137 results about "Transfer - action" patented technology

A helical fastener having a high retentive surface area is provided and has a first end for enhancing penetration into tissue and a second end comprising a coil sectioning a diameter of the fastener for receiving longitudinal and rotational forces. The helical fasteners are attached to body tissue by a fastener applicator having a proximal portion comprising a handle and an actuator and an elongate distal portion for housing a plurality of fasteners. A transferring action of the actuator provides longitudinal and rotational movement of the fasteners out of the distal portion and into body tissue.

The present invention related to peer-to-peer communications systems. The system comprises a user profile association storage associating at least two user instance identifiers with prioritization information. In one aspect of the invention a user instance identifier associated with a peer-to-peer data transfer action is detected. The prioritization information for the data transfer action is checked from the user profile association information storage, and the data transfer action is adapted in accordance with the prioritization information.

The application provides a data sharing method, a source node, a destination node, and a data sharing system. The method comprises the following steps: a source node acquires transaction data from locally stored sensitive data, calculates the abstract information of the transaction data, releases the abstract information to a block chain system to enable the block chain system to store the abstract information and record the transfer action information of the transaction data, establishes a temporary data transmission channel to a destination node, and sends the transaction data to the destination node through the temporary data transmission channel; and the destination node acquires the abstract information released by the source node from the block chain system, receives the transaction data sent by the source node through the temporary data transmission channel between the destination node and the source node, verifies whether the received transaction data is consistent with the acquired abstract information, and sends transfer result information to the block chain system to enable the block chain system to record the transfer result information of the transaction data. The data sharing method, the source node, the destination node and the data sharing system are applicable to sharing of a large amount of sensitive data, and can improve the security of data transmission.

The present invention relates to a magnetorheological stepless speed changer, and is characterized by that it includes inner rotor fixedly connected with input shaft, excitation coil fixed in the interior, outer rotor supported on the input shaft by means of two end bearings and working medium magnetorheological fluid filled in the V-shaped working gap between inner rotor and outer rotor, in which the input torque and rotating speed can be passed through input shaft and inner rotor and can utilize the magnetorheological effect produced by means of magnetorheological fluid working medium under the action of coil field to produce force moment transferring action so as to implement stepless changed load torque and rotating speed output by outer rotor.

The transfer platform capable of forming picture and text symbols includes platform with the first and the second surfaces; and transfer matter painted to the second surface. The transfer matter consists of superposed ink layer, isolating layer and pressure-sensitive glue layer, and by means of sensing the transfer action in the first surface, the transfer matter corresponding to picture and text symbols in separated from the second surface and attached to the surface of some object to form transferred picture and text symbols. At the same time, the transfer platform producing process is also provided. The present invention the steps of: providing one platform, painting ink layer onto the second surface, painting the isolating layer on the surface of the ink layer, and painting the pressure-sensitive glug layer on the surface of the isolating layer.

Revolver firearm comprising a body divided in an upper part, or slider, comprising a barrel and a drum, slidingly associated with a lower part, or case, comprising a handle, a trigger and a hammer; a first kinematic chain arranged in said case for arming the hammer; a second kinematic chain, arranged in said slider, and adapted to cause the rotation of the drum and to successively align the firing chambers of the drum with the barrel, the first and second kinematic chains being selectively activated by manually operating the hammer directly or the trigger or using the forces generated by the recoil; a third kinematic chain for connecting the first and second chains; the third kinematic chain has a desmodromic member having an active transfer action synchronously transferring motion from the first chain to the second chain during the firing action and a resistance passive action during the automatic re-cocking of the firearm caused by the recoil forces.

A golf club includes a club head that has one or more air passages extending from its front face to its rear face, so that when the club is swung in a ball-striking action air in the path of the club head is transferred from a pressurized zone on the head front face through the air passages into a low pressure wake area behind the club head. The air transfer action minimizes resistance to club movement, so as to contribute to a faster club head speed and a longer ball travel.

