mhurhangee/patent-ind-claim-en huggingface dataset:
An electrode arrangement : configured for sensing electrical activity in stapedius muscle tissue, the arrangement comprising: an inner electrode having an elongate electrode body formed as a half shell cylindrical section with an inner penetrating end for insertion into the stapedius muscle tissue; and an outer electrode fitting over the inner electrode and having an outer penetrating end for insertion into the stapedius muscle tissue; wherein the electrodes (202, 402; 201, 401) are joined together with their electrode bodies in parallel, so that the penetrating ends (205, 204; 405, 404) are configured to penetrate in the same direction into the stapedius muscle tissue to sense electrical activity in the stapedius muscle tissue, and with an insulation layer arranged between the electrodes (201, 202; 401, 402) to electrically isolate the electrodes from each other, said insulating layer resulting in a radial displacement of the electrodes, said electrode arrangement allowing for placement at the stapedius tendon and subsequent moving into the stapedius muscle. an inner electrode having an elongate electrode body formed as a half shell cylindrical section with an inner penetrating end for insertion into the stapedius muscle tissue; and an outer electrode fitting over the inner electrode and having an outer penetrating end for insertion into the stapedius muscle tissue; wherein the electrodes (202, 402; 201, 401) are joined together with their electrode bodies in parallel, so that the penetrating ends (205, 204; 405, 404) are configured to penetrate in the same direction into the stapedius muscle tissue to sense electrical activity in the stapedius muscle tissue, and with an insulation layer arranged between the electrodes (201, 202; 401, 402) to electrically isolate the electrodes from each other, said insulating layer resulting in a radial displacement of the electrodes, said electrode arrangement allowing for placement at the stapedius tendon and subsequent moving into the stapedius muscle.
A method of handling an in-device co-existence interference in a user equipment, UE, the method comprising: detecting , by the UE, an in-device co-existence interference between a long term evolution, LTE, module and an industrial, scientific and medical radio band, ISM, module in the UE; receiving, by the UE from a base station, a configuration message indicating whether the base station supports transmitting a report of an in-device co-existence interference message at the UE; identifying one or more subframes and corresponding uplink/downlink hybrid automatic repeat request, HARQ, processes based on the detected in-device co-existence interference; setting the in-device co-existence indication message including pattern information associated with the LTE module, based on the configuration message and the identified one or more subframes and the corresponding uplink/downlink HARQ processes for resolving in-device co-existence interference between the LTE module and the ISM module; and transmitting , by the UE to the base station, the in-device co-existence indication message; wherein the pattern information indicates the one or more subframes and the corresponding HARQ processes. detecting , by the UE, an in-device co-existence interference between a long term evolution, LTE, module and an industrial, scientific and medical radio band, ISM, module in the UE; receiving, by the UE from a base station, a configuration message indicating whether the base station supports transmitting a report of an in-device co-existence interference message at the UE; identifying one or more subframes and corresponding uplink/downlink hybrid automatic repeat request, HARQ, processes based on the detected in-device co-existence interference; setting the in-device co-existence indication message including pattern information associated with the LTE module, based on the configuration message and the identified one or more subframes and the corresponding uplink/downlink HARQ processes for resolving in-device co-existence interference between the LTE module and the ISM module; and transmitting , by the UE to the base station, the in-device co-existence indication message; wherein the pattern information indicates the one or more subframes and the corresponding HARQ processes.
Nucleic acid for inhibiting expression of a target gene in a cell, comprising at least one duplex region that comprises at least a portion of a first strand and at least a portion of a second strand that is at least partially complementary to the first strand, wherein said first strand is at least partially complementary to at least a portion of RNA transcribed from said target gene, wherein all nucleotides of the nucleic acid are modified at the 2' position of the sugar, wherein positions 2 and 14 on the first strand starting from the 5' end are modified with 2' fluoro, wherein the nucleic acid is modified on the first strand with alternating 2' O-methyl modifications and 2' fluoro modifications, and wherein the second strand is modified with 2' fluoro modifications at positions 11-13 counting from the 3' end starting at the first position of the double strand region and the remaining modifications are 2' O-methyl modifications. wherein all nucleotides of the nucleic acid are modified at the 2' position of the sugar, wherein positions 2 and 14 on the first strand starting from the 5' end are modified with 2' fluoro, wherein the nucleic acid is modified on the first strand with alternating 2' O-methyl modifications and 2' fluoro modifications, and wherein the second strand is modified with 2' fluoro modifications at positions 11-13 counting from the 3' end starting at the first position of the double strand region and the remaining modifications are 2' O-methyl modifications.
