mhurhangee/patent-ind-claim-en huggingface dataset:
An actuator control device for use in steering of a vehicle, the actuator control device comprising: a turning control value calculation unit configured to calculate a first assistance control value (C1) that controls an actuator configured to turn a steered wheel on a basis of an operation state amount by a driver with respect to a steering mechanism of the vehicle; a target value setting unit configured to set a target value of a state amount indicating a traveling direction of the vehicle on a basis of a surrounding environment of the vehicle; a target value control unit (41, 45-47, 80, 82) configured to calculate a second assistance control value (C2) that controls the actuator by integral control so that actual the state amount approaches the target value; an adder configured to calculate a sum of the first assistance control value (C1) and the second assistance control value (C2) as a drive current command value for the actuator; and an integral suppression unit (42-44, 73) configured to suppress an increase in a first integral value calculated in the integral control according to a second integral value calculated according to the operation state amount, wherein the integral suppression unit (42-44, 73) integrates a variable that changes according to the operation state amount to calculate the second integral value. a turning control value calculation unit configured to calculate a first assistance control value (C1) that controls an actuator configured to turn a steered wheel on a basis of an operation state amount by a driver with respect to a steering mechanism of the vehicle; a target value setting unit configured to set a target value of a state amount indicating a traveling direction of the vehicle on a basis of a surrounding environment of the vehicle; a target value control unit (41, 45-47, 80, 82) configured to calculate a second assistance control value (C2) that controls the actuator by integral control so that actual the state amount approaches the target value; an adder configured to calculate a sum of the first assistance control value (C1) and the second assistance control value (C2) as a drive current command value for the actuator; and an integral suppression unit (42-44, 73) configured to suppress an increase in a first integral value calculated in the integral control according to a second integral value calculated according to the operation state amount, wherein the integral suppression unit (42-44, 73) integrates a variable that changes according to the operation state amount to calculate the second integral value.
An ultrasound probe holding device configured to attach to the head of an infant for transfontanellar imaging, comprising: a head pad configured to be in contact with the head of the infant and comprising a central opening , wherein the head pad is configured to receive an ultrasound probe; a pad squeezer , comprising a central opening and configured to cooperate with the head pad to allow an axial guidance of the head pad along a guidance axis (Δ) substantially perpendicular to a surface tangent to the head of the infant; a device holder configured to be attached to the head of the infant and exert a downward force on the pad squeezer, along said guidance axis; and repellent means configured to exert a repellent force between the pad squeezer and the head pad when the device holder exerts the downward force on the pad squeezer. a head pad configured to be in contact with the head of the infant and comprising a central opening , wherein the head pad is configured to receive an ultrasound probe; a pad squeezer , comprising a central opening and configured to cooperate with the head pad to allow an axial guidance of the head pad along a guidance axis (Δ) substantially perpendicular to a surface tangent to the head of the infant; a device holder configured to be attached to the head of the infant and exert a downward force on the pad squeezer, along said guidance axis; and repellent means configured to exert a repellent force between the pad squeezer and the head pad when the device holder exerts the downward force on the pad squeezer.
A display device , comprising: a curved display module to receive a control signal (MCS, ES) to display an image; a stand including a stand housing having a coupling groove which accommodates a portion of the curved display module ; a first coupling unit including a first coupling housing coupled to the stand housing ; and a second coupling unit including a second coupling housing coupled to the stand housing characterized in that the stand in the stand housing further includes an electric module to provide the control signal (MCS, ES) including an image signal (ES) in addition to a power signal for driving the curved display module ; the coupling groove is curved for holding the portion of the curved display module so that the display module stands while a display surface thereof faces a user; the first coupling unit further includes a first module to receive and be driven by the control signal (OS1), the second coupling unit further includes a second module to receive and be driven by the control signal (OS2), wherein the second module is different from the first module . a curved display module to receive a control signal (MCS, ES) to display an image; a stand including a stand housing having a coupling groove which accommodates a portion of the curved display module ; a first coupling unit including a first coupling housing coupled to the stand housing ; and a second coupling unit including a second coupling housing coupled to the stand housing characterized in that the stand in the stand housing further includes an electric module to provide the control signal (MCS, ES) including an image signal (ES) in addition to a power signal for driving the curved display module ; the coupling groove is curved for holding the portion of the curved display module so that the display module stands while a display surface thereof faces a user; the first coupling unit further includes a first module to receive and be driven by the control signal (OS1), the second coupling unit further includes a second module to receive and be driven by the control signal (OS2), wherein the second module is different from the first module .
