mhurhangee/patent-ind-claim-en huggingface dataset:
A user terminal comprising: a transmission section configured to transmit uplink control information, UCI; and a control section configured to control to transmit at least a part of the UCI by using a specific PUCCH format, PF, characterized in that , when the UCI includes multiple periodic channel state information, P-CSI, and multiple HARQ-ACKs, the control section is further configured to control to transmit the UCI by using a resource designated by downlink control information and a PF of larger capacity than PF3, and when the UCI includes multiple P-CSI and does not include HARQ-ACK and a resource of the PF of larger capacity is configured for multiple P-CSI by Radio Resource Control, RRC, signaling, the control section is further configured to control to transmit the UCI by using the resource configured for multiple P-CSI and the PF of larger capacity. a transmission section configured to transmit uplink control information, UCI; and a control section configured to control to transmit at least a part of the UCI by using a specific PUCCH format, PF, characterized in that , when the UCI includes multiple periodic channel state information, P-CSI, and multiple HARQ-ACKs, the control section is further configured to control to transmit the UCI by using a resource designated by downlink control information and a PF of larger capacity than PF3, and when the UCI includes multiple P-CSI and does not include HARQ-ACK and a resource of the PF of larger capacity is configured for multiple P-CSI by Radio Resource Control, RRC, signaling, the control section is further configured to control to transmit the UCI by using the resource configured for multiple P-CSI and the PF of larger capacity.
A device for robot-assisted surgery, with at least one non-sterile manipulator arm having a coupling unit which has at least a first transmitting means , with at least one sterile unit arranged in a sterile area and having at least a second transmitting means , with a sterile cover for shielding at least a part of the manipulator arm from the sterile area , wherein the sterile cover comprises a sterile lock with which the coupling unit and with which the sterile unit are each connectable, characterized in that the sterile lock has at least one lock flap , that the lock flap in a closed state shields the first transmitting means in a sterile manner, that when connecting the sterile unit to the sterile lock a movement of the lock flap from the closed state into the open state takes place so that a direct transmission between the first transmitting means and the second transmitting means through an opening uncovered by the lock flap in the open state is possible, and that when separating the sterile unit from the sterile lock a movement of the lock flap from the open state into the closed state takes place so that after separation the lock flap shields the first transmitting means from the sterile area .
An isolated polypeptide having an amino acid sequence selected from the group consisting of SEQ ID NOs: 2, 4, 6, 8, 11, and 13.
A system for assigning a distillation temperature for a given distillation weight percentage to a fraction of an oil sample, without fractionation/distillation, wherein the oil sample is selected from naturally occurring hydrocarbons derived from crude oils, bitumens, heavy oils or shale oils, and is characterized by a density, the system comprising: a non-volatile memory device configured to store calculation modules and data, the data including near infrared, NIR, spectroscopy data indicative of absorbance values in a predetermined wavenumber range for the oil sample, as derived by near infrared spectroscopy analysis of the oil sample; a processor coupled to the memory; a first calculation module configured to calculate and assign a cumulative and normalized infrared absorbance for the given distillation weight percentage from the data indicative of absorbance values; and a second calculation module configured to calculate and assign a simulated distillation temperature of the fraction for the given distillation weight percentage from a multi variable degree 3 polynomial equation with predetermined constant coefficients developed using linear regression techniques, wherein the variables include the inverse of the wavenumber at known weight percent absorbance values and the inverse of the density of the oil sample. a non-volatile memory device configured to store calculation modules and data, the data including near infrared, NIR, spectroscopy data indicative of absorbance values in a predetermined wavenumber range for the oil sample, as derived by near infrared spectroscopy analysis of the oil sample; a processor coupled to the memory; a first calculation module configured to calculate and assign a cumulative and normalized infrared absorbance for the given distillation weight percentage from the data indicative of absorbance values; and a second calculation module configured to calculate and assign a simulated distillation temperature of the fraction for the given distillation weight percentage from a multi variable degree 3 polynomial equation with predetermined constant coefficients developed using linear regression techniques, wherein the variables include the inverse of the wavenumber at known weight percent absorbance values and the inverse of the density of the oil sample.
