mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communications performed by a first user equipment, UE, comprising: receiving a first transmission from a second UE, the first transmission indicating the second UE has acquired a frequency band for a channel occupancy time, COT; and transmitting a signal within the frequency band during the COT in response to a signal strength of the first transmission as received by the first UE being greater than at least one threshold. receiving a first transmission from a second UE, the first transmission indicating the second UE has acquired a frequency band for a channel occupancy time, COT; and transmitting a signal within the frequency band during the COT in response to a signal strength of the first transmission as received by the first UE being greater than at least one threshold.
A handpiece for controlling movement of an electrosurgical device along a lumen of a catheter, the handpiece comprising: a first section having a connector for connecting a distal end of the handpiece to an instrument port of a surgical scoping device; and a second section connected to the first section and movable along a length of the first section; and a third section connected to the second section and movable along a length of the second section; characterised in that: the second section has a holder for holding a proximal end of the catheter, whereby relative movement between the second section and first section is arranged to control a length of catheter that extends out of a distal end of the handpiece; and the third section has a coaxial connector arranged to receive a proximal end of a coaxial cable that is conveyed within the lumen of the catheter, whereby relative movement between the third section and second section is arranged to control a relative position of the coaxial cable within the catheter. a first section having a connector for connecting a distal end of the handpiece to an instrument port of a surgical scoping device; and a second section connected to the first section and movable along a length of the first section; and a third section connected to the second section and movable along a length of the second section; characterised in that: the second section has a holder for holding a proximal end of the catheter, whereby relative movement between the second section and first section is arranged to control a length of catheter that extends out of a distal end of the handpiece; and the third section has a coaxial connector arranged to receive a proximal end of a coaxial cable that is conveyed within the lumen of the catheter, whereby relative movement between the third section and second section is arranged to control a relative position of the coaxial cable within the catheter. the second section has a holder for holding a proximal end of the catheter, whereby relative movement between the second section and first section is arranged to control a length of catheter that extends out of a distal end of the handpiece; and the third section has a coaxial connector arranged to receive a proximal end of a coaxial cable that is conveyed within the lumen of the catheter, whereby relative movement between the third section and second section is arranged to control a relative position of the coaxial cable within the catheter.
A system for providing symmetric, efficient bi-directional power flow and power conditioning for high-voltage applications, comprising: a first normally-on vertical-channel junction field-effect transistor (VJFET), wherein the first VJFET includes a gate, drain (D 1), and source, and has gate-to-drain and gate-to-source built-in potentials; a second normally-on VJFET, wherein the second VJFET includes a gate, drain (D 2), and source, and has gate-to-drain and gate-to-source built-in potentials and the first VJFET and the second VJFET are connected back-to-back in series so that the first VJFET source and the second VJFET source are shorted together at a common point S; and characterized by a gate drive coupled to the first VJFET gate and the second VJFET gate, referenced to the common point S, connected to the drain D 1 of the first VJFET only through internal circuitry of the first VJFET, and connected to the drain D 2 of the second VJFET only through internal circuitry of the second VJFET, wherein the gate drive applies an equal voltage bias (V G) to both the first VJFET gate and the second VJFET gate and the gate drive is configured to selectively bias V G so that the system allows symmetric current to flow through the first VJFET and the second VJFET in the D 1 to D 2 direction or to flow through the second VJFET and the first VJFET in the D 2 to D 1 direction, wherein the current flowing in the D 1 to D 2 direction is symmetric to the current flowing in the D 2 to D 1 direction, or so that the system blocks voltages applied to D 1 of the first VJFET or D 2 of the second VJFET. a first normally-on vertical-channel junction field-effect transistor (VJFET), wherein the first VJFET includes a gate, drain (D 1), and source, and has gate-to-drain and gate-to-source built-in potentials; a second normally-on VJFET, wherein the second VJFET includes a gate, drain (D 2), and source, and has gate-to-drain and gate-to-source built-in potentials and the first VJFET and the second VJFET are connected back-to-back in series so that the first VJFET source and the second VJFET source are shorted together at a common point S; and characterized by a gate drive coupled to the first VJFET gate and the second VJFET gate, referenced to the common point S, connected to the drain D 1 of the first VJFET only through internal circuitry of the first VJFET, and connected to the drain D 2 of the second VJFET only through internal circuitry of the second VJFET, wherein the gate drive applies an equal voltage bias (V G) to both the first VJFET gate and the second VJFET gate and the gate drive is configured to selectively bias V G so that the system allows symmetric current to flow through the first VJFET and the second VJFET in the D 1 to D 2 direction or to flow through the second VJFET and the first VJFET in the D 2 to D 1 direction, wherein the current flowing in the D 1 to D 2 direction is symmetric to the current flowing in the D 2 to D 1 direction, or so that the system blocks voltages applied to D 1 of the first VJFET or D 2 of the second VJFET.
