mhurhangee/patent-ind-claim-en huggingface dataset:
A molding device , comprising: an upper molding assembly , including an upper molding plate and a plurality of positioning columns detachably disposed on the upper molding plate , wherein the upper molding plate has a plurality of through holes respectively passed through by the plurality of positioning columns , at least one mold core and a plurality of matching columns surrounding the at least one mold core are disposed at the same side of the upper molding plate ; and a lower molding assembly , including a lower molding plate and at least one formation mold , wherein the lower molding plate has at least one accommodating groove , a plurality of matching grooves surrounding the at least one accommodating groove and a plurality of positioning holes surrounding the at least one accommodating groove ; the at least one formation mold is disposed in the at least one accommodating groove , and the at least one formation mold has a formation cavity corresponding to the at least one mold core ; wherein each of the plurality of positioning columns is disposed respectively into each of the plurality of positioning holes , and each of the plurality of matching columns is disposed respectively into each of the plurality of matching grooves ; wherein an article is formed by matching the at least one mold core and the formation cavity . an upper molding assembly , including an upper molding plate and a plurality of positioning columns detachably disposed on the upper molding plate , wherein the upper molding plate has a plurality of through holes respectively passed through by the plurality of positioning columns , at least one mold core and a plurality of matching columns surrounding the at least one mold core are disposed at the same side of the upper molding plate ; and a lower molding assembly , including a lower molding plate and at least one formation mold , wherein the lower molding plate has at least one accommodating groove , a plurality of matching grooves surrounding the at least one accommodating groove and a plurality of positioning holes surrounding the at least one accommodating groove ; the at least one formation mold is disposed in the at least one accommodating groove , and the at least one formation mold has a formation cavity corresponding to the at least one mold core ; wherein each of the plurality of positioning columns is disposed respectively into each of the plurality of positioning holes , and each of the plurality of matching columns is disposed respectively into each of the plurality of matching grooves ; wherein an article is formed by matching the at least one mold core and the formation cavity .
A method to separate biological entities within a fluid sample comprising steps of: passing said fluid sample through a microfluidic device, wherein said biological entities are separated based on a size of said biological entities into a first sub-set and a second sub-set by one or more pressure nodes generated by an acoustic source attached to said microfluidic device, thereby producing a first sample comprising the first sub-set of said biological entities ; passing said first sample through a magnetic separator comprising a magnet , wherein biological entities having magnetic labels are separated by said magnet from said first sample, thereby producing a second sample; and wherein said first sample is passed from said microfluidic device to said magnetic separator through a flow connector arranged to decouple a flow rate of said microfluidic device from a flow rate of said magnetic separator. passing said fluid sample through a microfluidic device, wherein said biological entities are separated based on a size of said biological entities into a first sub-set and a second sub-set by one or more pressure nodes generated by an acoustic source attached to said microfluidic device, thereby producing a first sample comprising the first sub-set of said biological entities ; passing said first sample through a magnetic separator comprising a magnet , wherein biological entities having magnetic labels are separated by said magnet from said first sample, thereby producing a second sample; and wherein said first sample is passed from said microfluidic device to said magnetic separator through a flow connector arranged to decouple a flow rate of said microfluidic device from a flow rate of said magnetic separator.
A method of manufacturing a spacecraft comprising selecting an outer cover material for the spacecraft, the outer cover material having an inner surface and an outer surface, wherein the method further comprises partially exposing the outer surface of the outer cover material to a laser source to achieve a marking on said outer surface, characterised in that said outer surface is electrically conductive.
A method for enhanced signaling gateway status detection and selection for emergency calls, the method comprising: in a mobility management entity (MME) including at least one processor: detecting that a signaling gateway is in a risky state using a combination of echo request and call setup signaling timeouts; marking the signaling gateway as risky in a signaling gateway status database maintained by the MME; performing signaling gateway selection for an emergency call in a manner that excludes signaling gateways marked as risky; and routing the emergency call to a signaling gateway selected by the signaling gateway selection. detecting that a signaling gateway is in a risky state using a combination of echo request and call setup signaling timeouts; marking the signaling gateway as risky in a signaling gateway status database maintained by the MME; performing signaling gateway selection for an emergency call in a manner that excludes signaling gateways marked as risky; and routing the emergency call to a signaling gateway selected by the signaling gateway selection.