A printer module paper feed-out procedure in which a sheet-transfer roller set transfers the paper sheet forwards during printing, and paper feed-out rollers are rotated forwards for a predetermined time period and then stopped so that the paper feed-out rollers hold down the lead end of the paper sheet when the printing action of the printing head and the paper sheet transferring action of the sheet-transfer roller set are being continued, and then a paper cutting unit is operated to cut off the printed front part of the paper sheet when the printing action is finished, and then the paper feed-out rollers are rotated to transfer the cutoff piece of paper out of a paper outlet of a face panel of the printer module and then he paper feed-out rollers are stopped to hold down the rear end of the cutoff piece of paper, avoiding falling of the cutoff piece of paper away from the paper outlet of the face panel.

A thermal print head includes a heating resistor for forming images on a print target by generating heat, and a driver for controlling power supply to the heating resistor. The thermal print head also includes a storage unit and a controller. The storage unit stores print data inputted from outside. The controller causes a transfer action and a printing action to be repeated alternately, wherein the transfer action includes retrieving print data from the storage unit and transferring the retrieved print data to the driver, and the printing action includes causing the driver to retain the transferred print data and supplying power to portions of the heating resistor selected in accordance with the print data retained by the driver, so as to conduct printing.

The invention relates to a transfer mechanism of transfer switch equipment, which belongs to the technical field of low-voltage switch equipment and control equipment. The invention is provided with a transfer mechanism composed of a motor device, a V-shaped wheel and drive parts connected between two jaw parts of the V-shaped wheel and respective contact terminal. When in use, the motor device is fixed in the transfer switch equipment; both ends of a main shaft are fixed in shaft bases of the transfer switch equipment. The motor forward and backward rotates to drive the transfer mechanism so that two sets of movable contact terminals of TSE are engaged and disengaged, thus the TSE transfers among three operating positions. The invention has the advantages of simple structure and high reliability of transfer action and process, and can be matched with the existing transfer switch equipment.

The invention relates to a repairing and strengthening method for large cracks on a rock tunnel lining. The method consists of the three steps: a lining faulting repair process; an anchor rod grouting and reinforcing process; a steel sheet strip reinforcing and arranging process, wherein the key problem of carrying out faulting repair is the selection of a plugging material and epoxy resin mortar is adopted in the repair process; the anchor rod grouting and reinforcing process is used for reinforcing primary support at the tunnel lining at the faulting section to prevent surrounding rock from further deforming, and carrying out anchor rod grouting and reinforcing; the steel sheet strip reinforcing and arranging process is used for enabling a steel sheet strip and a secondary lining to cooperatively deform to bear together through the connection and force transfer actions of anchor bolts and sticky steel glue to form a reinforced structure of a composite beam plate. The composite beam plate can be used for enhancing the structure rigidity, improving the stability and the integrity, improving the ductility, the fire resistance and the durability of the structure and effectively improving the bearing force of the tunnel lining. The treatment measures of the reinforcing method disclosed by the invention have favorable reinforcing effects on an original tunnel structure, are simple and feasible to construct and have better economy.

A multi-card data transfer device comprises a microprocessor for controlling and processing actions between each component. The microprocessor is connected with two slots via two multi-card interfaces. The two slots are provided for electrically connecting with two memory cards, and the microprocessor can perform read/write data transfer actions to the two memory cards. A key module is connected with the microprocessor to provide an operation interface for users. A power supply provides the required power for all components. Data in different memory cards can be directly exchanged and backuped to accomplish the effects of fast integration of data, easy operation and convenient data management.