Method for producing a sensor arrangement for a gearbox controller of a motor vehicle, the method comprising the steps of: making a recess in a conductor foil which has a plurality of conductor tracks which are accommodated between a base layer and a top layer; arranging a sensor element, which has at least two contact elements which protrude from a sensor body, in the recess of the conductor foil, so that the conductor foil at least partially encircles the sensor body along an outer circumference, contacting and connecting the contact elements of the sensor element to in each case one of the conductor tracks of the conductor foil; encapsulating the sensor element and a subregion of the conductor foil, which subregion adjoins the recess, by injection moulding with a potting compound, so that the sensor element is completely enclosed by the potting compound at least over an outer circumference and the potting compound is held in an interlocking manner on the conductor foil; at least partially curing the potting compound; arranging the conductor foil and the sensor element on a main body of the sensor arrangement; and fixing the conductor foil to the main body, characterized in that the sensor element and the subregion which adjoins the recess are encapsulated by injection moulding with potting compound and the potting compound is at least partially cured before the conductor foil and the sensor element which is encapsulated by injection moulding with potting compound are arranged on the main body. making a recess in a conductor foil which has a plurality of conductor tracks which are accommodated between a base layer and a top layer; arranging a sensor element, which has at least two contact elements which protrude from a sensor body, in the recess of the conductor foil, so that the conductor foil at least partially encircles the sensor body along an outer circumference, contacting and connecting the contact elements of the sensor element to in each case one of the conductor tracks of the conductor foil; encapsulating the sensor element and a subregion of the conductor foil, which subregion adjoins the recess, by injection moulding with a potting compound, so that the sensor element is completely enclosed by the potting compound at least over an outer circumference and the potting compound is held in an interlocking manner on the conductor foil; at least partially curing the potting compound; arranging the conductor foil and the sensor element on a main body of the sensor arrangement; and fixing the conductor foil to the main body, characterized in that the sensor element and the subregion which adjoins the recess are encapsulated by injection moulding with potting compound and the potting compound is at least partially cured before the conductor foil and the sensor element which is encapsulated by injection moulding with potting compound are arranged on the main body.
A reactor (100, 200) for performing a chemical reaction, which has a reactor vessel and one or more reaction tubes, wherein one or more current feed elements is or are led into the reactor vessel for electrically heating the one or more reaction tubes, characterized in that - the one or more current feed elements has or have one or each rod-shaped section, and the rod-shaped section or sections extends or extend through a wall of the reactor vessel at one or each wall passage, - outside the reactor vessel and subsequently to the wall of the reactor vessel in which the wall passage or passages is or are designed, there is a connection chamber into which the rod-shaped section or sections projects or project, - gas feed means are provided, which are set up to apply inerting gas to the connection chamber, and - the wall passage(s) with the rod-shaped section(s) received therein in a longitudinally movable manner are designed to be gas-permeable so that at least a portion of the inerting gas fed into the connection chamber flows into the reactor vessel. - the one or more current feed elements has or have one or each rod-shaped section, and the rod-shaped section or sections extends or extend through a wall of the reactor vessel at one or each wall passage, - outside the reactor vessel and subsequently to the wall of the reactor vessel in which the wall passage or passages is or are designed, there is a connection chamber into which the rod-shaped section or sections projects or project, - gas feed means are provided, which are set up to apply inerting gas to the connection chamber, and - the wall passage(s) with the rod-shaped section(s) received therein in a longitudinally movable manner are designed to be gas-permeable so that at least a portion of the inerting gas fed into the connection chamber flows into the reactor vessel.
