mhurhangee/patent-ind-claim-en huggingface dataset:
A method for data communication, comprising: receiving , by a user equipment, UE, at least one piece of configuration signaling indicating a first logical channel corresponding to a primary base station and a second logical channel corresponding to a secondary base station; generating , by the UE, a first buffer status report when uplink data locating on the first logical channel is to be transmitted; reporting , by the UE, the first buffer status report to the primary base station; generating , by the UE, a second buffer status report when uplink data locating on the second logical channel is to be transmitted; reporting , by the UE, the second buffer status report to the secondary base station. receiving , by a user equipment, UE, at least one piece of configuration signaling indicating a first logical channel corresponding to a primary base station and a second logical channel corresponding to a secondary base station; generating , by the UE, a first buffer status report when uplink data locating on the first logical channel is to be transmitted; reporting , by the UE, the first buffer status report to the primary base station; generating , by the UE, a second buffer status report when uplink data locating on the second logical channel is to be transmitted; reporting , by the UE, the second buffer status report to the secondary base station.
A device for assisting the functioning of a heart valve comprising: a first section having a generally spiral shape adapted to be positioned on a ventricular side of the heart valve; and a second section adapted to be positioned on an atrial side of the heart valve, wherein the second section is shaped and dimensioned so as to hold the device in place; wherein the first section is connected to the second section; characterized in that the generally spiral shape of the first section starts from a center point of the first section and moves away from the center point of the first section as it winds around the center point of the first section, the generally spiral shape of the first section forming a path that starts from an opening at the outer periphery of the generally spiral shape of the first section; wherein the generally spiral shape of the first section is configured such that during implanting of the device, chords associated with the heart valve are positioned within the path of the generally spiral shape of the first section such that turning the first section around the chords forces the chords within the path closer to the center point of the first section. a first section having a generally spiral shape adapted to be positioned on a ventricular side of the heart valve; and a second section adapted to be positioned on an atrial side of the heart valve, wherein the second section is shaped and dimensioned so as to hold the device in place; wherein the first section is connected to the second section; characterized in that the generally spiral shape of the first section starts from a center point of the first section and moves away from the center point of the first section as it winds around the center point of the first section, the generally spiral shape of the first section forming a path that starts from an opening at the outer periphery of the generally spiral shape of the first section; wherein the generally spiral shape of the first section is configured such that during implanting of the device, chords associated with the heart valve are positioned within the path of the generally spiral shape of the first section such that turning the first section around the chords forces the chords within the path closer to the center point of the first section.
An inhaler control clip comprising - a casing comprising a receptacle for accommodating an inhaler; - a sensor unit arranged in the casing and comprising at least one air pollution sensor , which is configured to perform a measurement of at least one quantity indicative of a concentration of at least one gas component or particulate in an ambient atmosphere and to provide at least one sensor output signal indicative thereof; - a control unit , which is arranged in the casing , connected with the sensor unit and which is configured to trigger the sensor unit to perform the measurement; - a communication unit which is arranged in the casing and comprises a communication interface to an external configuration device, and which is configured to receive via the communication interface configuration data indicative of one or more sampling points in time to trigger performance of the measurement and of at least one reference value for ambient atmosphere composition; and - a warning unit arranged in the casing and configured to receive the sensor output signal and the reference value and to compare the sensor output signal with the reference value and to provide a warning signal upon determining that the concentration of the at least one gas component or particulate in the ambient atmosphere exceeds the reference value; wherein - the control unit receives the configuration data and is configured to trigger performance of the measurement at configurable sampling points in time using the configuration data. - a casing comprising a receptacle for accommodating an inhaler; - a sensor unit arranged in the casing and comprising at least one air pollution sensor , which is configured to perform a measurement of at least one quantity indicative of a concentration of at least one gas component or particulate in an ambient atmosphere and to provide at least one sensor output signal indicative thereof; - a control unit , which is arranged in the casing , connected with the sensor unit and which is configured to trigger the sensor unit to perform the measurement; - a communication unit which is arranged in the casing and comprises a communication interface to an external configuration device, and which is configured to receive via the communication interface configuration data indicative of one or more sampling points in time to trigger performance of the measurement and of at least one reference value for ambient atmosphere composition; and - a warning unit arranged in the casing and configured to receive the sensor output signal and the reference value and to compare the sensor output signal with the reference value and to provide a warning signal upon determining that the concentration of the at least one gas component or particulate in the ambient atmosphere exceeds the reference value; wherein - the control unit receives the configuration data and is configured to trigger performance of the measurement at configurable sampling points in time using the configuration data.