The invention belongs to the technical field of card cutting presses and relates to a card cutting press workblank transferring mechanical arm which comprises a material box, a horizontal straight line guiding track, a horizontally-moving component and a lifting component. An upper opening of the material box is flush with the upper surface of a feeding platform. The horizontally-moving component comprises a horizontally-moving sliding block, a horizontally-moving support and a vertical straight line guiding track. The horizontally-moving sliding block and the horizontal straight line guiding track form a straight line guiding track pair. The horizontally-moving support is fixedly connected with horizontally-moving sliding block. The vertical straight line guiding track is fixedly connected with the horizontally-moving support. The vertical straight line guiding track is in the vertical direction. The lifting component comprises a lifting sliding block, a connecting piece and a sucking disc component. The lifting sliding block and the vertical straight line guiding track form a straight line guiding track pair. The connecting piece is fixedly connected with the lifting sliding block. The sucking disc component is fixedly connected with the connecting piece. The sucking disc component comprises a vacuum pipe and two sucking discs. A pipe cavity is arranged in the middle of the vacuum pipe. The sucking discs are connected with the vacuum pipe. Transferring action is automatically completed by machinery, efficiency is high, working quality is safe and reliable, and manpower is saved.

In a chip reversing device used in a chip mounting apparatus for holding and vertically reversing a chip placed by a bonding nozzle, the chip is held on a chip holding unit disposed in a reversing member and is vertically reversed by turning the reversing member downward on an reversal shaft. After the reversed chip was received by a chip receiving unit, this chip receiving unit is lowered to a retracted position to return the reversing member to an original position. In this state, the chip receiving unit is raised to position the chip at a height level L for a chip transferring action. As a result, the reversing member does not protrude to above the height level for the chip transfer thereby to interfere with another mechanism, so that the chip mounting actions can be made efficient.

The invention provides a diamine monomer containing an asymmetric fluorophore structure. The diamine monomer has a structure shown as a formula (I); semi-aromatic polyamide or semi-aromatic polyimideprepared by the monomer is capable of maintaining thermal stability of polymer, improving dissolvability and film-forming property and giving excellent electrically-controlled fluorescence property ofthe polymer; specifically, the p-phenylenediamine in the diamine monomer containing the asymmetric fluorophore structure can ensure that the polymer has stable electroactivity; fluorophore is introduced into the polymer, so that the fluorescence intensity of the polymer can be improved, and the fluorescent switching contrast is improved; the asymmetric structure is capable of effectively reducingthe accumulation action of the polymer; the dissolvability and the solid fluorescence are enhanced; the response speed is accelerated; meanwhile, aliphatic diacid and aliphatic dianhydride inhibit the charge transfer action and reduce the occurrence probability of nonradiative jump; the fluorescence of the semi-aromatic polymer is obviously improved. According to the record of the embodiment, theelectrically-controlled fluorescence property of semi-aromatic polyamide or semi-aromatic polyimide prepared from the diamine monomer containing the asymmetric fluorophore structure provided by the invention is obviously improved.

The invention discloses a wire rod pre-processing automaton. The wire rod pre-processing automaton comprises a bedplate, a wire rod pre-processing front section and a wire rod pre-processing rear section; a transfer mechanism is arranged between two circulation conveying mechanisms; two ends of a wire rod passes through the wire rod pre-processing front section and the wire rod pre-processing rearsection sequentially under the clamping and transfer actions of the two circulation conveying mechanisms and the transfer mechanism, so that the two ends of the wire rod can be subjected to a pre-processing process, and therefore, the machining precision of the two ends of the wire rod can be ensured, and the machining efficiency of the two ends of the wire rod can be improved; the wire rod pre-processing front section includes a wire feeding and cutting mechanism, a sheath stripping mechanism, a braiding and sorting mechanism, a braided layer filler backing mechanism and a braided layer cutting mechanism which are distributed sequentially; the wire rod pre-processing rear section includes a braided layer turning mechanism, a copper foil mounting mechanism, a copper foil wrapping mechanism, an aluminum foil layer cutting mechanism, an aluminum foil layer removing mechanism, a nylon wire cutting mechanism and a nylon wire baking mechanism which are distributed sequentially.

