mhurhangee/patent-ind-claim-en huggingface dataset:
An implantable device adapted for assisting the flow of blood from left atrium to descending aorta of an in-vivo heart, the implantable device comprising: an inlet cannula adapted to be connected to the left atrium and an outlet cannula adapted to be connected to the descending aorta, wherein the inlet and outlet cannula is in fluid communication with a blood pressure pump; a first accelerometer mounted on the housing of the blood pressure pump, wherein the first accelerometer is adapted for measuring mitral valve motion; an implanted controller in electrical communication with at least one implanted ECG sensor adapted for detecting ECG signals, wherein the at least one implanted ECG sensor is positioned between the blood pressure pump and the implanted controller; the implanted controller comprises a processor adapted to analyse detected ECG signals, and the mitral valve motion; the processor dynamically adjusts the target blood pressure pump speed based on ECG signals and mitral valve motion such that the blood flows from left atrium to both left ventricle and descending aorta. an inlet cannula adapted to be connected to the left atrium and an outlet cannula adapted to be connected to the descending aorta, wherein the inlet and outlet cannula is in fluid communication with a blood pressure pump; a first accelerometer mounted on the housing of the blood pressure pump, wherein the first accelerometer is adapted for measuring mitral valve motion; an implanted controller in electrical communication with at least one implanted ECG sensor adapted for detecting ECG signals, wherein the at least one implanted ECG sensor is positioned between the blood pressure pump and the implanted controller; the implanted controller comprises a processor adapted to analyse detected ECG signals, and the mitral valve motion; the processor dynamically adjusts the target blood pressure pump speed based on ECG signals and mitral valve motion such that the blood flows from left atrium to both left ventricle and descending aorta.
An oral care implement comprising: an elongated body extending along a longitudinal axis (A-A) and comprising a head portion and a handle portion ; a first bristle carrier section movably disposed on the head portion , the first bristle carrier section comprising a plurality of first tooth cleaning elements extending outward from a front surface thereof; a second bristle carrier section movably disposed on the head portion adjacent the first bristle carrier section , the second bristle carrier section comprising a plurality of second tooth cleaning elements extending outward from a front surface thereof; the first and second bristle carrier sections hingedly coupled together about a common pivot axis parallel to said longitudinal axis (A-A); an actuator operably coupled to the first and second bristle carrier sections , the actuator alterable between: a first state in which the actuator causes the first and second bristle carrier sections to assume an extended position; and a second state in which the actuator causes the first and second bristle carrier sections to assume a transversely folded position in which the first and second tooth cleaning elements converge; characterized in that the first and second bristle carrier sections are formed of a rigid plastic material. an elongated body extending along a longitudinal axis (A-A) and comprising a head portion and a handle portion ; a first bristle carrier section movably disposed on the head portion , the first bristle carrier section comprising a plurality of first tooth cleaning elements extending outward from a front surface thereof; a second bristle carrier section movably disposed on the head portion adjacent the first bristle carrier section , the second bristle carrier section comprising a plurality of second tooth cleaning elements extending outward from a front surface thereof; the first and second bristle carrier sections hingedly coupled together about a common pivot axis parallel to said longitudinal axis (A-A); an actuator operably coupled to the first and second bristle carrier sections , the actuator alterable between: a first state in which the actuator causes the first and second bristle carrier sections to assume an extended position; and a second state in which the actuator causes the first and second bristle carrier sections to assume a transversely folded position in which the first and second tooth cleaning elements converge; characterized in that the first and second bristle carrier sections are formed of a rigid plastic material.
