81results about How to "Realize the transfer function" patented technology

The invention relates to an energy-saving cabinet type air-conditioner, which comprises a vapor compression type refrigeration cycle device, a heat pipe type heat exchanger device and an electrical component. The vapor compression type refrigeration cycle device comprises a compressor, an evaporator and a condenser. The heat pipe type heat exchanger device comprises an evaporation end and a condensation end. The evaporation end of the heat pipe type heat exchanger device is arranged adjacent to the evaporator in parallel and on the inner side of the evaporator, the condensation end of the heat pipe type heat exchanger device is arranged adjacent to the condenser in parallel and on the inner side of the condenser, and the electrical component is used for judging to selectively use one or both of the vapor compression type refrigeration cycle device and the heat pipe type heat exchanger device for heat transfer according to the inside temperature and the outside temperature of the closed space of a cabinet to be cooled. Since the heat pipe type heat exchanger device and the vapor compression type refrigeration cycle device are integrated, two methods are combined and coordinated to realize the function of heat transfer, energy can be saved, and the service life of the compressor and even the service life of the whole air-conditioner can be prolonged.

The invention provides a self-tapping dental implant. The self-tapping dental implant comprises a body, wherein the body is successively provided with a neck part, a body part, a root and a bottom from top to bottom in an adjoining manner; the neck part is a cylinder; the outer surface of the neck part is provided with a four-ring circular groove; the body part is a first tapered thread section; the root is a second tapered thread section; the thread tapers of the first tapered thread section and the second tapered thread section are different; three slant self-tapping cutting grooves are uniformly distributed in the periphery of the outer surface of the root; the bottom is a sphere; an open inner cavity is vertically formed in the radial middle part of the body; the inner cavity is successively provided with reverse tapered bores, regular polygon bores, cylindrical bores and inner threaded bores from top to bottom in an adjoining manner; the diameter of each cylindrical bore is the same as that of an inscribed circle of each regular polygon bore. The self-tapping dental implant has the function of platform transferring; due to the design of double tapers and arrangement of cutting grooves, implanting operation can be performed more easily, the initial stability of tooth implantation is improved, and the bone loss is reduced to the maximum extent. The matching of inner conical surfaces and the base station achieves the sealing effect to prevent micro leakage.

Disclosed is a ship-to-ship transfer system based on a shore-based liquefied natural gas receiving station. The ship-to-ship transfer system based on the shore-based liquefied natural gas receiving station comprises a ship unloading arm L1, a ship unloading gaseous-phase return arm V1, a ship loading arm L2, a ship loading gaseous-phase return arm V2, an LNG storage tank T, a cold circulating pump P1, a ship loading pump P2, a volatile gas compressor C, a ship loading pipeline, a ship unloading pipeline, a volatile gas pipeline, a ship unloading gaseous-phase return pipeline, a ship loading gaseous-phase return pipeline, a cold circulating crossing line and a transfer crossing line. A ship unloading pipeline stop valve XV-3 is arranged on the ship unloading pipeline, and a ship loading pipeline stop valve XV-4 is arranged on the ship loading pipeline. A ship unloading gaseous-phase return pipeline stop valve XV-1 and a ship unloading gaseous-phase return pipeline pressure control valve CV-1 are arranged on the ship unloading gaseous-phase return pipeline. A ship loading gaseous-phase return pipeline stop valve XV-2 and a ship loading gaseous-phase return pipeline pressure control valve CV-2 are arranged on the ship loading gaseous-phase return pipeline. A cold circulating crossing line stop valve XV-5 is arranged on the cold circulating crossing line. A cold circulating pump outlet stop valve XV-6 is arranged in an outlet of the cold circulating pump P1. A ship loading pump outlet stop valve XV-7 is arranged in an outlet of the ship loading pump P2.

The present disclosure relates to a method and system for transferring between intelligent terminals with NFC functions. The method comprises the following steps that: a second intelligent terminal and a first intelligent terminal establish an NFC P2P connection; a transfer request initiated by the first intelligent terminal is received, and the transfer request carries the mobile phone number of the first intelligent terminal, the electronic wallet account of the first intelligent terminal and an amount to be transferred; an account remitting request is initiated to an electronic wallet server, and the account remittance request carries the mobile phone number of the second intelligent terminal, the electronic wallet account of the second intelligent terminal and an amount to be transferred; the reception of the account remittance request by the electronic wallet server is responded, and a money deduction command of the second intelligent terminal electronic wallet emitted by the electronic wallet server is received; and an electronic wallet recharge command is initiated to the first intelligent terminal through the established NFC P2P connection. According to the method and the system, the account remittance function between offline electronic wallets can be realized.

