mhurhangee/patent-ind-claim-en huggingface dataset:
A method of transmitting multi-bit scheduling request, SRs, from a user equipment, UE, the method comprising: receiving , at the UE, a radio resource control, RRC, message from a base station, wherein the RRC message indicates that uplink component carriers, CCs, of the UE are to be assigned to a plurality of uplink CC groups, wherein the plurality of uplink CC groups include a first uplink CC group and a second uplink CC group; assigning the uplink CCs to the plurality of uplink CC groups; generating , at the UE, a multi-bit SR for each group of the plurality of uplink CC groups, wherein the generating includes generating a first multi-bit SR for the first uplink CC group and a second multi-bit SR for the second uplink CC group, wherein a first number of bits of the first multi-bit SR is different from a second number of bits of the second multi-bit SR; mapping each logical channel of a plurality of logical channels at the UE to one or more uplink CCs of the plurality of uplink CCs; and transmitting , from the UE, the multi-bit SR generated for each group of the plurality of uplink CC groups to a base station. receiving , at the UE, a radio resource control, RRC, message from a base station, wherein the RRC message indicates that uplink component carriers, CCs, of the UE are to be assigned to a plurality of uplink CC groups, wherein the plurality of uplink CC groups include a first uplink CC group and a second uplink CC group; assigning the uplink CCs to the plurality of uplink CC groups; generating , at the UE, a multi-bit SR for each group of the plurality of uplink CC groups, wherein the generating includes generating a first multi-bit SR for the first uplink CC group and a second multi-bit SR for the second uplink CC group, wherein a first number of bits of the first multi-bit SR is different from a second number of bits of the second multi-bit SR; mapping each logical channel of a plurality of logical channels at the UE to one or more uplink CCs of the plurality of uplink CCs; and transmitting , from the UE, the multi-bit SR generated for each group of the plurality of uplink CC groups to a base station.
A motor vehicle comprising an air guiding device , the air guiding device comprising: - a fixed part intended to be fixed to the motor vehicle, and - at least one moveable part mounted on the fixed part , the moveable part being rotatable relative to the fixed part between a rest position and a deployed position, the moveable part comprising a first air guiding surface and a second air guiding surface , substantially opposite the first air guiding surface , the first air guiding surface guiding the flow of air when the moveable part is in the rest position, the second air guiding surface guiding the flow of air when the moveable part occupies the deployed position, characterized in that : - the second air guiding surface has a profiled shape, allowing effective air guiding when the movable part occupies its deployed position, the second air guiding surface having a concave shape, or a convex shape, and - the rotation of the moveable part from the rest position toward the deployed position is done under the effect of a flow of air around the motor vehicle when said motor vehicle moves, the moveable part rotating from the deployed position to the rest position when the speed of the motor vehicle is below a predetermined non-nil threshold, the rotation angle of the moveable part between the rest position and the deployed position being greater than 120°, and advantageously substantially equal to 180°. - a fixed part intended to be fixed to the motor vehicle, and - at least one moveable part mounted on the fixed part , the moveable part being rotatable relative to the fixed part between a rest position and a deployed position, the moveable part comprising a first air guiding surface and a second air guiding surface , substantially opposite the first air guiding surface , the first air guiding surface guiding the flow of air when the moveable part is in the rest position, the second air guiding surface guiding the flow of air when the moveable part occupies the deployed position, characterized in that : the second air guiding surface guiding the flow of air when the moveable part occupies the deployed position, characterized in that : - the second air guiding surface has a profiled shape, allowing effective air guiding when the movable part occupies its deployed position, the second air guiding surface having a concave shape, or a convex shape, and - the rotation of the moveable part from the rest position toward the deployed position is done under the effect of a flow of air around the motor vehicle when said motor vehicle moves, the moveable part rotating from the deployed position to the rest position when the speed of the motor vehicle is below a predetermined non-nil threshold, the rotation angle of the moveable part between the rest position and the deployed position being greater than 120°, and advantageously substantially equal to 180°.