An electronic device comprising: a Planar Inverted-F Antenna, PIFA, type antenna which is transmitting or receiving a wireless signal; a wireless communication unit for processing the transmitted or received wireless signal; a printed circuit board , wherein the wireless communication unit is mounted on the printed circuit board and wherein the printed circuit board includes a ground area ; a power feeding pad positioned on the printed circuit board , electrically connected with a signal transmitting/receiving terminal of the wireless communication unit, and connected with a power feeding section of the PIFA type antenna when the PIFA type antenna is equipped in the electronic device; a conductive case ; a ground pad positioned on the conductive case of the electronic device, the conductive case being electrically connected with the ground area , and the ground pad being electrically connected with a ground section of the PIFA type antenna when the PIFA type antenna is equipped in the electronic device; and a connection section which forms an electric route between the power feeding pad and the ground pad , wherein the connection section is configured to electrically connect the power feeding pad and the signal transmitting/receiving terminal of the wireless communication unit to the ground area . a Planar Inverted-F Antenna, PIFA, type antenna which is transmitting or receiving a wireless signal; a wireless communication unit for processing the transmitted or received wireless signal; a printed circuit board , wherein the wireless communication unit is mounted on the printed circuit board and wherein the printed circuit board includes a ground area ; a power feeding pad positioned on the printed circuit board , electrically connected with a signal transmitting/receiving terminal of the wireless communication unit, and connected with a power feeding section of the PIFA type antenna when the PIFA type antenna is equipped in the electronic device; a conductive case ; a ground pad positioned on the conductive case of the electronic device, the conductive case being electrically connected with the ground area , and the ground pad being electrically connected with a ground section of the PIFA type antenna when the PIFA type antenna is equipped in the electronic device; and a connection section which forms an electric route between the power feeding pad and the ground pad , wherein the connection section is configured to electrically connect the power feeding pad and the signal transmitting/receiving terminal of the wireless communication unit to the ground area .
Continuously variable transmission comprising a first gear pump and a second gear pump , wherein each gear pump comprises a fluid inlet , a fluid outlet a and a pump volume between the fluid inlet and the fluid outlet, wherein each gear pump further comprises a first gear rotatable within the respective pump volume about a first gear axis and a second gear rotatable within the respective pump volume about a second gear axis and meshing with the first gear over an overlap distance in an overlap direction parallel to the first gear axis for displacing fluid through the respective pump volume from the respective fluid inlet to the respective fluid outlet, wherein the fluid outlet of the first gear pump is arranged in fluid communication with the fluid inlet of the second gear pump and the fluid outlet of the second gear pump is arranged in fluid communication with the fluid inlet of the first gear pump, characterized in that each gear pump further comprises an adjustment member for adjusting the pump volume of the respective gear pump, wherein the adjustment member of the first gear pump and the adjustment member of the second gear pump are interconnected by a connecting member that is arranged for adjusting the pump volume of the first gear pump and the pump volume of the second gear pump in an inverse correlation to each other.
A data transmission method, comprising: determining , by a first terminal apparatus, a priority of uplink data carried on a physical uplink shared channel PUSCH, a priority of first sidelink data carried on a physical sidelink shared channel PSSCH, and a priority of sidelink feedback control information SFCI carried on a physical sidelink feedback channel PSFCH, wherein the PUSCH, the PSSCH, and the PSFCH occupy a same slot; and sending , by the first terminal apparatus, the uplink data through the PUSCH, or the first sidelink data through the PSSCH and/or the SFCI through the PSFCH based on the priority of the uplink data, the priority of the first sidelink data, and the priority of the SFCI. determining , by a first terminal apparatus, a priority of uplink data carried on a physical uplink shared channel PUSCH, a priority of first sidelink data carried on a physical sidelink shared channel PSSCH, and a priority of sidelink feedback control information SFCI carried on a physical sidelink feedback channel PSFCH, wherein the PUSCH, the PSSCH, and the PSFCH occupy a same slot; and sending , by the first terminal apparatus, the uplink data through the PUSCH, or the first sidelink data through the PSSCH and/or the SFCI through the PSFCH based on the priority of the uplink data, the priority of the first sidelink data, and the priority of the SFCI.
A method of controlling a transmission , comprising: providing an input , an output , a control system , a hydrostatic unit , and a geartrain , the geartrain including a direct drive pivot clutch and a steer drive geartrain ; receiving a pivot command from a shift selector , the command indicating the shift selector is in a pivot position; engaging the direct drive pivot clutch ; decoupling the hydrostatic unit from a first torque path defined between the input and the output ; and coupling the input and the output to one another via a second torque path, the second torque path defined through the direct drive pivot clutch and the steer drive geartrain . providing an input , an output , a control system , a hydrostatic unit , and a geartrain , the geartrain including a direct drive pivot clutch and a steer drive geartrain ; receiving a pivot command from a shift selector , the command indicating the shift selector is in a pivot position; engaging the direct drive pivot clutch ; decoupling the hydrostatic unit from a first torque path defined between the input and the output ; and coupling the input and the output to one another via a second torque path, the second torque path defined through the direct drive pivot clutch and the steer drive geartrain .
