed below the rotary frame, a fourth slide chamber opened downward is installed in the cutting blade, and a second slide block can slide in the fourth slide chamber. A first pressing spring is elastically installed between the second slide block and the top wall of the fourth slide chamber, and a stopper is installed on the outer surface of the cutting blade so that the stopper can slide. A second elastic reset device is elastically installed between the stopper and the outer end wall of the cutting blade, and a second screw hole penetrating vertically is installed in the top wall of the fourth slide chamber. A second screw bolt extending upward is connected by a thread in the second screw hole, and a third gear that meshes with the second gear is fixedly attached to the outer surface of the second screw bolt. The top end of the second screw bolt penetrates the bottom wall of the first transmission chamber and is inserted into the first transmission chamber, and a third pulley is fixedly attached to the end.

Preferentially, the power switching device includes a fourth rotating shaft installed so as to be rotatable between the second transmission chamber and the first transmission chamber, and the first transmission chamber in the first transmission chamber. A fourth pulley is fixedly attached to the end of the four rotation shaft, and the fourth pulley and the third pulley are connected so as to be transmitted by a second belt, and are inside the second transmission chamber. A second bevel gear is fixedly attached to the end of the fourth rotating shaft, and a third slide block is installed in the second slide chamber so that it can slide, and the left end wall of the third slide block. The first motor is fixedly mounted inside, and the third bevel gear that meshes with the first bevel gear is fixedly mounted at the end extending in front of the output shaft of the first motor. A sixth empty chamber is installed in the bottom wall of the second slide chamber, and a second slide hole is continuously installed between the sixth empty chamber and the second slide chamber, and the second slide hole is installed. A second slide rod fixedly connected to the third slide block is installed in the inside so that it can slide, and a third elastic force is provided between the second slide rod and the end wall of the second slide hole. The reset device is installed elastically.

Preferentially, the fixing device includes a fourth slide block that is slidably installed in the first slide chamber, and three sets of fixing needles are fixed to the top wall of the fourth slide block. The fifth rotating shaft is installed between the first slide chamber and the sixth empty chamber so that the fifth rotating shaft can rotate, and the rear end of the fifth rotating shaft in the sixth empty chamber. And the second motor fixedly installed in the rear end wall of the sixth empty chamber are connected so that power can be transmitted, and the end of the fifth rotation shaft in the sixth empty chamber is connected. A second cam is fixedly attached to the wheel, a turntable is fixedly attached to the end of the fifth rotating shaft in the first slide chamber, and the rotating disk swings on the front end wall of the rotating disk. The rods are connected by a hinge, a hinge connecting rod is connected to the top end of the swing rod by a hinge, and the end extending above the hinge connecting rod and the bottom wall of the fourth slide block are fixedly fixed. Be connected.

The beneficial effect of the present invention is: The fruit denuclearization device of the present invention has a more rational and sophisticated overall composition, is easy to use, can automatically perform a large number of fruit denuclearization operations, and at the same time nuclei. Can remove fruit peels while removing, increasing the practicality of the equipment, while at the same time the equipment of the present invention uses the same power source to complete multiple operations, simplifying the configuration of the equipment, It saves cost and is worth high use and widespread use.

In order to more clearly explain the examples of the present invention and the technical ideas in the existing technology, a brief introduction is given below to the attached figures that need to be used in the examples and the explanation of the existing technology at a glance. What you can see is that the illustrations in the description below are just some examples of the present invention, and others based on these illustrations, on the premise that ordinary engineers in this area do not pay creative labor. You can get the attached figure.

FIG. 1 is an overall structural diagram of the fruit nucleus removing device of the present invention. FIG. 2 is a structural diagram of AA of FIG. FIG. 3 is a structural diagram of BB of FIG.

All features disclosed in the present invention, or all disclosed methods, steps in the process can be combined in any manner other than features or steps that exclude each other.

For convenience, the following directions are defined as follows: The up, down, left, right, front and back directions described below and the up, down, left, right, front and back directions of the self-projection relationship in FIG. 1 are the same.

