mhurhangee/patent-ind-claim-en huggingface dataset:
A user terminal (100-1) comprising: a receiver configured to receive, from a base station (200-1), a System Information Block, SIB, transmitted by broadcast, the SIB including discovery information; and a transmitter configured to transmit a discovery- signal for discovering another user terminal (100-2) existing in a vicinity of the user terminal (100-1), wherein the discovery information includes resource information used when the discovery signal is transmitted, transmission power information used when the discovery signal is transmitted, and threshold information indicating a predetermined threshold value; a controller configured to: determine whether or not the discovery signal is transmitted, on a basis of a comparison between Reference Signal Received Power, RSRP, of a reference signal transmitted from a serving cell and the predetermined threshold value indicated by the threshold information; decide a radio resource used for transmitting the discovery signal based on a basis of the resource information; and decide transmission power used for transmitting the discovery signal based on a basis of the transmission power information, and the transmitter is configured to transmit the discovery signal to the another user terminal (100-2) with the decided transmission power by use of the decided radio resource. a receiver configured to receive, from a base station (200-1), a System Information Block, SIB, transmitted by broadcast, the SIB including discovery information; and a transmitter configured to transmit a discovery- signal for discovering another user terminal (100-2) existing in a vicinity of the user terminal (100-1), wherein the discovery information includes resource information used when the discovery signal is transmitted, transmission power information used when the discovery signal is transmitted, and threshold information indicating a predetermined threshold value; a controller configured to: determine whether or not the discovery signal is transmitted, on a basis of a comparison between Reference Signal Received Power, RSRP, of a reference signal transmitted from a serving cell and the predetermined threshold value indicated by the threshold information; decide a radio resource used for transmitting the discovery signal based on a basis of the resource information; and decide transmission power used for transmitting the discovery signal based on a basis of the transmission power information, and determine whether or not the discovery signal is transmitted, on a basis of a comparison between Reference Signal Received Power, RSRP, of a reference signal transmitted from a serving cell and the predetermined threshold value indicated by the threshold information; decide a radio resource used for transmitting the discovery signal based on a basis of the resource information; and decide transmission power used for transmitting the discovery signal based on a basis of the transmission power information, and the transmitter is configured to transmit the discovery signal to the another user terminal (100-2) with the decided transmission power by use of the decided radio resource.
Method for detecting objects, comprising the following steps: a) recording a sequence of images by means of a monocular vehicle camera, b1) determining corresponding features in at least two successive images of the image sequence, b2) ascertaining planes in space, wherein the planes are established on the basis of an assignment of adjacent, corresponding features to a respective plane with one of the following predefined orientations: a back plane normal to the longitudinal direction of the vehicle, a side plane normal to the lateral direction or a ground plane normal to the vertical direction, c) calculating homographies for adjacent corresponding features for the purpose of determining the plurality of planes and for the purpose of assigning the adjacent, corresponding features to the plurality of planes, d) ascertaining a motion of the ascertained planes in space, wherein tld = ( t x , t y , t z ) is ascertained as a measure of motion for the ascertained planes, wherein t describes the translation of the vehicle camera and d describes the distance from this plane, and e) recognizing dynamic objects on the basis of the ascertained measure of motion of at least one ascertained back or side plane which can be assigned to an object. a) recording a sequence of images by means of a monocular vehicle camera, b1) determining corresponding features in at least two successive images of the image sequence, b2) ascertaining planes in space, wherein the planes are established on the basis of an assignment of adjacent, corresponding features to a respective plane with one of the following predefined orientations: a back plane normal to the longitudinal direction of the vehicle, a side plane normal to the lateral direction or a ground plane normal to the vertical direction, c) calculating homographies for adjacent corresponding features for the purpose of determining the plurality of planes and for the purpose of assigning the adjacent, corresponding features to the plurality of planes, d) ascertaining a motion of the ascertained planes in space, wherein tld = ( t x , t y , t z ) is ascertained as a measure of motion for the ascertained planes, wherein t describes the translation of the vehicle camera and d describes the distance from this plane, and e) recognizing dynamic objects on the basis of the ascertained measure of motion of at least one ascertained back or side plane which can be assigned to an object.
Drill bit for breaking down rock or mineral materials by drilling and chiselling, with a drill head , with a shaft which comprises a basic body to which the drill head is fastened, an attachment which is fastened to a lateral surface of the basic body and is arranged completely within a cylindrical envelope circumscribing the basic body , and an internal channel which is formed between the attachment and the lateral surface , wherein the drill head has a cutting body with two chisel edges which face in the drilling direction and are in the shape of a roof, characterized in that the cutting body is made of a sintered hard metal, wherein the attachment is of a plate-like design.
