mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for preheating welding wire , the apparatus comprising: an input configured to receive multi-phase power; a first tungsten electrode connected via a first conductor to the input, wherein the first conductor is configured to conduct a first phase of the multi-phase power received at the input; a second tungsten electrode connected via a second conductor to the input, wherein the second conductor is configured to conduct a second phase of the multi-phase power received at the input; a third tungsten electrode connected via a third conductor to the input, wherein the third conductor is configured to conduct a third phase of the multi-phase power received at the input; a first region ; a contact tip configured to deliver the welding wire to the first region for preheating; a wire guide configured to deliver preheated welding wire from the first region to a workpiece; and a gas connecter configured to deliver shielding gas to the first region around the preheated welding wire delivered to the workpiece; wherein the first, second and third electrodes are configured to preheat welding wire via electric arc preheating and wherein the electric arc preheating occurs within the first region . an input configured to receive multi-phase power; a first tungsten electrode connected via a first conductor to the input, wherein the first conductor is configured to conduct a first phase of the multi-phase power received at the input; a second tungsten electrode connected via a second conductor to the input, wherein the second conductor is configured to conduct a second phase of the multi-phase power received at the input; a third tungsten electrode connected via a third conductor to the input, wherein the third conductor is configured to conduct a third phase of the multi-phase power received at the input; a first region ; a contact tip configured to deliver the welding wire to the first region for preheating; a wire guide configured to deliver preheated welding wire from the first region to a workpiece; and a gas connecter configured to deliver shielding gas to the first region around the preheated welding wire delivered to the workpiece; wherein the first, second and third electrodes are configured to preheat welding wire via electric arc preheating and wherein the electric arc preheating occurs within the first region .
A tracer projectile intended for small-caliber and medium-caliber weapons, comprising a jacketed metal core comprising a tracer device disposed inside a cavity in the metal core in the rear part of the projectile , the cross-sectional area S 1 , S 2 of the cavity is polygon-shaped for increased adhesion between the tracer device and the cavity , characterized in that the surface roughness (Ra) of the cavity is in the range 0.2-3.2 μm, and wherein the tracer device is applied in the polygon-shaped cavity by a pressing process.
A system information transmission method, performed by a terminal, wherein the terminal is in idle state or inactive state, and the system information transmission method comprising: sending request information to a network device in the case that target Other System Information, Other SI, is to be requested, wherein the target Other SI is at least one of Other SI requested by a random access message one or Other SI requested by a random access message three, the Other SI is system information other than minimum system information; receiving a random access message two or a random access message four which is sent by the network device based on the request information and carries preset indication information; and determining whether to receive subsequent broadcast information based on the random access message two or the random access message four; characterized in that the preset indication information is configured to indicate configuration information of the subsequent broadcast information or indicate whether the subsequent broadcast information carries the target Other SI. sending request information to a network device in the case that target Other System Information, Other SI, is to be requested, wherein the target Other SI is at least one of Other SI requested by a random access message one or Other SI requested by a random access message three, the Other SI is system information other than minimum system information; receiving a random access message two or a random access message four which is sent by the network device based on the request information and carries preset indication information; and determining whether to receive subsequent broadcast information based on the random access message two or the random access message four; characterized in that the preset indication information is configured to indicate configuration information of the subsequent broadcast information or indicate whether the subsequent broadcast information carries the target Other SI.
A composition for use in the treatment of a biological surface infected or contaminated with a bacterial biofilm or for use in reducing or eliminating a bacterial biofilm on a biological surface, said composition comprising a combination of thermolysin and an aminoglycoside antibacterial agent.
