mhurhangee/ep-ind-claims huggingface dataset:
An infusion apparatus for the administration of a medication from a reservoir with a plug moveable along a central axis in a distal direction for ejection, the apparatus comprising; a housing and a drive mechanism and a force sensor and a transfer element; wherein the drive mechanism comprises a first and a second conveying element, the second conveying element to advance the plug in the reservoir in said distal direction, the first conveying element limited for axial movement relative to the housing but rotatable in both senses to facilitate a distal ejecting or proximal resetting movement of the second conveying element; wherein the force sensor is arranged in the central axis between a part of the housing and the proximal end of the drive mechanism and wherein the transfer element is axially stacked between the force sensor and the first conveying element such that the force sensor bears axial forces exerted by the ejection movement; characterized in that the second conveying element moves the transfer element away from the first conveying element from an original position against the bias of a restoring force such that the force sensor bears axial forces exerted by the resetting movement, and the transfer element automatically returns and is axially relocated to the original position after reset of the device.
Device for generating a strong current in a swimming pool with a housing in which a motor with a propeller is arranged, the housing being designed to be flow-friendly, the cross section of the housing tapering in the direction of flow and the angle α of the longitudinal axis of the motor in the housing to the horizontal water surface being adjustable at least step by step, characterized in that the housing is truncated pyramid-shaped and asymmetrical and has four sides (7, 7', 7′′′), of which two sides are identical and the upper side and the lower side (7") are designed differently, the sides (7,7',7") meeting at the pyramid edges and that the housing has at least no sharp edges, the edges on the side surfaces (7,7',7′′′) of the housing being rounded are formed, wherein the projection of the center of the upper cut surface of the front plate of the housing tapering in the direction of flow does not coincide with the center of the base surface and that the openings (8,8', 8") in the side surfaces (7,7',7") of the housing extend almost over the entire surface in a trough-shaped formation, wherein the openings (8,8', 8") of the side surfaces are closed off with at least one perforated plate in such a way that only a small resistance is opposed to the flow of the liquid (water).
An operating method of a Base Station, BS, in a multihop relay wireless communication system, the method comprising: determining an ACKnowledge, ACK/Non ACK, NACK, frame delay which specifies when a Relay Station, RS, transmits an ACK/NACK; and transmitting information about the ACK/NACK frame delay to the RS, wherein the information about the ACK/NACK frame delay indicates a difference between a frame in which the RS receives the information about the ACK/NACK frame delay and a frame in which the RS transmits the ACK/NACK, and wherein the ACK/NACK frame delay is determined using: a number of hops; an ACK/NACK transmission delay of a Mobile Station, MS; a processing delay of the RS regarding a DownLink, DL, packet from a superordinate station of the RS; and a processing delay of the RS regarding an UpLink, UL, ACK/NACK from a subordinate station of the RS. determining an ACKnowledge, ACK/Non ACK, NACK, frame delay which specifies when a Relay Station, RS, transmits an ACK/NACK; and transmitting information about the ACK/NACK frame delay to the RS, wherein the information about the ACK/NACK frame delay indicates a difference between a frame in which the RS receives the information about the ACK/NACK frame delay and a frame in which the RS transmits the ACK/NACK, and wherein the ACK/NACK frame delay is determined using: a number of hops; an ACK/NACK transmission delay of a Mobile Station, MS; a processing delay of the RS regarding a DownLink, DL, packet from a superordinate station of the RS; and a processing delay of the RS regarding an UpLink, UL, ACK/NACK from a subordinate station of the RS. a number of hops; an ACK/NACK transmission delay of a Mobile Station, MS; a processing delay of the RS regarding a DownLink, DL, packet from a superordinate station of the RS; and a processing delay of the RS regarding an UpLink, UL, ACK/NACK from a subordinate station of the RS.
