TH80628A - Methods and machines for feeding objects of food - Google Patents

Abstract

------10/10/2018------(OCR) Page 1 of 1 Summary of Invention This invention relates to a feeding device that can reduce the pulsation of food objects in the outlet flow path when a disc-type pump used to dispense food objects in the outlet flow path, such as jam, steamed beans, or ground beans, continuously supplies the food object in the outlet flow path. In addition, this invention relates to providing a machine for extruding and forming two-layer stick-like food objects and a machine for covering ground beans, whereby the machine uses a feeding device. This feeding device comprises a disc-type pump that supplies the food object to the outlet flow path, and a controller that controls the disc-type pump. Since the decrease in pulsation of food objects in the outlet flow path is compensated for by periodically controlling the rotation rate of the disc-type pump, it is possible to reduce the pulsation of food objects. Consequently, It is possible to suppress the pulsation flow of bi-layer, rod-like food materials continuously extruded from a dual nozzle in contact with the outlet flow path, and thereby reduce the weight variation of the encapsulated food product which has been sorted from the bi-layer, rod-like food materials by the sorting machine. ------------ The present invention relates to a feeding apparatus which can reduce the generation of pressure pulses of the food material in the outlet flow path when a disc pump used to supply the outlet flow path with food material, such as steamed bean jam bread or crushed beans, continuously supplies the outer flow path with the food material. Furthermore, the present invention relates to providing a machine for extruding and forming bi-layer, rod-like food materials and a machine for encapsulating crushed beans, whereby the machine uses a feeding apparatus. The feeding apparatus comprises a disc pump to supply the food material to the outlet flow path, and a controller to control the disc pump. As the pressure drop of the food material in the outlet flow path is compensated for by periodically controlling the rotation rate of the disc pump, it is possible to reduce the generation of pressure pulses of the food material. Consequently, It is possible to suppress the pulsating flow of the bi-layered, rod-like food material which is continuously extruded from the dual nozzles which are connected to the external flow path and to reduce the weight variation of the encapsulated food product which is cut from the bi-layered, rod-like food material by the cutter.

Claims (4)

