mhurhangee/patent-ind-claim-en huggingface dataset:
A system for treating tissue in a targeted site in a space in a patient's body, comprising: an RF probe for insertion in the space, the RF probe including an outer sleeve and an inner sleeve movably positioned and configured to rotate in the outer sleeve ; wherein the outer sleeve includes a tissue-receiving window and the inner sleeve comprises a tubular member having a windowed side defining an electrode edge at a distal end of the inner sleeve ; wherein the electrode edge defines a leading edge under rotation, the leading edge being configured to be exposed through the tissue-receiving window of the outer sleeve when the inner sleeve is rotated; the system further comprising: means for locking the leading edge in an exposed position in the tissue receiving window of the outer sleeve ; means for controlling the RF probe in the space; means for applying RF current to tissue from the leading edge as said leading edge moves across the tissue-receiving window to perform a resection procedure at the site; and means for applying RF current to tissue from the electrode edge to perform a coagulation procedure at the site when the electrode edge is locked in the exposed position in the tissue-receiving window ; wherein plasma is formed at the leading edge of the electrode edge to resect tissue. an RF probe for insertion in the space, the RF probe including an outer sleeve and an inner sleeve movably positioned and configured to rotate in the outer sleeve ; wherein the outer sleeve includes a tissue-receiving window and the inner sleeve comprises a tubular member having a windowed side defining an electrode edge at a distal end of the inner sleeve ; wherein the electrode edge defines a leading edge under rotation, the leading edge being configured to be exposed through the tissue-receiving window of the outer sleeve when the inner sleeve is rotated; the system further comprising: means for locking the leading edge in an exposed position in the tissue receiving window of the outer sleeve ; means for controlling the RF probe in the space; means for applying RF current to tissue from the leading edge as said leading edge moves across the tissue-receiving window to perform a resection procedure at the site; and means for applying RF current to tissue from the electrode edge to perform a coagulation procedure at the site when the electrode edge is locked in the exposed position in the tissue-receiving window ; wherein plasma is formed at the leading edge of the electrode edge to resect tissue.
A communication method of a terminal comprising: transmitting, to a Mobility Management Entity, MME , an attach request message containing a public safety indication and/or a group communication indication; receiving, from the MME , an attach accept message including a ProSe group identity and a ProSe group key, to provide a proximity based service, ProSe; transmitting a ProSe registration request message to a ProSe function server ; receiving a ProSe registration response message related to authentication of the terminal from the ProSe function server ; and transmitting, to the ProSe function server , a ProSe registration complete message containing the ProSe group key. transmitting, to a Mobility Management Entity, MME , an attach request message containing a public safety indication and/or a group communication indication; receiving, from the MME , an attach accept message including a ProSe group identity and a ProSe group key, to provide a proximity based service, ProSe; transmitting a ProSe registration request message to a ProSe function server ; receiving a ProSe registration response message related to authentication of the terminal from the ProSe function server ; and transmitting, to the ProSe function server , a ProSe registration complete message containing the ProSe group key.
Treatment bed with a frame , a hip cushion section for placement of a patient's hip area , an upper body cushion section for placement of a patient's upper body, and at least one support element located in the area of the hip cushion section and which can be locked against the hip cushion section or is immobile against the hip cushion section , distinguished by the fact that the hip cushion section in the treatment bed's operating state is firmly attached to the frame , and that the upper body cushion section opposite the hip cushion section can be pushed along a slide axis by the patient's bodily force when the patient puts pressure on the support element .
A composition comprising an effective amount of niclosamide and a prostate cancer drug selected from the group consisting of enzalutamide, abiraterone, docetaxel, and combinations thereof, wherein the effective amount is an amount that resensitizes a prostate cancer cell to said prostate cancer drug, to which it has become or is resistant.