A fuel injection valve for intermittent injection of fuel into the combustion chamber of an internal combustion engine, having a housing , which has a housing body and a nozzle body with an injection valve seat , a high-pressure space , which is arranged in the housing and extends from a high-pressure fuel inlet to the injection valve seat , an injection valve member , which is arranged movably in the housing and interacts with the injection valve seat , a compression spring , which is supported, on the one hand, on the injection valve member and subjects the latter to a closing force directed toward the injection valve seat and, on the other hand, is supported in a fixed manner relative to the housing , a guiding part , in which a control plunger of the injection valve member is guided with a sliding fit, an intermediate part , which, together with the guiding part and the control plunger , delimits a control space , a control device for controlling the axial movement of the injection valve member by varying the pressure in the control space , having an intermediate valve , the mushroom-shaped intermediate valve member of which has a stem , which is guided with a sliding fit in a guide passage of the intermediate part , and a head , which rests with its sealing surface which extends at a radial distance around the stem , in the closed position of the intermediate valve member , against an annular intermediate valve seat formed on the intermediate part , thereby forming an annular sealing surface , an annular space , which is delimited by the intermediate part , the stem and the head and has an at least approximately hollow-cylinder-shaped inner annular space extending around the stem , wherein the annular space has an annular gap space , which adjoins the inner annular space and which is formed by a gap between the intermediate part and the head in the closed position of the intermediate valve member , and wherein a high-pressure fuel feed connected to the high-pressure fuel inlet opens into the annular space , wherein the intermediate valve cuts off the high-pressure fuel feed and the annular space from the control space in the closed position of the intermediate valve member and otherwise opens the connection from the annular space and the high-pressure fuel feed to the control space , and the intermediate valve member continuously cuts off the control space from a valve space - apart from a restrictor passage , and an electrically actuated actuator arrangement for connecting the valve space to and cutting the valve space off from a low-pressure fuel return , characterized in that the high-pressure fuel feed opens into the inner annular space .
A method for displaying image information on a screen of a terminal, comprising: determining whether a user successfully opened an APP installed on the terminal; when the user successfully opened the APP installed on the terminal, acquiring a rotation angle of a rotation of a terminal reported by a sensor and acquiring , based on the sensor, a rotation duration of the rotation of the terminal; during the rotation of the terminal, acquiring a fingerprint of the user rotating the terminal through a fingerprint button of the terminal; determining whether the reported rotation angle reaches a preset threshold value; determining whether the rotation duration is shorter than a preset duration; determining whether the user rotating the terminal is an owner of the terminal based on the fingerprint of the user rotating the terminal, wherein during the rotation of the terminal, a finger of the user remains pressed on the fingerprint button of the terminal; when the reported rotation angle reaches the preset threshold value, when the rotation duration is shorter than the preset duration, and when the user rotating the terminal is the owner of the terminal, displaying , on the screen of the terminal, image information included in the APP; and when the reported rotation angle does not reach the preset threshold value, when the rotation duration is longer than the preset duration, or when the user rotating the terminal is not the owner of the terminal, the image information included in the APP is not displayed on the screen of the terminal. determining whether a user successfully opened an APP installed on the terminal; when the user successfully opened the APP installed on the terminal, acquiring a rotation angle of a rotation of a terminal reported by a sensor and acquiring , based on the sensor, a rotation duration of the rotation of the terminal; during the rotation of the terminal, acquiring a fingerprint of the user rotating the terminal through a fingerprint button of the terminal; determining whether the reported rotation angle reaches a preset threshold value; determining whether the rotation duration is shorter than a preset duration; determining whether the user rotating the terminal is an owner of the terminal based on the fingerprint of the user rotating the terminal, wherein during the rotation of the terminal, a finger of the user remains pressed on the fingerprint button of the terminal; when the reported rotation angle reaches the preset threshold value, when the rotation duration is shorter than the preset duration, and when the user rotating the terminal is the owner of the terminal, displaying , on the screen of the terminal, image information included in the APP; and when the reported rotation angle does not reach the preset threshold value, when the rotation duration is longer than the preset duration, or when the user rotating the terminal is not the owner of the terminal, the image information included in the APP is not displayed on the screen of the terminal.
