mhurhangee/patent-ind-claim-en huggingface dataset:
A training device comprising: - at least three cross-members with an opening at each end of the cross-member ; - at least four support columns connecting and supporting the cross-members ; - a pin provided for each support column in order to connect the cross-member or cross-members to the corresponding support column , characterized in that an end opening of the cross-member comprises a cylindrical protrusion with an end circumference , and an annular step formed on the cylindrical protrusion thereby forming the cylindrical protrusion with two different diameters, wherein the end circumference of the cylindrical protrusion of one cross-member end opening may be supported on the annular step of the another cross-member ; the support column comprises a cross-wall , arranged perpendicularly to the longitudinal axis of the support column , with a cross-wall opening in the centre of the cross-wall in order to receive the pin ; wherein the cross-wall opening of the support column has a cylindrical protrusion towards the longitudinal axis (X) of the support column , wherein an annular step is formed on the inner surface of the cylindrical protrusion , forming a cylindrical protrusion with two different diameters, wherein the end circumference of the cylindrical protrusion of the cross-member end opening may be supported on the annular step of the support column ; wherein the pin comprises a head and a core with a free end , wherein at the free end of the core are sequentially arranged at least two annular snap-fitting beads formed so to pass through the cylindrical protrusion of the cross-member end opening and the cylindrical protrusion of the support column cross-wall opening in snap-fit manner creating a demountable snap-fit. - at least three cross-members with an opening at each end of the cross-member ; - at least four support columns connecting and supporting the cross-members ; - a pin provided for each support column in order to connect the cross-member or cross-members to the corresponding support column , the support column comprises a cross-wall , arranged perpendicularly to the longitudinal axis of the support column , with a cross-wall opening in the centre of the cross-wall in order to receive the pin ; wherein the cross-wall opening of the support column has a cylindrical protrusion towards the longitudinal axis (X) of the support column , wherein an annular step is formed on the inner surface of the cylindrical protrusion , forming a cylindrical protrusion with two different diameters, wherein the end circumference of the cylindrical protrusion of the cross-member end opening may be supported on the annular step of the support column ; wherein the pin comprises a head and a core with a free end , wherein at the free end of the core are sequentially arranged at least two annular snap-fitting beads formed so to pass through the cylindrical protrusion of the cross-member end opening and the cylindrical protrusion of the support column cross-wall opening in snap-fit manner creating a demountable snap-fit.
A non-volatile memory or storage device having stored thereon at least part of a bitstream including encoded image or video content for which values of quantization parameter, QP, vary according to a relationship between a luma component and chroma components, wherein the bitstream is organized to facilitate decoding of at least some of the encoded content by operations comprising: setting a picture-level chroma QP offset and a slice-level chroma QP offset for decoding of a slice of a picture; for the decoding of the slice, using the picture-level chroma QP offset and the slice-level chroma QP offset to regulate inverse quantization, according to a chroma QP, of transform coefficients for one or more portions of the slice; and performing chroma deblock filtering of at least part of the slice, wherein derivation of a control parameter for the chroma deblock filtering of the at least part of the slice considers the picture-level chroma QP offset but not the slice-level chroma QP offset, the control parameter depending on a variable qP I derived as: qP I = QP Q + QP P + 1 ≫ 1 + cqp _ offset , wherein variables QP Q and QP P represent luma QP values for blocks on either side of an edge in the at least part of the slice on which chroma deblock filtering is performed, and wherein variable cqp_offset represents the picture-level chroma QP offset; and wherein, according to bitstream syntax, the picture-level chroma QP offset is separately signaled for two different chroma components for the picture, and wherein values of the control parameter are derived separately for the two different chroma components. setting a picture-level chroma QP offset and a slice-level chroma QP offset for decoding of a slice of a picture; for the decoding of the slice, using the picture-level chroma QP offset and the slice-level chroma QP offset to regulate inverse quantization, according to a chroma QP, of transform coefficients for one or more portions of the slice; and performing chroma deblock filtering of at least part of the slice, wherein derivation of a control parameter for the chroma deblock filtering of the at least part of the slice considers the picture-level chroma QP offset but not the slice-level chroma QP offset, the control parameter depending on a variable qP I derived as: qP I = QP Q + QP P + 1 ≫ 1 + cqp _ offset , wherein variables QP Q and QP P represent luma QP values for blocks on either side of an edge in the at least part of the slice on which chroma deblock filtering is performed, and wherein variable cqp_offset represents the picture-level chroma QP offset; and wherein, according to bitstream syntax, the picture-level chroma QP offset is separately signaled for two different chroma components for the picture, and wherein values of the control parameter are derived separately for the two different chroma components.
