mhurhangee/ep-ind-claims huggingface dataset:
A testing device for cables having a VLF voltage for generating a cosine square-wave test voltage, a direct current voltage source charging the cable to a voltage during testing and the charged cable reversing to an opposite polarity via controllable switching elements and in a further switch position, the cable reversing back to the original polarity, characterized in that - the switching elements are formed by switches (S1, S2, S3, S4) of a bridge circuit and - a switch (S1 and S4 or S2 and S3) of each bridge branch is used via a measuring and control unit to switch the polarity on the cable - and via the measuring and control unit when switching after a half-wave, when the voltage (u), du/dt falls below a defined increase, via a further controlled switching element, an assigned throttle switches on as an energy store parallel to the direct current voltage source. - the switching elements are formed by switches (S1, S2, S3, S4) of a bridge circuit and - a switch (S1 and S4 or S2 and S3) of each bridge branch is used via a measuring and control unit to switch the polarity on the cable - and via the measuring and control unit when switching after a half-wave, when the voltage (u), du/dt falls below a defined increase, via a further controlled switching element, an assigned throttle switches on as an energy store parallel to the direct current voltage source.
A method of operating a radio access network characterized by a femto radio base station (28 f) performing the steps of: using a receiver of the femto radio base station (28 f) to acquire, over a radio interface, detected coverage information of a radio access network; determining operation parameters for use by the femto radio base station (28 f); and, configuring the femto radio base station (28 f) in accordance with the operation parameters for subsequent operation, the method further comprising using the detected coverage information for selecting between plural sets of stored operation parameters preconfigured at the femto radio base station (28 f) for use as operation parameters for use by the femto radio base station (28 f) at its current location. using a receiver of the femto radio base station (28 f) to acquire, over a radio interface, detected coverage information of a radio access network; determining operation parameters for use by the femto radio base station (28 f); and, configuring the femto radio base station (28 f) in accordance with the operation parameters for subsequent operation, the method further comprising using the detected coverage information for selecting between plural sets of stored operation parameters preconfigured at the femto radio base station (28 f) for use as operation parameters for use by the femto radio base station (28 f) at its current location.
A processor comprising: a decoder to decode a vector bit shuffle instruction, the vector bit shuffle instruction comprising a first source operand, a second source operand, and a destination operand; a first vector register identified by the first source operand to store a plurality of source data elements; a second vector register identified by the second source operand to store a plurality of control elements, each of the control elements corresponding to a different one of the plurality of source data elements in the first vector register and comprising a plurality of bit fields, each bit field corresponding to a single bit position in a destination mask register identified by the destination operand, and each bit field further to identify exactly one bit from the corresponding source data element to be copied to the corresponding single-bit position in the destination mark register; and vector bit shuffle logic to read the bit fields from the second vector register, and, for each bit field, to identify exactly one bit from the corresponding source data elements and to responsively copy only the identified bit from the corresponding source data element to a single-bit bit position corresponding to the bit field in the destination mask register. a decoder to decode a vector bit shuffle instruction, the vector bit shuffle instruction comprising a first source operand, a second source operand, and a destination operand; a first vector register identified by the first source operand to store a plurality of source data elements; a second vector register identified by the second source operand to store a plurality of control elements, each of the control elements corresponding to a different one of the plurality of source data elements in the first vector register and comprising a plurality of bit fields, each bit field corresponding to a single bit position in a destination mask register identified by the destination operand, and each bit field further to identify exactly one bit from the corresponding source data element to be copied to the corresponding single-bit position in the destination mark register; and vector bit shuffle logic to read the bit fields from the second vector register, and, for each bit field, to identify exactly one bit from the corresponding source data elements and to responsively copy only the identified bit from the corresponding source data element to a single-bit bit position corresponding to the bit field in the destination mask register.
Connection element, in particular a thermal material bonding dome, for fastening to the surface of a component by friction welding, comprising a main part and a functional part, wherein the main part has an upper side and a lower side which is opposite the upper side and has an annular bead, wherein the main part has an opening connecting the upper side and the lower side, and wherein the functional part has a shank and, at a first end of the shank, a head of which the diameter or extension transversely to a longitudinal axis of the shank is greater than a diameter of the opening.