A decoder for sequentially decoding a data signal received through a transmission channel in a communication system, said received data signal carrying transmitted symbols, said decoder comprising a symbol estimation unit configured to determine estimated symbols representative of the transmitted symbols carried by the received signal from information stored in a stack, the stack being filled by iteratively expanding child nodes of a selected node of a decoding tree comprising a plurality of nodes, each node of the decoding tree corresponding to a candidate component of a symbol of said received data signal and each node being associated with a predetermined metric and a level in the decoding tree, the stack being filled at each iteration with at least some of the expanded child nodes and being ordered by increasing values of the metrics associated with the nodes, the selected node for each iteration corresponding to the node having the lowest metric in the stack, characterized in that said decoder further comprises a stack reordering activation monitoring unit configured to monitor at least one stack reordering activation condition and, in response to a stack reordering activation condition being verified, to cause the symbol estimation unit to : - reduce the metric associated with each node stored in the stack by a quantity corresponding to a function of the level associated with said node, - reorder the stack by increasing value of the reduced metric, and - remove a set of nodes from the reordered stack so as to maintain a number of nodes in the reordered stack, the maintained nodes corresponding to the nodes having the lowest metrics in the reordered stack. - reduce the metric associated with each node stored in the stack by a quantity corresponding to a function of the level associated with said node, - reorder the stack by increasing value of the reduced metric, and - remove a set of nodes from the reordered stack so as to maintain a number of nodes in the reordered stack, the maintained nodes corresponding to the nodes having the lowest metrics in the reordered stack.
A control system for internal combustion engines having four valves per cylinder that use a basic camshaft , which controls the movement of a first inlet valve and of a first exhaust valve, and a control camshaft that controls the movement of a second inlet valve and of a second exhaust valve, per cylinder, wherein the two camshafts are connected to a crankshaft and wherein engine torque is managed by an electronic vehicle control unit, comprising: - a motor/generator unit connected to the control camshaft , - a differential connected to the crankshaft and to the control camshaft , - a control shaft , connected to the differential , capable of rotating, - an actuator , connected to the control shaft , capable of moving relatively to the control shaft , - a one-way restrictor valve , connected on one side to a shut-off valve and, on the other, to the actuator . - an oil circuit connected to an actuator by means of the shut-off valve , - a control solenoid capable of acting on the shut-off valve , wherein, when a change occurs in engine torque, the electronic vehicle control unit sends a signal to both the motor/generator unit and to the control solenoid . - the motor/generator unit is activated, causing a change in rotation of the control camshaft which, due to the differential , is out of phase with respect to the basic camshaft , wherein said phase shift is absorbed by the control shaft which, upon rotating, exerts a force on the actuator , and - the control solenoid activates the shut-off valve , enabling the passage of oil between the oil circuit and the actuator by means of the one-way restrictor valve , such that the actuator exerts a reaction force on the control shaft and, upon reaching equilibrium, the control solenoid is deactivated, closing the shut-off valve and leaving the control shaft out of phase at a certain angle. - a motor/generator unit connected to the control camshaft , - a differential connected to the crankshaft and to the control camshaft , - a control shaft , connected to the differential , capable of rotating, - an actuator , connected to the control shaft , capable of moving relatively to the control shaft , - a one-way restrictor valve , connected on one side to a shut-off valve and, on the other, to the actuator . - an oil circuit connected to an actuator by means of the shut-off valve , - a control solenoid capable of acting on the shut-off valve , - the motor/generator unit is activated, causing a change in rotation of the control camshaft which, due to the differential , is out of phase with respect to the basic camshaft , wherein said phase shift is absorbed by the control shaft which, upon rotating, exerts a force on the actuator , and - the control solenoid activates the shut-off valve , enabling the passage of oil between the oil circuit and the actuator by means of the one-way restrictor valve ,