A communication method, comprising: receiving, by a target service entity, a first request message from a first participating service entity, wherein the first request message comprises an identifier of a service area, and the first request message is used to request to query a target multicast bearer, and the target multicast bearer is used to send service data of a terminal group in the service area; and sending, by the target service entity, a first response message to the first participating service entity, wherein the first response message comprises an identity of the target multicast bearer; and receiving, by the target service entity, a second request message from the first participating service entity, wherein the second request message comprises the identity of the target multicast bearer and a group identity of the terminal group, and the second request message is used to request to use the target multicast bearer to send service data of the terminal group; and sending, by the target service entity, a second response message to the first participating service entity, wherein the second response message comprises first indication information, wherein the first indication is used to instruct the participating service entity not to send service data of the terminal group to a terminal that is in the terminal group and is located in the service area, when the target service entity finds that another participating service entity is using the target multicast bearer to send service data of the terminal group. receiving, by a target service entity, a first request message from a first participating service entity, wherein the first request message comprises an identifier of a service area, and the first request message is used to request to query a target multicast bearer, and the target multicast bearer is used to send service data of a terminal group in the service area; and sending, by the target service entity, a first response message to the first participating service entity, wherein the first response message comprises an identity of the target multicast bearer; and receiving, by the target service entity, a second request message from the first participating service entity, wherein the second request message comprises the identity of the target multicast bearer and a group identity of the terminal group, and the second request message is used to request to use the target multicast bearer to send service data of the terminal group; and sending, by the target service entity, a second response message to the first participating service entity, wherein the second response message comprises first indication information, wherein the first indication is used to instruct the participating service entity not to send service data of the terminal group to a terminal that is in the terminal group and is located in the service area, when the target service entity finds that another participating service entity is using the target multicast bearer to send service data of the terminal group.
Panel processing apparatus with a feeding table , a removal table , a processing device arranged between the feeding table and the removal table , at least one light signaling device which is arranged at a position which can be seen by an operator and is configured such that the light emitted by the device can reach directly the eyes of the operator, and a controller for controlling the light signaling device , wherein the panel processing apparatus comprises a detecting device which detects at least one property of a workpiece and/or of a handling of the workpiece by the operator and which is connected to the controller which drives the light signaling device depending on the detected property of the workpiece and/or the detected property of handling, characterized in that the light signaling device is configured as a line and extends at least partially parallel to a pressure beam and/or extends at least partially orthogonally to the pressure beam .
A user equipment, UE , comprising: a processor ; and a memory configured to communicate with the processor, the memory storing a plurality of instructions which are executable to: transmit a random access preamble, and receive a random access response, wherein in a case that a random access procedure is initiated by a beam failure recovery, BFR, the UE is adapted to indicate to a multiplexing and assembly entity, when the UE successfully receives the random access response for the first time in the random access procedure, to include a BFR medium access control, MAC, control element, CE, which indicates beam failure related information, in the subsequent uplink transmission, and to obtain a MAC packet data unit, PDU, including the BFR MAC CE from the multiplexing and assembly entity, and to store the MAC PDU in a buffer. a processor ; and a memory configured to communicate with the processor, the memory storing a plurality of instructions which are executable to: transmit a random access preamble, and receive a random access response, wherein in a case that a random access procedure is initiated by a beam failure recovery, BFR, the UE is adapted to indicate to a multiplexing and assembly entity, when the UE successfully receives the random access response for the first time in the random access procedure, to include a BFR medium access control, MAC, control element, CE, which indicates beam failure related information, in the subsequent uplink transmission, and to obtain a MAC packet data unit, PDU, including the BFR MAC CE from the multiplexing and assembly entity, and to store the MAC PDU in a buffer. transmit a random access preamble, and receive a random access response, wherein in a case that a random access procedure is initiated by a beam failure recovery, BFR, the UE is adapted to indicate to a multiplexing and assembly entity, when the UE successfully receives the random access response for the first time in the random access procedure, to include a BFR medium access control, MAC, control element, CE, which indicates beam failure related information, in the subsequent uplink transmission, and to obtain a MAC packet data unit, PDU, including the BFR MAC CE from the multiplexing and assembly entity, and to store the MAC PDU in a buffer.
Display mechanism for a timepiece movement comprising a first display wheel (110; 120) and a second display wheel (130; 140), which are arranged to be coplanar, characterised in that the first and second display wheels (110, 120; 130; 140) being further arranged to be pivoted with respect to each other by means of at least one ball bearing , characterised in that the first and second display wheels bear a first and a second indicator respectively which are intended to cooperate with at least one fixed aperture for the display of at least one item of information.