A non-volatile non-destructive capacitively readable memory elements with at least two stable states 0 and 1, comprising a DRM memory cell which has a capacitor with residual capacity. a) at least on resistive memory cell connected in series to the capacitor of the DRAM memory cell, which memory cell codes the two states 0 and 1 into an HRS state with a higher electrical resistance, or into an LRS state with a lower electrical resistance, or b) at least one antiseriaes series connection of two such resistant memory cells A and B, connected in series to the capacitor of the DRAM memory cell, which memory cell codes the state 0 in the state combination A=LRS, B=HRS and state 1 in the state combination A=HRS, B=LRS, characterised in that the resistive memory cell or the antiseries series connection is installed as a layer structure is installed on the capacitor of the DRAM memory cell and in that the capacitor of the DRAM memory cell is designed as a further resistive memory cell , layer thicknesses memory cell being suitably chosen. a) at least on resistive memory cell connected in series to the capacitor of the DRAM memory cell, which memory cell codes the two states 0 and 1 into an HRS state with a higher electrical resistance, or into an LRS state with a lower electrical resistance, or b) at least one antiseriaes series connection of two such resistant memory cells A and B, connected in series to the capacitor of the DRAM memory cell, which memory cell codes the state 0 in the state combination A=LRS, B=HRS and state 1 in the state combination A=HRS, B=LRS,
A method of manufacturing a nitride light emitting device comprising: preparing (S10) a growth substrate ; forming (S20) a semiconductor structure including a nitride-based semiconductor on the growth substrate; providing (S30) a support structure including a support layer on the semiconductor structure; and separating (S40) the growth substrate from the semiconductor structure, characterized in that the growth substrate includes a metal substrate , wherein preparing the growth substrate comprises forming a growth base layer for growing the nitride-based semiconductor on the metal substrate ; and wherein forming the growth base layer comprises: forming a hexagonal boron nitride on the metal substrate ; and forming a graphene on the hexagonal boron nitride, wherein the growth base layer including the hexagonal boron nitride and the graphene serves as a diffusion barrier which prevents mutual diffusion between the metal substrate and the substance formed on the growth substrate or a protective layer. preparing (S10) a growth substrate ; forming (S20) a semiconductor structure including a nitride-based semiconductor on the growth substrate; providing (S30) a support structure including a support layer on the semiconductor structure; and separating (S40) the growth substrate from the semiconductor structure, characterized in that the growth substrate includes a metal substrate , wherein preparing the growth substrate comprises forming a growth base layer for growing the nitride-based semiconductor on the metal substrate ; and wherein forming the growth base layer comprises: forming a hexagonal boron nitride on the metal substrate ; and forming a graphene on the hexagonal boron nitride, wherein the growth base layer including the hexagonal boron nitride and the graphene serves as a diffusion barrier which prevents mutual diffusion between the metal substrate and the substance formed on the growth substrate or a protective layer. forming a hexagonal boron nitride on the metal substrate ; and forming a graphene on the hexagonal boron nitride, wherein the growth base layer including the hexagonal boron nitride and the graphene serves as a diffusion barrier which prevents mutual diffusion between the metal substrate and the substance formed on the growth substrate or a protective layer.
A computer-implemented method comprising: performing cluster matching with one or more cluster sizes for each of a plurality of points of a measurement point cloud; determining, based on results of the cluster matching, whether an object is displaced or whether the object includes a defect; performing a comparison between the measurement point cloud and reference data to determine a displacement value between each point in the measurement point cloud and corresponding point in the reference data, wherein the reference data is selected from the group consisting of a reference point cloud, a computer-aided design model, and scan data of a scanned golden part, wherein a set of points selected for a cluster is based at least in part on a result of a point-wise distance analysis between the measurement point cloud and the reference data; and characterised by performing segmentation to generate larger clusters of connected regions using region growing segmentation on extracted displaced points. performing cluster matching with one or more cluster sizes for each of a plurality of points of a measurement point cloud; determining, based on results of the cluster matching, whether an object is displaced or whether the object includes a defect; performing a comparison between the measurement point cloud and reference data to determine a displacement value between each point in the measurement point cloud and corresponding point in the reference data, wherein the reference data is selected from the group consisting of a reference point cloud, a computer-aided design model, and scan data of a scanned golden part, wherein a set of points selected for a cluster is based at least in part on a result of a point-wise distance analysis between the measurement point cloud and the reference data; and characterised by performing segmentation to generate larger clusters of connected regions using region growing segmentation on extracted displaced points.