Current converter for monitoring of high- and medium-voltage grids having direct and alternating currents or mixed currents, comprising: - a primary conductor ; - a housing through which the primary conductor is led; - an inductive alternating current sensor having at least one secondary coil which is disposed in the housing and - a compensation current sensor having a compensation coil disposed in the housing for producing a compensation magnetic field, compensating a primary magnetic field produced by the primary conductor , and a magnetometer for sensing a sum of the primary magnetic field and the compensation magnetic field, - wherein the inductive alternating current sensor has at least one measuring core and at least one protective core , - wherein the magnetometer is a fluxgate magnetometer, - wherein the fluxgate magnetometer has two compensation cores arranged in the housing , annularly extending about the primary conductor , and an excitation winding wound in an inverse direction about the two compensation cores , and - wherein the fluxgate magnetometer has an additional core and an additional secondary winding arranged in the housing , annularly extending about the primary conductor and the additional secondary winding and the compensation coil are wound about the additional core . - a primary conductor ; - a housing through which the primary conductor is led; - an inductive alternating current sensor having at least one secondary coil which is disposed in the housing and - a compensation current sensor having a compensation coil disposed in the housing for producing a compensation magnetic field, compensating a primary magnetic field produced by the primary conductor , and a magnetometer for sensing a sum of the primary magnetic field and the compensation magnetic field, - wherein the inductive alternating current sensor has at least one measuring core and at least one protective core , - wherein the magnetometer is a fluxgate magnetometer, - wherein the fluxgate magnetometer has two compensation cores arranged in the housing , annularly extending about the primary conductor , and an excitation winding wound in an inverse direction about the two compensation cores , and - wherein the fluxgate magnetometer has an additional core and an additional secondary winding arranged in the housing , annularly extending about the primary conductor and the additional secondary winding and the compensation coil are wound about the additional core .
Method for determining a transmission quality of an optical unit of a camera system , in which - spatially resolved information of at least one image of the camera system is transformed section by section using a frequency transformation , so that a sequence of transformation coefficients is determined for each section of the at least one image, wherein a respective transformation coefficient is in each case a measure of an energy value (E) in a specific frequency range, - at least one sequence of transformation coefficients which has the highest energy values (E) for the highest frequencies (f) is selected , - a distribution of the frequencies (f) is determined using the at least one selected sequence and - the distribution of the frequencies (f) is compared with a reference , wherein the transmission quality of the optical unit is determined using the comparison in order to draw conclusions with respect to a contamination and/or wear of the optical unit. - spatially resolved information of at least one image of the camera system is transformed section by section using a frequency transformation , so that a sequence of transformation coefficients is determined for each section of the at least one image, wherein a respective transformation coefficient is in each case a measure of an energy value (E) in a specific frequency range, - at least one sequence of transformation coefficients which has the highest energy values (E) for the highest frequencies (f) is selected , - a distribution of the frequencies (f) is determined using the at least one selected sequence and - the distribution of the frequencies (f) is compared with a reference , wherein the transmission quality of the optical unit is determined using the comparison in order to draw conclusions with respect to a contamination and/or wear of the optical unit.
A laminate sleeve for use in covering a pipe joint, comprising: a. an inner adhesive layer; b. an outer layer comprising a cross-linked polyolefin; c. an intermediate layer, between said inner layer and said outer layer, and bonded thereto, comprising a heat sensitive polymeric compound, wherein the inner layer is thinner than the intermediate layer. a. an inner adhesive layer; b. an outer layer comprising a cross-linked polyolefin; c. an intermediate layer, between said inner layer and said outer layer, and bonded thereto, comprising a heat sensitive polymeric compound, wherein the inner layer is thinner than the intermediate layer.
Semiconductor chip, comprising a substrate ; a stack of one or more insulating layers and one or more metal layers arranged on the substrate ; a sensor device arranged in a sensor area(SA) of the semiconductor chip; processing circuitry arranged in a processing area (PA) of the semiconductor chip; connection circuitry configured to provide an electrical connection between the sensor device and the processing circuitry ; a first seal ring structure arranged between an outer edge (ED) of the chip and an inner area (IA) of the chip, the inner area (IA) encompassing the sensor area (SA) and the processing area (PA); and a second seal ring structure arranged between the sensor area (SA) and the processing area (PA) and configured to constrain an infiltration of contaminants from the sensor area (SA) to the processing area (PA), wherein the semiconductor chip comprises a passivation layer arranged at least partly on top of the stack ; the first seal ring structure and the second seal ring structure are implemented in the stack between the substrate and the passivation layer , the second seal ring structure is a closed seal ring structure; the closed seal ring structure provides a closed seal ring between the substrate and the passivation layer; the closed seal ring structure is electrically insulated from the sensor device and the processing circuitry ; and the semiconductor chip comprises as connection circuitry a contact layer arranged on top of the passivation layer , the contact layer being configured to contact the sensor device through an opening of the passivation layer.