A device forming a part of a thread consuming device being a sewing or embroidery machine for dynamically applying liquid to a single thread (T) as said thread (T) moves relative to the device along a path of movement, wherein said device is configured to apply liquid to said thread (T) by means of an electrospraying unit comprising: at least one emitter for discharging liquid through a respective discharge nozzle towards the thread (T) in a discharge direction, such that a respective discharge zone is formed, thread guiding means configured to guide the thread (T) through each respective discharge zone , liquid supplier for supplying liquid to said at least one emitter , and voltage supply means , configured to provide an electric potential between the at least one emitter and a counter electrode means , said emitter and said counter electrode means being arranged at opposite sides of the thread (T) in use, such that an electric field created between each respective emitter and the counter electrode means discharges liquid into said discharge zone . at least one emitter for discharging liquid through a respective discharge nozzle towards the thread (T) in a discharge direction, such that a respective discharge zone is formed, thread guiding means configured to guide the thread (T) through each respective discharge zone , liquid supplier for supplying liquid to said at least one emitter , and voltage supply means , configured to provide an electric potential between the at least one emitter and a counter electrode means , said emitter and said counter electrode means being arranged at opposite sides of the thread (T) in use, such that an electric field created between each respective emitter and the counter electrode means discharges liquid into said discharge zone .
A decorative sheet for floor materials comprising a base material sheet , and at least a transparent resin layer and a surface-protecting layer sequentially laminated on the base material sheet , and the decorative sheet comprising at least a backer layer laminated on a back surface of the base material sheet , wherein the surface of the decorative sheet has a ten-point average roughness Rz jis , measured according to JIS B0601:2001, of 40 μm or more; the surface-protecting layer contains an ionizing radiation-curable resin; the base material sheet , the transparent resin layer , and the backer layer each contain a non-halogen-based thermoplastic resin; the backer layer has a thickness of 120 to 250 μm; the backer layer has a Martens hardness, measured according to the method given in the description, of 50 to 80 N/mm 2 ; and the backer layer is laminated by extrusion molding of a backer layer-forming resin composition in a molten state on the back surface of the base material sheet . the surface of the decorative sheet has a ten-point average roughness Rz jis , measured according to JIS B0601:2001, of 40 μm or more; the surface-protecting layer contains an ionizing radiation-curable resin; the base material sheet , the transparent resin layer , and the backer layer each contain a non-halogen-based thermoplastic resin; the backer layer has a thickness of 120 to 250 μm; the backer layer has a Martens hardness, measured according to the method given in the description, of 50 to 80 N/mm 2 ; and the backer layer is laminated by extrusion molding of a backer layer-forming resin composition in a molten state on the back surface of the base material sheet .
Method for manufacturing rigid packagings from a cardboard substrate containing at least one optical brightener, said method comprising a step A) of depositing, on said substrate, an aqueous adhesive composition comprising: - a polymer P chosen from a vinyl acetate homopolymer and an ethylene-vinyl acetate EVA copolymer; and - a compound T chosen from pyranine, riboflavin, vitamin E and vitamin A. - a polymer P chosen from a vinyl acetate homopolymer and an ethylene-vinyl acetate EVA copolymer; and - a compound T chosen from pyranine, riboflavin, vitamin E and vitamin A.
A gas purge device positioning a container and comprising a nozzle to introduce a purge gas into a gas inlet part , made of an elastic material, provided on a bottom of the container , and provided with a circular bottom surface and a gas inlet hole in a center of the bottom surface: wherein the nozzle is provided with a planar top end surface and a nozzle hole located in a center of the top end surface , and characterized in that the top end surface is roughened or made of a lubricative material and thereby supports the gas inlet part slidably. wherein the nozzle is provided with a planar top end surface and a nozzle hole located in a center of the top end surface , and characterized in that the top end surface is roughened or made of a lubricative material and thereby supports the gas inlet part slidably.
A lawn mower robot, comprising: an inner body provided with casters and wheels for moving on both sides, respectively; at least one blade rotatably provided on a bottom surface of the inner body to cut grass; a drive motor mounted on the wheels , respectively, to independently drive the wheels ; an outer cover configured to surround an outer side of the inner body , and mounted by support portions on the inner body to be movable in forward, backward, leftward and rightward directions with respect to the inner body when colliding with an obstacle; and and a joystick bumper provided on the inner body to be rotatable in all directions, and an upper side thereof is coupled to the outer cover , wherein the outer cover is coupled to the support portions on an inner surface of the outer cover , wherein each of the support portions comprises: a support body ; a wrinkled portion extended from an outer circumferential surface of the support body along a radial direction, wherein the wrinkled portion has a structure such that the support body is supported to be movable in the forward, backward, leftward and rightward directions. an inner body provided with casters and wheels for moving on both sides, respectively; at least one blade rotatably provided on a bottom surface of the inner body to cut grass; a drive motor mounted on the wheels , respectively, to independently drive the wheels ; an outer cover configured to surround an outer side of the inner body , and mounted by support portions on the inner body to be movable in forward, backward, leftward and rightward directions with respect to the inner body when colliding with an obstacle; and and a joystick bumper provided on the inner body to be rotatable in all directions, and an upper side thereof is coupled to the outer cover , wherein the outer cover is coupled to the support portions on an inner surface of the outer cover , wherein each of the support portions comprises: a support body ; a wrinkled portion extended from an outer circumferential surface of the support body along a radial direction, wherein the wrinkled portion has a structure such that the support body is supported to be movable in the forward, backward, leftward and rightward directions. a support body ; a wrinkled portion extended from an outer circumferential surface of the support body along a radial direction, wherein the wrinkled portion has a structure such that the support body is supported to be movable in the forward, backward, leftward and rightward directions.