The compound represented by: for use in a method of treating a tenosynovial giant cell tumor in a patient in need thereof, comprising orally administering to the patient a therapeutically effective amount of the compound or a pharmaceutically acceptable salt thereof.
A method comprising introducing a slurry to a shaker having a basket , a first screen and a sump beneath the first screen , the sump configured to receive material that passes through the first screen and being fluidly connected via a first flow line to a degassing chamber , and the degassing chamber being fluidly connected via a second flow line to a valve and a pressure differential device ; flowing the slurry over the first screen ; using the pressure differential device to generate an intermittent pressure differential between a space above the first screen and a space between the first screen and the sump to separate a solids component from a liquid component of the slurry ; and pulling the liquid component and air or vapor together through the first flow line in fluid communication with the pressure differential device into the degassing chamber , and pulling the vapors collecting in the degassing chamber via the second flow line , while generating the intermittent pressure differential across the first screen . introducing a slurry to a shaker having a basket , a first screen and a sump beneath the first screen , the sump configured to receive material that passes through the first screen and being fluidly connected via a first flow line to a degassing chamber , and the degassing chamber being fluidly connected via a second flow line to a valve and a pressure differential device ; flowing the slurry over the first screen ; using the pressure differential device to generate an intermittent pressure differential between a space above the first screen and a space between the first screen and the sump to separate a solids component from a liquid component of the slurry ; and pulling the liquid component and air or vapor together through the first flow line in fluid communication with the pressure differential device into the degassing chamber , and pulling the vapors collecting in the degassing chamber via the second flow line , while generating the intermittent pressure differential across the first screen .
An injection pen for administering a fluid product, comprising - a housing , - a delivery element for delivering the product from a reservoir , the delivery element being moveable relative to the housing along a feed axis and the delivery element having a female thread whose thread axis extends along the feed axis, and - a thread element having a male thread which is in engagement with the female thread of the delivery element, wherein the thread element can be fixed relative to the housing along the feed axis and can be caused to perform a rotary movement about the feed axis in order to advance the delivery element along the feed axis, the delivery element being arranged non-rotatably with respect to the housing , characterised in that the injection pen further includes a container holder releasable from the housing for holding a reservoir with the product, wherein in a state in which the container holder is released from the housing the thread element is rotatable with respect to the housing in such a way that in that state the delivery element can be inserted into the housing by a purely axial displacement in the proximal direction and causes the thread element to rotate. - a housing , - a delivery element for delivering the product from a reservoir , the delivery element being moveable relative to the housing along a feed axis and the delivery element having a female thread whose thread axis extends along the feed axis, and - a thread element having a male thread which is in engagement with the female thread of the delivery element, wherein the thread element can be fixed relative to the housing along the feed axis and can be caused to perform a rotary movement about the feed axis in order to advance the delivery element along the feed axis, the delivery element being arranged non-rotatably with respect to the housing ,
A magnetic coupler for attaching a mattress to a bed foundation , the magnetic coupler comprising: a magnet assembly comprising a housing and a magnet , wherein the housing is configured to couple the magnet to a mattress , wherein the housing comprises a top housing and a bottom housing , wherein the top housing and bottom housing are configured to mate together to form a shell defining an internal cavity; and a target assembly configured to couple a target to a foundation ; and a shunt disposed within the housing of the magnet assembly or in the mattress , wherein the shunt shields magnetic radiation generated by the magnet ; wherein the magnet assembly and the target assembly are releasably attached when the magnet is magnetically coupled to the target . a magnet assembly comprising a housing and a magnet , wherein the housing is configured to couple the magnet to a mattress , wherein the housing comprises a top housing and a bottom housing , wherein the top housing and bottom housing are configured to mate together to form a shell defining an internal cavity; and a target assembly configured to couple a target to a foundation ; and a shunt disposed within the housing of the magnet assembly or in the mattress , wherein the shunt shields magnetic radiation generated by the magnet ; wherein the magnet assembly and the target assembly are releasably attached when the magnet is magnetically coupled to the target .