As shown in FIGS. 1-3, the fruit nucleation apparatus of the present invention includes a main body 100 and a first empty chamber 102 located in the main body 100, and is located in the top wall of the first empty chamber 102. A feed passage 101 communicating with the top of the main body 100 is installed, a second empty chamber 107 opened upward is installed in the bottom wall of the first empty chamber 102, and the second empty chamber 107 is installed. A raw material feeding device is installed, a mounting block 114 is fixedly installed on the front and rear end walls of the second empty chamber 107, and a first slide chamber 113 opened upward is installed in the mounting block 114. A fixing device is installed in the first slide chamber 113, and a third empty chamber 118 opened downward is installed in the top wall of the first empty chamber 102, and the third empty chamber 118 is installed. A ring gear 151 is fixedly attached to the end wall, a nuclear removal device is installed in the third empty chamber 118, and a first extending rearward in the top wall of the third empty chamber 118. The transmission chamber 144 is installed, and the second transmission chamber 129 located behind the first empty chamber 102 is installed in the bottom wall of the first transmission chamber 144, and the rear side of the second transmission chamber 129. A second slide chamber 128 opened forward is installed in the end wall, a power switching device is installed between the second slide chamber 128 and the second transmission chamber 129, and the second transmission chamber 129 is installed. A third transmission chamber 167 extending to the right is installed in the bottom wall of the third transmission chamber, and a raw material feeding device driving device is installed in the third transmission chamber 167.

Then, with reference to FIGS. 1 to 3, the specific configurations of the raw material feeding device and the raw material feeding device driving device of the present application will be introduced in detail so that the raw material feeding device can rotate in the second empty chamber 107. The first rotating shaft 116 is installed between the second empty chamber 107 and the third transmission chamber 167 so that the first rotating shaft 116 can rotate, and the second empty chamber 107 includes the first transmission wheel 105. A second transmission wheel 115 is fixedly attached to the outer surface of the first rotation shaft 116 inside, so that the conveyor 104 can transmit between the second transmission wheel 115 and the first transmission wheel 105. A plurality of sets of fixing holes 106 are installed in the conveyor 104, and the first pulley 170 is fixedly attached to the outer surface of the first rotating shaft 116 in the third transmission chamber 167. A second rotating shaft 164 extending back and forth is installed in the third transmission chamber 167 so as to be rotatable, and a second pulley 163 and a second pulley 163 are provided on the outer surface of the second rotating shaft 164. A worm wheel 169 located on the rear side is fixedly attached, and the second pulley 163 and the first pulley 170 are connected so as to be transmitted by the first belt 171 to the third transmission chamber 167. A worm 168 that meshes with the worm wheel 169 is installed between the second transmission chamber 129 so that the worm 168 can rotate, and the top end of the worm 168 penetrates the top of the third transmission chamber 167 and the second transmission. It is inserted into the chamber 129, and the first umbrella gear 165 is fixedly attached to the end thereof.

The specific configuration of the nuclear removal device of the present application will be introduced in detail with reference to FIGS. 1 to 3 below, and the nuclear removal device is a rotating frame installed so as to be rotatable in the third empty chamber 118. A tool post 153 is installed symmetrically on the bottom wall of the rotary frame 150 including the 150, and a third slide chamber 132 having openings facing each other is installed in the two front and rear tool post 153. A rack 131 extending vertically is fixedly attached to the end wall of the third slide chamber 132, and the first slide block 136 is installed in the third slide chamber 132 so as to be slidable. A fourth empty chamber 154 is installed in the slide block 136, and a first slide hole 137 that communicates with the outside is installed in the end wall of the fourth empty chamber 154, and inside the first slide hole 137. The first slide rod 157 is installed so as to be slidable, and the first elastic reset device 158 is elastically installed between the first slide rod 157 and the end wall of the first slide hole 137. A shaving knife 138 is fixedly attached to the side of the slide rod 157 that is separated from the tool post 153, and an outside is inside the end wall of the fourth empty chamber 154 that is closer to the rack 131. A fifth vacant chamber is installed, and a third rotating shaft 135 extending to the left and right is installed in the fifth vacant chamber so that it can rotate, and a third rotating shaft 135 is provided on the outer surface of the third rotating shaft 135. A cam 134 and a first gear 155 that meshes with the rack 131 are fixedly attached, and a first screw hole 156 that penetrates vertically is installed in the first slide block 136, and the first screw. In the hole 156, a first screw bolt 117 extending vertically is connected by a screw thread, and an end extending above the first screw bolt 117 penetrates the rotating frame 150 and the third empty chamber 118. A second gear 152 that is inserted into and meshes with the ring gear 151 is fixedly attached to the end thereof.