An integrally woven preform with stiffeners in two or more directions constructed from a woven base fabric woven from warp yarns or fibers and weft yarns or fibers , said base fabric comprising: a first woven fabric layer ; a second woven fabric layer ; a third woven fabric layer ; a plurality of yarns interwoven between said first woven fabric layer and said second woven fabric layer , wherein said plurality of yarns are interwoven over a region between said first fabric layer and said second fabric layer , and said first fabric layer is folded relative to said second fabric layer to form in said preform a first integral off-axis stiffener perpendicular to the second fabric layer and oriented in a direction or angle other than 0 and +/-90 degrees relative to an axial warp or weft fiber direction of said second woven fabric layer , and a plurality of yarns interwoven between said second woven fabric layer and said third woven fabric layer , wherein said plurality of yarns are interwoven over a region between said second fabric layer and said third fabric layer , and said third fabric layer is folded relative to said second fabric layer such that a second integral off-axis stiffener is formed in said preform. a first woven fabric layer ; a second woven fabric layer ; a third woven fabric layer ; a plurality of yarns interwoven between said first woven fabric layer and said second woven fabric layer , wherein said plurality of yarns are interwoven over a region between said first fabric layer and said second fabric layer , and said first fabric layer is folded relative to said second fabric layer to form in said preform a first integral off-axis stiffener perpendicular to the second fabric layer and oriented in a direction or angle other than 0 and +/-90 degrees relative to an axial warp or weft fiber direction of said second woven fabric layer , and a plurality of yarns interwoven between said second woven fabric layer and said third woven fabric layer , wherein said plurality of yarns are interwoven over a region between said second fabric layer and said third fabric layer , and said third fabric layer is folded relative to said second fabric layer such that a second integral off-axis stiffener is formed in said preform.
A method for turning on a screen, comprising activating , when a change in a moving state of a mobile terminal meets a preset unlocking condition, a structured light image sensor for imaging; acquiring a depth map obtained by the imaging of the structured light image sensor; the method being characterized by : simultaneously activating , when the structured light image sensor is activated for imaging, a visible light image sensor for imaging; acquiring a visible light image obtained by the imaging of the visible light image sensor; performing face identification on the visible light image and determining a position of a face in the visible light image; triggering construction of a face depth model when the face is within a specified region of the visible light image; constructing the face depth model according to the depth map; identifying a position of pupils from the face depth model; and controlling , when the position of the pupils is within a specified region of eyes, the screen of the mobile terminal to turn on. activating , when a change in a moving state of a mobile terminal meets a preset unlocking condition, a structured light image sensor for imaging; acquiring a depth map obtained by the imaging of the structured light image sensor; the method being characterized by : simultaneously activating , when the structured light image sensor is activated for imaging, a visible light image sensor for imaging; acquiring a visible light image obtained by the imaging of the visible light image sensor; performing face identification on the visible light image and determining a position of a face in the visible light image; triggering construction of a face depth model when the face is within a specified region of the visible light image; constructing the face depth model according to the depth map; identifying a position of pupils from the face depth model; and controlling , when the position of the pupils is within a specified region of eyes, the screen of the mobile terminal to turn on. simultaneously activating , when the structured light image sensor is activated for imaging, a visible light image sensor for imaging; acquiring a visible light image obtained by the imaging of the visible light image sensor; performing face identification on the visible light image and determining a position of a face in the visible light image; triggering construction of a face depth model when the face is within a specified region of the visible light image; constructing the face depth model according to the depth map; identifying a position of pupils from the face depth model; and controlling , when the position of the pupils is within a specified region of eyes, the screen of the mobile terminal to turn on.