Swinging-sliding door module for a rail vehicle, comprising: - at least one swinging-sliding door , - a linear guide with a profiled rail orientated in the sliding direction of the swinging-sliding door and a slide fitted and able to be displaced thereon, - a bracket or a plurality of brackets with fixing means for fixing the swinging-sliding door , which is/are connected to the at least one slide or which is/are contained by it in the form of a bracket area or in the form of a plurality of bracket areas, characterised by at least one rotary joint which enables rotation of the swinging-sliding door relative to the profiled rail about a rotation axis orientated essentially horizontally and transversely to the sliding direction. - at least one swinging-sliding door , - a linear guide with a profiled rail orientated in the sliding direction of the swinging-sliding door and a slide fitted and able to be displaced thereon, - a bracket or a plurality of brackets with fixing means for fixing the swinging-sliding door , which is/are connected to the at least one slide or which is/are contained by it in the form of a bracket area or in the form of a plurality of bracket areas,
A process of fabrication of nanometric lithium transition metal phosphate with the general formula LiMPO 4 , where M denotes an element or mixture of elements selected from Fe, Mn, Co, and Ni, particularly LiFePO 4 , using a co-precipitation method to get a precipitate from a boiling solution , consisting of water and organic liquid, containing Li + , M 2+ PO 4 3- ions, which, after filtering and washing with distilled water and alcohol, is dried, characterised in that , to the boiling solution a reducing agent, being at least one of the substances from a group comprising potassium iodide, ammonium thiosulphate and tin(II) chloride, is introduced in the amount of 10-100 mol.% in relation to transition metal ions, and/or a reducing gas mixture is passed through the solution.
A catheter system for treating a treatment site within or adjacent to a vessel wall or a heart valve within a body of a patient , the catheter system comprising: an energy source that generates energy; an inflatable balloon that is positionable substantially adjacent to the treatment site , the inflatable balloon having a balloon wall that defines a balloon interior , the balloon interior receiving a balloon fluid ; an energy guide that is configured to receive energy from the energy source and guide the energy into the balloon interior ; and an acoustic sensor that is positioned outside of the body of the patient , the acoustic sensor being configured to sense acoustic sound waves generated in the balloon fluid within the balloon interior . an energy source that generates energy; an inflatable balloon that is positionable substantially adjacent to the treatment site , the inflatable balloon having a balloon wall that defines a balloon interior , the balloon interior receiving a balloon fluid ; an energy guide that is configured to receive energy from the energy source and guide the energy into the balloon interior ; and an acoustic sensor that is positioned outside of the body of the patient , the acoustic sensor being configured to sense acoustic sound waves generated in the balloon fluid within the balloon interior .
A guide rail for an elevator system, comprising at least one rail element , and being fastened by at least one fastening means to at least one shaft wall of the elevator system, wherein the at least one rail element is mounted in a movable manner in relation to at least one shaft wall , characterized in that the at least one rail element can be moved in relation to the at least one shaft wall such that the space between the at least one rail element and the shaft wall , said space being directed toward the rear side of the at least one rail element , is freed for inspection purposes, wherein the at least one rail element is mounted on at least one fastening means so that it can swivel and/or rotate and/or be displaced and/or travel in relation to the at least one shaft wall .
A method of switching a base station in a cellular telecommunications network between a first and second mode, in which the base station uses more energy when operating in the first mode than the second mode, wherein the cellular telecommunications network further includes a User Equipment, UE, having a camera , the method being performed by a network node and characterised by : storing visual data including a visual representation of at least a part of the base station ; receiving visual data captured by the camera of the UE ; performing a computer vision operation, trained on the stored visual data, on the captured visual data to determine whether the visual representation of the base station or part thereof is present in the captured visual data; and, in response initiating a switch in the base station between the first and second modes. storing visual data including a visual representation of at least a part of the base station ; receiving visual data captured by the camera of the UE ; performing a computer vision operation, trained on the stored visual data, on the captured visual data to determine whether the visual representation of the base station or part thereof is present in the captured visual data; and, in response initiating a switch in the base station between the first and second modes.
A pigment mixture or composition comprising a dispersant, wherein the dispersant is a water soluble polyelectrolyte in pH areas above 3-4, has surface active properties and comprises alkali-O 2 oxidized lignin, having negative charge due to carboxylic structures and resonance stabilized quinone enol structures in lignin polymer, and wherein the dispersant content is 0.01-5 wt-% of the pigment mixture or composition.