The invention discloses a transfer machine. The transfer machine comprises a stop plate and a conveying device, wherein the stop plate is used for stopping a tray, the conveying device is connected with the stop plate, and is used for supporting the tray and conveying the tray to the other conveying line when the stop plate stops the tray, and the transfer machine further comprises a lifting device which is connected with the conveying device and is used for driving the conveying device and the stopping plate to ascend and descend. The invention further discloses a tray conveying system comprising the transfer machine. The transfer machine is simple in structure and convenient to install and control, the stopping and transferring functions can be completed through the transfer machine, sothat the mounting structure can be simplified, and the production cost can be reduced.

The invention provides a carrier return-flow system which comprises a feeding transmission platform, a discharging transmission platform, a return-flow rail, a first lifting mechanism, a second lifting mechanism and a controller. The feeding transmission platform bears a carrier carrying a printed circuit board and transmits the printed circuit board to the interior of a furnace body; the discharging transmission platform outputs the carrier output from the interior of the furnace body to a plate separating machine so as to separate the printed circuit board from the carrier; the return-flow rail is arranged above the furnace body and flows back the no-load carrier in the horizontal direction; the first lifting mechanism enables the no-load carrier to ascend to an inlet of the return-flowrail so as to transmit the no-load carrier to the return-flow rail; the no-load carrier on the return-flow rail descends through the second lifting mechanism to the horizontal position where the feeding transmission platform is located so as to contain the printed circuit board; and the controller is used for controlling the feeding transmission platform, the discharging transmission platform, thereturn-flow rail, the first lifting mechanism and the second lifting mechanism to run. By means of the carrier return-flow system, the problem that in the prior art, the carrier flows back or space is occupied or locking is prone to occurrence is solved.

Disclosed is a double-layer wafer transfer cavity. The double-layer wafer transfer cavity mainly solves the problem that whole device maintenance is complex and the device using cost is increased so as to achieve the function of upper-layer wafer transfer and lower-layer wafer transfer in the prior art, and can achieve independent wafer transfer with double-layer multiple cavities. An upper-layer cavity body and a lower-layer cavity body of double-layer multiple cavities are independent closed cavity bodies respectively. The cavity bodies can independently conduct the wafer transfer operation and cannot affect each other. Each cavity body is internally provided with two chambers communicated with each other. Each chamber can conduct independent operations of wafer transfer and wafer taking, and the operations cannot affect each other. The double-layer wafer transfer cavity has the advantages that the structure is reasonable, the whole device maintenance is easier, and the device using cost can be reduced. The double-layer wafer transfer cavity can be widely applied to the technical field of semiconductor film deposition application and preparation.

The invention discloses a middle computer for testing smart batteries and a testing method of the middle computer. The middle computer comprises a smart Internet of Things communication control unit,a third party interface unit, a simulating charging pile unit, a channel parallel unit, an off-line operation unit, a power failure recovery unit and an auxiliary sampling unit. According to the middle computer for testing the smart batteries and the testing method of the middle computer, firstly the transfer function between an upper computer and a lower computer can be realized; secondly, the management of the lower computer is further participated, functions such as parallel connection, off-line and simulating charging piles of the lower computer are realized; hardware and software resources of the lower computer are liberated, and thus the charging and discharging control of the lower computer is simpler and more reliable; and rich interfaces are further provided, and third party equipment such as BMS, a pressure sensor, a walk-in thermostat and a direct-current controllable power supply are expanded flexibly.

The invention relates to a multi-functional secondhand book self-service transaction machine employing a transfer-type IC (Integrated Circuit) card. The multi-functional secondhand book self-service transaction machine comprises a cabinet body, a display, a keyboard, a card reader, a switch power supply and a host computer, wherein the display, the keyboard, the card reader, the switch power supply and the host computer are arranged inside the cabinet body; the display, the keyboard and the card reader are respectively connected with the host computer; the host computer is connected with the switch power supply; the cabinet body comprises a frame; two split doors are arranged at the back side of the frame; a plurality of spacers with electronic lock doors are arranged inside the frame; and each electronic lock door comprises a door body and an electronic lock, and the electronic lock is connected with the host computer. Compared with the prior art, the multi-functional secondhand book self-service transaction machine has the advantages of unique function, good environment benefit and wide application range.