A bodywork of a road vehicle for transporting goods comprising two vertical lateral flanks , a roof , and a floor assembled with each other and partially delimiting an interior loading space, at least one lateral fairing comprising at least one panel extending longitudinally and movable in rotation between a lowered position of use in which said panel is located vertically below one of the lateral flanks and a lifted position, and at least one cylinder provided with a body and a rod to exert, at least during the movement of lifting said panel, a thrust force tending to displace said panel to the lifted position, characterised in that said panel comprises a plurality of successive longitudinal profiles (34 to 40) in the direction of the height of said panel, and pillars supporting the longitudinal profiles, said longitudinal profiles (34 to 40) jointly delimiting an outer continuous face in the direction of the height of said panel, each pillar of said panel being equipped, at an upper end, with a mounting member hinged about a horizontal hinge axis mounted on an associated support fastened to the floor of said bodywork, the rod of said cylinder being hinged on the mounting member of one of the pillars of said panel about a horizontal hinge axis , and the body of said cylinder being hinged on the associated support about a horizontal hinge axis , and in that in the lowered position of said panel, the hinge axes of the body and of the cylinder rod are offset inwardly of the bodywork relative to the lateral flank located on the side of said panel, the hinge axis of the cylinder rod being offset inwardly and upwardly relative to the hinge axis , and the hinge axis of the cylinder body being offset downwardly relative to the hinge axis and relative to the hinge axis . characterised in that said panel comprises a plurality of successive longitudinal profiles (34 to 40) in the direction of the height of said panel, and pillars supporting the longitudinal profiles, said longitudinal profiles (34 to 40) jointly delimiting an outer continuous face in the direction of the height of said panel, each pillar of said panel being equipped, at an upper end, with a mounting member hinged about a horizontal hinge axis mounted on an associated support fastened to the floor of said bodywork, the rod of said cylinder being hinged on the mounting member of one of the pillars of said panel about a horizontal hinge axis , and the body of said cylinder being hinged on the associated support about a horizontal hinge axis , and in that in the lowered position of said panel, the hinge axes of the body and of the cylinder rod are offset inwardly of the bodywork relative to the lateral flank located on the side of said panel, the hinge axis of the cylinder rod being offset inwardly and upwardly relative to the hinge axis , and the hinge axis of the cylinder body being offset downwardly relative to the hinge axis and relative to the hinge axis .
A kit for use in sequencing a nucleic acid comprising: (a) a plurality of four nucleotide analogues having the structures and and (b) instructions for use. (a) a plurality of four nucleotide analogues having the structures and and (b) instructions for use.
A system for detecting the presence of an air bubble and/or particle in a liquid flowing in a tube , comprising: an ultrasonic sensor of a transmitter element and a receiver element to be mounted on the outside of the tube opposing each other; a generator of ultrasonic energy supplied to the said transmitter element and transmitted through a liquid flowing in the tube to be received by the receiving element and be converted into an electrical signal that is of a steady-state component when there is no air bubble and/or particle in the liquid and is a transient state component when an air bubble and/or particle is present; an amplifier for amplifying the electrical signal from said sensor receiving element; a detector circuit configured to receive the signal from the output of said amplifier; a conditioning circuit configured to split the signal at the output of said detector circuit into separate steady-state and transient component signals, wherein the separate steady-state and transient component signals are applied to an analog to digital converter ; the analog to digital converter to convert the separate steady-state and transient component signals into digital data; and a microprocessor responsive to the digital data and programmed to act like a pulse height analyzer to detect the presence and size of an air bubble and/or particle in the liquid by a change, relative to the steady-state component, in the amplitude of the transient component signal at the output of said amplifier, wherein said microprocessor operates to detect the failure of the system in response to the absence of the steady state component. an ultrasonic sensor of a transmitter element and a receiver element to be mounted on the outside of the tube opposing each other; a generator of ultrasonic energy supplied to the said transmitter element and transmitted through a liquid flowing in the tube to be received by the receiving element and be converted into an electrical signal that is of a steady-state component when there is no air bubble and/or particle in the liquid and is a transient state component when an air bubble and/or particle is present; an amplifier for amplifying the electrical signal from said sensor receiving element; a detector circuit configured to receive the signal from the output of said amplifier; a conditioning circuit configured to split the signal at the output of said detector circuit into separate steady-state and transient component signals, wherein the separate steady-state and transient component signals are applied to an analog to digital converter ; the analog to digital converter to convert the separate steady-state and transient component signals into digital data; and a microprocessor responsive to the digital data and programmed to act like a pulse height analyzer to detect the presence and size of an air bubble and/or particle in the liquid by a change, relative to the steady-state component, in the amplitude of the transient component signal at the output of said amplifier, wherein said microprocessor operates to detect the failure of the system in response to the absence of the steady state component.