A passive sample freezing device comprising: a base container having a top end, a bottom end, and a lower chamber extending therebetween, the top end having an opening and the bottom end having an inlet port; a cover having a top end, a bottom end, and an upper chamber extending therebetween, the top end having an outlet port and the bottom end having an opening, the bottom end being configured to interconnect with the top end of the base container the passive sample freezing device further comprises a removable sample rack disposed between the base and the cover, the removable sample rack comprising: a top surface; a bottom surface; characterized in that the removable sample rack further comprises: a plurality of baffle extensions comprising a webbing of the removable sample rack, which provides the removable sample rack with a circumferential perimeter that compatibly seats within the base container, wherein the plurality of baffle extensions form a seal between the removable sample rack and the base container; and a radial array of sample bays. a base container having a top end, a bottom end, and a lower chamber extending therebetween, the top end having an opening and the bottom end having an inlet port; a cover having a top end, a bottom end, and an upper chamber extending therebetween, the top end having an outlet port and the bottom end having an opening, the bottom end being configured to interconnect with the top end of the base container the passive sample freezing device further comprises a removable sample rack disposed between the base and the cover, the removable sample rack comprising: a top surface; a bottom surface; a top surface; a bottom surface; a plurality of baffle extensions comprising a webbing of the removable sample rack, which provides the removable sample rack with a circumferential perimeter that compatibly seats within the base container, wherein the plurality of baffle extensions form a seal between the removable sample rack and the base container; and a radial array of sample bays.
A method of making a coating composition, comprising: a) providing an inverted aqueous dispersion comprising: i) at least one resin having one or more polar, hydrophilic groups; and ii) at least one phenolic resin; b) providing a latex composition; and c) blending the latex composition with the aqueous dispersion to form the coating composition, wherein the at least one resin having one or more polar, hydrophilic groups is a polar, hydrophilic functional resin prepared from one or more free radically reactive reactants, wherein at least one reactant includes polar, hydrophilic functionality(ies), wherein one or more free radically reactive reactants comprising acid, acid salt and/or acid anhydride functionality are used to incorporate such polar, hydrophilic functionality, and wherein the polar, hydrophilic functional resin is obtainable from a reaction mixture including at least 20 wt. % unsaturated monomer(s) with said polar, hydrophilic functionality and the balance is other free radically reactive monomer(s). a) providing an inverted aqueous dispersion comprising: i) at least one resin having one or more polar, hydrophilic groups; and ii) at least one phenolic resin; i) at least one resin having one or more polar, hydrophilic groups; and ii) at least one phenolic resin; b) providing a latex composition; and c) blending the latex composition with the aqueous dispersion to form the coating composition, wherein the at least one resin having one or more polar, hydrophilic groups is a polar, hydrophilic functional resin prepared from one or more free radically reactive reactants, wherein at least one reactant includes polar, hydrophilic functionality(ies), wherein one or more free radically reactive reactants comprising acid, acid salt and/or acid anhydride functionality are used to incorporate such polar, hydrophilic functionality, and wherein the polar, hydrophilic functional resin is obtainable from a reaction mixture including at least 20 wt. % unsaturated monomer(s) with said polar, hydrophilic functionality and the balance is other free radically reactive monomer(s). wherein the at least one resin having one or more polar, hydrophilic groups is a polar, hydrophilic functional resin prepared from one or more free radically reactive reactants, wherein at least one reactant includes polar, hydrophilic functionality(ies), wherein one or more free radically reactive reactants comprising acid, acid salt and/or acid anhydride functionality are used to incorporate such polar, hydrophilic functionality, and wherein the polar, hydrophilic functional resin is obtainable from a reaction mixture including at least 20 wt. % unsaturated monomer(s) with said polar, hydrophilic functionality and the balance is other free radically reactive monomer(s).
An apparatus comprising: a processing unit configured to - variably set at least any of bandwidth of a subcarrier or time length of a subsymbol in a first resource, - use a second resource in which predetermined values are set for the bandwidth of the subcarrier and the time length of the subsymbol to store information indicating setting content of the first resource, - include information for identifying a position of the second resource in system information or in a synchronization signal, and - perform generalized frequency division multiplexing, GFDM, modulation on the first resource and the second resource in accordance with the respective settings to obtain a transmission signal. - variably set at least any of bandwidth of a subcarrier or time length of a subsymbol in a first resource, - use a second resource in which predetermined values are set for the bandwidth of the subcarrier and the time length of the subsymbol to store information indicating setting content of the first resource, - include information for identifying a position of the second resource in system information or in a synchronization signal, and - perform generalized frequency division multiplexing, GFDM, modulation on the first resource and the second resource in accordance with the respective settings to obtain a transmission signal.