A bioresorbable sealing powder comprising (a) at least 5 wt.% of water-soluble electrophilic polymer carrying at least 3 reactive electrophilic groups that are capable of reacting with amine groups under the formation of a covalent bond; (b) 1-50 wt.% of water-soluble nucleophilic cross-linker carrying at least 2 reactive nucleophilic groups that, in the presence of water, are capable of reacting with the reactive electrophilic groups of the electrophilic polymer under the formation of a covalent bond between the electrophilic polymer and the nucleophilic cross-linker; (c) 1-60 wt.% of water-absorbing particles containing at least 50 wt.%, calculated by weight of the water-absorbing particles, of water-insoluble polymer containing reactive nucleophilic groups selected from amine groups, thiol groups and combinations thereof; (d) 10-75 wt.% of water-soluble dispersant that is solid at 20°C, said water-soluble dispersant being selected from monosaccharides, disaccharides, oligosaccharides, sugar alcohols and combinations thereof; wherein the combination of components (a), (b), (c) and (d) constitutes at least 60 wt.% of the sealing powder; wherein the sealing powder has a tapped density in the range of 0.3 - 0.9 g/ml; wherein at least 90 wt.% of the powder has a diameter below 600 μm and not more than 10 wt.% of the powder has a diameter below 10 μm; and wherein the components (a), (b), (c) and (d) may be contained in the same particles or in different particles. (a) at least 5 wt.% of water-soluble electrophilic polymer carrying at least 3 reactive electrophilic groups that are capable of reacting with amine groups under the formation of a covalent bond; (b) 1-50 wt.% of water-soluble nucleophilic cross-linker carrying at least 2 reactive nucleophilic groups that, in the presence of water, are capable of reacting with the reactive electrophilic groups of the electrophilic polymer under the formation of a covalent bond between the electrophilic polymer and the nucleophilic cross-linker; (c) 1-60 wt.% of water-absorbing particles containing at least 50 wt.%, calculated by weight of the water-absorbing particles, of water-insoluble polymer containing reactive nucleophilic groups selected from amine groups, thiol groups and combinations thereof; (d) 10-75 wt.% of water-soluble dispersant that is solid at 20°C, said water-soluble dispersant being selected from monosaccharides, disaccharides, oligosaccharides, sugar alcohols and combinations thereof; wherein the combination of components (a), (b), (c) and (d) constitutes at least 60 wt.% of the sealing powder; wherein the sealing powder has a tapped density in the range of 0.3 - 0.9 g/ml; wherein at least 90 wt.% of the powder has a diameter below 600 μm and not more than 10 wt.% of the powder has a diameter below 10 μm; and wherein the components (a), (b), (c) and (d) may be contained in the same particles or in different particles.
A computer system , comprising: one or more processors ; and one or more computer-readable media having stored thereon computer-executable instructions that are executable by the one or more processors to cause the computer system to set breakpoints on a plurality of memory addresses covered by a data structure, the computer-executable instructions including instructions that are executable to cause the computer system to perform at least the following: receive a reference to a data structure for which breakpoints are requested; based on receiving the reference to the data structure, identify a data structure layout of the data structure; based on the data structure layout of the data structure, identify a plurality of memory addresses that are covered by the data structure; and add the plurality of memory addresses to a list of breakpoints , wherein the plurality of memory addresses covered by the data structure comprise a base memory address of the data structure and all of the other memory addresses of the data structure. one or more processors ; and one or more computer-readable media having stored thereon computer-executable instructions that are executable by the one or more processors to cause the computer system to set breakpoints on a plurality of memory addresses covered by a data structure, the computer-executable instructions including instructions that are executable to cause the computer system to perform at least the following: receive a reference to a data structure for which breakpoints are requested; based on receiving the reference to the data structure, identify a data structure layout of the data structure; based on the data structure layout of the data structure, identify a plurality of memory addresses that are covered by the data structure; and add the plurality of memory addresses to a list of breakpoints , receive a reference to a data structure for which breakpoints are requested; based on receiving the reference to the data structure, identify a data structure layout of the data structure; based on the data structure layout of the data structure, identify a plurality of memory addresses that are covered by the data structure; and add the plurality of memory addresses to a list of breakpoints , wherein the plurality of memory addresses covered by the data structure comprise a base memory address of the data structure and all of the other memory addresses of the data structure.