Disclaimer (all) which will not appear on the advertisement page. : ------ 10/10/2018 ------ (OCR) Page 1 of 1 page Disclaimer 1. Methods for feeding food material stored in the drum to focus on formal Flow side Out continuously by printing with a sheet. Which includes A procedure to control the rotor rotation rate of the blade type rotator so that it can switch Change the rate between the basic spin rate and the spin rate higher than the base rate. While each of the many leaves of the sheet Which is located on the perimeter of the rotor at evenly spaced intervals. It moves to dispense the feed material into the outflow focus, where the rotor rotation rate switching is repeated in accordance with the position. The location of the rotation of each sheet. 2. A machine for feeding objects, including food. Plate with sheet to dispense food object, also focus on outflow and regulator to control 1 plate with plate. The regulator is equipped with a detecting apparatus to measure the rotational angle of the rotor of the leaf-disc rotor. The regulator controls the rotor rotation rate of the leaf blade so that it can Switch rate between the base spin rate and the spin rate higher than the fundamental rate. While each of the many leaves of the sheet Which is positioned on the perimeter of the rotor at evenly spaced intervals. It moves to feed the feed material to the outflow focus, and the rotor rotation rate switching is done according to the set position of the Rotation of each leaf plate ------------ 1. Method for feeding the feed material collected in the hopper to the side flow path. Out continuously by a pump with a blade. Which includes A procedure to control the rotation rate of a disc rotor pump so that it can be replaced. This rate was obtained between the basal rate of rotation and the rate of rotation higher than the baseline, while the individual plates of the multi-disc Which is located at the periphery of the rotor at evenly spaced intervals It moves to dispense the food material into the outward flow path, where this alternating rotor rotation rate is repeated in accordance with the position where Set of rotation of each leaf plate 2. a machine for feeding objects of food, which consists of Plate pump for dispensing food To the output flow path and regulator to control this sheet pump. Where this regulator is equipped with a detector to measure the angle of rotation. Of this disc rotor pump This regulator controls the rotational rate of the disc rotor pump here so that it can Switch this rate between the base spin rate and the spin rate higher than the fundamental rate. While the blades, which are positioned on the perimeter of the rotor at evenly spaced intervals It moves to dispense the feed material into the outflow path, and this alternating rotor rotation rate is repeated in accordance with the location. 3. The machine according to Clause 2, which can adjust the timing of the rate switch. Spin from baseline Towards a higher rate of rotation (Setting the acceleration start time) 4. Method for feeding the feed material collected in the hopper to the outward flow path. This is continued by a leaf-pleated pump located at the bottom of this feed hopper. The procedure for transferring the food material collected in the feed hopper to the platen pump by A rotating roller for transferring the feed material, which is located on the side of the plate pump. 5. Machine for feeding the feed material collected in the hopper to the outward flow path. This is continued by an inner plate pump located at the bottom of this feed hopper. A path for the transfer of feed material contained in the feed hopper to the platen pump by Rotate the food material transfer roller located on the side of the plate pump. 6. Machine for continuous extrusion of the double-layer rod-like feed material. Where this bar-like double-layer food object includes two food objects and which consists of An internal food object that has been covered by an external food object External feeding machine with hopper to collect feed material External and an external feed platen pump located at the bottom of the hopper. Internal feeder with hopper for collecting material inside The internal feeder is located at the bottom of the hopper, and the twin nozzles, which communicate with the feeder, the internal feeder and the machine for the feeder. External feeding of food material to extrude a bar-like double-layer feed object by encapsulating the inner food object with this external feed material. Where the pump with a sheet for the external food and the internal food objects are Arrangement in such a way that the spindle of a pump with a plate is arranged vertically and vertically. The rotation of the platen pump, the other is arranged horizontally, 7. The machine according to claim 6, where the plate pump for the external feed material and The internal food material is arranged in such a way that the platen pump rotates for the food material. The external parts are arranged horizontally and the rotational axis of the inner plate pump for food objects. The internal parts are arranged vertically. 8. The machines according to any of Clause 6 or 7. Which further includes Machine for the control of a plate pump for the external food material. The machine for controlling the pump with a plate has a device for measuring the rotation angle of Disc rotor pump for external feed material and control plate pump for External food objects This allows the machine to switch between the basic rotation rate and the Of rotation above this base rate While the blades, which are positioned on the periphery of the rotor at evenly spaced intervals, move to dispense the feed material. Towards the output flow path and the rotor rotation rate switching is repeated in accordance with the location. Of the rotation of each leaf sheet 9. The machine according to Clause 6 or 7, any one Which further includes Rollers for transferring food objects arranged on the side of the platen pump for objects. External feed to transfer food material collected in the feed hopper for the external feed material. To the plate pump The outer feed material is rotated by the rotating roller to transfer the feed material and the spiral conveyor located at the bottom of the hopper for the internal feed material to Transfer the feed material collected in the internal feed hopper to the slip plate pump. For internal food objects By turning this spiral-axis conveyor 1 0. Machine in accordance with Clause 6 or 7, any one Which further includes A pipe between the pages for a connection which is provided between the machine for the feeding of the object. External and double nozzles Where the inter-face tubes for this connection are installed in a sliding manner between them, the pipes can be sealed to each other surface between the connections for food objects, and this pipe allows the machine to be used for Feed this external food object from the machine for The extrusion can easily form a double-layer, bar-like food object and can be installed in such a machine. Easily 1 1. Any device according to Clause 6 or 7 Which further includes A pipe between the faces for connections, which are arranged between machines for feeding objects. Inside and double nozzles Where the inter-face tubes for this connection are installed in a sliding way between them, the pipes can be sealed between the faces for the connection for food objects, and this pipe allows the machine to be used for Feed the internal food objects from the machine for Easy extrusion of a double-layer, bar-like food object and easily installed in such a machine.1 2. Any device according to Clause 6 or 7 Which further includes A pipe between the pages for a connection which is provided between the machine for feeding the object. External and double nozzles, and between the machine for feeding objects, inner part feed and double nozzles Where the inter-face tubes for this connection are installed in a sliding way between them, the pipes can be sealed to the surface between the faces for the connection for the food object and the inter-face pipes for the connections arranged. Between machines for feeding objects The external part and the twin nozzles are smaller than tubes like this one, located between the machines for feeding objects. Internal parts and double nozzles 1 3. Any device according to Clause 6 or 7 Where the output path of the machine for feeding the feed material, the external part which communicates with the dual nozzles Will be tilted towards the bottom 1 4. Machine for the production of encapsulated food products by means of claim 8, which is also included. The cutter, arranged under a double nozzle, cuts a double layer, bar-like feed object that is extruded. Figure from these twin nozzles and a linear conveyor located under the cutter to convey encapsulated food products at Has been cut by this cutter.