A method for removing an electromagnetic module from an electrical machine having a rotor and a stator , the electrical machine comprising a plurality of electromagnetic modules having an electromagnetic material , the electromagnetic material being one of a permanent magnet and a stator winding , the electromagnetic modules comprising: a base and a support extending from the base and supporting the electromagnetic material , the base comprising: a bottom surface ; a first side surface comprising an axially extending groove defining a cooling channel with an axially extending groove of a first side surface of an adjacent electromagnetic module; the method comprising: inserting a rod in the cooling channel formed by the groove of the electromagnetic module to be removed and the groove of an adjacent electromagnetic module; releasing the electromagnetic module to be removed from a structure of the electrical machine; and sliding the electromagnetic module to be removed along the rod. a base and a support extending from the base and supporting the electromagnetic material , the base comprising: a bottom surface ; a first side surface comprising an axially extending groove defining a cooling channel with an axially extending groove of a first side a bottom surface ; a first side surface comprising an axially extending groove defining a cooling channel with an axially extending groove of a first side surface of an adjacent electromagnetic module; inserting a rod in the cooling channel formed by the groove of the electromagnetic module releasing the electromagnetic module to be removed from a structure of the electrical machine; and sliding the electromagnetic module to be removed along the rod.
A communication method, comprising: sending (S101), by a first access network device, a first message to a core network device, wherein the first message is used to indicate to suspend one or both of a first protocol data unit, PDU, session and a second PDU session, the first PDU session and the second PDU session are PDU sessions that are established as requested by a same terminal, and the first PDU session and the second PDU session are used to transmit a duplicated data packet, wherein the first message comprises a second information element used to indicate a suspension cause, the suspension cause comprises that the first access network device is unable to prepare for dual connectivity, DC, establishment for the terminal initiating establishment of the first PDU session and the second PDU session, or, the first access network device is unable to provide a resource required for establishing the first PDU session or the second PDU session.
A device for local administration of pharmaceutical fluids, the device comprising at least one capillary with at least one opening in the region of the distal end of the at least one capillary , a hollow intermediate piece , which is connected with the at least one capillary so as to allow passage of liquid, a guide for guiding the intermediate piece and the at least one capillary , wherein the guide comprising a distal support for resting on the patient, a fixing element for fixing the intermediate piece to the guide , wherein the fixing element allows fixing of the intermediate piece in various positions relative to the guide , wherein said fixing prevents displacement of the intermediate piece in relation to the guide . at least one capillary with at least one opening in the region of the distal end of the at least one capillary , a hollow intermediate piece , which is connected with the at least one capillary so as to allow passage of liquid, a guide for guiding the intermediate piece and the at least one capillary , wherein the guide comprising a distal support for resting on the patient, a fixing element for fixing the intermediate piece to the guide , wherein the fixing element allows fixing of the intermediate piece in various positions relative to the guide , wherein said fixing prevents displacement of the intermediate piece in relation to the guide .
A zero turning radius mower , comprising: an internal combustion engine mounted transversely on a pair of longitudinal frame members behind an operator seat and a pair of rear drive wheels , the engine rotating a flywheel on a horizontal axis perpendicular to the longitudinal frame members ; a gearbox mounted to one of the longitudinal frame members ; the gearbox having a horizontal input shaft driven by the engine and a vertical output shaft engaging a rubber belt; the rubber belt driving a pair hydrostatic transmissions for the pair of rear drive wheels and driving a pulley rotating a plurality of rotary mower blades under a mower deck. an internal combustion engine mounted transversely on a pair of longitudinal frame members behind an operator seat and a pair of rear drive wheels , the engine rotating a flywheel on a horizontal axis perpendicular to the longitudinal frame members ; a gearbox mounted to one of the longitudinal frame members ; the gearbox having a horizontal input shaft driven by the engine and a vertical output shaft engaging a rubber belt; the rubber belt driving a pair hydrostatic transmissions for the pair of rear drive wheels and driving a pulley rotating a plurality of rotary mower blades under a mower deck.