A catheter hub assembly comprising: a catheter comprising a second chamber formed as an expandable membrane; a body , a pressure sensor disposed within the body to sense pressure within the catheter and communicating with said body , the body having a first chamber formed therein, the first chamber having a predetermined volume, the body having an opening at one end of the first chamber to the ambient environment; a stopper assembly comprising a push in stopper having an axial bore extending through the stopper, a seal disposed around the stopper , the stopper assembly slideably moveable into the opening, within the first chamber , the seal engaging the body forming a gastight seal within the first chamber and pushing a column of gas ahead of the stopper assembly as the stopper assembly moves from a first position to a second position; the catheter being supported by the stopper assembly ; wherein the volume of the first chamber is sufficient to contain a volume of gas to charge the second chamber , wherein the sliding of said stopper assembly from the first position not sealingly engaging the body to the second position sealingly engaging the body , pushing the column of gas ahead of the stopper assembly , charges the second chamber with the volume of gas as the stopper assembly moves to the second position and wherein the catheter is disposed and affixed within said bore , characterised in that the catheter is extending at least along an entire length of said stopper assembly . a catheter comprising a second chamber formed as an expandable membrane; a body , a pressure sensor disposed within the body to sense pressure within the catheter and communicating with said body , the body having a first chamber formed therein, the first chamber having a predetermined volume, the body having an opening at one end of the first chamber to the ambient environment; a stopper assembly comprising a push in stopper having an axial bore extending through the stopper, a seal disposed around the stopper , the stopper assembly slideably moveable into the opening, within the first chamber , the seal engaging the body forming a gastight seal within the first chamber and pushing a column of gas ahead of the stopper assembly as the stopper assembly moves from a first position to a second position; the catheter being supported by the stopper assembly ; wherein the volume of the first chamber is sufficient to contain a volume of gas to charge the second chamber , wherein the sliding of said stopper assembly from the first position not sealingly engaging the body to the second position sealingly engaging the body , pushing the column of gas ahead of the stopper assembly , charges the second chamber with the volume of gas as the stopper assembly moves to the second position and wherein the catheter is disposed and affixed within said bore , characterised in that the catheter is extending at least along an entire length of said stopper assembly .
Device for introducing a route warning tape in the earth spaced apart in a substantially parallel manner from a pipeline and outside the latter during the introduction of the pipeline into the earth by way of a completely underground laying method from a starting point to a finishing point along a predefined laying line, having a housing which is situated in the earth during the introduction of the pipeline , having a displacement element for sectional displacement of the earth for providing a temporary opening in the earth for insertion of the route warning tape , wherein the displacement element is arranged on the housing , and wherein the displacement element has a guide for guiding and delivering the route warning tape , and having a storage means on which the route warning tape can be arranged, wherein the route warning tape can be fed to the guide out of the housing , characterized in that the housing is designed in such a way that, during the introduction of the pipeline , it has no connection with respect to the overlying surface of the earth , in that , during the introduction of the pipeline , the route warning tape is arranged on the storage means , which is arranged in the housing , in the pipeline to be laid or in a region of the starting point, and in that the guide is arranged in such a way that the route warning tape can be delivered directly above the pipeline .
Method for producing a modular radiating false ceiling component, this false ceiling being intended for a room of a building equipped with a hot-water or cold-water hydraulic supply network, starting from a standard tile whose thermal resistance is greater than or equal to 2.5 K.m 2 /W, this method comprising the following steps: - at least a first element is formed from this tile, - a heat exchanger is positioned on said first element, - a thermally insulating second element is placed on said heat exchanger, and - means of connection between the exchanger and the network are incorporated, characterized in that the second element , like the first element , is derived from said tile of parallelepipedal shape, the latter then being cut into two parts across its thickness, and in that the thermal resistance of said first element , across its thickness, is less than 0.33 K.m 2 /W. - at least a first element is formed from this tile, - a heat exchanger is positioned on said first element, - a thermally insulating second element is placed on said heat exchanger, and - means of connection between the exchanger and the network are incorporated,