A cell access resource acquisition method, comprising: determining, by a user equipment, UE, at least one candidate sequence of a synchronization signal of an access cell of the UE and multiple candidate access resources of the access cell, wherein each candidate access resource comprises at least one resource block, wherein a corresponding location relationship exists between each candidate access resource in the multiple candidate access resources and a preset resource of the access cell, and any candidate sequence in the at least one candidate sequence corresponds to one of the multiple candidate access resources; detecting, by the UE, the synchronization signal and an actual sequence of the detected synchronization signal; and determining, by the UE, a resource location of an actual access resource corresponding to the detected actual sequence in the access cell according to the location relationship between each candidate access resource in the multiple candidate access resources and the preset resource of the access cell and a correspondence between the any candidate sequence in the at least one candidate sequence and the multiple candidate access resources, wherein the actual sequence is one of the at least one candidate sequence, and the actual access resource is one of the multiple candidate access resources. determining, by a user equipment, UE, at least one candidate sequence of a synchronization signal of an access cell of the UE and multiple candidate access resources of the access cell, wherein each candidate access resource comprises at least one resource block, wherein a corresponding location relationship exists between each candidate access resource in the multiple candidate access resources and a preset resource of the access cell, and any candidate sequence in the at least one candidate sequence corresponds to one of the multiple candidate access resources; detecting, by the UE, the synchronization signal and an actual sequence of the detected synchronization signal; and determining, by the UE, a resource location of an actual access resource corresponding to the detected actual sequence in the access cell according to the location relationship between each candidate access resource in the multiple candidate access resources and the preset resource of the access cell and a correspondence between the any candidate sequence in the at least one candidate sequence and the multiple candidate access resources, wherein the actual sequence is one of the at least one candidate sequence, and the actual access resource is one of the multiple candidate access resources.
A printhead die comprising: a plurality of fluid slots formed in a die; a perimeter ground line running around the fluid slots on the perimeter of the die; an inter-slot ground line running between two fluid slots and coupled to a north segment and to a south segment of the perimeter ground line; and characterized in that the printhead die is also comprising first and second alternative ground lines, each coupled at midpoints to the inter-slot ground line and at first and second endpoints to an east segment and to a west segment, respectively, of the perimeter ground line. a plurality of fluid slots formed in a die; a perimeter ground line running around the fluid slots on the perimeter of the die; an inter-slot ground line running between two fluid slots and coupled to a north segment and to a south segment of the perimeter ground line; and characterized in that the printhead die is also comprising first and second alternative ground lines, each coupled at midpoints to the inter-slot ground line and at first and second endpoints to an east segment and to a west segment, respectively, of the perimeter ground line.
A system for preparing a spinal stabilization procedure between two adjacent vertebrae (20, 21) of a patient, the system comprising: a surgical robot that has a coordinate system and is mountable on a patient's back so as to be operative to define in said coordinate system a plurality of paths for oblique screw insertion from the pedicle region in an inferior one of two adjacent vertebrae into the body of the adjacent superior vertebra, towards its anterior cortical rim; a control system receiving three-dimensional preoperative data, including information regarding the spatial location of the bone structures and the nerve positions of said two adjacent vertebrae; and a registration system operative to relate the coordinate system of said surgical robot with said three-dimensional preoperative data, characterized in that said control system is operative to use said information to determine among the paths in said coordinate system of the robot for oblique screw insertion from the pedicle region in an inferior one of the two adjacent vertebrae (20, 21) into the body of the adjacent superior vertebra, towards its anterior cortical rim, a safe path for said oblique screw insertion. a surgical robot that has a coordinate system and is mountable on a patient's back so as to be operative to define in said coordinate system a plurality of paths for oblique screw insertion from the pedicle region in an inferior one of two adjacent vertebrae into the body of the adjacent superior vertebra, towards its anterior cortical rim; a control system receiving three-dimensional preoperative data, including information regarding the spatial location of the bone structures and the nerve positions of said two adjacent vertebrae; and a registration system operative to relate the coordinate system of said surgical robot with said three-dimensional preoperative data, a control system receiving three-dimensional preoperative data, including information regarding the spatial location of the bone structures and the nerve positions of said two adjacent vertebrae; and a registration system operative to relate the coordinate system of said surgical robot with said three-dimensional preoperative data, characterized in that said control system is operative to use said information to determine among the paths in said coordinate system of the robot for oblique screw insertion from the pedicle region in an inferior one of the two adjacent vertebrae (20, 21) into the body of the adjacent superior vertebra, towards its anterior cortical rim, a safe path for said oblique screw insertion.