Method for determining a direction of at least one sound source using an audio system capturing by an array of microphones the sound emitted by the at least one sound source, comprising the following steps: - emitting (4.1) a sound by way of the at least one sound source and recording the sound signals received by the array of microphones, - executing (4.3, 4.5) cross-correlations between the received signals in order to deduce the relative times of arrival therefrom, the method further comprising the following steps: - creating (4.7) for each microphones a sinusoidal signal of time having a determined frequency and a phase offset dependent on the relative times of arrival, - computing (4.8) to determine a direction value of the sound source in a spatial reference frame defined by the array of microphones, using as input parameter the sinusoidal signal function of time, - presenting the direction value. - emitting (4.1) a sound by way of the at least one sound source and recording the sound signals received by the array of microphones, - executing (4.3, 4.5) cross-correlations between the received signals in order to deduce the relative times of arrival therefrom, the method further comprising the following steps: - creating (4.7) for each microphones a sinusoidal signal of time having a determined frequency and a phase offset dependent on the relative times of arrival, - computing (4.8) to determine a direction value of the sound source in a spatial reference frame defined by the array of microphones, using as input parameter the sinusoidal signal function of time, - presenting the direction value.
A steam steriliser for medical instruments comprising a feeding system suitable to feed a sterilisation chamber and having at least one main tank for containing a sterilisation fluid ; an evacuation system suitable to evacuate a discharge fluid from said sterilisation chamber ; and characterised in that it comprises a purification system suitable to draw said sterilisation fluid out of said main tank and to introduce it into said main tank , and said purification system comprising cleaning means suitable to purify by filtering said sterilisation fluid , so as to lower the bacterial load and conductivity thereof.
A hemostatic material comprising a compacted ORC powder comprising particles having average aspect ratio from 1 to 18.
A thermoplastic composite article comprising a porous core layer comprising a web of open cell structures comprising random crossing over of a plurality of reinforcing glass fibers held together by a thermoplastic polyolefin material, wherein the porous core layer comprises a porosity of 20% to 95%, and wherein the porous core layer further comprises non-covalently bonded expandable graphite particles homogeneously dispersed in the web of open celled structures, wherein the expandable graphite particles are dispersed in the web of open celled structures in a uniform distribution from a first surface of the porous core layer to a second surface of the porous core layer, and wherein the thermoplastic composite article meets the Federal Motor Vehicle Safety Standard 302 (FMVSS 302) flammability test dated 1991 and self-extinguishes, and wherein the expandable graphite particles loft, under infrared heating conditions, at a loft temperature that is 20 degrees Celsius or higher than a melting point temperature of the thermoplastic material in the porous core layer.
An electronically controlled V-belt continuously variable transmission comprising a fixed sheave that is fixed to a drive shaft , a movable sheave that has a movable sheave boss for receiving the drive shaft and is supported on the drive shaft so as to be capable of moving in an axial direction of the drive shaft while facing the fixed sheave , a V-belt that is wound around between the fixed sheave and the movable sheave , a first shift mechanism that comprises a cam member having a cam face , that sandwiches a centrifugal weight between the cam face and a weight retaining plate disposed so as to oppose the cam member , and that drives the centrifugal weight by means of centrifugal force accompanying rotation of the drive shaft to thus move the movable sheave in the axial direction, a second shift mechanism that comprises a drive arm relatively rotatably and axially non-movably fitted onto the movable sheave boss via a rolling bearing and that transmits a driving force of an actuator linked to the drive arm to the movable sheave to thus move the movable sheave in the axial direction, and a fastening member that is disposed between the cam member and the weight retaining plate , is joined to the movable sheave boss , and retains the cam member or the weight retaining plate on the movable sheave boss , and comprises on an inner peripheral surface thereof a screw part that has a screw groove screwed onto the movable sheave , characterized in that the fastening member further comprises, on an inner peripheral face thereof, a press fitting part that has an oil seal member press fitted thereinto.