A device for mechanical ventilation, consisting of a connecting piece, a rotary sleeve, a breathing tube and a patient interface, wherein the connecting piece is configured to be at least partially inserted into the rotary sleeve and locked with this, wherein the connecting piece and the rotary sleeve are configured to be arranged between the breathing tube and the patient interface, wherein the connecting piece has an external diameter which is smaller than an internal diameter of the rotary sleeve, and wherein the rotary sleeve has on its inner side locking elements which are configured to engage in locking elements which are formed on an outer wall of the connector, wherein the rotary sleeve is conical, which is why the external diameter of the rotary sleeve flares up to the end which is configured to face the connecting piece, wherein the rotary sleeve has an integral outer wall and symmetrical extensions of the integral outer wall.
A method in a user equipment, comprising: receiving a grant (305, 405, 505), the grant scheduling one or more dynamically-delayed transmissions (310A-C, 410A-C, 510A-C) for the user equipment to transmit at a later time in the future; and in response to receiving the grant, starting an inactivity timer associated with the scheduled one or more dynamically-delayed transmissions, wherein at least one of a start time of the inactivity timer and a duration of the inactivity timer is configured, by a network node, such that the user equipment is active to receive, from the network node, an expected acknowledgement in response to transmission, by the user equipment, of the scheduled one or more dynamically-delayed transmissions. receiving a grant (305, 405, 505), the grant scheduling one or more dynamically-delayed transmissions (310A-C, 410A-C, 510A-C) for the user equipment to transmit at a later time in the future; and in response to receiving the grant, starting an inactivity timer associated with the scheduled one or more dynamically-delayed transmissions, wherein at least one of a start time of the inactivity timer and a duration of the inactivity timer is configured, by a network node, such that the user equipment is active to receive, from the network node, an expected acknowledgement in response to transmission, by the user equipment, of the scheduled one or more dynamically-delayed transmissions.
A method of determining the current drawn by a component of an integrated circuit, comprising: supplying the component from a charge pump system, the charge pump system including a charge pump having an output connected to drive the component, and regulation circuitry connected to receive the output of the charge pump and regulate the charge pump by varying the frequency of an oscillator signal supplied to the charge pump; while driving the component under regulation, determining the number of cycles of the oscillator signal supplied to the charge pump during an interval of a first duration in order to maintain the output of the charge pump under regulation; comparing the determined number of cycles to a reference value; and based upon the comparison, determining an amount of current being drawn by the component. supplying the component from a charge pump system, the charge pump system including a charge pump having an output connected to drive the component, and regulation circuitry connected to receive the output of the charge pump and regulate the charge pump by varying the frequency of an oscillator signal supplied to the charge pump; while driving the component under regulation, determining the number of cycles of the oscillator signal supplied to the charge pump during an interval of a first duration in order to maintain the output of the charge pump under regulation; comparing the determined number of cycles to a reference value; and based upon the comparison, determining an amount of current being drawn by the component.