Turboshaft engine , fitted with a system for the recovery of energy from exhaust gases from said turboshaft engine , comprising: - a turbine fitted rotatably around a recovery shaft , adapted to bleed off at least a part of the exhaust gases, known as bleed gases, and to expand said bleed gases to become expanded gases at a pressure below atmospheric pressure; - a first heat exchanger , adapted to use a cold source to cool said expanded gases to become cooled gases ; - a compressor fitted rotatably around said recovery shaft , adapted to compress said cooled gases to atmospheric pressure; - a fan configured to bring the cold source to the first heat exchanger , the fan being driven in rotation by the recovery shaft ; the turboshaft engine further comprising a second turbine driving in rotation a second turbine shaft, characterised in that the recovery shaft is connected to the second turbine shaft. - a turbine fitted rotatably around a recovery shaft , adapted to bleed off at least a part of the exhaust gases, known as bleed gases, and to expand said bleed gases to become expanded gases at a pressure below atmospheric pressure; - a first heat exchanger , adapted to use a cold source to cool said expanded gases to become cooled gases ; - a compressor fitted rotatably around said recovery shaft , adapted to compress said cooled gases to atmospheric pressure; - a fan configured to bring the cold source to the first heat exchanger , the fan being driven in rotation by the recovery shaft ;
An injectable trace element solution for livestock, which includes at least selenium, copper, zinc and manganese, in which at least one of the metals selected from the group comprising copper, zinc and manganese is provided in the form of an EDTA complex and which comprises 35-50 mg/ml of zinc and which comprises a concentration of the metals of at least 60 mg/ml.
A device for opening bags, in particular bags containing loose materials, consisting of sharp-pointed elements mounted in at least one row and fixed on at least one profile , characterized in that the sharp-pointed elements are shaped like an arrowhead and the ends of at least one profile are in which they are embedded are attached to the perimeter of the lower frame of the device , with a movable frame placed above the lower frame , movably connected to the lower frame by means of pins placed at the corners of the frames and a locking mechanism , and containing at least one profile with a hole adapted to the dimensions of the sharp-pointed elements and positioned over the profile with the sharp-pointed elements , the device further comprises handles attached to the lower frame .
A method performed by a user equipment , UE, the method comprising: determining whether to perform a transmission of a first ACKnowledgement/Non-ACKnowledgement, ACK/NACK, or a reception of a second ACK/NACK based on a first message priority for a reception of a first data related to the first ACK/NACK and a second message priority for a transmission of a second data related to the second ACK/NACK; and transmitting the first ACK/NACK based on the first message priority being higher than a second message priority, or receiving the second ACK/NACK based on the second message priority being higher than the first message priority, wherein the transmission of the first ACK/NACK is overlapped in time with the reception of the second ACK/NACK. determining whether to perform a transmission of a first ACKnowledgement/Non-ACKnowledgement, ACK/NACK, or a reception of a second ACK/NACK based on a first message priority for a reception of a first data related to the first ACK/NACK and a second message priority for a transmission of a second data related to the second ACK/NACK; and transmitting the first ACK/NACK based on the first message priority being higher than a second message priority, or receiving the second ACK/NACK based on the second message priority being higher than the first message priority, wherein the transmission of the first ACK/NACK is overlapped in time with the reception of the second ACK/NACK.
A biaxially oriented, multilayer polymer barrier film, having gas barrier properties and comprising a polyolefin core layer and at least one barrier surface layer of ethylene vinyl alcohol (EVOH) on at least one side of the core layer, the barrier surface layer of EVOH being biaxially oriented by simultaneous orientation to a stretching ratio from 4 to 8 in the machine and transversal directions, and being an external surface of the multilayer polymer barrier film, wherein the barrier surface layer of EVOH is less than 1.5 μm thick and has an ethylene content of 36 mole-% or lower; and the film has an oxygen transmission (OTR) lower than 10 cm 3 / m 2 /1 day/ 1 atm, 24 h, 23°C, 50% RH (measured according to the method in the description).
Ambrisentan for use in the treatment of Delayed Graft Function following renal transplantation, wherein ambrisentan is administered to a treated subject such that the plasma levels of ambrisentan are maintained below about 100 ng/ml.