The invention discloses a special tool for maintenance of a corrugated beam barrier of a highway and relates to the technical field of barrier maintenance. By the adoption of the special tool for maintenance of the corrugated beam barrier of the highway, the situation that the barrier bounces and injures people in the dismantling process can be avoided, and a repairing function and a short-distance transferring function are achieved. The special tool for maintenance of the corrugated beam barrier of the highway comprises a main rod and a traveling support. A long cross arm and a short cross arm are arranged at the front end of the main rod, wherein the long cross arm is located at the top end of the main rod, and the short cross arm is located behind the long cross arm, in parallel to the long cross arm and is provided with a gap. A movable supporting structure is arranged at the top end of the traveling support. The main rod is provided with a supporting section. The supporting section of the main rod is arranged on the movable supporting structure. According to the special tool for maintenance of the corrugated beam barrier of the highway, the main rod is arranged to be in an F shape, and a corrugated beam protective plate right can be placed in the gap between the long cross arm and the short cross arm. During dismantling, the long cross arm at the end of the main rod is clamped on the back side of a corrugated beam, the short cross arm is clamped on the front side of the corrugated beam, and even if the barrier bounces elastically when screws are separated from the barrier and stand columns are installed, the situation that the barrier bounces and injures people is avoided under the restraint of the short cross arm. Meanwhile, a clamping opening formed by the F shape can also have shaping and repairing effects on the corrugated beam protective plate which deforms slightly.

The invention provides a turnover machine for insulation board production. The turnover machine comprises a support frame and a circular transmission mechanism arranged on the support frame, wherein aplurality of insulation board supports are arranged on the circular transmission mechanism; the circular transmission mechanism can drive the plurality of insulation board supports to perform surrounding cyclic motion; the plurality of insulation board supports are arranged on one side of the circular transmission mechanism in a multilayered manner and are arranged at intervals; each insulation board support is capable of allowing an insulation board to be conveyed to horizontally place and supporting the insulation board to be conveyed; and the circular transmission mechanism is a chain transmission, the insulation boards conveyed from a production line can be continuously turned over in batches, and the efficiency is improved.

The invention provides an energy-saving cabinet air-conditioner which comprises a vapor compression refrigeration system, a heat pipe type heat exchange system and an electrical component. The vapor compression refrigeration system comprises a compressor, an evaporator and a condenser. The heat pipe type heat exchange system comprises an evaporation end and a condensation end. The evaporation end of the heat pipe type heat exchange system is of a parallel-flow type heat exchange structure, a pipe-belt type heat exchange structure or a pipe-sheet type heat exchange structure. The condensation end of the heat pipe type heat exchange system is of a parallel-flow type heat exchange structure, a pipe-belt type heat exchange structure or a pipe-sheet type heat exchange structure. The electrical component can judge to operate one or simultaneously both of the vapor compression refrigeration system and the heat pipe type heat exchange system according to detection of temperatures inside and outside a sealed space of the cabinet which needs to be cooled in order to carry out heat transfer. The energy-saving cabinet air-conditioner achieves the function of heat transfer by integrating the heat pipe type heat exchange system and the vapor compression refrigeration system and combining two methods for cooperative working, energy can be saved, and the service life of the compressor and even the service life of the entire air-conditioner are prolonged.

The present invention discloses message transfer method. It contains configuring message transfer mode; queuing unit according to message centre sent message transmission request to obtain route request messages; queuing unit through original mobile station attribution position server processing message transfer mode and route request message to obtain target mobile station route message; queuing unit according to target mobile station route message down transmitting message to target mobile station through mobile switching center. The present invention can make user selecting transferring message from one mobile station another mobile station, or canceling message transferring.

The invention discloses a modular adapter mechanism for a medical crane. The mechanism comprises a mechanical connector component which comprises a base, a movable clamping part and a fastening component. A movable clamping part mounting portion is arranged at the rear end of one side of the base, a clamping arm is arranged at the rear ends of the other side of the base and the movable clamping part respectively, and the fastening component, including a fastening screw and a plug, locks the base and the movable clamping part together. The plug is pressed in a through hole of the base or the movable clamping part and is pressed against the screw head end of the fastening screw. The clamping arms of the base and the movable clamping part are matched with each other to be clamped on a column of a medical crane case, and an accessory mounting portion is arranged on the front side of the base. The mechanical connector component can be used independently or used by being matched with an electrical connector component. According to the mechanism, the modular connector design is used, so that mounting of various accessories can be achieve, input and output joint unification can be guaranteed, and the whole structure is high in wholeness, safe and reliable and convenient to maintain.

