mhurhangee/patent-ind-claim-en huggingface dataset:
A seal for a gas turbine engine comprising: a seal body having a central body portion extending between a first end and a second end ; a wrap extending between first and second wrap ends, that respectively extend at least partially around the first and second ends of the seal body such that the wrap makes contact with the central body portion and wraps around the first and second ends of the seal body ; characterised in that : the wrap includes a first surface and an opposite second surface , wherein the first surface wraps around the first and second seal ends such that the first surface of the wrap is in direct abutting engagement with surfaces of the first and second ends of the seal body , and the central body portion comprises a generally linear portion and the first and second ends of the seal body comprise enlarged bulbous end portions. a seal body having a central body portion extending between a first end and a second end ; a wrap extending between first and second wrap ends, that respectively extend at least partially around the first and second ends of the seal body such that the wrap makes contact with the central body portion and wraps around the first and second ends of the seal body ; characterised in that : the wrap includes a first surface and an opposite second surface , wherein the first surface wraps around the first and second seal ends such that the first surface of the wrap is in direct abutting engagement with surfaces of the first and second ends of the seal body , and the central body portion comprises a generally linear portion and the first and second ends of the seal body comprise enlarged bulbous end portions.
A biodegradable material which is a chemically cross-linked product of: a multivalent compound A having 3 or more functional groups X selected from the group consisting of hydroxyl group, thiol group and amino group; a multivalent compound B having 3 or more functional groups Y selected from the group consisting of carboxyl group, isocyanate group and thioisocyanate group; and a compound C having a structure originated from a hydroxycarboxylic acid whose homopolymer formed by homopolymerization has a glass transition point of -40°C or lower, wherein compound C is a copolymer of a monomer(s) of a water-soluble polymer(s) selected from the group consisting of polyethylene glycol, polypropylene glycol, polyvinyl alcohol, polyhydroxyethyl acrylate, polyhydroxyethyl methacrylate, carboxymethyl cellulose, hydroxymethyl cellulose and hydroxyethyl cellulose, and a hydroxycarboxylic acid(s) selected from 6-hydroxycaproic acid, copolymers of 6-hydroxycaproic acid and glycolic acid, and copolymers of 6-hydroxycaproic acid and polybutylene succinate. a multivalent compound A having 3 or more functional groups X selected from the group consisting of hydroxyl group, thiol group and amino group; a multivalent compound B having 3 or more functional groups Y selected from the group consisting of carboxyl group, isocyanate group and thioisocyanate group; and a compound C having a structure originated from a hydroxycarboxylic acid whose homopolymer formed by homopolymerization has a glass transition point of -40°C or lower, wherein compound C is a copolymer of a monomer(s) of a water-soluble polymer(s) selected from the group consisting of polyethylene glycol, polypropylene glycol, polyvinyl alcohol, polyhydroxyethyl acrylate, polyhydroxyethyl methacrylate, carboxymethyl cellulose, hydroxymethyl cellulose and hydroxyethyl cellulose, and a hydroxycarboxylic acid(s) selected from 6-hydroxycaproic acid, copolymers of 6-hydroxycaproic acid and glycolic acid, and copolymers of 6-hydroxycaproic acid and polybutylene succinate.
A water-saving cooling system of a glass machining center, the water-saving cooling system comprising: a CNC headstock and a tool holder , wherein the tool holder is located at a lower end of the CNC headstock , and an upper end of the tool holder is fixedly connected to an output end of the CNC headstock ; a fixing plate is arranged on a periphery of the output end of the CNC headstock in a sleeving manner, and is fixedly connected to a main body of the CNC headstock through a connecting member ; a moving plate is arranged on a periphery of the tool holder in a sleeving manner, and is located at a lower end of the fixing plate ; a motor is arranged on one side of an upper end of the fixing plate ; an output shaft of the motor is connected to the moving plate through a transmission device ; a grinding wheel sleeves the tool holder , and is located below the moving plate , and the output end of the CNC headstock drives the grinding wheel to rotate through the tool holder ; a water outlet passage is arranged in the moving plate , and the motor drives the moving plate to rotate through the transmission device to regulate an orientation of the cooling water output from the water outlet passage ; a C-shaped outer cover is arranged at a lower end of the moving plate , and is arranged on a periphery of the grinding wheel , and a bottom cover is arranged at a lower end of the outer cover , and is fixedly connected to the outer cover ; a cover structure formed by the bottom cover and the outer cover covers the grinding wheel , a part of a grinding surface of the grinding wheel extends out of a notch of the C-shaped outer cover to form a working area; and an area of the grinding wheel in contact with a workpiece forms a grinding area (A), characterized in that an annular water channel is formed on the fixing plate , an upper end of the water outlet passage is communicated with the annular water channel , a lower end of the water outlet passage extends to the grinding wheel , and cooling water is guided to the annular water channel through a passage arranged in the connecting member , and is output to the grinding wheel through the water outlet passage ; and a water outlet (B) of the water outlet passage is of an arc structure, and the arc length of the water outlet (B) of the water outlet passage is one or two times of the length of the grinding area (A).