A leaf for a door , in particular an entrance door, comprising an inner cladding , an outer cladding , at least one insulating layer sandwiched between said two claddings and a rectangular frame which is also sandwiched between these two claddings, at their inner peripheral edges, the frame comprising on its thickness and on each of its sides , at least two profiles of which one is secured to the inner cladding and another is secured to the outer cladding, the frame comprising mounting means being arranged between the at least two profiles, characterised in that said mounting means comprise on one of the at least two profiles at least two grooves arranged lengthwise on a rear or front side of said profile, said at least two grooves being mutually parallel and successive in the direction of the thickness of said door leaf, said mounting means comprising on another of the at least two profiles a bar arranged lengthwise respectively on a front or rear side of said profile, the bar being mounted in one of the at least two grooves so as to allow mounting said door leaf in at least two thicknesses.
A surgical system for loading a band ligation barrel onto a surgical instrument, comprising: a band ligation barrel provided with one or more band deployment cords ; a loading tube having a proximal end , a distal end , and a lumen extending therebetween, the lumen being configured to receive the one or more band deployment cords of the band ligation barrel therethrough, and the loading tube being configured to be inserted through a first lumen of a surgical instrument ; and a loading key having a proximal end and a distal end , the loading key being configured to be inserted into a second lumen of the surgical instrument , and the distal end being configured to securably engage with the proximal end of the loading tube , characterized in that it further comprises a loading cap having a proximal portion with a lumen configured to removably receive the distal end of the loading tube therein and a distal portion configured to be removably insertable into a distal-most opening of the band ligation barrel to secure the one or more band deployment cords therein relative to the band ligation barrel and to obstruct a deployment path of one or more ligation bands disposed on the band ligation barrel . a band ligation barrel provided with one or more band deployment cords ; a loading tube having a proximal end , a distal end , and a lumen extending therebetween, the lumen being configured to receive the one or more band deployment cords of the band ligation barrel therethrough, and the loading tube being configured to be inserted through a first lumen of a surgical instrument ; and a loading key having a proximal end and a distal end , the loading key being configured to be inserted into a second lumen of the surgical instrument , and the distal end being configured to securably engage with the proximal end of the loading tube , characterized in that it further comprises a loading cap having a proximal portion with a lumen configured to removably receive the distal end of the loading tube therein and a distal portion configured to be removably insertable into a distal-most opening of the band ligation barrel to secure the one or more band deployment cords therein relative to the band ligation barrel and to obstruct a deployment path of one or more ligation bands disposed on the band ligation barrel .
A sealing device for sealing a package comprising: a base , a cover , the base's upper end has a mating hole with internal thread , the cover's lower end has an extension part with external thread , said base and said cover are connected by thread through said mating hole and said extension part , said extension part has a baffle , and a lug on the baffle , said cover's lower end face has a ring slot, in which a seal ring is placed, characterized by comprising an edge of the base's upper end has a lower connecting hole , and the cover's upper end face has an upper connecting hole , said upper connecting hole and said lower connecting hole are connected by a connecting piece. a base , a cover , the base's upper end has a mating hole with internal thread , the cover's lower end has an extension part with external thread , said base and said cover are connected by thread through said mating hole and said extension part , said extension part has a baffle , and a lug on the baffle , said cover's lower end face has a ring slot, in which a seal ring is placed, characterized by comprising an edge of the base's upper end has a lower connecting hole , and the cover's upper end face has an upper connecting hole , said upper connecting hole and said lower connecting hole are connected by a connecting piece.
A spray painting system comprising: a band arranged around a rotatable drive cylinder to cause linear movement of a substrate positioned on a surface of the band ; at least one worm screw in contact with the surface of the band and configured to remove paint from the surface of the band ; and a paint collection reservoir configured to receive paint removed from the surface of the band by the at least one worm screw , characterised by : the paint collection reservoir comprising a sensor arranged to sense the level of paint in the paint collection reservoir ; and a controller, wherein the controller is configured to send control messages to adjust the rotation speed of the at least one worm screw in response to the sensed paint level. a band arranged around a rotatable drive cylinder to cause linear movement of a substrate positioned on a surface of the band ; at least one worm screw in contact with the surface of the band and configured to remove paint from the surface of the band ; and a paint collection reservoir configured to receive paint removed from the surface of the band by the at least one worm screw , characterised by : the paint collection reservoir comprising a sensor arranged to sense the level of paint in the paint collection reservoir ; and a controller, wherein the controller is configured to send control messages to adjust the rotation speed of the at least one worm screw in response to the sensed paint level. the paint collection reservoir comprising a sensor arranged to sense the level of paint in the paint collection reservoir ; and a controller, wherein the controller is configured to send control messages to adjust the rotation speed of the at least one worm screw in response to the sensed paint level.