A vehicle having an electric motor and a pack for storing energy, said vehicle configured having: a first seat configured to face forward; a compartment , for receiving the pack, wherein said compartment is configured: as a cage for functioning as a torsion box, and integral with the vehicle structure and/or body and behind the first seat ; and to extend laterally across the vehicle substantially perpendicular to its longitudinal axis, wherein the height of the compartment extends in a vertical direction between a lowermost point of the compartment that it is beneath the lowest point of the first seat adjacent to the compartment, and an uppermost surface of the compartment that is above at least one of: the top of the seat back of the first seat; the maximum height of a cushion of the seat in the first seat in a first row; and an average height of a seat cushion in the first seat in a first row; and a hip-point of the seats in the first row, characterized in that : the compartment includes reinforcing features, including walls that form a firewall, said firewall connected to body sides (BIW) that create a structure for resisting torsional bending forces experienced by the vehicle in use. a first seat configured to face forward; a compartment , for receiving the pack, wherein said compartment is configured: as a cage for functioning as a torsion box, and integral with the vehicle structure and/or body and behind the first seat ; and to extend laterally across the vehicle substantially perpendicular to its longitudinal axis, wherein the height of the compartment extends in a vertical direction between a lowermost point of the compartment that it is beneath the lowest point of the first seat adjacent to the compartment, and an uppermost surface of the compartment that is above at least one of: the top of the seat back of the first seat; the maximum height of a cushion of the seat in the first seat in a first row; and an average height of a seat cushion in the first seat in a first row; and a hip-point of the seats in the first row, as a cage for functioning as a torsion box, and integral with the vehicle structure and/or body and behind the first seat ; and to extend laterally across the vehicle substantially perpendicular to its longitudinal axis, wherein the height of the compartment extends in a vertical direction between a lowermost point of the compartment that it is beneath the lowest point of the first seat adjacent to the compartment, and an uppermost surface of the compartment that is above at least one of: the top of the seat back of the first seat; the maximum height of a cushion of the seat in the first seat in a first row; and an average height of a seat cushion in the first seat in a first row; and a hip-point of the seats in the first row, the top of the seat back of the first seat; the maximum height of a cushion of the seat in the first seat in a first row; and an average height of a seat cushion in the first seat in a first row; and a hip-point of the seats in the first row,
A light emitting device, comprising: a light emitting element ; a metal member having a first face on which the light emitting element is mounted, and a second face that is on the opposite side from the first face; and a translucent member that seals part of the metal member and the light emitting element , the metal member has an element placement portion on which the light emitting element is placed, and a flat portion disposed around the element placement portion , characterized in that a covering member is disposed on the side of the second face of the flat portion , and wherein the covering member exposes the element placement portion , and the translucent member covers all of the side face and an upper face of the covering member . a light emitting element ; a metal member having a first face on which the light emitting element is mounted, and a second face that is on the opposite side from the first face; and a translucent member that seals part of the metal member and the light emitting element , the metal member has an element placement portion on which the light emitting element is placed, and a flat portion disposed around the element placement portion , characterized in that a covering member is disposed on the side of the second face of the flat portion , and wherein the covering member exposes the element placement portion , and the translucent member covers all of the side face and an upper face of the covering member .
A water based High-Temperature High-Pressure (HTHP) fluid composition having a density of 994.56 to 2516.35 kg/m 3 [8.3 to 21.0 ppg], comprising: i. a brine based fluid; ii. 1.43 kg/m 3 [0.5 ppb] to 57.00 kg/m 3 [20 ppb] of crosslinked polyvinylpyrrolidone (PVP); iii. 14.25 kg/m 3 [5 ppb] to 285.00 kg/m 3 [100 ppb] of bridging agents selected from the group consisting of CaCO 3 and sized salts; and iv. optionally 0 kg/m 3 [0 ppb] to 71.25 kg/m 3 [25 ppb] of Fluids Loss Additives (FLA), wherein the crosslinked PVP is prepared by precipitation polymerization of vinylpyrrolidone (VP) in an organic solvent in the presence of a crosslinking agent and a free radical polymerization initiator, wherein the crosslinking agent is present in an amount of from 0.1 wt. % to 5.0 wt. % based on the weight of the vinylpyrrolidone. i. a brine based fluid; ii. 1.43 kg/m 3 [0.5 ppb] to 57.00 kg/m 3 [20 ppb] of crosslinked polyvinylpyrrolidone (PVP); iii. 14.25 kg/m 3 [5 ppb] to 285.00 kg/m 3 [100 ppb] of bridging agents selected from the group consisting of CaCO 3 and sized salts; and iv. optionally 0 kg/m 3 [0 ppb] to 71.25 kg/m 3 [25 ppb] of Fluids Loss Additives (FLA),
A test system comprising a radio unit, RU, and a radio equipment test device (TA) for testing the RU RU, the RU comprising a System-on-a-Chip, SoC, wherein an SoC internal loopback is used for testing purposes, wherein the SoC is operationally connected to a first interface (I1) and a second interface (I2) of the test device (TA), wherein for data transmission in the forward run, interface (I1) of the test device (TA) is used and for data transmission in the return path, interface (I2) of the test device (TA) is used, wherein the feedback loop comprises in the forward run an first interface (IF1), a digital front end, DFE, and a second interface (IF2) of the SoC, wherein signals arriving at the first interface (IF1) of the SoC are returned via a return path via the DFE and the second interface (IF2) of the SoC. wherein an SoC internal loopback is used for testing purposes, wherein the SoC is operationally connected to a first interface (I1) and a second interface (I2) of the test device (TA), wherein for data transmission in the forward run, interface (I1) of the test device (TA) is used and for data transmission in the return path, interface (I2) of the test device (TA) is used, wherein the feedback loop comprises in the forward run an first interface (IF1), a digital front end, DFE, and a second interface (IF2) of the SoC, wherein signals arriving at the first interface (IF1) of the SoC are returned via a return path via the DFE and the second interface (IF2) of the SoC.