A method for wireless communications performed by a user equipment, UE , comprising: receiving , from a base station , a single-bit indication, indicating one of two different types of averaging to be applied for channel state information, CSI, reporting; measuring reference signals received in one or more subframes; generating a CSI report based on the measurements and the indicated type of averaging; and sending the CSI report. receiving , from a base station , a single-bit indication, indicating one of two different types of averaging to be applied for channel state information, CSI, reporting; measuring reference signals received in one or more subframes; generating a CSI report based on the measurements and the indicated type of averaging; and sending the CSI report.
Device for fastening a hose of a hose weir on a weir base with a base rail anchored in the weir base and with a clamping rail which is U-shaped in cross-section and the base of which clamping rail forms with the base rail a clamping gap which is V-shaped in cross-section and slopes down towards the apex of the V-shaped cross-section, in which at least one of the two longitudinal edge strips of a membrane forming the hose body is clamped by means of threaded bolts anchored in the weir base and which treaded bolts are passing through the base rail , the at least one longitudinal edge strip and the base of the clamping rail and carrying clamping nuts , wherein the weir sole on the side facing away from the hose body has a contact surface , which slopes away from the clamping gap between the base rail and the clamping rail , which contact surface is for at least one longitudinal edge strip which is widened beyond the clamping gap , and wherein a stiffening profile is fastened to the limb of the clamping rail opposite the hose body , which stiffening profile comprises a connecting web which bears against the limb of the clamping rail and a clamping limb which is angled towards the connecting web , is parallel to the contact surface of the weir base and can be clamped down against the weir base .
An apparatus for obtaining at least one portion of a biological tissue, comprising: at least one hollow tube having an inner diameter less than about 1 mm; a conduit configured to facilitate flow of a fluid therethrough, wherein a proximal end of the at least one hollow tube is in communication with the conduit; at least one vent provided in fluid communication with the conduit , wherein the at least one vent is configured to facilitate a removal of a gas from the fluid; and a filter arrangement provided at least partially in a path of the fluid, wherein a distal portion of the at least hollow tube is structured to be inserted, into the at least one biological tissue to remove the at least one portion therefrom when the at least one tube is withdrawn from the biological tissue, and wherein, in operation, the fluid flows through the conduit so as to remove the at least one portion from the at least one hollow tube , and transport the at least one portion to the filter arrangement . at least one hollow tube having an inner diameter less than about 1 mm; a conduit configured to facilitate flow of a fluid therethrough, wherein a proximal end of the at least one hollow tube is in communication with the conduit; at least one vent provided in fluid communication with the conduit , wherein the at least one vent is configured to facilitate a removal of a gas from the fluid; and a filter arrangement provided at least partially in a path of the fluid, wherein a distal portion of the at least hollow tube is structured to be inserted, into the at least one biological tissue to remove the at least one portion therefrom when the at least one tube is withdrawn from the biological tissue, and wherein, in operation, the fluid flows through the conduit so as to remove the at least one portion from the at least one hollow tube , and transport the at least one portion to the filter arrangement .
Leakage protection assembly with at least two fitting portions (14, 16, 18, 20; 230; 234, 236; 312; 412) for the installation in a water installation before one or more tap points , comprising (a) a turbine or another flow meter (72; 110; 160; 256; 280; 300) for each of the fitting portions generating signals representing the flow through the respective fitting portion, (b) a shut-off valve (50; 107; 128; 148; 260; 296; 318; 418) installed in each of the fitting portions for interrupting the water supply in the drinking water installation; and (c) an individual control device (10; 210; 320; 420) for each fitting portion with a signal processing device fed with signals from the turbine or the other flow meter (72; 110; 160; 256; 280; 300) for determining non-typical and/or unwanted flow conditions in the water installation and for operating the shut-off valve (50; 107; 128; 148; 260; 296; 318; 418); wherein (d) each of the control devices (10; 210; 320; 420) is provided with its own communication unit by means of which the leakage protection assembly can be adjusted by remote control with a user end device having a communication unit; characterized in that (e) a communication of the control devices (10; 210; 320; 420) amongst each other can be established. (a) a turbine or another flow meter (72; 110; 160; 256; 280; 300) for each of the fitting portions generating signals representing the flow through the respective fitting portion, (b) a shut-off valve (50; 107; 128; 148; 260; 296; 318; 418) installed in each of the fitting portions for interrupting the water supply in the drinking water installation; and (c) an individual control device (10; 210; 320; 420) for each fitting portion with a signal processing device fed with signals from the turbine or the other flow meter (72; 110; 160; 256; 280; 300) for determining non-typical and/or unwanted flow conditions in the water installation and for operating the shut-off valve (50; 107; 128; 148; 260; 296; 318; 418); wherein (d) each of the control devices (10; 210; 320; 420) is provided with its own communication unit by means of which the leakage protection assembly can be adjusted by remote control with a user end device having a communication unit; characterized in that (e) a communication of the control devices (10; 210; 320; 420) amongst each other can be established.