A cutting blade 140 is installed below the rotary frame 150, a fourth slide chamber 139 opened downward is installed in the cutting blade 140, and a second slide block is installed in the fourth slide chamber 139. The 162 is installed so that it can slide, and the first pressing spring 161 is elastically installed between the second slide block 162 and the top wall of the fourth slide chamber 139, and is installed on the outer surface of the cutting blade 140. The stopper 160 is installed so as to be slidable, and a second elastic reset device 159 is elastically installed between the stopper 160 and the outer end wall of the cutting blade 140, and is inside the top wall of the fourth slide chamber 139. A second screw hole 147 penetrating vertically is installed in the second screw hole 147, and a second screw bolt 146 extending upward is connected by a screw thread in the second screw hole 147 to the outside of the second screw bolt 146. A third gear 149 that meshes with the second gear 152 is fixedly attached to the surface, and the top end of the second screw bolt 146 penetrates the bottom wall of the first transmission chamber 144 and the first transmission chamber 144. A third pulley 145 is fixedly attached to the end of the third pulley 145.

Advantageously, as shown in FIGS. 1-3, the power switching device includes a fourth rotating shaft 141 installed so as to be rotatable between the second transmission chamber 129 and the first transmission chamber 144. The fourth pulley 142 is fixedly attached to the end of the fourth rotating shaft 141 in the first transmission chamber 144, and the second belt is between the fourth pulley 142 and the third pulley 145. A second bevel gear 130 is fixedly attached to the end of the fourth rotating shaft 141 in the second transmission chamber 129, which is connected so as to be transmitted by 143, and is installed in the second slide chamber 128. Is installed so that the third slide block 127 can slide, and the first motor 126 is fixedly mounted in the left end wall of the third slide block 127, in front of the output shaft of the first motor 126. A third umbrella gear 165 that meshes with the first umbrella gear 165 is fixedly attached to the extending end, and a sixth empty chamber 119 is installed in the bottom wall of the second slide chamber 128. A second slide hole 123 is continuously installed between the sixth empty chamber 119 and the second slide chamber 128, and is fixedly connected to the third slide block 127 in the second slide hole 123. The second slide rod 121 is installed so that it can slide, and a third elastic reset device 124 is elastically installed between the second slide rod 121 and the end wall of the second slide hole 123.

Advantageously, as shown in FIG. 2, the fixing device includes a fourth slide block 112 installed so as to be slidable in the first slide chamber 113, and is mounted on the top wall of the fourth slide block 112. Is fixedly attached with three sets of fixing needles 108, and is installed between the first slide chamber 113 and the sixth empty chamber 119 so that the fifth rotation shaft 166 can rotate, and the sixth empty chamber 113 is installed. The rear end of the fifth rotating shaft 166 in the chamber 119 and the second motor 122 fixedly installed in the rear end wall of the sixth empty chamber 119 are connected so that power can be transmitted. A second cam 120 is fixedly attached to the end of the fifth rotating shaft 166 in the sixth empty chamber 119, and the fifth rotating shaft 166 in the first slide chamber 113 is fixedly attached. A turntable 109 is fixedly attached to the end, a swing rod 110 is connected to the front end wall of the turntable 109 by a hinge, and a hinge connecting rod 111 is hinged to the top end of the swing rod 110. It is connected, and the end extending on the hinge connecting rod 111 and the bottom wall of the fourth slide block 112 are fixedly connected.

Below, the applicant will refer to FIGS. 1-3 and the specific configuration of the fruit nucleation device of the present application in detail to explain in detail how to use the fruit nucleation device of the present application: First, in the initial state. The first motor 126 and the second motor 122 are both stopped, the third slide block 127 is located below the second slide chamber 128, and the third umbrella gear 125 and the first The umbrella gear 165 meshes with the third umbrella gear 125 and the second umbrella gear 130 is separated from each other.