A method of performing supercritical carbon dioxide based chromatographic separation procedures on at least two different carbon dioxide based separation systems comprising: performing a first carbon dioxide based separation on a first carbon dioxide separation system, the first carbon dioxide based separation system including a first separation column, a first detector for detecting target analytes, and a first back pressure regulator; determining an average mobile phase density or average column pressure for the first carbon dioxide based separation; and performing a second carbon dioxide based separation on a second carbon dioxide based separation system substantially at the average mobile phase density or average column pressure determined for the first carbon dioxide based separation, the second carbon dioxide based separation system including a second separation column, a second detector for detecting target analytes, and a second back pressure regulator, wherein the first carbon dioxide separation system and the second carbon dioxide separation system have distinct system configurations. performing a first carbon dioxide based separation on a first carbon dioxide separation system, the first carbon dioxide based separation system including a first separation column, a first detector for detecting target analytes, and a first back pressure regulator; determining an average mobile phase density or average column pressure for the first carbon dioxide based separation; and performing a second carbon dioxide based separation on a second carbon dioxide based separation system substantially at the average mobile phase density or average column pressure determined for the first carbon dioxide based separation, the second carbon dioxide based separation system including a second separation column, a second detector for detecting target analytes, and a second back pressure regulator, wherein the first carbon dioxide separation system and the second carbon dioxide separation system have distinct system configurations.
A method of predicting resistance to androgen receptor (AR) targeted therapy in a prostate cancer patient comprising (a) performing a direct analysis comprising immunofluorescent staining and morphological characterization of nucleated cells in a blood sample obtained from the patient to identify circulating tumor cells (CTCs), wherein the direct analysis means the detection of CTCs in the context of all surrounding nucleated cells present in the sample as opposed to after enrichment of the sample for CTCs prior to detection; and (b) based on said direct analysis further determining the presence of a biomarker signature that is predictive of resistance to AR targeted therapy in the prostate cancer patient, wherein the biomarker signature comprises a subpopulation of said CTCs which is cytokeratin positive (CK+), AR positive (AR+), and comprises nucleoli (nucleoli+), and wherein said CTCs are further characterized by AR N-terminal positive staining and AR C-terminal loss. (a) performing a direct analysis comprising immunofluorescent staining and morphological characterization of nucleated cells in a blood sample obtained from the patient to identify circulating tumor cells (CTCs), wherein the direct analysis means the detection of CTCs in the context of all surrounding nucleated cells present in the sample as opposed to after enrichment of the sample for CTCs prior to detection; and (b) based on said direct analysis further determining the presence of a biomarker signature that is predictive of resistance to AR targeted therapy in the prostate cancer patient,
A fluid spray for an underground roof support , the spray including: a first housing portion having an elongated shaft having a first end, a second end , and a first fluid passage extending between the first end and the second end ; a spray outlet positioned adjacent the second end of the shaft ; a second housing portion formed integrally with the first housing portion and positioned adjacent the first end of the shaft , the second housing portion including at least one port and a second fluid passage providing fluid communication between the at least one port and the first fluid passage , each port configured to be coupled to a fluid conduit , the second housing portion further including a first end , a second end , and a pair of planar lateral surfaces extending between the first end of the second housing portion and the second end of the second housing portion ; and a service port aligned with the first fluid passage , the service port being selectively opened to provide access to the first fluid passage from the first end of the first housing portion . a first housing portion having an elongated shaft having a first end, a second end , and a first fluid passage extending between the first end and the second end ; a spray outlet positioned adjacent the second end of the shaft ; a second housing portion formed integrally with the first housing portion and positioned adjacent the first end of the shaft , the second housing portion including at least one port and a second fluid passage providing fluid communication between the at least one port and the first fluid passage , each port configured to be coupled to a fluid conduit , the second housing portion further including a first end , a second end , and a pair of planar lateral surfaces extending between the first end of the second housing portion and the second end of the second housing portion ; and a service port aligned with the first fluid passage , the service port being selectively opened to provide access to the first fluid passage from the first end of the first housing portion .