A communication device comprising: means for communicating with a base station of an Evolved UMTS Terrestrial Radio Access Network, E-UTRAN; means for communicating with an access point of a wireless local area network, WLAN ; means for providing to said base station, an indication of whether the communication device is enabled to support traffic steering between said E-UTRAN and said WLAN ; means for receiving, a steering command for steering traffic between the base station of the E-UTRAN and the access point of the WLAN ; and means for steering traffic between the base station of the E-UTRAN and the access point of the WLAN according to the steering command, wherein when the communication device is not capable of connecting to the access point of the WLAN , the communication device is configured to provide an indication for indicating to the base station of the E-UTRAN a related cause of non-compliance with the steering command. means for communicating with a base station of an Evolved UMTS Terrestrial Radio Access Network, E-UTRAN; means for communicating with an access point of a wireless local area network, WLAN ; means for providing to said base station, an indication of whether the communication device is enabled to support traffic steering between said E-UTRAN and said WLAN ; means for receiving, a steering command for steering traffic between the base station of the E-UTRAN and the access point of the WLAN ; and means for steering traffic between the base station of the E-UTRAN and the access point of the WLAN according to the steering command, wherein when the communication device is not capable of connecting to the access point of the WLAN , the communication device is configured to provide an indication for indicating to the base station of the E-UTRAN a related cause of non-compliance with the steering command.
A patch comprising a backing, and an adhesive layer laminated on at least one surface of the backing, wherein the adhesive layer contains at least one selected from the group consisting of fentanyl and salts thereof, and contains an adhesive base material and an antioxidant having a sulfur atom in its molecule.
A rotating display apparatus based on dual circularly polarized bidirectional data transmission modules, comprising a base board , a motor , a main control board , and an LED light board , wherein a pair of dual circularly polarized bidirectional data transmission modules are arranged on the base board and the main control board , and each of the dual circularly polarized bidirectional data transmission modules comprises a millimeter wave modulation-demodulation transceiver , a substrate integrated waveguide 90 degree electric bridge , orthogonal half mode waveguide excitation gaps , and an orthogonal mode combined waveguide circularly polarized radiator ; and the substrate integrated waveguide 90 degree electric bridge is connected to the millimeter wave modulation-demodulation transceiver , the orthogonal half mode waveguide excitation gaps are connected to the substrate integrated waveguide 90 degree electric bridge , and the orthogonal mode combined waveguide circularly polarized radiator is connected to the orthogonal half mode waveguide excitation gaps .
A gas sampling catheter comprising a catheter shaft having a proximal end and a distal end, the catheter shaft defining a gas flow lumen therein, a gas sampling port adjacent the distal end of the gas flow lumen of the catheter shaft , the gas sampling port providing fluid communication between the exterior of the catheter shaft and the distal end of the gas flow lumen of the catheter shaft ; and a sensor element disposed in fluid communication with the gas flow lumen , the sensor element configured to detect a component of a gaseous sample, the sensor element comprising a first measurement zone comprising a plurality of discrete binding detectors . a catheter shaft having a proximal end and a distal end, the catheter shaft defining a gas flow lumen therein, a gas sampling port adjacent the distal end of the gas flow lumen of the catheter shaft , the gas sampling port providing fluid communication between the exterior of the catheter shaft and the distal end of the gas flow lumen of the catheter shaft ; and a sensor element disposed in fluid communication with the gas flow lumen , the sensor element configured to detect a component of a gaseous sample, the sensor element comprising a first measurement zone comprising a plurality of discrete binding detectors .
A method for the directed transmission of electromagnetic radiation in the frequency range between 0.1 and 10 terahertz in the form of a terahertz beam in a wireless communication system from a transmitter to a receiver, wherein the terahertz beam is directed toward the receiver and is dynamically tracked, characterised in that the transmitter and receiver are provided with means by which the optimal direction of the radiated terahertz wave, respectively the optimal deflection of an incident terahertz wave, may be determined, wherein the means communicate by means of radio transmission and provide information to one another about the respective relative position, in that the radiation is directed by a planar modulator from the transmitter to the receiver and dynamically tracked, wherein the modulator has a matrix of at least 10 x 10 individual active planar elements , wherein each planar element has a diameter of greater than 5 μm and less than 100 μm, in particular of approximately 10 μm, wherein each planar element is individually controlled by a central control device and adopts one of at least two states in accordance with the control, wherein the radiation passes through the planar elements of the modulator , wherein the refractive index and/or the transmission of the planar elements are electronically controlled, or wherein the radiation is reflected on the planar elements of the modulator , wherein the position and/or the reflectivity of the planar elements are controlled.
A liquid pharmaceutical gonadotropin formulation, comprising a gonadotropin, and arginine in an amount of from 50 to 160 mM, wherein the formulation does not comprise an additional buffer, and wherein the pH of the formulation is between 6.0 and 7.5.