A foam molded product of thermoplastic polyester elastomer resin, characterized in that, the foam molded product has a foamed layer consisting of a resin phase and an isolated foamed cell, wherein the resin phase contains a thermoplastic polyester elastomer, wherein the thermoplastic polyester elastomer is prepared by bonding a hard segment and at least one soft segment, wherein the hard segment consists of polyester constituted from aromatic dicarboxylic acid and aliphatic and/or alicyclic diol as constituting ingredients, wherein the at least one soft segment is selected from a group consisting of aliphatic polyether, aliphatic polyester and aliphatic polycarbonate, wherein a content of the soft segment is 55 to 90% by mass, wherein an average cell diameter of the foamed cell is 10 to 400 μm, as measured in accordance with the method specified in the description, wherein the maximum cell diameter of the foamed cell is 10 to 500 μm, as measured in accordance with the method specified in the description, wherein rebound resilience of the foam molded product is 60 to 90%, as measured in accordance with the method specified in the description, and wherein density of the foam molded product is 0.1 to 0.35 g/cm 3, as measured in accordance with the method specified in the description. wherein the resin phase contains a thermoplastic polyester elastomer, wherein the thermoplastic polyester elastomer is prepared by bonding a hard segment and at least one soft segment, wherein the hard segment consists of polyester constituted from aromatic dicarboxylic acid and aliphatic and/or alicyclic diol as constituting ingredients, wherein the at least one soft segment is selected from a group consisting of aliphatic polyether, aliphatic polyester and aliphatic polycarbonate, wherein a content of the soft segment is 55 to 90% by mass, wherein an average cell diameter of the foamed cell is 10 to 400 μm, as measured in accordance with the method specified in the description, wherein the maximum cell diameter of the foamed cell is 10 to 500 μm, as measured in accordance with the method specified in the description, wherein rebound resilience of the foam molded product is 60 to 90%, as measured in accordance with the method specified in the description, and wherein density of the foam molded product is 0.1 to 0.35 g/cm 3, as measured in accordance with the method specified in the description.
Timepiece movement including at least one structure carrying at least one wheel set, wherein the endshake of said at least one wheel set with respect to said at least one structure is adjustable by means of a micrometric adjustment device, along a pivot axis relative to said structure, said device including at least one pivot bearing for said wheel set, said at least one bearing defining at least one axial stop member for said wheel set in said axial direction of said axis, said device including at least a first adjustment stage of variable thickness in said axial direction, which first adjustment stage includes, on the one hand, a first component provided with means for pivoting accessible for operation by a tool and carrying said bearing, and on the other hand, a second component onto which said first component is pushed by at least one elastic return means, said second component being directly fixed to said structure, said first component including a first contact surface that progresses in said axial direction as a function angular position, and said second component including a second contact surface that progresses in said axial direction as a function of angular position, cooperating in contact with said first contact surface under the action of said elastic return means, said first progressive contact surface and said second progressive contact surface making it possible for said first adjustment stage to be devoid of internal or external thread, characterized in that said elastic return means are directly supported on said structure, and characterized in that said at least one structure includes a counterbore for receiving at least one said first adjustment stage, wherein said first component and said second component are guided in a bore of said counterbore, said second component being directly fixed to said structure, and said elastic return means being supported on the bottom of said counterbore.
A cleaning assembly for cleaning a cleanroom comprising: an applicator which is wettable or pre-wetted with an amount of a disinfectant or cleaning agent; an elongate digitated unit (1, 31) of resilient material on which is sheathed the applicator; and an elongate actuator handle coupled or connected to the elongate digitated unit of resilient material for manual actuation of the applicator across a surface of the cleanroom so as to apply the amount of the disinfectant or cleaning agent thereto, wherein the elongate digitated unit of resilient material comprises a main polygonal body portion (2, 32) having a pair of opposing vertices (2a, 2b, 32a, 32b) from each of which extends a digitated wing (3, 4, 33, 34), characterised in that the main polygonal body portion is substantially rectangular. an applicator which is wettable or pre-wetted with an amount of a disinfectant or cleaning agent; an elongate digitated unit (1, 31) of resilient material on which is sheathed the applicator; and an elongate actuator handle coupled or connected to the elongate digitated unit of resilient material for manual actuation of the applicator across a surface of the cleanroom so as to apply the amount of the disinfectant or cleaning agent thereto, wherein the elongate digitated unit of resilient material comprises a main polygonal body portion (2, 32) having a pair of opposing vertices (2a, 2b, 32a, 32b) from each of which extends a digitated wing (3, 4, 33, 34), characterised in that the main polygonal body portion is substantially rectangular.
A liquid composition, comprising arginine deiminase covalently modified with polyethylene glycol (ADI-PEG), the composition further comprising histidine-HCl, which is from about 0.0035M histidine-HCl to about 0.35M histidine-HCl, wherein the composition has a pH of about 6.5 to about 7.5.