An authentication method for an elevator service request, comprising steps of: receiving an authorized digital certificate and an elevator service request command (S510), wherein the elevator service request command is generated (S430) by a personal mobile terminal (200, 200-1, 200-2), and the authorized digital certificate is acquired (S410) from a digital certificate management device by the personal mobile terminal; verifying the authorized digital certificate in an offline mode (S520) to implement authentication of the elevator service request command; the method being characterized in that in the verification step (S520), the authorized digital certificate is verified in the offline mode in a wireless beacon of the elevator system . receiving an authorized digital certificate and an elevator service request command (S510), wherein the elevator service request command is generated (S430) by a personal mobile terminal (200, 200-1, 200-2), and the authorized digital certificate is acquired (S410) from a digital certificate management device by the personal mobile terminal; verifying the authorized digital certificate in an offline mode (S520) to implement authentication of the elevator service request command; the method being characterized in that in the verification step (S520), the authorized digital certificate is verified in the offline mode in a wireless beacon of the elevator system .
A motorised lock device comprising a rotatable lock shaft configured for mounting to a cylinder lock of a building door, such that in use, rotation of the lock shaft operates a lock bolt associated with the cylinder lock, the device further comprising a coupling bush mounted around the lock shaft, and a gear wheel (140, 240. 340, 440) mounted around the coupling bush, which engages therewith via an engagement member that extends in a radially inward direction, whereby the gear wheel is drivable by a pinion gear mounted to an output shaft of an electric motor; characterized in that : • the coupling bush is displaceable in axial direction between a disengaged position and an engaged position in which the bush and the gear wheel are rotationally coupled to the lock shaft via an axially compressible engagement mechanism that engages with the coupling bush at a first end thereof; • axial displacement of the coupling bush towards the engaged position is effected by driven rotation of the gear wheel , via cooperation between at least one first cam provided on the coupling bush and at least at least one second cam provided on a further component of the lock device, whereby at least one of the first and second cams comprises a ramp surface inclined in axial direction, and whereby the lock device is provided with anti-rotation means, which prevent rotation of the coupling bush during displacement from the disengaged position towards the engaged position; and • the lock device further comprises a return mechanism for returning the coupling bush from the engaged position to the disengaged position. • the coupling bush is displaceable in axial direction between a disengaged position and an engaged position in which the bush and the gear wheel are rotationally coupled to the lock shaft via an axially compressible engagement mechanism that engages with the coupling bush at a first end thereof; • axial displacement of the coupling bush towards the engaged position is effected by driven rotation of the gear wheel , via cooperation between at least one first cam provided on the coupling bush and at least at least one second cam provided on a further component of the lock device, whereby at least one of the first and second cams comprises a ramp surface inclined in axial direction, and whereby the lock device is provided with anti-rotation means, which prevent rotation of the coupling bush during displacement from the disengaged position towards the engaged position; and • the lock device further comprises a return mechanism for returning the coupling bush from the engaged position to the disengaged position.
A circumferential locking mechanism , comprising: a first component comprising a first body and pins ; a second component comprising a second body and a limiting face on the second body , the limiting face extending in a circumferential direction and comprising segments (122', 122", 122"'), characterized in that the pins extend from the first body in an axial direction and are distributed on the first body along a first circumference; the radius of the limiting face of the second component tapering in both the axial and circumferential directions at the segments (122', 122", 122"'); and a third component for impelling the first component to engage with the second component , wherein the first component and the second component are arranged such that the first circumference and the limiting face are coaxial, and when the first component is engaged with the second component , the pins abut against the limiting face . a first component comprising a first body and pins ; a second component comprising a second body and a limiting face on the second body , the limiting face extending in a circumferential direction and comprising segments (122', 122", 122"'), the pins extend from the first body in an axial direction and are distributed on the first body along a first circumference; the radius of the limiting face of the second component tapering in both the axial and circumferential directions at the segments (122', 122", 122"'); and a third component for impelling the first component to engage with the second component , wherein the first component and the second component are arranged such that the first circumference and the limiting face are coaxial, and when the first component is engaged with the second component , the pins abut against the limiting face .