A method for wireless local area network, WLAN, discovery, the method comprising: detecting, by a requesting station, STA, a basic service set, BSS, identifier, BSSID, of a responding STA; generating, by the requesting STA, a Generic Advertisement Service,GAS, request including an Access Network Query Protocol,ANQP, request and an Association Message Exchange BSS Identification,BSSID, Independent,PAME-BI, bit, wherein the ANQP request carries the BSSID and is configured to query dependent BSS parameters of the responding STA, wherein the PAME-BI bit is set to a first value if the ANQP request is querying independent BSS parameters in addition to the dependent BSS parameters (S620, S630, S640, S655); and sending, by the requesting STA, the GAS request to the responding STA, further comprising: receiving, by the requesting STA, a GAS response message from the responding STA, wherein an ANQP response message is encapsulated within the GAS response message, and wherein the ANQP response message identifies both the dependent BSS parameters and the independent BSS parameters, wherein the ANQP response message comprises a single group of BSS attribute fields identifying the dependent BSS parameters and the independent BSS parameters, and wherein each BSS attribute field in the group of BSS attribute fields includes an individual PAME-BI bit indicating whether a BSS parameter corresponding to the BSS attribute field is a dependent BSS parameter or an independent BSS parameter. detecting, by a requesting station, STA, a basic service set, BSS, identifier, BSSID, of a responding STA; generating, by the requesting STA, a Generic Advertisement Service,GAS, request including an Access Network Query Protocol,ANQP, request and an Association Message Exchange BSS Identification,BSSID, Independent,PAME-BI, bit, wherein the ANQP request carries the BSSID and is configured to query dependent BSS parameters of the responding STA, wherein the PAME-BI bit is set to a first value if the ANQP request is querying independent BSS parameters in addition to the dependent BSS parameters (S620, S630, S640, S655); and sending, by the requesting STA, the GAS request to the responding STA, receiving, by the requesting STA, a GAS response message from the responding STA, wherein an ANQP response message is encapsulated within the GAS response message, and wherein the ANQP response message identifies both the dependent BSS parameters and the independent BSS parameters, wherein the ANQP response message comprises a single group of BSS attribute fields identifying the dependent BSS parameters and the independent BSS parameters, and wherein each BSS attribute field in the group of BSS attribute fields includes an individual PAME-BI bit indicating whether a BSS parameter corresponding to the BSS attribute field is a dependent BSS parameter or an independent BSS parameter.
Structural unit for a hybrid drive train of a motor vehicle having: an electric machine with a stator and a rotor, the rotor being designed to transmit a torque to the drive train, a clutch arrangement with at least one clutch actuating unit, the clutch arrangement being designed to decouple an internal combustion engine from the drive train, which internal combustion engine is provided parallel to the electric machine for the transmission of a torque, and a vibration absorber apparatus for the reduction of vibrations in the drive train, certain elements of the clutch arrangement being arranged axially substantially radially within the rotor, namely a pressing plate, a clutch disc, a pressure plate and an elastic restoring element which interacts with the clutch actuating unit, characterized in that the clutch actuating unit is arranged axially substantially radially within the vibration absorber unit. an electric machine with a stator and a rotor, the rotor being designed to transmit a torque to the drive train, a clutch arrangement with at least one clutch actuating unit, the clutch arrangement being designed to decouple an internal combustion engine from the drive train, which internal combustion engine is provided parallel to the electric machine for the transmission of a torque, and a vibration absorber apparatus for the reduction of vibrations in the drive train, certain elements of the clutch arrangement being arranged axially substantially radially within the rotor, namely a pressing plate, a clutch disc, a pressure plate and an elastic restoring element which interacts with the clutch actuating unit, characterized in that the clutch actuating unit is arranged axially substantially radially within the vibration absorber unit.
A method for transmitting channel state information, CSI, by a user equipment in a wireless communication system, the method comprising: receiving a transmission burst; measuring the CSI based on the transmission burst; and, transmitting the measured CSI, wherein the transmission burst is received in at least a first time resource and a second time resource, wherein the first time resource is configured as a first number of orthogonal frequency divisional multiplexing, OFDM, symbols, wherein the second time resource is configured as a second number of OFDM symbols, wherein the first number is smaller than the second number, and wherein the first time resource is considered to be an invalid time resource for the CSI measurement. receiving a transmission burst; measuring the CSI based on the transmission burst; and, transmitting the measured CSI, wherein the transmission burst is received in at least a first time resource and a second time resource, wherein the first time resource is configured as a first number of orthogonal frequency divisional multiplexing, OFDM, symbols, wherein the second time resource is configured as a second number of OFDM symbols, wherein the first number is smaller than the second number, and wherein the first time resource is considered to be an invalid time resource for the CSI measurement.
A display element comprising an electrolyte layer between opposed electrodes and the electrolyte layer containing silver or a compound including silver in the chemical structure and a solvent, wherein the opposed electrodes are driven so that the silver is dissolved or deposited and the electrolyte layer further contains a mercapto compound having a sulfonamido group or a carbamido group in the molecule.