When the equipment of the present invention operates, the fruit is placed vertically into the feed passage 101, at which time the fruit falls into a fixing hole 106 in the conveyor 104, at which time the first motor 126 is started and the first motor 126 rotates to drive and rotate the third umbrella gear 125, the third umbrella gear 125 rotates to drive and rotate the second umbrella gear 165, and the second umbrella gear 165 rotates to rotate the worm 168. Drive and rotate, the worm 168 rotates to drive and rotate the worm wheel 169, the worm wheel 169 rotates to drive and rotate the second rotating shaft 164, and the second rotating shaft 164 rotates and said. The second pulley 163 is driven and rotated, the second pulley 163 is rotated to drive and rotate the first pulley 170, the first pulley 170 is rotated to drive and rotate the first rotating shaft 116, and the above. The first rotating shaft 116 rotates to drive and rotate the second transmission wheel 115, the second transmission wheel 115 rotates to drive and rotate the conveyor 104, and the conveyor 104 rotates to drive the fruit to the right. When the fruit moves below the cutting blade 140, the second motor 122 is started, the second motor 122 rotates to drive and rotate the fifth rotating shaft 166, and the fifth The rotary shaft 166 rotates to drive and rotate the rotary disk 109, the rotary disk 109 rotates to drive and move the swing rod 110, the swing rod 110 moves upward, and the hinge connecting rod 111 is moved. Driven and moved up, the hinge connecting rod 111 moves up and drives the fourth slide block 112 and moves up, the fourth slide block 112 moves up and drives the fixed needle 108 and the fruit. At this time, the cutting blade 140 is inserted into the fruit as it moves onto the fruit, and at the same time, the fifth rotation shaft 166 rotates to drive and rotate the second cam 120. The second cam 120 rotates to push the second slide rod 121 upward and move it upward, and the second slide rod 121 moves upward to drive the third slide block 127 and move it upward. At this time, the third cap gear 125 and the first cap gear 165 are separated, and the third cap gear 125 and the second cap gear 130 are engaged with each other. At this time, the first motor 126 is started and the said. The first motor 126 rotates to drive and rotate the third umbrella gear 125, and the third umbrella gear 125 rotates. The second umbrella gear 130 is driven and rotated, the second umbrella gear 130 is rotated to drive and rotate the fourth rotating shaft 141, and the fourth rotating shaft 141 is rotated to drive and rotate the fourth pulley 142. The fourth pulley 142 rotates to drive and rotate the third pulley 145, the third pulley 145 rotates to drive and rotate the second screw bolt 146, and the second screw bolt 146 rotates. The third gear 149 is driven and rotated, the third gear 149 is rotated and the second gear 152 is driven and rotated, and at the same time, the third gear 149 is rotated and revolved, and the second gear 152 is rotated. The first screw bolt 117 is driven and rotated, and the first screw bolt 117 is rotated to drive and move the first slide block 136 downward, thereby driving and moving the sword knife 138 downward. The second gear 152 revolves to drive and rotate the rotary frame 150, thereby driving and rotating the turret 153, and the turret 153 rotates to drive and rotate the knives 138. The sword knife rotates while moving downward to remove the skin of the fruit, and at the same time, the first slide block 136 moves downward to drive the first gear 155 to move downward, at which time the first slide block The gear 155 rotates under the action of the rack 131, thereby driving and rotating the first cam 134, at which time the first slide rod 157 rotates under the action of the first elastic reset device. It moves into the fourth empty chamber 154, thereby adjusting the distance between the sword knife and the fruit according to the arc degree of the fruit, and at the same time, the second screw bolt 146 rotates to drive the cutting blade 140. Moved down, the cutting blade 140 moves down and inserts into the fruit to remove the core of the fruit, at which time the fruit pushes the second slide block 162 and the stopper 160 up and up. Move to.

