mhurhangee/patent-ind-claim-en huggingface dataset:
A biopsy needle for biopsy sampling, comprising: - a cannula with a distal end ; - an inner needle that has a sharpened distal end ; and - at least one biopsy cavity that is located at a distance (L3) from the sharpened distal end ; and wherein: the cannula and the inner needle are configured so that the inner needle is accommodated inside the cannula and the inner needle and the cannula are movable with regard to each other; the inner needle further comprising: - at least two measuring electrodes (1, 4; 3, 4) for measuring a bioimpendance spectrum, the measuring electrodes (1, 4; 3, 4) defining a measuring volume that is essentially localized around the distal end of the inner needle , of which measuring electrodes (1, 4; 3, 4) at least one is a wire electrode; and characterized in that the inner needle further comprises a shell that is a measuring electrode and a polymer filled core that functions as an electrical insulation between the shell and the wire electrode . - a cannula with a distal end ; - an inner needle that has a sharpened distal end ; and - at least one biopsy cavity that is located at a distance (L3) from the sharpened distal end ; and wherein: the cannula and the inner needle are configured so that the inner needle is accommodated inside the cannula and the inner needle and the cannula are movable with regard to each other; - at least two measuring electrodes (1, 4; 3, 4) for measuring a bioimpendance spectrum, the measuring electrodes (1, 4; 3, 4) defining a measuring volume that is essentially localized around the distal end of the inner needle , of which measuring electrodes (1, 4; 3, 4) at least one is a wire electrode; and characterized in that the inner needle further comprises a shell that is a measuring electrode and a polymer filled core that functions as an electrical insulation between the shell and the wire electrode .
An apparatus for a user equipment, UE, (120a - 120e), the apparatus comprising means for sending only control information from the UE (120a - 120e) on a first set of subcarriers in a first frequency location within a control section of system bandwidth if data is not being sent in a time interval, the control section being at an edge of the system bandwidth, and the first set of subcarriers being assigned to the UE (120a - 120e) in the time interval for sending only control information in the first frequency location; and means for sending both the control information and data from the UE (120a - 120e) on a second set of contiguous subcarriers in a second frequency location within a data section of the system bandwidth if data is being sent in the time interval, so that the UE transmits on contiguous subcarriers in the time interval, the data section being a contiguous portion of the system bandwidth including all subcarriers not within the control section, and the second set of subcarriers being assigned to the UE (120a - 120e) for sending data in said time interval in the second frequency location different from the first frequency location. means for sending only control information from the UE (120a - 120e) on a first set of subcarriers in a first frequency location within a control section of system bandwidth if data is not being sent in a time interval, the control section being at an edge of the system bandwidth, and the first set of subcarriers being assigned to the UE (120a - 120e) in the time interval for sending only control information in the first frequency location; and means for sending both the control information and data from the UE (120a - 120e) on a second set of contiguous subcarriers in a second frequency location within a data section of the system bandwidth if data is being sent in the time interval, so that the UE transmits on contiguous subcarriers in the time interval, the data section being a contiguous portion of the system bandwidth including all subcarriers not within the control section, and the second set of subcarriers being assigned to the UE (120a - 120e) for sending data in said time interval in the second frequency location different from the first frequency location.
LED module comprising: - a carrier with a high degree of reflection, wherein a metallic layer , preferably a silver layer or a layer made of ultrapure aluminum, is applied to the carrier , - an oxide layer over the metallic layer , and - wherein a lacquer layer is provided over the metallic layer and the oxide layer, - further comprising an LED chip on the metallic layer, - wherein the lacquer layer comprises free spaces into which the LED chips are inserted in order to be applied to the metallic layer . - a carrier with a high degree of reflection, wherein a metallic layer , preferably a silver layer or a layer made of ultrapure aluminum, is applied to the carrier , - an oxide layer over the metallic layer , and - wherein a lacquer layer is provided over the metallic layer and the oxide layer, - further comprising an LED chip on the metallic layer, - wherein the lacquer layer comprises free spaces into which the LED chips are inserted in order to be applied to the metallic layer .