A method for producing a ferric maltol composition comprising reacting ligand modified or ligand coated ferric hydroxide with maltol and recovering the ferric maltol that forms, preferably the ferric maltol is ferric trimaltol.
A method performed by a terminal in a wireless communication system, the method comprising: performing a beam sweeping procedure to determine a reception beam of the terminal and a transmission beam of a transmission reception point, TRP, wherein the direction of the determined reception beam is aligned to the direction of the determined transmission beam characterized by further comprising identifying a power of a reference signal , which is transmitted on the determined transmission beam, received based on the determined reception beam; identifying a rotation angle of the terminal based on a rotation detection sensor of the terminal in case that the power is less or equal to a threshold ; in case that the rotation angle is greater than or equal to a rotation threshold , determining a reception beam by performing a beam sweeping procedure for reception beam candidates, the reception beam candidates being identified among reception beams of the terminal based on the rotation angle; and in case that the rotation angle is less than the rotation threshold, performing a beam sweeping procedure to determine a reception beam and a transmission beam. performing a beam sweeping procedure to determine a reception beam of the terminal and a transmission beam of a transmission reception point, TRP, wherein the direction of the determined reception beam is aligned to the direction of the determined transmission beam characterized by further comprising identifying a power of a reference signal , which is transmitted on the determined transmission beam, received based on the determined reception beam; identifying a rotation angle of the terminal based on a rotation detection sensor of the terminal in case that the power is less or equal to a threshold ; in case that the rotation angle is greater than or equal to a rotation threshold , determining a reception beam by performing a beam sweeping procedure for reception beam candidates, the reception beam candidates being identified among reception beams of the terminal based on the rotation angle; and in case that the rotation angle is less than the rotation threshold, performing a beam sweeping procedure to determine a reception beam and a transmission beam.
A method for the distributed calculation of calculation tasks by means of field devices of an industrial plant , wherein - a plurality of field devices are coupled to a task distribution unit by means of a data link , - the field devices effect a control of the industrial plant in an operating state in each case, characterized in that - at least one of the field devices , in an idle state , receives a calculation task from the task distribution unit and changes to a calculation state in which the calculation task is processed, wherein processing power that is not required for the control of the industrial plant is used for the calculation task, wherein the task distribution unit provides an interface for receiving new calculation tasks from an external source and wherein the task distribution unit maintains a queue for new calculation tasks. - a plurality of field devices are coupled to a task distribution unit by means of a data link , - the field devices effect a control of the industrial plant in an operating state in each case, characterized in that - at least one of the field devices , in an idle state , receives a calculation task from the task distribution unit and changes to a calculation state in which the calculation task is processed, wherein processing power that is not required for the control of the industrial plant is used for the calculation task,
A thermally conductive composition comprising: a base material ; a permittivity adjusting filler having a lower permittivity than the base material ; and a high permeability filler having a higher permeability than the base material , wherein the entire thermally conductive composition has a relative permeability higher than 1, characterized in that the thermally conductive composition uses the permittivity adjusting filler to reduce a relative permittivity of the entire thermally conductive composition to 7 or lower. a base material ; a permittivity adjusting filler having a lower permittivity than the base material ; and a high permeability filler having a higher permeability than the base material , wherein the entire thermally conductive composition has a relative permeability higher than 1, characterized in that the thermally conductive composition uses the permittivity adjusting filler to reduce a relative permittivity of the entire thermally conductive composition to 7 or lower.