A method of adaptation of contention windows in a multicarrier wireless communication system implementing a listen-before-talk protocol, the method comprising: determining one first component carrier, CC, of multiple CCs to serve as a backoff channel; performing a listen-before-talk procedure on the first CC serving as a backoff channel, the listen-before-talk procedure including: sensing whether the backoff channel is clear (S100) (S102) during a backoff period drawn from a contention window, CW; if the sensing does not indicate that the backoff channel is clear: deferring transmitting on the first CC (S106); and if the sensing indicates that the backoff channel is clear: transmitting on the first CC (S104); performing a clear channel assessment, CCA, on one or more CCs that do not serve as a backoff channel (S102); and transmitting on the one or more second CCs that do not serve as backoff channel for which the corresponding CCA indicates a clear channel (S104); and determining a size of the CW based on at least one transmission feedback value (S108). determining one first component carrier, CC, of multiple CCs to serve as a backoff channel; performing a listen-before-talk procedure on the first CC serving as a backoff channel, the listen-before-talk procedure including: sensing whether the backoff channel is clear (S100) (S102) during a backoff period drawn from a contention window, CW; if the sensing does not indicate that the backoff channel is clear: deferring transmitting on the first CC (S106); and if the sensing indicates that the backoff channel is clear: transmitting on the first CC (S104); performing a clear channel assessment, CCA, on one or more CCs that do not serve as a backoff channel (S102); and transmitting on the one or more second CCs that do not serve as backoff channel for which the corresponding CCA indicates a clear channel (S104); and sensing whether the backoff channel is clear (S100) (S102) during a backoff period drawn from a contention window, CW; if the sensing does not indicate that the backoff channel is clear: deferring transmitting on the first CC (S106); and deferring transmitting on the first CC (S106); and if the sensing indicates that the backoff channel is clear: transmitting on the first CC (S104); performing a clear channel assessment, CCA, on one or more CCs that do not serve as a backoff channel (S102); and transmitting on the one or more second CCs that do not serve as backoff channel for which the corresponding CCA indicates a clear channel (S104); and transmitting on the first CC (S104); performing a clear channel assessment, CCA, on one or more CCs that do not serve as a backoff channel (S102); and transmitting on the one or more second CCs that do not serve as backoff channel for which the corresponding CCA indicates a clear channel (S104); and determining a size of the CW based on at least one transmission feedback value (S108).
A cart comprising: a base freely movable on a support surface between a first location remote from a surgical table and a second location adjacent to the surgical table ; an arm support coupled to the base and configured to support a surgical robotic arm having a coupler releasably couplable to a coupling site on the surgical table , characterized in that the arm support is releasably couplable to the surgical robotic arm at a support location spaced from the coupler to support the surgical robotic arm above the base and permit movement of the arm between a first position in which the coupler is not engageable with the coupling site when the base is at the second location and a second position in which the coupler is engageable with the coupling site when the base is at the second location to allow the arm support to disengage from the surgical robotic arm when the coupler is engaged with the coupling site. a base freely movable on a support surface between a first location remote from a surgical table and a second location adjacent to the surgical table ; an arm support coupled to the base and configured to support a surgical robotic arm having a coupler releasably couplable to a coupling site on the surgical table , characterized in that the arm support is releasably couplable to the surgical robotic arm at a support location spaced from the coupler to support the surgical robotic arm above the base and permit movement of the arm between a first position in which the coupler is not engageable with the coupling site when the base is at the second location and a second position in which the coupler is engageable with the coupling site when the base is at the second location to allow the arm support to disengage from the surgical robotic arm when the coupler is engaged with the coupling site.