An air-conditioning apparatus including a refrigerant circuit formed by connecting, with pipes, a compressor to compress refrigerant and discharge the compressed refrigerant, a first heat exchanger that exchanges heat with the refrigerant, a subcooling heat exchanger that includes a first flow passage and a second flow passage and exchanges heat between a portion of the refrigerant flowing in the first flow passage and another portion of the refrigerant flowing in the second flow passage to subcool the portion of refrigerant flowing in the first flow passage, a first expansion device to decompress the refrigerant, a second heat exchanger that exchanges heat with the refrigerant, and an accumulator connected to a suction side of the compressor and configured to store excess refrigerant, so that the refrigerant is circulated through the refrigerant circuit, the air-conditioning apparatus comprising: a first bypass pipe that connects the second flow passage of the subcooling heat exchanger with a segment of the pipes, the segment being positioned on a refrigerant inflow side of the accumulator ; a second expansion device to adjust a flow rate of the refrigerant flowing in the first bypass pipe ; a second bypass pipe that connects a segment of the pipes, the segment being positioned between the first heat exchanger and the second heat exchanger with a segment of the pipes, the segment being positioned between a refrigerant outflow side of the accumulator and the suction side of the compressor ; and a third expansion device being an electronic expansion valve to adjust a flow rate of the refrigerant flowing in the second bypass pipe ; characterised by an auxiliary heat exchanger arranged at a position which is in vicinity of the first heat exchanger and configured to receive, together with the first heat exchanger , air blown by a blower device and exchange heat with the refrigerant passing through the second bypass pipe on an upstream side of the third expansion device with respect to a direction of refrigerant flow. a first bypass pipe that connects the second flow passage of the subcooling heat exchanger with a segment of the pipes, the segment being positioned on a refrigerant inflow side of the accumulator ; a second expansion device to adjust a flow rate of the refrigerant flowing in the first bypass pipe ; a second bypass pipe that connects a segment of the pipes, the segment being positioned between the first heat exchanger and the second heat exchanger with a segment of the pipes, the segment being positioned between a refrigerant outflow side of the accumulator and the suction side of the compressor ; and a third expansion device being an electronic expansion valve to adjust a flow rate of the refrigerant flowing in the second bypass pipe ; characterised by an auxiliary heat exchanger arranged at a position which is in vicinity of the first heat exchanger and configured to receive, together with the first heat exchanger , air blown by a blower device and exchange heat with the refrigerant passing through the second bypass pipe on an upstream side of the third expansion device with respect to a direction of refrigerant flow.
A method for treating gaseous CO2 present in a mixture, wherein the gas mixture is cooled to cryogenic temperatures by a jet of sprayed liquid nitrogen in order to transform the CO2 into ice which will then be separated from the rest of the mixture through a cyclone .
A tire, comprising a tread comprising a rubber composition, the rubber composition comprising: rubber components including an isoprene-based rubber, a polybutadiene rubber, and a styrene-butadiene rubber; and fillers including silica and carbon black, the rubber composition satisfying the following relationships to : Isoprene-based rubber content > Styrene-butadiene rubber content ; Isoprene-based rubber content > Polybutadiene rubber content ; and Silica content ≥ Carbon black content , the tire satisfying the following relationships and with respect to a tan δ at 30°C of the rubber composition and a negative ratio N (%) of the tread: tan δ at 30 ° C < 0.10 ; and tan δ at 30 ° C × N < 4.0 the tan δ being measured as described at paragraph of the description; and the negative ratio N being measured as described at paragraph of the description. the rubber composition comprising: rubber components including an isoprene-based rubber, a polybutadiene rubber, and a styrene-butadiene rubber; and fillers including silica and carbon black, the rubber composition satisfying the following relationships to : Isoprene-based rubber content > Styrene-butadiene rubber content ; Isoprene-based rubber content > Polybutadiene rubber content ; and Silica content ≥ Carbon black content , the tire satisfying the following relationships and with respect to a tan δ at 30°C of the rubber composition and a negative ratio N (%) of the tread: tan δ at 30 ° C < 0.10 ; and tan δ at 30 ° C × N < 4.0 the tan δ being measured as described at paragraph of the description; and the negative ratio N being measured as described at paragraph of the description.