Motor vehicle with on-board electronics and an in-vehicle electronic mounting unit connected electrically to the on-board electronics for a portable communication terminal and the portable communication device with a separable and reattachable function module , characterised in that the mounting unit has multiple separate mounting spaces , which are configured for individual mounting of a function module , which can be separated in a reversible manner from the communication terminal and reattached thereto, in the state separated from the communication terminal , and is configured to electronically couple the separated function module with the on-board electronics to carry out the intended function of the function module , such that the mounting unit is configured to receive various separated function modules of the communication terminal in the mounting spaces , wherein the function modules are each per se distinct substantive units, which can be attached to or removed from the communication terminal and in another combination can be reversibly recombined non-destructively with other function modules into an alternative embodiment of the communication terminal .
A wire fencing system including one or more fencing wires supported by at least two posts , at least some of the posts being provided with one or more attachment units which are each arranged in a rotatable manner around a portion of the post , the attachment unit comprising a sleeve-shaped body , which is provided with at least one radial bore arranged to receive a fixing screw for releasably fixing the attachment unit relative to the post , at least one wire attachment arranged to fix a wire end portion in the axial direction of the fencing wire , a first wire abutment arranged for supporting a portion of the fencing wire , the first wire abutment being provided with a side opening being closable by an elastic lip being able to be pressed inwards from an abutment and arranged for a portion of the fencing wire to be passed through it radially, said first wire abutment being arranged for surrounding said portion of the fencing wire and restricting the radial movement of said fencing-wire portion relative to the attachment unit , a spool portion arranged to receive the fencing wire externally, and an end flange provided with several bores directed axially, distributed in the circumferential direction of the flange , wherein a second wire abutment is formed as an elongated bore in a projecting portion of said sleeve-shaped body . at least one radial bore arranged to receive a fixing screw for releasably fixing the attachment unit relative to the post , at least one wire attachment arranged to fix a wire end portion in the axial direction of the fencing wire , a first wire abutment arranged for supporting a portion of the fencing wire , the first wire abutment being provided with a side opening being closable by an elastic lip being able to be pressed inwards from an abutment and arranged for a portion of the fencing wire to be passed through it radially, said first wire abutment being arranged for surrounding said portion of the fencing wire and restricting the radial movement of said fencing-wire portion relative to the attachment unit , a spool portion arranged to receive the fencing wire externally, and an end flange provided with several bores directed axially, distributed in the circumferential direction of the flange , wherein a second wire abutment is formed as an elongated bore in a projecting portion of said sleeve-shaped body .
A high voltage therapeutic electrode apparatus, the apparatus comprising: a tip comprising: an insulative tip housing; a plurality of therapeutic terminals supported by the insulative tip housing; and connection terminals connected with the plurality of therapeutic terminals; a handle comprising: an insulative handle housing; electrical connectors adapted to mate with the connection terminals of the tip, the electrical connectors connected to an input cable; a sleeved receptacle; and an insulative portion having a wiring channel within, the insulative portion mating with the sleeved receptacle; wherein one of the sleeved receptacle and the insulative portion is within the tip, and the other of the sleeved receptacle and the insulative portion is within the handle, the tip and the handle configured to mate together, and wherein one or both of the insulative portion and the sleeved receptacle is sized and configured to provide a minimum clearance distance between at least one of: 1) the connection terminals of the tip, or 2) one of the connection terminals and a hand grip portion on the handle, the minimum clearance distance including distance across internal surfaces of the sleeved receptacle, insulative portion, or wiring channel. a tip comprising: an insulative tip housing; a plurality of therapeutic terminals supported by the insulative tip housing; and connection terminals connected with the plurality of therapeutic terminals; an insulative tip housing; a plurality of therapeutic terminals supported by the insulative tip housing; and connection terminals connected with the plurality of therapeutic terminals; a handle comprising: an insulative handle housing; electrical connectors adapted to mate with the connection terminals of the tip, the electrical connectors connected to an input cable; an insulative handle housing; electrical connectors adapted to mate with the connection terminals of the tip, the electrical connectors connected to an input cable; a sleeved receptacle; and an insulative portion having a wiring channel within, the insulative portion mating with the sleeved receptacle; wherein one of the sleeved receptacle and the insulative portion is within the tip, and the other of the sleeved receptacle and the insulative portion is within the handle, the tip and the handle configured to mate together, and wherein one or both of the insulative portion and the sleeved receptacle is sized and configured to provide a minimum clearance distance between at least one of: 1) the connection terminals of the tip, or 2) one of the connection terminals and a hand grip portion on the handle, the minimum clearance distance including distance across internal surfaces of the sleeved receptacle, insulative portion, or wiring channel.