A dispensing device comprising a bottle , a trigger dispensing head and a connection system between the trigger dispensing head and the bottle , the connection system comprising: - a skirt of the frame , consisting of a cylindrical annular wall having a free edge and an inner surface with an inner diameter (D32i), said skirt being provided with a seat configured as an inlet on the inner surface , accessible by the free edge ; - a neck of the bottle consisting of a cylindrical annular wall having a free edge and an outer surface with an outer diameter (D8e), said neck being provided with a rib protruding from the outer surface ; wherein, in a relative assembled position, the rib is angularly aligned with the seat and, outside of said relative assembled position, the rib constitutes an impediment to the axial insertion of the skirt on the neck ; wherein the dispensing device is characterized in that , a direction of rotation (A) being defined, the rib has a first side inclined with respect to a tangential direction, so as to form a ramp outwards according to said direction of rotation (A). - a skirt of the frame , consisting of a cylindrical annular wall having a free edge and an inner surface with an inner diameter (D32i), said skirt being provided with a seat configured as an inlet on the inner surface , accessible by the free edge ; - a neck of the bottle consisting of a cylindrical annular wall having a free edge and an outer surface with an outer diameter (D8e), said neck being provided with a rib protruding from the outer surface ; wherein, in a relative assembled position, the rib is angularly aligned with the seat and, outside of said relative assembled position, the rib constitutes an impediment to the axial insertion of the skirt on the neck ; wherein the dispensing device is characterized in that , a direction of rotation (A) being defined, the rib has a first side inclined with respect to a tangential direction, so as to form a ramp outwards according to said direction of rotation (A).
An apparatus for a bone cement mixing device comprising: a pump body ; two or more arms extending from the pump body configured to hold a cement mixing container ; a vacuum port exposed on an exterior surface of the pump body and positioned to engage a port on the cement mixing container; a venturi positioned proximate the vacuum port; a perforator within the pump body, the perforator configured to puncture a gas container to release gas to the venturi to create a vacuum at the vacuum port; and an actuator configured to puncture the gas container with the perforator. a pump body ; two or more arms extending from the pump body configured to hold a cement mixing container ; a vacuum port exposed on an exterior surface of the pump body and positioned to engage a port on the cement mixing container; a venturi positioned proximate the vacuum port; a perforator within the pump body, the perforator configured to puncture a gas container to release gas to the venturi to create a vacuum at the vacuum port; and an actuator configured to puncture the gas container with the perforator.
Multilayer antistatic and/or conductive for insoles , wherein, it consists of an assembly of superimposed layers, said assembly comprising: - a first layer of fabric which is intended to be facing and/or in contact, preferably by means of a sock, with the foot of the user wearing the shoe, inside which is inserted the insole made with said multilayer , said first layer is in non-conductive material fiber fabric and has no surface seams in conductive material, - a second layer in antistatic and/or electrically conductive polymeric material intended to be in contact with the midsole of the shoe, inside which the insole made with said multilayer is inserted, and characterized in that : - said second layer is entirely and completely positioned below the first layer , and - an electrically conductive resin is applied to said first layer in non-conductive fiber fabric, in correspondence with at least one area of said first layer , which is in a different material than said second layer and which penetrates and passes through said first layer to allow the passage, only at at least one area of said first layer , of the electric charges through the first layer towards said second layer . - a first layer of fabric which is intended to be facing and/or in contact, preferably by means of a sock, with the foot of the user wearing the shoe, inside which is inserted the insole made with said multilayer , said first layer is in non-conductive material fiber fabric and has no surface seams in conductive material, - a second layer in antistatic and/or electrically conductive polymeric material intended to be in contact with the midsole of the shoe, inside which the insole made with said multilayer is inserted, - said second layer is entirely and completely positioned below the first layer , and - an electrically conductive resin is applied to said first layer in non-conductive fiber fabric, in correspondence with at least one area of said first layer , which is in a different material than said second layer and which penetrates and passes through said first layer to allow the passage, only at at least one area of said first layer , of the electric charges through the first layer towards said second layer .
A vehicle display device comprising: a display unit configured to display at least an image relating to a driving state of a vehicle; and a controller configured to perform processings, the processings including a processing of generating image data of an image to be displayed on the display unit , wherein the image data relates to the driving state; the vehicle display device characterized by further comprising a temperature sensor (SR2) configured to measure a temperature of the controller , wherein the controller is adapted to reduce an amount of a processing other than a processing having a higher degree of priority, when the temperature of the controller is equal to or higher than a predetermined first value; and the processing of generating the image data relating to the driving state has a higher priority than those of other processings. a display unit configured to display at least an image relating to a driving state of a vehicle; and a controller configured to perform processings, the processings including a processing of generating image data of an image to be displayed on the display unit , wherein the image data relates to the driving state; the vehicle display device characterized by further comprising a temperature sensor (SR2) configured to measure a temperature of the controller , wherein the controller is adapted to reduce an amount of a processing other than a processing having a higher degree of priority, when the temperature of the controller is equal to or higher than a predetermined first value; and the processing of generating the image data relating to the driving state has a higher priority than those of other processings.