The invention provides a telescopic conveying device. The telescopic conveying device comprises a base (1) and a plurality of telescopic joints (2); the telescopic joints (2) are gradually connected in a sleeved manner; the telescopic joints (2) are box-body-shaped; erecting side plates are arranged on the two sides of each telescopic joint (2); conveying rollers (21) perpendicular to the side plates are arranged at the tops of the telescopic joints (2); bottom plates fixedly connected with the side plates are arranged at the bottoms of the telescopic joints (2); openings in which adjacent inner layer telescopic joints (2) are sleeved are formed in the front ends of the telescopic joints (2); the outermost telescopic joint (2) is located on the base (1), and is fixedly connected with the base (1); a push-and-pull rail (12) and a driving unit are arranged on the base (1); the push-and-pull rail (12) is in sliding connection with the base (1); and the driving unit is used for driving thepush-and-pull rail (12). Except for the outermost telescopic joint (2), prepositioned electric control plug pins are fixedly installed at the parts, close to the front ends, of the lower surfaces ofthe bottom plates of the other telescopic joints (2); and first pin holes fitting with the prepositioned electric control plug pins are formed in the upper surfaces of the push-and-pull rail (12). Thetelescopic conveying device is flexibly applied into working fields in different space sizes.

The invention relates to the technical field of curtain wall framework welding, and particularly discloses a building decoration curtain wall steel structure framework welding manufacturing device which comprises a mounting bottom plate, two parallel conveying mechanisms are fixedly connected to the upper surface of the mounting bottom plate, and a first driving motor is fixedly mounted on the outer wall of the conveying mechanism on the front side; the output end of the first driving motor is fixedly connected with a transmission rod which drives the two conveying mechanisms to operate at the same time, and four first hydraulic cylinders are fixedly connected to the upper surface of the mounting bottom plate. By arranging the conveying mechanisms, welded longitudinal frameworks and transverse frameworks can be conveyed to the position above a material receiving plate, and the overall transfer function after welding is achieved; the phenomenon that the framework is locally stressed and a welding seam is cracked due to the fact that a pneumatic clamping jaw is adopted to pull the framework is prevented, the limiting mechanism is arranged, the longitudinal framework can be clamped during welding and automatically loosened after welding is completed, the longitudinal framework is prevented from deviating during welding, and the welding precision is improved.

The invention relates to a feeding device of an edge aligning device, and belongs to the technical field of production of heat preservation plates. The feeding device of the edge aligning device is characterized by comprising a feeding frame base (4) and a feeding frame (3) arranged on the feeding frame base in a sliding mode, the feeding frame (3) is provided with two feeding tables (11) used forcontaining the heat preservation plates in parallel, each of the feeding tables (11) is provided with a horizontal feeding conveying mechanism, the feeding frame (3) is connected with a feeding driving mechanism which drives the feeding frame (3) to move, and the moving direction of the feeding frame (3) is perpendicular to the conveying direction of the feeding conveying mechanisms. According tothe feeding device of the edge aligning device, the two feeding tables are arranged on the feeding frame, and the feeding frame is connected with the feeding driving mechanism so that when one feeding table conveys the heat preservation plates to a cutting device, the other feeding table can perform the work of supplementing the heat preservation plates, then the effect that the heat preservationplates are continuously conveyed for the cutting device is achieved, the conveying speed of the heat preservation plates is high, moreover, the supplementation of the heat insulation plates are conveniently, and conditions are provided for continuous cutting of the cutting device.

The invention discloses an automatic transferring system and method for muck after manual pipe jacking. According to the automatic muck transferring system and method, a gravel transferring device isarranged in the lower side of an annular seal body, in the automatic transferring process of the muck after manual jacking, if a geological layer containing gravel is encountered, the annular seal body moves forwards along a jacking pipe, the gravel which cannot be stirred in the muck enter a transferring barrel which continuously rotate due to the extrusion force, the transferring barrel continuously rotate to quickly transfer the gravel on the inner side of the annular seal body to the outer side of the annular seal body, and meanwhile, the situation that muddy water on the inner side of theannular seal body cannot be circulated through a transferring channel can be guaranteed; and in the geological layer containing the gravel, if the gravel transferring device is not arranged, the inner side of the annular seal body cannot move forwards due to blocking of the gravel, and meanwhile, equipment can be damaged by the excessive gravel.