Monitoring system for a damping element on a rail vehicle, wherein the damping element comprises a first section fastened to the rail vehicle and a second section configured to introduce a force acting horizontally on the rail vehicle, and the monitoring system comprises the following: - a sensor which is fitted to the damping element and is intended to sense a change in a distance (s) between the first section and the second section ; - a data memory ; and - a processing device which is configured to determine information relating to the change in the distance (s) and to store said information in the data memory , - characterized by - a local energy supply device for autonomously supplying the processing device , comprising a generator for providing electrical energy on the basis of a relative movement of the sections , wherein the generator is configured to inductively convert mechanical energy into electrical energy and comprises a coil , which is configured to be fitted to the first section , and a magnet which is configured to be fitted to the second section , - and wherein the sensor is configured to determine a magnetic field and to be fitted to the first section , also comprising a magnet which is configured to be fitted to the second section , - wherein the same magnet is provided for influencing the sensor and the coil . - a sensor which is fitted to the damping element and is intended to sense a change in a distance (s) between the first section and the second section ; - a data memory ; and - a processing device which is configured to determine information relating to the change in the distance (s) and to store said information in the data memory , - characterized by - a local energy supply device for autonomously supplying the processing device , comprising a generator for providing electrical energy on the basis of a relative movement of the sections , wherein the generator is configured to inductively convert mechanical energy into electrical energy and comprises a coil , which is configured to be fitted to the first section , and a magnet which is configured to be fitted to the second section , - and wherein the sensor is configured to determine a magnetic field and to be fitted to the first section , also comprising a magnet which is configured to be fitted to the second section , - wherein the same magnet is provided for influencing the sensor and the coil .
A communication network extending between a plurality of input blocks (E 1 ,..., E N1 ) and a plurality of output blocks (S 1 ,..., SN2), each input block (E 1 ,..., E N1 ) comprising a predetermined number P1 of input ports (W 1 ,..., W P1 ) and each output block (S 1 ,...., S N2 ) comprising at least the same number P2 of output ports (Z 1 ,..., Z P2 ) as the predetermined number P1 of input ports, the predetermined number P1 of input ports being strictly greater than 1, the network comprising a plurality of switches (C 1 ,..., C N3 ), each switch (C 1 ,..., C N3 ) comprising a first and second input terminals and a first and second output terminals and being able to connect the first and second input terminals, respectively, to the first and second output terminals or vice versa, based on a command signal received by the switch, characterized in that - when the result of the multiplication of the number of input ports P1 by the number of input blocks N1 is even, the number N3 of switches is equal to: N 3 = N 1 × P 1 2 , with N1 the number of input blocks, and - when the result of the multiplication of the number of input ports P1 by the number of input blocks N1 is odd, the number N3 of switches is equal to: N 3 = N 1 × P 1 − 1 2 , and one of the input ports of one of the input blocks is connected directly via a data link to the output port of one of the output blocks, and in that for each switch (C 1 ,..., C N3 ), the first and second input terminals are each connected directly via a respective data link to different input blocks (E 1 ,..., E N1 ) and the first and second output terminals are each connected directly via a respective data link to different output blocks (Si,..., S N2 ). - when the result of the multiplication of the number of input ports P1 by the number of input blocks N1 is even, the number N3 of switches is equal to: N 3 = N 1 × P 1 2 , with N1 the number of input blocks, and - when the result of the multiplication of the number of input ports P1 by the number of input blocks N1 is odd, the number N3 of switches is equal to: N 3 = N 1 × P 1 − 1 2 , and one of the input ports of one of the input blocks is connected directly via a data link to the output port of one of the output blocks, and in that for each switch (C 1 ,..., C N3 ), the first and second input terminals are each connected directly via a respective data link to different input blocks (E 1 ,..., E N1 ) and the first and second output terminals are each connected directly via a respective data link to different output blocks (Si,..., S N2 ).
A separation-transfer device that separates analyte by way of electrophoresis, dispenses the analyte thus separated from a dispensing part , and transfers the analyte thus separated to a transfer membrane by causing the transfer membrane to abut the dispensing part and move in a direction that is orthogonal to the dispensing part , characterized in that the device comprises a transfer-membrane retaining jig comprising: a fixing part that fixes two ends of the transfer membrane in said movement direction, wherein the fixing part includes: an elastic body that abuts the transfer membrane from an opposite side to the dispensing part ; and a pressing member that presses the transfer membrane against the elastic body . a fixing part that fixes two ends of the transfer membrane in said movement direction, wherein the fixing part includes: an elastic body that abuts the transfer membrane from an opposite side to the dispensing part ; and a pressing member that presses the transfer membrane against the elastic body . an elastic body that abuts the transfer membrane from an opposite side to the dispensing part ; and a pressing member that presses the transfer membrane against the elastic body .