A loop tool tip of a brush tufting device, comprising a guide path for an anchor which is in the form of a wire loop and is displaced in the guide path and plastically reshaped therein, two opposite side walls between which and by which the guide path is formed, the guide path terminating at a front end to be applied against the brush body to be tufted, and having a rear portion remote from the end and a portion near the end , wherein at least one rotatably mounted deflection roller is provided which protrudes laterally into the guide path as a constriction and plastically reshapes the wire loop , wherein the guide path has a smaller width (B) in the near portion than in the remote portion and the guide path has a transition portion between the near and remote portions , in which the at least one deflection roller is located.
A rate matching method of producing a set of coded bits from a set of information bits for transmission between a first node and a second node in a wireless communications system , the method comprising: generating a codeword vector by encoding the set of information bits with a quasi-cyclic low-density parity-check code, QC-LDPC, wherein the codeword vector is composed of systematic bits and parity bits; and performing circular buffer-based rate matching on the generated codeword vector to produce the coded bits for transmission, wherein generating a codeword vector by encoding the set of information bits with a QC-LDPC comprises: attaching dummy bits to the set of information bits to make an information vector U; and encoding information vector U with the parity check matrix H of the QC-LDPC to generate the codeword vector, wherein the QC-LDPC code is designed with the knowledge that the first plurality of systematic bits will be punctured, and wherein performing circular buffer-based rate matching on the generated codeword vector to produce the coded bits for transmission comprises: puncturing a first plurality of systematic bits by not writing the punctured first plurality of systematic bits into the circular buffer, removing the dummy bits, and producing a vector for transmission. generating a codeword vector by encoding the set of information bits with a quasi-cyclic low-density parity-check code, QC-LDPC, wherein the codeword vector is composed of systematic bits and parity bits; and performing circular buffer-based rate matching on the generated codeword vector to produce the coded bits for transmission, attaching dummy bits to the set of information bits to make an information vector U; and encoding information vector U with the parity check matrix H of the QC-LDPC to generate the codeword vector, wherein the QC-LDPC code is designed with the knowledge that the first plurality of systematic bits will be punctured, and wherein performing circular buffer-based rate matching on the generated codeword vector to produce the coded bits for transmission comprises: puncturing a first plurality of systematic bits by not writing the punctured first plurality of systematic bits into the circular buffer, removing the dummy bits, and producing a vector for transmission.
Electrosurgical device, comprising an RF generator (G) with an output circuit containing an output transformer (T 1 ) and having an output impedance, and with output terminals , to which an electrosurgical instrument can be connected, the latter supplying a radiofrequency current at a certain frequency for treating a tissue (Z L ), an additional output circuit containing an additional transformer (T 2 ), which is connected between the output circuit (T 1 , L 1 , C 1 ) and the output terminals with reduction of the output impedance in relation to the output impedance of the output circuit such that the output resistance of the electrosurgical device is adapted to the load impedance (Z L ), wherein the primary side of the additional transformer (T 2 ) has a greater number of turns per unit length than a secondary side and characterized in that the additional output circuit comprises a resonant circuit (L 2 , C 2 ) such that the resonant frequency thereof lies above the certain frequency of the generator.
Semiconducting material comprising (i) an organic matrix compound, (ii) at least one first metal selected from the group consisting of Li, Na, K, Rb, and Cs, and (iii) at feast one second metal characterized in that said second metal is selected from the group consisting of Zn, Hg, Cd and Te. (i) an organic matrix compound, (ii) at least one first metal selected from the group consisting of Li, Na, K, Rb, and Cs, and (iii) at feast one second metal characterized in that said second metal is selected from the group consisting of Zn, Hg, Cd and Te.
An electronic system, comprising an electronic device ; an extension device including a second battery , the extension device being detachably coupled to the electronic device , the electronic device comprising: a first battery ; a load circuit that activates the electronic device ; and a control circuit that selects one of the first battery and the second battery and causes the selected one to supply electric power to the load circuit, characterized in that the control circuit detects whether a switch provided in the extension device is in a first state or in a second state, and selects the first battery preferentially as a supply source of electric power to the load circuit as compared with the second battery when the switch is in the first state. an electronic device ; an extension device including a second battery , the extension device being detachably coupled to the electronic device , the electronic device comprising: a first battery ; a load circuit that activates the electronic device ; and a control circuit that selects one of the first battery and the second battery and causes the selected one to supply electric power to the load circuit, a first battery ; a load circuit that activates the electronic device ; and a control circuit that selects one of the first battery and the second battery and causes the selected one to supply electric power to the load circuit, characterized in that the control circuit detects whether a switch provided in the extension device is in a first state or in a second state, and selects the first battery preferentially as a supply source of electric power to the load circuit as compared with the second battery when the switch is in the first state. detects whether a switch provided in the extension device is in a first state or in a second state, and selects the first battery preferentially as a supply source of electric power to the load circuit as compared with the second battery when the switch is in the first state.