A motor driven dental handpiece having a motor control for driving a motor comprising: an electric motor; a tool engagably connected to said electric motor, an outer sheath ; an inner module wholly or partially covered by the outer sheath and detachably engaging with said tool; a microprocessor , and a current sense circuitry , wherein the motor control is constructed to allow the operator to operably control the motor operating speed based on the torque exerted on the motor, an observed time delay, and a predetermined hysteresis current threshold, wherein the motor control is configured so that the time delay is observed before the motor current is measured , determining and updating an upper hysteresis limit current and a lower hysteresis limit current is based on said predetermined hysteresis current threshold, by respectively adding and subtracting said predetermined hysteresis current threshold to the measured motor current, wherein if a new measured motor current operating point is greater than the upper hysteresis limit current , the speed of the motor is increased , and a new upper hysteresis limit current and lower hysteresis limit current are set; if said measured motor current operating point is less than the lower hysteresis limit current , the speed of the motor is decreased , and a new upper hysteresis limit current and lower hysteresis limit current are set; and else the speed of the motor is unchanged . an electric motor; a tool engagably connected to said electric motor, an outer sheath ; an inner module wholly or partially covered by the outer sheath and detachably engaging with said tool; a microprocessor , and a current sense circuitry , wherein the motor control is constructed to allow the operator to operably control the motor operating speed based on the torque exerted on the motor, an observed time delay, and a predetermined hysteresis current threshold, wherein the motor control is configured so that the time delay is observed before the motor current is measured , determining and updating an upper hysteresis limit current and a lower hysteresis limit current is based on said predetermined hysteresis current threshold, by respectively adding and subtracting said predetermined hysteresis current threshold to the measured motor current, wherein if a new measured motor current operating point is greater than the upper hysteresis limit current , the speed of the motor is increased , and a new upper hysteresis limit current and lower hysteresis limit current are set; if said measured motor current operating point is less than the lower hysteresis limit current , the speed of the motor is decreased , and a new upper hysteresis limit current and lower hysteresis limit current are set; and else the speed of the motor is unchanged .
A method of consolidating Internet of Things (IoT) devices connected via an loT integration platform , comprising: extracting a first data record from a data source associated with a first loT device and connected to the loT integration platform , wherein the loT integration platform is implemented as a cloud service connected to multiple data sources from other vertical solutions of loT devices ; extracting a second data record from a second loT device , wherein the second data record indicates a semantic label associated with a user context; correlating the first data record and the second data record; copying the semantic label from the second loT device to the first loT device; analyzing the correlated data records to generate a derivative record relevant to the user context including the semantic label; and presenting the derivative record on an integration interface . extracting a first data record from a data source associated with a first loT device and connected to the loT integration platform , wherein the loT integration platform is implemented as a cloud service connected to multiple data sources from other vertical solutions of loT devices ; extracting a second data record from a second loT device , wherein the second data record indicates a semantic label associated with a user context; correlating the first data record and the second data record; copying the semantic label from the second loT device to the first loT device; analyzing the correlated data records to generate a derivative record relevant to the user context including the semantic label; and presenting the derivative record on an integration interface .
A rubber composition, having a hardness that reversibly changes with water, satisfying the relationships and below, and having a stress at break of 8.0 MPa or more, Hardness when dry − Hardness when water-wet ≥ 1 wherein each hardness represents a JIS-A hardness at 25°C of the rubber composition, 0.90 ≤ Volume when water-wet/Volume when dry ≤ 1 .01 wherein each volume represents a volume at 25°C of the rubber composition, wherein the Hardness when dry, the Hardness when water-wet, the Volume when water-wet, the Volume when dry and the stress at break are determined by the methods defined in the description. wherein each hardness represents a JIS-A hardness at 25°C of the rubber composition, 0.90 ≤ Volume when water-wet/Volume when dry ≤ 1 .01 wherein each volume represents a volume at 25°C of the rubber composition, wherein the Hardness when dry, the Hardness when water-wet, the Volume when water-wet, the Volume when dry and the stress at break are determined by the methods defined in the description.