When the removal of the nucleus is completed, the first motor 126 is started and rotated in the opposite direction. At this time, the cutting blade 140 and the sword knife 138 move upward and return to the initial state, and the second slide block 162 and the second slide block 162 The stopper 160 pushes the fruit and its core to the conveyor 104, at which time the second motor 122 is started and rotated, the second motor 122 is rotated to drive and rotate the turntable 109, and the above. The turntable 109 rotates to drive and rotate the swing rod 110, the swing rod 110 moves downward, the hinge connecting rod 111 is driven and moved downward, and the hinge connecting rod 111 moves downward. The fourth slide block 112 is driven and moved downward, and at the same time, the second cam 120 rotates, and the third slide block 127 moves downward under the action of the third elastic reset device 124. At this time, the third umbrella gear 125 and the first umbrella gear 165 mesh with each other, the third umbrella gear 125 and the second umbrella gear 130 are separated, the first motor 126 is started and rotated, and the conveyor. The 104 is driven and rotated, thereby removing the fruit and its core from the facility.

From the detailed analysis above, it can be seen that the equipment of the present invention can also use automated equipment to perform a denuclearization operation on the fruit to remove the nuclei and at the same time remove the peel of the fruit. It is possible to perform nuclear removal and skin removal operations on multiple fruits at the same time, and the degree of automation is high.

The equipment of the present invention can perform power switching between the mobile device and the cutting nucleus removal device, simplifying the configuration, increasing the efficiency of the equipment, allowing the equipment to maintain the shape of the fruit more completely, and more. Hygienic and effective.

Therefore, the fruit denuclearization device of the present invention has a more rational and sophisticated overall composition, is easy to use, can automatically perform a large number of fruit denuclearization operations, and at the same time removes the nuclei while removing the fruit skin. Can be eliminated, increasing the practicality of the equipment, while at the same time the equipment of the present invention uses the same power source to complete multiple operations, simplifying the equipment configuration, saving the equipment cost and high use And worth the spread.

The above is merely a specific embodiment of the present invention, but the scope of protection of the present invention is not limited to this. Changes and replacements that come to mind through all creative labor are covered by the scope of the invention. Therefore, the scope of protection of the present invention is based on the scope of protection in which the request for rights is limited.

Claims (5)