Method for operating a motor vehicle speed sensor device having a sensor unit and an evaluation unit , in each of which an identification feature of the sensor unit is stored, wherein - a physical variable is recorded by the sensor unit and a measurement signal is generated as a function of the physical variable , - a test value is generated by the sensor unit at least as a function of the measurement signal and the identification feature of the sensor unit in a predetermined security method, - a message comprising the measurement signal and the test value is transmitted from the sensor unit to the evaluation unit , - the test value is checked by the evaluation unit in a predetermined test method at least as a function of the measurement signal and the identification feature of the sensor unit , and - the measurement signal is released by the evaluation unit when a test method is successfully completed, wherein - the test value is generated in the predetermined security method as a function of a counter value of the message , and - the test value is checked in the predetermined security method as a function of the counter value of the message . - a physical variable is recorded by the sensor unit and a measurement signal is generated as a function of the physical variable , - a test value is generated by the sensor unit at least as a function of the measurement signal and the identification feature of the sensor unit in a predetermined security method, - a message comprising the measurement signal and the test value is transmitted from the sensor unit to the evaluation unit , - the test value is checked by the evaluation unit in a predetermined test method at least as a function of the measurement signal and the identification feature of the sensor unit , and - the measurement signal is released by the evaluation unit when a test method is successfully completed, wherein - the test value is generated in the predetermined security method as a function of a counter value of the message , and - the test value is checked in the predetermined security method as a function of the counter value of the message .
A thermally deformable plate or film, comprising a thermoplastic plastic plate or plastic film and, arranged thereupon, a lacquer cover layer having at least two constituents, wherein the lacquer cover layer has an already cured, thermally deformable component as first constituent and a thermally curable component as second constituent, characterized in that the already cured, thermally deformable component is a UV-cured component cured by means of UV light, wherein the thermally curable component is selected such that it will cure at a temperature, at which the thermoplastic plastic plate or plastic film is thermally deformable, wherein the temperature, at which the thermally curable component cures, is in a range between 140 and 210 °C, preferably between 160 and 190 °C and especially preferably between 165 and 185 °C.
A computer-implemented method comprising receiving, by a server and from a first machine , first authentication credentials uniquely identifying a user of a website, the first authentication credentials being provided during a first session of use of the website; creating, by the server , an entry in a user/machine data store associating the authentication credentials with an identifier of the first machine , the user/machine data store maintaining an account of which machines have active sessions by a user; receiving, by the server and from a second machine , second authentication credentials, the second authentication credentials being provided during a second session of use of the website; in response to receiving the second authentication credentials, detecting, by the server whether the first session overlaps in time with the second session, wherein said detecting is performed by referencing the user/machine data store , and wherein said detecting comprises determining whether the first authentication credentials and the second authentication credentials are the same, and whether the second machine is different from the first machine ; in response to detecting the session overlap, providing, by the server to the user via the first machine , a prompt to be displayed by the first machine , the prompt requesting whether the first machine and the second machine are to be linked; receiving, from the user at the server in response to the prompt, a linking instruction to link a display of second content of the website on the second machine to a received selection by the user at the first machine of a portion of first content of the website, the second content being complimentary to the first content and including additional information about the selected portion of the first content; providing, by the server , the first content to the first machine for the display of the first content on the first machine ; receiving, by the server , a message sent upon selection by the user, of the portion of the first content displayed on the first machine , the message informing the server that the first machine is requesting that the second content is to be sent to the second machine ; and upon receiving the message, referencing, by the server , the user/machine data store to determine the second machine and sending, by the server , the second content to the second machine based on the linking instruction.
Supply device for providing at least one supply product, comprising a mounting unit for mounting the supply device on a support, preferably a ceiling of a room, and an extension arm , wherein the extension arm is arranged pivotably around a vertical pivot axis relative to the mounting unit , characterized in that the extension arm is configured basically as an integral part along the longitudinal extension thereof and the extension arm comprises at least one terminal (4, 4', 4") for a supply product which is directly integrated with the extension arm . a mounting unit for mounting the supply device on a support, preferably a ceiling of a room, and an extension arm , wherein the extension arm is arranged pivotably around a vertical pivot axis relative to the mounting unit , characterized in that the extension arm is configured basically as an integral part along the longitudinal extension thereof and the extension arm comprises at least one terminal (4, 4', 4") for a supply product which is directly integrated with the extension arm .