A tube with a tube head (2; 2') and a container, wherein the tube head (2; 2') comprises a port, a hollow neck and a shoulder, with the port being connected to the neck and the neck being connected to the container via the shoulder, and with a one-way valve for discharge regulation of the tube, the one-way valve (1; 1') comprising a sealing means and a ring support, with the sealing means being at least partially inserted in the ring support, wherein the sealing means comprises a sealing element and a support element with at least one opening, wherein the sealing element is connected to the support element by anchoring means and rests on the ring support in a closed state of the one-way valve (1; 1') thereby covering the at least one opening, and wherein the sealing element is of lower bending stiffness than the support element and the ring support, the one-way valve (1; 1') being inserted in the neck with the ring support of the one-way valve (1; 1') being sealingly fixed to the neck, wherein the sealing element and the ring support of the one-way valve (1; 1') are de-signed such that the sealing element rests on the ring support when the tube is not compressed and that the sealing element is lifted off the ring support and at least partly off the support element when the tube is compressed thereby enabling the one-way valve (1; 1') to be in an open state, wherein the port has a smaller inner diameter than the bore of the neck and the ring support of the one-way valve (1, 1') is fixed to the neck such that a head space is provided between the sealing element of the sealing means of the one-way valve (1, 1') and the port., characterized in that the ring support is fixed to the neck such that the sealing element is bent so far into the head space that it closes the entrance to the port when the tube is compressed and the internal pressure (p) of the tube exceeds a certain limit.
A gas turbine comprising: a rotor unit including a plurality of rotor disks and a plurality of rotor blades, the rotor blades being respectively arranged on outer circumferential surfaces of the rotor disks; a tie-bolt disposed along a central axis of the rotor unit and passing through the rotor disks, the tie-bolt being operable to fasten the rotor disks; at least one cooling air pipe, the tie-bolt being disposed in the cooling air pipe thereby defining a ring-shaped cooling air flow path in an internal space between the cooling air pipe and the tie-bolt, the ring-shaped cooling air flow path being operable to pass a cooling air; and at least one clamping member disposed in the ring-shaped cooling air flow-pats and operable to support the tie-bolt with respect to the cooling air pipe, said clamping member characterized in being configured to pass the cooling air therethrough, and to pressurize the cooling air when the clamping member is rotated. a rotor unit including a plurality of rotor disks and a plurality of rotor blades, the rotor blades being respectively arranged on outer circumferential surfaces of the rotor disks; a tie-bolt disposed along a central axis of the rotor unit and passing through the rotor disks, the tie-bolt being operable to fasten the rotor disks; at least one cooling air pipe, the tie-bolt being disposed in the cooling air pipe thereby defining a ring-shaped cooling air flow path in an internal space between the cooling air pipe and the tie-bolt, the ring-shaped cooling air flow path being operable to pass a cooling air; and at least one clamping member disposed in the ring-shaped cooling air flow-pats and operable to support the tie-bolt with respect to the cooling air pipe, said clamping member characterized in being configured to pass the cooling air therethrough, and to pressurize the cooling air when the clamping member is rotated.
A screening system comprising: a plurality of detectors (14A-C) about a screening area, each detector comprising a sensor configured to detect information from one or more objects moving along a path from an entrance to an exit of the screening area, the plurality of detectors comprising a first detector configured to detect information from a first location of the path, and a second detector configured to detect information from a second location of the path; wherein the second detector is configured to adapt its functionality based on a finding of the first detector for a given one of the one or more objects; characterized by: the first and second detectors are each configured to analyze chemical information from the objects, and the second detector utilizes a detection library and is configured to eliminate one or more compounds from the detection library for the given one of the one or more objects based on the chemical information gathered by the first detector for the given one of the one or more objects. a plurality of detectors (14A-C) about a screening area, each detector comprising a sensor configured to detect information from one or more objects moving along a path from an entrance to an exit of the screening area, the plurality of detectors comprising a first detector configured to detect information from a first location of the path, and a second detector configured to detect information from a second location of the path; wherein the second detector is configured to adapt its functionality based on a finding of the first detector for a given one of the one or more objects; characterized by: the first and second detectors are each configured to analyze chemical information from the objects, and the second detector utilizes a detection library and is configured to eliminate one or more compounds from the detection library for the given one of the one or more objects based on the chemical information gathered by the first detector for the given one of the one or more objects.
A heat and flame resistant thermal liner sub-assembly comprising (a) at least one thermally expanding flame resistant fabric made from crimped, heat resistant fibers held in a state of compression by a thermoplastic binder (b) at least one thermally stable flame resistant fabric adhered to an outer surface of the thermally expanding flame resistant fabric by a thermoplastic binder, wherein, when the thermal liner sub-assembly is exposed to heat or flame, the liner increases its thickness in a range from 100% to 1100% and shrinkage of the liner sub-assembly in the machine and cross directions is no greater than 10%. (a) at least one thermally expanding flame resistant fabric made from crimped, heat resistant fibers held in a state of compression by a thermoplastic binder (b) at least one thermally stable flame resistant fabric adhered to an outer surface of the thermally expanding flame resistant fabric by a thermoplastic binder,