The invention discloses an automatic needle-turning and loop-transferring flat machine with a spring leaf knitting needle and a machine head of an improved hand-operated flat machine, in particular a flat machine provided with two needle pushers on one side of the machine head and a needle pushing method of the needle pusher. Each needle pusher comprises an electric motor (31), a gear (32), a rack (33), a guide rail (341), an electromagnet frame (343), an electromagnet (35), an electromagnet iron core (36), an h-shaped cramp (37), a lower foot (371) of the cramp, an upper foot (372) of the cramp and a guide rail (381), wherein the rotation of the electric motor (31) of the needle pusher drives the h-shaped cramp (37) on the electromagnet (35) to push up and down; the h-shaped cramp (37) comprises the lower foot (371) of the cramp and the upper foot (372) of the cramp; and the precise rotation of the electric motor (31) of the needle pusher and the electromagnet (35) are controlled by a computer. The flat machine of the invention can automatically knit, push needles, and do various complicated loop transferring actions.

A method and apparatus of processing a voice call are disclosed. One example method of operation may include recording at least a portion of a voice call, and storing the portion of the voice call in memory. The method may also include processing the portion of the voice call to identify at least one segment of interest, and forwarding the at least one segment of interest to a new call party responsive to a call transfer action.

The invention provides an automatic labeling robot for medical blood collection tubes, which can efficiently and quickly finish automatic labeling work for the medical blood collection tubes to save both time and costs. The robot mainly comprises a hanging frame conveying mechanism and a transfer labeling mechanism; a chain hanging frame can be used for automatically conveying the blood collection tubes into an appointed position; then, a crank push rod mechanism is used for accurately pushing the blood collection tubes into a clamping groove between planet gears; rotation and revolving of the planet gears are used for matching with a protective plate to finish automatic roll pasting of labels and transfer actions of the blood collection tubes; and finally, the blood collection tubes are released from the clamping groove to finish the label pasting work. The whole mechanism is simple and effective, can realize synchronous work of two channels, and can greatly improve the efficiency.

The invention belongs to the technical field of phytochemistry and in particular discloses a surface-bonded baicalin magnetic nano-particle, and a preparation method and application thereof. The surface-bonded baicalin magnetic nano-particle disclosed by the invention is obtained by reacting baicalin and a magnetic nano-material. By utilization of the magnetic nano-material, flavones compounds inplant extract can be effectively enriched and can be conveniently and rapidly separated from a complex system of the plant extract in the presence of an external magnetic field. By utilization of theproperty of easily carrying out magnetic separation on the magnetic nano-particle, and the charge-transfer action and hydrogen bond action properties of baicalin molecules and aromatic ring substances, the prepared compound nano-material is used for enriching and separating the flavones component in the plant extract, thus, the surface-bonded baicalin magnetic nano-particle has a wide applicationprospect in the natural medicine industrial production.

The invention discloses a blower device. The blower device comprises a housing, a fan and a motor, wherein an air duct is formed in the housing; the fan is arranged in the air duct; the motor is used for driving the fan to rotate around a pivot shaft; an operating handle is formed on or connected to the housing, and is used for operating the blower device; and the operating handle is arranged on the outer side of the air duct. The invention further discloses a backpack-type blower system. Besides the blower device, the backpack-type blower system also comprises backpack equipment, a connecting device, a battery pack and the like, wherein the backpack equipment is used for allowing a user to wear; the connecting device is used for transferring action force between the blower device and the backpack equipment; and the connecting device is connected to the backpack equipment and the blower device. Through the adoption of the scheme of the invention, the design of the operating handle improves the operation feeling, the backpack equipment can assist the user in mitigating the effect of the weight of the battery pack on operating a tool device, and the connecting device can transfer action force between the tool device and the backpack equipment, so that the operation burden of the user is alleviated, and the degree of comfort of the user during operation is improved.