The invention relates to a double-wheel milling mixer knife rest hose switching protection frame device which comprises two side supporting plates symmetrically arranged on a knife rest. The upper ends of the two side supporting plates are connected together through a switching transition frame; the switching transition frame is provided with a middle groove used for allowing a steel wire rope to pass through and side grooves used for installing hydraulic transition valve blocks; and upper protection pipes and lower protection pipes are arranged between the two side supporting plates. According to the double-wheel milling mixer knife rest hose switching protection frame device provided by the invention, a switching protection frame achieves protection of a pipeline exposed out of the knife rest when the knife rest is lifted and lowered, so that abrasion of the pipeline and cement paste is effectively reduced; and meanwhile, the pipeline can be smoothly transited to knife rest valve blocks from a reel pipe set when the knife rest works at 90 degrees, so that the switching function is achieved.

The invention discloses a scraper winch gas pipe adapter. The scraper winch gas pipe adapter comprises an adapter body, wherein an air inlet pipe port and an air outlet pipe port are formed in the adapter body, an observation window is further arranged on the adapter body, and multiple pressure relief holes are formed in the adapter body; the air inlet pipe port and the air outlet pipe port are connected with a gas pipe through nuts, and the observation window is of a double-layer tempered glass structure. Due to the fact that the two pipe ports perpendicular to each other are formed in the adapter body and the adapter body is further provided with the observation window allowing people to observe the internal condition and the multiple holes capable of achieving automatic pressure relief under high pressure, other functions are realized besides the adapter function, and then the number of functions of the scraper winch gas pipe adapter is increased greatly.

The invention provides a grabbing mechanism and a transfer device, relates to the technical field of machining, and aims to solve the technical problem that a workpiece is easy to fall off in a transfer process to a certain extent. The invention provides a grabbing mechanism. The grabbing mechanism comprises a shell, a power assembly, a moving component and a clamping assembly, wherein the clamping assembly is connected with the moving component, and an opening part is formed in the moving component and used for enabling the clamping assembly to clamp the workpiece; the moving component is connected with the shell; and the power assembly is arranged in the shell and connected with the moving component, and the power assembly can drive the moving component to move relative to the shell so as to change the orientation of the opening part relative to the shell.

The invention relates to a component sampling and detecting device during gelatinous cosmetic filling. An outer cylinder is fixedly connected to the bottom of a storage cylinder between two second fixing plates, a discharging assembly used for controlling discharging is arranged in the outer cylinder, and a stirring assembly used for avoiding layering of cosmetics is arranged in the storage cylinder. A first rotating shaft is rotationally connected to the top of the storage barrel, a same rotating roller is rotationally connected between two first fixing plates located on the same side, a servo motor is fixedly connected to one side of each first fixing plate, one end of a second rotating rod rotationally penetrates through the first fixing plate and extends to one side of the first fixing plate, and a third rotating rod is in transmission connection with a second rotating rod; and a clamping groove is formed in the top of the supporting plate above a conveying belt, a storage bottle is clamped in the clamping groove, and a lifting assembly used for pushing the supporting plate to ascend and descend is arranged between the two second fixing plates. The problems that when gelatinous cosmetics are filled in the prior art, operation is tedious, time is wasted, and working efficiency is low are solved.

The invention belongs to the technical field of moxa stick processing, particularly relates to a moxa stick uniform cutting device with an automatic feeding function, and aims to solve the problems that existing moxa sticks are cut manually, cutting lengths are different, efficiency is low, automatic feeding cannot be achieved, manual collection is needed, operation is very tedious, and time and labor are consumed. According to the technical scheme, the device comprises a feeding box, a feeding port is formed in one side of the feeding box, a conveying assembly used for conveying moxa sticks is rotationally connected to the inner wall of the feeding box, a fixing plate is fixedly connected to the inner wall of the top of the feeding box, and a pressing assembly used for pressing the moxa sticks is arranged between the inner wall of one side of the feeding box and the fixing plate; according to the moxa stick cutting device, moxa sticks are transversely conveyed through the conveying assembly, the moxa sticks on the conveying belt are pressed through the pressing assembly, the moxa sticks are clamped through the two sliding rods, finally, cutting of the moxa sticks is achieved through the cutting knife, the structure is simple, and operation is convenient.