A feed passage that communicates with the top of the main body is installed in the top wall of the first empty chamber, including the main body and the first empty chamber located in the main body, and inside the bottom wall of the first empty chamber. A second vacant chamber opened upward is installed in the chamber, a raw material feeding device is installed in the second vacant chamber, and mounting blocks are fixedly installed on the front and rear end walls of the second vacant chamber. A first slide chamber opened upward was installed in the mounting block, a fixing device was installed in the first slide chamber, and opened downward in the top wall of the first empty chamber. A third empty chamber is installed, a ring gear is fixedly attached to the end wall of the third empty chamber, a nuclear removal device is installed in the second empty chamber, and the top wall of the third empty chamber is installed. A first transmission chamber extending rearward is installed in the chamber, and a second transmission chamber located behind the first empty chamber is installed in the bottom wall of the first transmission chamber. A second slide chamber opened forward is installed in the rear end wall of the second transmission chamber, and a power switching device is installed between the second slide chamber and the second transmission chamber. A fruit nucleation removal device, characterized in that a third transmission chamber extending to the right is installed in the bottom wall of the transmission chamber, and a raw material feeder drive device is installed in the third transmission chamber. .. The raw material feeding device includes a first transmission wheel installed so as to be rotatable in the second empty chamber, and a first rotating shaft can rotate between the second empty chamber and the third transmission chamber. A second transmission wheel is fixedly attached to the outer surface of the first rotating shaft in the second empty chamber, and a space between the second transmission wheel and the first transmission wheel is provided. It is connected so that it can be transmitted by a conveyor, a plurality of sets of fixing holes are installed in the conveyor, and a first pulley is fixedly attached to the outer surface of the first rotating shaft in the third transmission chamber. , The second rotating shaft extending back and forth is installed in the third transmission chamber so that it can rotate, and is located on the outer surface of the second rotating shaft behind the second pulley and the second pulley. The worm wheel is fixedly attached, and the second pulley and the first pulley are connected so as to be transmitted by the first belt, and between the third transmission chamber and the second transmission chamber. Is installed so that the worm that meshes with the worm wheel can rotate, the top end of the worm penetrates the top of the third transmission chamber and is inserted into the second transmission chamber, and the first umbrella is at the end thereof. The fruit nucleus removing device according to claim 1, wherein the gears are fixedly attached. The nuclear removal device includes a rotating frame installed so as to be rotatable in the third empty chamber, and a tool post is installed symmetrically on the bottom wall of the rotating frame, and the front and rear two tool tables are provided. A third slide chamber having openings facing each other is installed inside, a rack extending up and down is fixedly attached to the end wall of the third slide chamber, and the first is inside the third slide chamber. The slide block is installed so that it can slide, a fourth empty chamber is installed in the first slide block, and a first slide hole communicating with the outside is installed in the end wall of the fourth empty chamber. , The first slide rod is installed in the first slide hole so that it can slide, and the first elastic reset device is elastically installed between the first slide rod and the end wall of the first slide hole. A beating knife is fixedly attached to the side of the first slide rod that is separated from the tool post, and the outside is inside the end wall of the fourth empty chamber that is closer to the rack. A fifth vacant chamber that communicates is installed, and a third rotation shaft extending to the left and right is installed in the fifth vacant chamber so that it can rotate, and a first cam is formed on the outer surface of the third rotation shaft. , The first gear that meshes with the rack is fixedly attached, a first screw hole that penetrates up and down is installed in the first slide block, and extends up and down in the first screw hole. The first screw bolts are connected by threads, the end extending over the first screw bolt penetrates the rotating frame and is inserted into the third empty chamber, and the end thereof is with the ring gear. The second gear that meshes is fixedly attached,
A cutting blade is installed below the rotating frame, a fourth slide chamber opened downward is installed in the cutting blade, and a second slide block is installed in the fourth slide chamber. Is installed so that it can slide, a first pressing spring is elastically installed between the second slide block and the top wall of the fourth slide chamber, and a stopper can slide on the outer surface of the cutting blade. A second elastic reset device is elastically installed between the stopper and the outer end wall of the cutting blade, and a second screw hole penetrating vertically in the top wall of the fourth slide chamber. Is installed, a second screw bolt extending upward is connected by a screw thread in the second screw hole, and a third gear that meshes with the second gear is on the outer surface of the second screw bolt. Fixedly attached, the top end of the second screw bolt penetrates the bottom wall of the first transmission chamber and is inserted into the first transmission chamber, and a third pulley is fixedly attached to the end. The fruit nucleation remover according to claim 1 or 2, characterized in that it is attached. The power switching device includes a fourth rotation shaft installed so as to be rotatable between the second transmission chamber and the first transmission chamber, and the end of the fourth rotation shaft in the first transmission chamber. A fourth pulley is fixedly attached to the wheel, and the fourth pulley and the third pulley are connected so as to be transmitted by a second belt, and the fourth rotating shaft in the second transmission chamber is connected. A second bevel gear is fixedly attached to the end of the third slide chamber so that the third slide block can slide in the second slide chamber, and a third slide block is installed in the left end wall of the third slide block. One motor is fixedly attached, and a third bevel gear that meshes with the first bevel gear is fixedly attached to the end extending in front of the output shaft of the first motor, and the second slide chamber A sixth empty chamber is installed in the bottom wall, a second slide hole is continuously installed between the sixth empty chamber and the second slide chamber, and the second slide hole is inserted in the second slide hole. A second slide rod that is fixedly connected to the third slide block is installed so that it can slide, and a third elastic reset device is elastically installed between the second slide rod and the end wall of the second slide hole. The fruit nucleus removing device according to claim 1, or 2, or 3, characterized in that it is installed. The fixing device includes a fourth slide block installed so as to be slidable in the first slide chamber, and three sets of fixing needles are fixedly attached to the top wall of the fourth slide block. A fifth rotating shaft is installed between the first slide chamber and the sixth empty chamber so that the fifth rotating shaft can rotate, and the rear end of the fifth rotating shaft and the sixth empty in the sixth empty chamber are installed. A second motor fixedly installed in the rear end wall of the chamber is connected so that power can be transmitted, and a second cam is attached to the end of the fifth rotation shaft in the sixth empty chamber. Is fixedly attached, a turntable is fixedly attached to the end of the fifth rotation shaft in the first slide chamber, and a swing rod is connected to the front end wall of the turntable by a hinge. A hinge connecting rod is connected to the top end of the swing rod by a hinge, and the end extending on the hinge connecting rod and the bottom wall of the fourth slide block are fixedly connected. The fruit nucleus removing device according to claim 1 or 2 or 3 or 4 as a feature.

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