A programmable gate controller system for controlling an inverter, the programmable gate controller system comprising: at least one programmable gate controller connected to a central controller ; at least one half bridge having a first power switch and a second power switch interconnected with and controllable by said programmable gate controller ; said programmable gate controller including an amplifier for driving said first power switch and said second power switch and a programmable device for operating said amplifier ; and said programmable gate controller configured to generate commands, in response to a sensor that senses a local condition at the first and second power switches , to vary the switching rate and/or on/off ratio of the first and second power switches and to anticipate one or more potential failure modes of the first and second power switches ; in which inputs for the programmable gate controller comprise a power supply voltage of a power supply for the programmable gate controller, leg current and leg voltage of an output of the half-bridge, switch currents , switch voltages , switch temperatures , gate voltages and gate currents of the first and second power switches . at least one programmable gate controller connected to a central controller ; at least one half bridge having a first power switch and a second power switch interconnected with and controllable by said programmable gate controller ; said programmable gate controller including an amplifier for driving said first power switch and said second power switch and a programmable device for operating said amplifier ; and said programmable gate controller configured to generate commands, in response to a sensor that senses a local condition at the first and second power switches , to vary the switching rate and/or on/off ratio of the first and second power switches and to anticipate one or more potential failure modes of the first and second power switches ; in which inputs for the programmable gate controller comprise a power supply voltage of a power supply for the programmable gate controller, leg current and leg voltage of an output of the half-bridge, switch currents , switch voltages , switch temperatures , gate voltages and gate currents of the first and second power switches .
Method for a label printer to print and separate linerless labels, wherein the label printer comprises a printing unit , a holder for a linerless label ribbon , a cutting unit with at least two blades arranged, respectively, on the two sides of the linerless label ribbon , and a paper-feeding unit , wherein the method comprises the following steps: - by means of the paper-feeding unit , advancing the linerless label ribbon through the printing unit and through the cutting unit ; - during the feed advancement, printing on a part of the linerless label ribbon by means of the printing unit ; - separating the printed linerless label from the linerless label ribbon by means of the blades closing against each other; - moving the blades apart from each other into a starting position for a next cutting operation; characterized in that prior to moving the blades apart from each other, the linerless label ribbon is pulled back from the blades , so that a distance (z) is created between the linerless label ribbon and the blades . - by means of the paper-feeding unit , advancing the linerless label ribbon through the printing unit and through the cutting unit ; - during the feed advancement, printing on a part of the linerless label ribbon by means of the printing unit ; - separating the printed linerless label from the linerless label ribbon by means of the blades closing against each other; - moving the blades apart from each other into a starting position for a next cutting operation;
A method for securely accessing a hardware storage device (220; 420) connected to a computer system (200; 400), the hardware storage device having a unique hardware identifier (222; 422) and the computer system including a processor (202; 402), the method comprising: a trusted agent software component (206; 406) of the computer system receiving the identifier of the storage device and authenticating the storage device based on the identifier, wherein the agent executes in an unrestricted mode of operation of the processor such that the agent is a trusted software component; in response to the authentication, the agent (206; 406) accessing a secure data key for encrypting and decrypting data on the storage device, wherein the agent is securely communicatively connected to an authorisation system , the authorisation system securely storing the secure data key, and wherein the agent receives the secure data key from the authorisation system, and wherein the data key is accessible, via the authorisation system, only to trusted agents executing in the unrestricted mode of the processor such that software executing in a user mode as a restricted mode of operation of the processor stores and retrieves data on the storage device only via the agent (206; 406). a trusted agent software component (206; 406) of the computer system receiving the identifier of the storage device and authenticating the storage device based on the identifier, wherein the agent executes in an unrestricted mode of operation of the processor such that the agent is a trusted software component; in response to the authentication, the agent (206; 406) accessing a secure data key for encrypting and decrypting data on the storage device, wherein the agent is securely communicatively connected to an authorisation system , the authorisation system securely storing the secure data key, and wherein the agent receives the secure data key from the authorisation system, and wherein the data key is accessible, via the authorisation system, only to trusted agents executing in the unrestricted mode of the processor such that software executing in a user mode as a restricted mode of operation of the processor stores and retrieves data on the storage device only via the agent (206; 406).