Wood processing machine, in particular panel saw, with an air cushion table for the movable mounting of flat workpieces, the air cushion table comprising: - at least one air feed opening, - an upper support surface with a multiplicity of air outflow openings, - an air distributor to connect the at least one air feed opening to the multiplicity of air outflow openings, characterised in that the air distributor is connected to at least one, preferably each, air outflow opening via an air outflow channel which extends from the air distributor to the air outflow opening and which has a first section lying below the upper support surface, the cross-section of which section is constant in the direction of extension of the air outflow channel and which has, between the first section and the upper support surface, a second section, the cross-section of which is extended starting from this first section in the direction of the upper support surface. - at least one air feed opening, - an upper support surface with a multiplicity of air outflow openings, - an air distributor to connect the at least one air feed opening to the multiplicity of air outflow openings,
An attachment comb, particularly a skin protecting comb, for a blade set of a cutting head of a hair cutting appliance, the attachment comb comprising: - a supporting frame, - a plurality of comb teeth that are arranged in a series (82, 84) and that define a skin contact zone at a top side thereof, wherein the teeth extend from the supporting frame and comprise rounded tips (116, 118) at frontal ends thereof, wherein the teeth are non-uniform along the series (82, 84) and comprise two outer lateral teeth that define lateral ends of the series (82, 84) having rounded lateral tooth tips, and central teeth having rounded central teeth tips arranged therebetween, wherein the lateral teeth comprise a lateral teeth tip radius (R tl) corresponding to the curvature of the rounded lateral tooth tips when the lateral teeth are viewed in a side view perpendicular to the extension direction of the series (82, 84) of teeth, wherein the central teeth comprise a central teeth tip radius (R tc) corresponding to the curvature of the rounded central tooth tips when the central teeth are viewed in a side view perpendicular to the extension direction of the series (82, 84) of teeth, and wherein at the lateral teeth a lateral teeth tip radius (R tl) is present that is greater than a tip radius (R tc) of the central teeth, characterized in that the teeth (76, 78) comprise a rear side (134, 154) facing the blade set in the mounted state, and a front side (136, 156) that is opposite to the rear side (134, 154), wherein the top side (132, 152) where the skin contact zone (128, 140) is formed connects the front side (136, 156) and the rear side (134, 154), wherein the tips (116, 118) are formed at a transition between the front side (136, 156) and the top side (132, 152), wherein the tips (116, 118) are convex, and wherein at the front side (136, 156) a concave curvature (138, 158) adjoins the tips (116, 118). - a supporting frame, - a plurality of comb teeth that are arranged in a series (82, 84) and that define a skin contact zone at a top side thereof,
A wireless charging mount comprising: a base portion; an attachment portion including a post coupled to the base portion and a head coupled to the post, the head configured to engage with a receptacle on a handheld electronic device to support the handheld electronic device on the base portion; and a wireless charger coupled to the attachment portion to support the wireless charger on the base portion, the wireless charger configured to selectively provide power to the handheld electronic device, wherein the wireless charger is movable along the post between a raised position adjacent to the head and spaced apart from the base portion and a lowered position adjacent to the base portion and spaced apart from the head, characterised in that the post extends through the wireless charger to engage with the head, the lowered position allows connection of the head with the receptacle, and wherein the wireless charger is configured to engage with the receptacle in the raised position to block rotation of the receptacle relative to the attachment portion at the selection of a user. a base portion; an attachment portion including a post coupled to the base portion and a head coupled to the post, the head configured to engage with a receptacle on a handheld electronic device to support the handheld electronic device on the base portion; and a wireless charger coupled to the attachment portion to support the wireless charger on the base portion, the wireless charger configured to selectively provide power to the handheld electronic device, wherein the wireless charger is movable along the post between a raised position adjacent to the head and spaced apart from the base portion and a lowered position adjacent to the base portion and spaced apart from the head, characterised in that the post extends through the wireless charger to engage with the head, the lowered position allows connection of the head with the receptacle, and wherein the wireless charger is configured to engage with the receptacle in the raised position to block rotation of the receptacle relative to the attachment portion at the selection of a user.
Medical compress (60, 80) comprising at least 8 layers of a flat web textile material, each layer being connected to a further layer via at least one folded edge, and at least one first folded edge (26, 27, 76, 77) and one second folded edge (24, 25, 74, 75) being perpendicular to each other, characterized in that the compress is folded in such a way that the compress comprises at least two folded edges as first abutment edges (38a, 39a, 88, 89), wherein each of these first abutment edges (38a, 39a, 88, 89) connects directly adjacent layers or partial sections of the directly adjacent layers, and in that each outer edge (64, 65, 66, 67, 84, 85, 86, 87) of the compress is formed exclusively of folded edges, the compress being folded in such a way that the outer layers forming the contact surfaces of the compress have the shape of a rectangle or of a square.