A laryngoscope system, comprising: a laryngoscope comprising a body comprising a handle and an arm ; a camera mounted on or near a distal end of the arm ; a display screen to display image data from the camera; a removable blade comprising a channel sized to fit over the arm to couple the removable blade to the body , wherein the removable blade comprises a magnet ; a sensor disposed in the body , responsive to the magnet ; and a processor and a wireless transceiver disposed in the body , wherein the processor is programmed to enable at least one monitoring function in response to a signal from the sensor , and the at least one monitoring function comprises wirelessly transferring data to a device located remotely from the laryngoscope via the wireless transceiver; and wherein the processor is programmed to operate the laryngoscope in a default mode absent the receipt of the signal from the sensor , and wherein the default mode includes operation of the camera and display of the image data from the camera on the display screen and omits the wireless transfer of the data from the laryngoscope to the device. a laryngoscope comprising a body comprising a handle and an arm ; a camera mounted on or near a distal end of the arm ; a display screen to display image data from the camera; a removable blade comprising a channel sized to fit over the arm to couple the removable blade to the body , wherein the removable blade comprises a magnet ; a sensor disposed in the body , responsive to the magnet ; and a processor and a wireless transceiver disposed in the body , wherein the processor is programmed to enable at least one monitoring function in response to a signal from the sensor , and the at least one monitoring function comprises wirelessly transferring data to a device located remotely from the laryngoscope via the wireless transceiver; and wherein the processor is programmed to operate the laryngoscope in a default mode absent the receipt of the signal from the sensor , and wherein the default mode includes operation of the camera and display of the image data from the camera on the display screen and omits the wireless transfer of the data from the laryngoscope to the device.
A rotary microtome , comprising: a specimen holder , configured to hold a specimen to be cut; a handwheel drive system , comprising a handwheel and a handwheel axis connected to the handwheel , and configured to receive a user operation via the handwheel and to move the specimen holder up and down via the handwheel axis based on the user operation; a damping component , connected to the handwheel axis , and configured to generate damping for rotation of the handwheel axis ; a knife ; a section motor , connected to the knife and configured to drive the knife to cut the specimen; and a control device , connected to the damping component and the section motor respectively, and configured to obtain an operation parameter of the section motor , and to adjust the damping generated by the damping component according to the operation parameter, such that the user feels a material hardness of the specimen. a specimen holder , configured to hold a specimen to be cut; a handwheel drive system , comprising a handwheel and a handwheel axis connected to the handwheel , and configured to receive a user operation via the handwheel and to move the specimen holder up and down via the handwheel axis based on the user operation; a damping component , connected to the handwheel axis , and configured to generate damping for rotation of the handwheel axis ; a knife ; a section motor , connected to the knife and configured to drive the knife to cut the specimen; and a control device , connected to the damping component and the section motor respectively, and configured to obtain an operation parameter of the section motor , and to adjust the damping generated by the damping component according to the operation parameter, such that the user feels a material hardness of the specimen.
A system for determining the position of an autonomous or automated aircraft during its approach to a landing site (L), comprising: i. a ground-based visual landing aid having a radiating surface which radiates light in the form of light cones arranged discretely in a two-dimensional grid, wherein a navigation light is formed by a plurality of adjacent light cones , and the light cones forming the navigation light change in dependence on a deviation of the aircraft from a target landing approach path; and characterised by ii. an aircraft-based digital receiver which, during the landing approach, continuously detects the positions of the light cones forming the navigation light along the radiating surface and determines, on the basis of the detected positions, a state of the aircraft , wherein the system is configured to generate commands for autonomously landing the aircraft or for assisting a pilot in landing the aircraft on the landing site (L) based on the determined state of the aircraft i. a ground-based visual landing aid having a radiating surface which radiates light in the form of light cones arranged discretely in a two-dimensional grid, wherein a navigation light is formed by a plurality of adjacent light cones , and the light cones forming the navigation light change in dependence on a deviation of the aircraft from a target landing approach path; and characterised by ii. an aircraft-based digital receiver which, during the landing approach, continuously detects the positions of the light cones forming the navigation light along the radiating surface and determines, on the basis of the detected positions, a state of the aircraft ,