The invention provides a puncture diagnosis and treatment bed for respiratory medicine department, comprising support legs, a bed body, a puncture marking mechanism and a rotating bed mechanism. The support legs are fixed to the lower end of the bed body. The puncture marking mechanism is disposed at the front of the upper surface of the bed body and comprises a movement channel, a ball-nut assembly, a screw, a support plate, a vertical plate, a rotary shaft, a connection plate, an electric telescopic bar, a sleeve, a pen holder and elastic spring I; the rotating bed mechanism is arranged at the rear of the upper surface of the bed body and comprises a bearing plate, supports, guide gears, channels, a guide rack, guide rods, support rollers, grooves, guide sleeves and elastic springs II. Compared with the prior art, the puncture diagnosis and treatment bed for respiratory medicine department has the advantages that a quick marking function is provided for a puncture part of a patient and a sickbed can be transferred.

The invention provides a chip and a method testing the chip. The method testing the chip includes that a first transmitting device receives a first test signal which is sent by a test device, converts the first test signal into a second test signal, and sends the second test signal to the exterior of the chip. A first receiving device receives the second test signal, and forwards the second test signal to a second transmitting device. The second transmitting device receives the second test signal, converts the second test signal to a third test signal, and sends the third test signal to the exterior of the chip. The second receiving device receives a third test signal, and returns to a test device. The test device compares whether the third test signal is consistent with the first test signal, if the third test signal is consistent with the first test signal, the function and performance of the chip are correct. The first test signal, the second test signal and the third test signal form a loop outside the chip, and a test path can be adopted to test whether function and performance of multiple devices are correct or not.

The invention discloses an integrated production process of annular thin-walled powder products, and a production system thereof. The integrated production process comprises the major steps that a hydraulic press is adopted for product pressing molding; pressing-molded products are transferred; product milling is conducted through a drilling and milling machine; the milled products are transferred; and stacking is conducted. Automatic integration of pressing, milling and stacking of the products is achieved, the number of transferring and stacking times is decreased, repetitive work is eliminated, labor consumption is lowered, and the duration of the whole production process is greatly shortened; and meanwhile, the production system used for the production process can automatically conveyand mill the pressing-molded products, acting force is gentle during milling, the products are not prone to being damaged, the pressing-molded products do not need to be cured, while automatic millingand transferring of the products are achieved, the duration of the working procedure is shortened, the production efficiency is improved, the product pass rate is increased, and material waste is reduced.

The invention relates to a seedling culture bowl filling and transferring device convenient in filling. The seedling culture bowl filling and transferring device comprises a filling machine and a transferring vehicle, wherein the transferring vehicle is used for placing and transferring a seedling culture bowl; the filling machine is used for filling matrix soil into the seedling culture bowl in the transferring vehicle; the filling machine comprises a rack, a material storing and discharging mechanism and a pulling mechanism, wherein the material storing and discharging mechanism and the pulling mechanism are both arranged on the rack; the material storing and discharging mechanism is used for storing the matrix soil and conveying the matrix soil into the seedling culture bowl on the bottom transferring vehicle; and the pulling mechanism is used for driving the transferring vehicle to move forwards relative to the filling machine on the horizontal plane. The seedling culture bowl filling and transferring device convenient in filling combines filling operation and transferring operation into a whole, the filling operation of the seedling culture bowl can be finished, a seedling culture bowl transferring function be realized, filling time is about 40s, filling is even, operation is convenient, operation efficiency is high, a whole working process can be finished only by one person, time and labor are saved, and therefore, the problems that a production base is insufficient in labor force, production efficiency is low and the like can be solved.

A double-wheel milling mixer tool holder hose transfer protection frame device, including two side support plates symmetrically arranged on the tool holder, the upper ends of the two side support plates are connected together through a transfer transition frame, and the transfer transition frame There is a middle groove for passing the wire rope and a side groove for installing the hydraulic transition valve block, and an upper protection pipe and a lower protection pipe are arranged between the two side support plates. In the double-wheel milling mixer tool holder hose transfer protection frame device of the present invention, the transfer protection frame realizes the protection of the pipeline exposed outside the tool holder when the tool holder is lifted and lowered, effectively reducing the wear of the pipeline and cement slurry. At the same time, the pipeline can smoothly transition from the reel tube group to the valve block of the tool holder when the tool holder is working at 90°, realizing the transfer function.