A quantum dot composition comprising: a first solvent; a second solvent different from the first solvent; first quantum dots comprising a hole-transporting ligand; and second quantum dots comprising an electron-transporting ligand, wherein the first solvent and the second solvent are miscible solvents having different boiling points from each other, a degree of dispersion of the first quantum dots is greater in the first solvent than in the second solvent, a degree of dispersion of the second quantum dots is greater in the second solvent than in the first solvent, the hole-transporting ligand comprises an aromatic hydrocarbon group-containing compound, and the electron-transporting ligand is an aliphatic hydrocarbon group-containing compound, a halogen ion, BF 4 -, or any combination thereof. a first solvent; a second solvent different from the first solvent; first quantum dots comprising a hole-transporting ligand; and second quantum dots comprising an electron-transporting ligand, wherein the first solvent and the second solvent are miscible solvents having different boiling points from each other, a degree of dispersion of the first quantum dots is greater in the first solvent than in the second solvent, a degree of dispersion of the second quantum dots is greater in the second solvent than in the first solvent, the hole-transporting ligand comprises an aromatic hydrocarbon group-containing compound, and the electron-transporting ligand is an aliphatic hydrocarbon group-containing compound, a halogen ion, BF 4 -, or any combination thereof.
A machine tool for machining workpieces, in particular a grinding machine or eroding machine, wherein the machine tool comprises: - a machine base, - at least one rotationally drivable tool spindle (32, 34) which is displaceable relative to the machine base and which is designed for accommodating various tools (36, 38), and - at least one tool change mechanism having at least one gripping arm (54, 54 1) that is movable between a bearing position in the tool changing mechanism and a standby position, wherein the gripping arm (54, 54 1) is designed for gripping at least one tool (36, 38) and selectively holding it in the bearing position in the tool change mechanism, or providing it in the standby position for insertion into the tool spindle (32, 34), or removing it from the tool spindle (32, 34), wherein the at least one gripping arm (54, 54 1) is pivotably situated on a retaining element of the tool changing mechanism, wherein at least one actuator that may be brought into interaction with the at least one gripping arm (54, 54 1) is associated with the tool changing mechanism, the at least one actuator having an adjustable contact member, the at least one gripping arm (54, 54 1) being adjustable between its bearing position and its standby position, depending on the position of the contact member at that moment, a control cam or guide track being associated with the at least one gripping arm (54, 54 1), the contact member of the actuator engaging in order to pivot the gripping arm (54, 54 1) between its bearing position and its standby position on the control cam, characterized in that the movement of the at least one gripping arm takes place in synchronization with the movement of the tool spindle, and a bearing roller that may be brought into positioning interaction with a positioning cam or positioning track associated with one of the tool spindles (32, 34) during pivoting of the gripping arm (54, 54 1) being associated with the at least one gripping arm (54, 54 1). - a machine base, - at least one rotationally drivable tool spindle (32, 34) which is displaceable relative to the machine base and which is designed for accommodating various tools (36, 38), and - at least one tool change mechanism having at least one gripping arm (54, 54 1) that is movable between a bearing position in the tool changing mechanism and a standby position,
A loudspeaker apparatus comprising: a surface arranged to be mechanically displaced; a first permanent magnet coupled with the surface; at least one supporting member for supporting the surface; a base comprising a second permanent magnet arranged to at least partially face the first permanent magnet at a distance; a coil arranged between the first magnet and the second magnet; and a signal port electrically coupled with the coil, wherein an electrical signal is configured to travel between the signal port and the coil, wherein a magnetic field between the first permanent magnet and the second permanent magnet causes a force to the surface, wherein an entity, comprising the surface and the at least one supporting member, comprises at least one elastic element providing a supporting counterforce acting as a counterforce to the force caused by the magnetic field, causing the surface to be in a force equilibrium state, and wherein the electrical signal in the coil is proportional to mechanic displacement of the surface when the force equilibrium state is broken by the electrical signal in the coil. a surface arranged to be mechanically displaced; a first permanent magnet coupled with the surface; at least one supporting member for supporting the surface; a base comprising a second permanent magnet arranged to at least partially face the first permanent magnet at a distance; a coil arranged between the first magnet and the second magnet; and a signal port electrically coupled with the coil, wherein an electrical signal is configured to travel between the signal port and the coil, wherein a magnetic field between the first permanent magnet and the second permanent magnet causes a force to the surface, wherein an entity, comprising the surface and the at least one supporting member, comprises at least one elastic element providing a supporting counterforce acting as a counterforce to the force caused by the magnetic field, causing the surface to be in a force equilibrium state, and wherein the electrical signal in the coil is proportional to mechanic displacement of the surface when the force equilibrium state is broken by the electrical signal in the coil.