Adhesive valve comprising: - at least one flexible label which has an upper surface and a lower surface , wherein at least the lower surface is provided with adhesive and at least one incision connects the two surfaces; wherein at least one portion of the lower surface is provided with adhesive; - at least one flexible membrane which has an upper surface and a lower surface and which adheres to the at least one portion provided with adhesive of the lower surface of the flexible label ; wherein the lower surface of the flexible membrane is substantially non-adhesive, wherein, in plan view, a portion of the flexible membrane is arranged under the incision of the flexible label , wherein the flexible label , in plan view, has at least one flap which extends beyond the flexible membrane in order to adhere to a sheet so as to retain on the latter said flexible membrane ; wherein the lower surface of the flexible label comprises at least one non-adherent portion which, in plan view, is adjacent to the flexible membrane or at least partially superimposed on the latter; wherein the incision , in plan view, crosses said at least one non-adherent portion and is not spaced from the latter; characterised in that the non-adherent portion comprises at least a part thereof which, in plan view, extends towards an edge of the flexible membrane , tapering towards the latter and widening away from it so as to define a divergent channel for gas which is directed towards the incision and penetrates between the flexible membrane and the non-adherent portion . - at least one flexible label which has an upper surface and a lower surface , wherein at least the lower surface is provided with adhesive and at least one incision connects the two surfaces; wherein at least one portion of the lower surface is provided with adhesive; - at least one flexible membrane which has an upper surface and a lower surface and which adheres to the at least one portion provided with adhesive of the lower surface of the flexible label ; wherein the lower surface of the flexible membrane is substantially non-adhesive, wherein, in plan view, a portion of the flexible membrane is arranged under the incision of the flexible label , wherein the flexible label , in plan view, has at least one flap which extends beyond the flexible membrane in order to adhere to a sheet so as to retain on the latter said flexible membrane ; wherein the lower surface of the flexible label comprises at least one non-adherent portion which, in plan view, is adjacent to the flexible membrane or at least partially superimposed on the latter; wherein the incision , in plan view, crosses said at least one non-adherent portion and is not spaced from the latter; characterised in that the non-adherent portion comprises at least a part thereof which, in plan view, extends towards an edge of the flexible membrane , tapering towards the latter and widening away from it so as to define a divergent channel for gas which is directed towards the incision and penetrates between the flexible membrane and the non-adherent portion .
An electromagnetic shield structure comprising: an electromagnetic shield pipe; a plurality of cables configured to be inserted into the electromagnetic shield pipe and exposed from an end portion of the electromagnetic shield pipe ; and a plurality of cylindrical flexible shield members configured to cover the plurality of cables exposed from the end portion of the electromagnetic shield pipe, wherein the plurality of cylindrical flexible shield members is fixed with a crimp member on an outer circumference of the electromagnetic shield pipe, an entire outer circumferential surface of each of the plurality of cylindrical flexible shield members is pressed by the crimp member from an outer circumferential side, on a cross section perpendicular to a longitudinal direction of the electromagnetic shield pipe in a portion where the crimp member is disposed, characterized in that the plurality of cylindrical flexible shield members includes at least a first cylindrical flexible shield member and a second cylindrical flexible shield member , the first cylindrical flexible shield member and the second cylindrical flexible shield member are fixed with the crimp member on the outer circumference of the electromagnetic shield pipe the first cylindrical flexible shield member and the second cylindrical flexible shield member are fixed with the crimp member without being overlapped in a circumferential direction, on the cross section perpendicular to the longitudinal direction of the electromagnetic shield pipe . an electromagnetic shield pipe; a plurality of cables configured to be inserted into the electromagnetic shield pipe and exposed from an end portion of the electromagnetic shield pipe ; and a plurality of cylindrical flexible shield members configured to cover the plurality of cables exposed from the end portion of the electromagnetic shield pipe, wherein the plurality of cylindrical flexible shield members is fixed with a crimp member on an outer circumference of the electromagnetic shield pipe, an entire outer circumferential surface of each of the plurality of cylindrical flexible shield members is pressed by the crimp member from an outer circumferential side, on a cross section perpendicular to a longitudinal direction of the electromagnetic shield pipe in a portion where the crimp member is disposed, characterized in that the plurality of cylindrical flexible shield members includes at least a first cylindrical flexible shield member and a second cylindrical flexible shield member , the first cylindrical flexible shield member and the second cylindrical flexible shield member are fixed with the crimp member on the outer circumference of the electromagnetic shield pipe the first cylindrical flexible shield member and the second cylindrical flexible shield member are fixed with the crimp member without being overlapped in a circumferential direction, on the cross section perpendicular to the longitudinal direction of the electromagnetic shield pipe .