An electronic device , comprising: a display screen comprising a display surface and a non-display surface opposite to each other; a first lens module ; and a fingerprint sensor configured to receive an optical signal transmitted through the non-display surface and the first lens module to collect fingerprint information; characterized in that the electronic device further comprises: a first driving mechanism connected to the first lens module and configured to drive the first lens module to move, so as to change a fingerprint information collection area of the fingerprint sensor , wherein the first lens module , the fingerprint sensor , and the first driving mechanism are disposed on the side of the non-display surface ; and a processor coupled to the first driving mechanism and configured to control movement of the first lens module to increase the fingerprint information collection area of the fingerprint sensor when the fingerprint sensor does not collect the fingerprint information or a matching degree between the fingerprint information collected by the fingerprint sensor and a preset fingerprint information is lower than a preset value. a display screen comprising a display surface and a non-display surface opposite to each other; a first lens module ; and a fingerprint sensor configured to receive an optical signal transmitted through the non-display surface and the first lens module to collect fingerprint information; characterized in that the electronic device further comprises: a first driving mechanism connected to the first lens module and configured to drive the first lens module to move, so as to change a fingerprint information collection area of the fingerprint sensor , wherein the first lens module , the fingerprint sensor , and the first driving mechanism are disposed on the side of the non-display surface ; and a processor coupled to the first driving mechanism and configured to control movement of the first lens module to increase the fingerprint information collection area of the fingerprint sensor when the fingerprint sensor does not collect the fingerprint information or a matching degree between the fingerprint information collected by the fingerprint sensor and a preset fingerprint information is lower than a preset value. a first driving mechanism connected to the first lens module and configured to drive the first lens module to move, so as to change a fingerprint information collection area of the fingerprint sensor , wherein the first lens module , the fingerprint sensor , and the first driving mechanism are disposed on the side of the non-display surface ; and a processor coupled to the first driving mechanism and configured to control movement of the first lens module to increase the fingerprint information collection area of the fingerprint sensor when the fingerprint sensor does not collect the fingerprint information or a matching degree between the fingerprint information collected by the fingerprint sensor and a preset fingerprint information is lower than a preset value.
Imaging method, having the steps: - defining a concentration time curve (ZK) for an injection of at least two spectrally differentiable contrast agents (K1, K2) with a predetermined temporally variable concentration, - recording x-ray raw data (RD) of a region of an examination object (O) through which the contrast agents (K1, K2) flow, - carrying out a spectral decomposition on the basis of the x-ray raw data (RD) with respect to the different contrast agents (K1, K2), - reconstructing at least two image data sets (BD1, BD2) on the basis of the spectral decomposition, - determining functional data (VT) on the basis of the at least two image data sets (BD1, BD2), wherein by means of the concentration time curve (ZK) a contrast agent mixture of the two spectrally differentiable contrast agents (K1, K2) is defined with a predetermined temporally variable mixed concentration. - defining a concentration time curve (ZK) for an injection of at least two spectrally differentiable contrast agents (K1, K2) with a predetermined temporally variable concentration, - recording x-ray raw data (RD) of a region of an examination object (O) through which the contrast agents (K1, K2) flow, - carrying out a spectral decomposition on the basis of the x-ray raw data (RD) with respect to the different contrast agents (K1, K2), - reconstructing at least two image data sets (BD1, BD2) on the basis of the spectral decomposition, - determining functional data (VT) on the basis of the at least two image data sets (BD1, BD2),
A system comprising: an elevator system , comprising: an elevator car ; and a control system ; characterized in that the control system is configured to receive an elevator car crowd reduction indicator, determine an elevator car load reduction for the elevator car based on the elevator car crowd reduction indicator, lower an elevator car load limit based on the elevator car load reduction, and trigger a mitigation action in the elevator system based on detecting a condition that exceeds the elevator car load limit. an elevator car ; and a control system ; characterized in that the control system is configured to receive an elevator car crowd reduction indicator, determine an elevator car load reduction for the elevator car based on the elevator car crowd reduction indicator, lower an elevator car load limit based on the elevator car load reduction, and trigger a mitigation action in the elevator system based on detecting a condition that exceeds the elevator car load limit.
Device for harvesting vegetable crops from the ground, which vegetable crops have a stem and a crown supported by the stem and leaves attached to the stem, said device comprising a frame , a first drive for moving the frame onward over the ground, a cutter for severing the stem, a second drive (17a,b) for the cutter, characterized by a stripper for stripping the leaves from the stem while the vegetable crop is still in the ground, and a third drive (11a,b) for moving the stripper vertically downwards along the stem for in the stripper's strip position stripping the leaves from the stem, wherein the stripper comprises two or more stripper members (14a,b), and a fourth drive (15a,b) for moving the stripper members towards each other and away from each other between a position that is free from the stem and a strip position in which they engage onto the leaves at least near the stem.