A mobile X-ray imaging apparatus comprising: an input device configured to receive a first command being a radiation ready command and a second command being a radiation command input by a user, wherein the second command is able to be input only after the first command is input; a battery configured to be charged with charging power; an X-ray source configured to irradiate X-rays according to operating power supplied from the charged battery ; a charger configured to generate charging power and supply said charging power to charge the battery in a charging mode, and not to generate charging power in a standby mode; and a controller ; wherein the controller is configured to set the charger to the charging mode to charge the battery when the first command and the second command are not input; wherein the controller is configured to set the charger to the standby mode when the first command is input; and wherein the controller is further configured to control the battery to supply the operating power to the X-ray source when the second command is input while maintaining the charger in the standby mode. an input device configured to receive a first command being a radiation ready command and a second command being a radiation command input by a user, wherein the second command is able to be input only after the first command is input; a battery configured to be charged with charging power; an X-ray source configured to irradiate X-rays according to operating power supplied from the charged battery ; a charger configured to generate charging power and supply said charging power to charge the battery in a charging mode, and not to generate charging power in a standby mode; and a controller ; wherein the controller is configured to set the charger to the charging mode to charge the battery when the first command and the second command are not input; wherein the controller is configured to set the charger to the standby mode when the first command is input; and wherein the controller is further configured to control the battery to supply the operating power to the X-ray source when the second command is input while maintaining the charger in the standby mode.
A method for manufacturing a blading member assembly for a fluid flow machine, wherein the blading member assembly comprises at least one airfoil member and one platform member , the method comprising manufacturing a platform member blank, manufacturing an airfoil member blank, processing at least one of said blanks thus obtaining the at least one airfoil member and at least one platform member , and subsequently joining the at least one platform member and the at least one airfoil member , thus providing the blading member assembly ; the method being characterized in that processing a blank comprises applying at least one coating step to the blank before assembling the blading member assembly.
A patient support structure comprising a microclimate system including an air box and a controller, the air box coupled to the controller, a disposable incontinence pad comprising an upper layer being vapor and liquid permeable, a lower layer being liquid impermeable, and a middle layer which is air permeable, wherein the middle layer includes a pad inlet port and a side vent at the opposite side of the pad inlet port, and a mattress characterised in that said mattress has a mattress inlet port and a mattress outlet port, wherein the air box is coupled to the mattress, and wherein the mattress outlet port is coupled to the pad inlet port of the disposable incontinence pad.
An animal treatment block for applying a treatment to an animal against the action of biting insects, the animal treatment block including: a body including a carrier medium, wherein the carrier medium includes synthetic high temperature hard wax; and further wherein structural means including a plurality of fibres are incorporated into the carrier medium of the body to give structural integrity; an active ingredient incorporated into the carrier medium of the body ; and wherein the animal treatment block is a substantially cylindrical block , wherein the body , including the carrier medium with incorporated active ingredient and structural means , may be mounted such that an animal can readily contact the body , and is suitable to be used as a roll or rub to apply the treatment to the animal by rolling or rubbing of the cylinder block against the skin of the animal, whereby the active ingredient is applied to the animal in a controlled manner, through application of the carrier medium, and further wherein, the block is configured to provide treatment for animals for several weeks. a body including a carrier medium, wherein the carrier medium includes synthetic high temperature hard wax; and further wherein structural means including a plurality of fibres are incorporated into the carrier medium of the body to give structural integrity; an active ingredient incorporated into the carrier medium of the body ; and wherein the animal treatment block is a substantially cylindrical block ,