Package sleeve (10', 10") made of a composite material for the manufacture of a package (15', 15") comprising: - a front surface, - a rear surface, - two side surfaces (3, 4), - base surfaces and gable surfaces which are arranged on opposite sides of the two side surfaces (3, 4), the front surface and the rear surface, and - a longitudinal seam which connects two edges of the composite material to form a circumferential package sleeve (10', 10"), - wherein the package sleeve (10', 10") has several fold lines (2, 2'), - wherein the two side surfaces (3, 4) in each case have a secondary fold line running through the side surface (3, 4), - wherein the package sleeve (10', 10") is exclusively folded along both secondary fold lines, and - wherein the package sleeve (10', 10") is open both in the region of the base surfaces and in the region of the gable surfaces, characterised in that the composite material has at least one layer of paper or paperboard which is covered on the edge of the longitudinal seam running within the package sleeve (10', 10") and in that the fold lines (2, 2') do not intersect, but rather maintain a minimum distance in the range of 0.1 mm to 2.0 mm in relation to one another. - a front surface, - a rear surface, - two side surfaces (3, 4), - base surfaces and gable surfaces which are arranged on opposite sides of the two side surfaces (3, 4), the front surface and the rear surface, and - a longitudinal seam which connects two edges of the composite material to form a circumferential package sleeve (10', 10"), - wherein the package sleeve (10', 10") has several fold lines (2, 2'), - wherein the two side surfaces (3, 4) in each case have a secondary fold line running through the side surface (3, 4), - wherein the package sleeve (10', 10") is exclusively folded along both secondary fold lines, and - wherein the package sleeve (10', 10") is open both in the region of the base surfaces and in the region of the gable surfaces,
A processor architecture, comprising: a first plurality of data processing elements (3; 3.1, 3.2,...), a data link structure adapted for dynamically interconnecting a number of data processing elements from said first plurality of data processing elements, at least one configuration register (3s, 5.2i, 5.3j), wherein, based on the contents of said configuration register, said first plurality of data processing elements (3; 3.1, 3.2,...) is adapted for temporarily constituting at runtime at least one group of one or more of said data processing elements from said first plurality of data processing elements dynamically via said data link structure, characterized in that each data processing element of said first plurality of data processing elements comprises a respective synchronization unit (3e, 3f, 3r), wherein said synchronization units are adapted for synchronizing data processing by individual data processing elements within said group of data processing elements. a first plurality of data processing elements (3; 3.1, 3.2,...), a data link structure adapted for dynamically interconnecting a number of data processing elements from said first plurality of data processing elements, at least one configuration register (3s, 5.2i, 5.3j), wherein, based on the contents of said configuration register, said first plurality of data processing elements (3; 3.1, 3.2,...) is adapted for temporarily constituting at runtime at least one group of one or more of said data processing elements from said first plurality of data processing elements dynamically via said data link structure, characterized in that each data processing element of said first plurality of data processing elements comprises a respective synchronization unit (3e, 3f, 3r), wherein said synchronization units are adapted for synchronizing data processing by individual data processing elements within said group of data processing elements.
Damper for damping torsional vibrations of a crankshaft the damper comprising a housing, suitable to be fixedly connected with an end of a crankshaft, a flywheel suitable to be rotatably connected with said end wherein the housing is provided with permanent magnets and the flywheel is provided with a first arrangement of coils arranged in such a way to couple a magnetic flux produced by the permanent magnets, said magnetic flux dragging in rotation said flywheel, so that the coils produce electric current only as a consequence of a speed variation between the housing and the flywheel, wherein said flywheel further comprises a second arrangement of coils series connected with said first arrangement of coils, characterized in that the damper further comprises a stator provided with a third arrangement of coils arranged in such a way to couple a magnetic flux produced by said second arrangement of coils, wherein said second arrangement of coils is electrically supplied by said first arrangement of coils, the third arrangement of coils being conceived to convey electric current induced by a magnetic flux produced by said second arrangement of coils.
Mixed flow turbine for the expansion phase of a steam thermodynamic cycle or an organic Rankine cycle comprising: - a first section in which a first expansion of a main flow of a working fluid takes place in a substantially radial direction, said first section comprising at least one stator stage (S1, S2,..., Sn) and at least one rotor stage (R1, R2,..., Rn), - a second section in which a second expansion of the main flow of the working fluid takes place in a substantially axial direction, said second section comprising at least one stator stage and at least one rotor stage, - between said first and second section, at least one angular row of stator blades which deflect the main flow of the working fluid from the initial radial direction to a substantially axial direction, said turbine being characterized by means for injection and/or means for extraction of a second flow of the working fluid, accommodated within the angular row of stator blades. - a first section in which a first expansion of a main flow of a working fluid takes place in a substantially radial direction, said first section comprising at least one stator stage (S1, S2,..., Sn) and at least one rotor stage (R1, R2,..., Rn), - a second section in which a second expansion of the main flow of the working fluid takes place in a substantially axial direction, said second section comprising at least one stator stage and at least one rotor stage, - between said first and second section, at least one angular row of stator blades which deflect the main flow of the working fluid from the initial radial direction to a substantially axial direction, said turbine being characterized by means for injection and/or means for extraction of a second flow of the working fluid, accommodated within the angular row of stator blades.