Exhaust muffler for an exhaust system of an internal combustion engine, comprising a muffler housing with an outer shell enclosing a muffler interior , through which exhaust gas can flow, and with an inner shell arranged in the muffler interior and covering the outer shell in at least some areas on an inner side facing the muffler interior , wherein an intermediate space is formed between the outer shell and the inner shell , wherein the inner shell is supported directly at the outer shell in at least one support area , characterized in that the inner shell is, in its end areas, not supported via a support area in relation to the outer shell held at a distance in relation to the outer shell via a holding material in holding areas . wherein an intermediate space is formed between the outer shell and the inner shell , wherein the inner shell is supported directly at the outer shell in at least one support area , characterized in that the inner shell is, in its end areas, not supported via a support area in relation to the outer shell held at a distance in relation to the outer shell via a holding material in holding areas .
Pipe tracer comprising a flexible metallic element coated with an electrically insulating material, said tracer comprising at one end guiding means arranged so as to enable guidance and overcoming of obstacles of said end in the pipe, the guiding means comprising a curved segment at the first end of the tracer, characterised in that the guiding means further include two knobs , the curved tracer segment being situated between the two knobs.
A hearing device, comprising: - an input transducer ; - a signal processor ; - an amplifier , wherein the amplifier is a class D amplifier with an H-bridge; - a receiver , wherein the input transducer is connected to the signal processor , the signal processor is connected to the amplifier , and the amplifier is connected to the receiver wherein the hearing device further comprises a measurement bridge circuit connected to the receiver in parallel with the amplifier , wherein the measurement bridge circuit is adapted to controllably supply a direct current or an alternating current to the receiver and to measure a voltage at the receiver , and wherein the hearing device is operable in a normal mode and in a measurement mode, wherein in the normal mode the amplifier is enabled and provides an amplified output signal to the receiver , and wherein in the measurement mode the amplifier is put in a high impedance state, and the measurement bridge circuit supplies the direct current and/or the alternating current to the receiver and measures the voltage at the receiver to enable detection of a fault condition based on the measured voltage. - an input transducer ; - a signal processor ; - an amplifier , wherein the amplifier is a class D amplifier with an H-bridge; - a receiver ,
Machine tool , in particular saw or mitre saw, for the separative machining of a workpiece (W), with a drive assembly having a drive motor and a tool holder drivable by the drive motor for a cutting tool , with a swivel base , on which a swivel part is mounted pivotably about a pivot axis (S) for changing a relative position of the tool holder for the cutting tool and a contact surface for placing a workpiece, and with a latching device , which has a latching element , which is loaded towards a latching position (R) by a spring assembly and which in a latching position (R) is in engagement with at least one mating latching contour and non-rotatably locates the swivel part relative to the swivel base and in a release position (O) is out of engagement with the at least one mating latching contour and enables a pivoting of the swivel part relative to the swivel base , and a manually operated actuating element movably mounted on an actuating element bearing with a degree of latching freedom of movement for actuating the latching element from the latching position (R) into the release position (O), wherein the actuating element is movably mounted on the actuating element bearing with a degree of blocking freedom of movement different from the degree of latching freedom of movement between a latching release position (RF), in which the latching element is enabled to move into the latching position (R), and a latching blocking position (RB), in which the latching element is blocked against a movement into the latching position (R), wherein the degree of latching freedom of movement comprises or is represented by a pivotability of the actuating element about a pivot axis forming an unlatching pivot axis (ES), characterised in that the degree of blocking freedom of movement comprises or is represented by a pivotability of the actuating element about a blocking pivot axis (BS) oriented at an angle to the unlatching pivot axis (ES) of the degree of latching freedom of movement.
A gear arrangement for a furniture assembly, comprising: a rack having a first end part and a second end part opposite to the first end part , a plurality of teeth being arranged between the first end part and the second end part ; a gear having a plurality of teeth configured to be engaged with the plurality of teeth of the rack ; and a flexible member arranged on the rack , the flexible member having a flexible part longitudinally extended from a tooth adjacent to the first end part of the rack , the flexible member and the rack being integrally formed in one piece; characterised by a height of the flexible part of the flexible member is smaller than a height of each of the teeth of the rack . a rack having a first end part and a second end part opposite to the first end part , a plurality of teeth being arranged between the first end part and the second end part ; a gear having a plurality of teeth configured to be engaged with the plurality of teeth of the rack ; and a flexible member arranged on the rack , the flexible member having a flexible part longitudinally extended from a tooth adjacent to the first end part of the rack , the flexible member and the rack being integrally formed in one piece; characterised by a height of the flexible part of the flexible member is smaller than a height of each of the teeth of the rack .