A corner fitting for a door element , which can be arranged on a center of rotation and/or an axis and which has a first fitting element and a second fitting element , which each have, at least in sections, an abutting section for abutment against the door element and which can be connected to one another while clamping the door element , wherein a clamping region is formed between both fitting elements into which the door element can be inserted, and the fitting elements are designed in such manner that a retaining element is arranged between both fitting elements which can be displaced relative to the fitting elements and which can be connected at least to one fitting element in a non-positive and/or positive manner, wherein the retaining element is operatively connected to a connection element , which serves to mount the door element on the center of rotation and/or the axis, wherein - the fitting elements have a free space as a guide in which the retaining element can be moved, wherein - the free space in each case has a recess (11.1) in each of the fitting elements , wherein the recesses (11.1) run along the longitudinal extension of the fitting elements , wherein the recesses (11.1) run at the same height and parallel to one another in the two fitting elements , and wherein - the retaining element has a connection part (8.2), to which the connection element is fastened, wherein in particular the head part (8.1) and the connection part (8.2) form a monolithic and/or one-piece part, characterized in that the retaining element is designed as a T profile and is movably mounted in the recesses (11.1) with a head part (8.1). - the fitting elements have a free space as a guide in which the retaining element can be moved, wherein - the free space in each case has a recess (11.1) in each of the fitting elements , wherein the recesses (11.1) run along the longitudinal extension of the fitting elements , wherein the recesses (11.1) run at the same height and parallel to one another in the two fitting elements , and wherein - the retaining element has a connection part (8.2), to which the connection element is fastened, wherein in particular the head part (8.1) and the connection part (8.2) form a monolithic and/or one-piece part, characterized in that the retaining element is designed as a T profile and is movably mounted in the recesses (11.1) with a head part (8.1).
A device (120;500), comprising: at least one memory that stores computer-executable instructions; and at least one processor configured to access the at least one memory , wherein the at least one processor is configured to execute the computer-executable instructions to: identify a beacon frame received from a first device , the beacon frame indicating information relating to a first awake window, AW; suspend one or more first backoff timers for a duration of the first AW regardless of whether the device (120;500) is associated with a basic service set, BSS, of the first device ; and associate a second backoff timer with a management frame. at least one memory that stores computer-executable instructions; and at least one processor configured to access the at least one memory , wherein the at least one processor is configured to execute the computer-executable instructions to: identify a beacon frame received from a first device , the beacon frame indicating information relating to a first awake window, AW; suspend one or more first backoff timers for a duration of the first AW regardless of whether the device (120;500) is associated with a basic service set, BSS, of the first device ; and associate a second backoff timer with a management frame. identify a beacon frame received from a first device , the beacon frame indicating information relating to a first awake window, AW; suspend one or more first backoff timers for a duration of the first AW regardless of whether the device (120;500) is associated with a basic service set, BSS, of the first device ; and associate a second backoff timer with a management frame.
A transmission method applied to an inter-system handover, comprising: receiving , by a user plane function, UPF, device in a 5G core network, data packets of a quality of service, QoS, flow and a first end marker packet from a source access network device over a first data tunnel, the first data tunnel being established for a protocol data unit, PDU, session, an encapsulation header of the data packets comprises an identity of the QoS flow, the first end marker packet is used to indicate an end of sending packets of the QoS flow; sending , by the UPF device, the received data packets and a second end marker packet to a serving gateway, S-GW, device over a second data tunnel, wherein the second end marker packet is corresponding to an evolved packet system, EPS, bearer, the second data tunnel is established according to an evolved packet system, EPS, bearer; wherein the second end marker packet is generated based on the first end marker packet and a correspondence between the session and the EPS bearer. receiving , by a user plane function, UPF, device in a 5G core network, data packets of a quality of service, QoS, flow and a first end marker packet from a source access network device over a first data tunnel, the first data tunnel being established for a protocol data unit, PDU, session, an encapsulation header of the data packets comprises an identity of the QoS flow, the first end marker packet is used to indicate an end of sending packets of the QoS flow; sending , by the UPF device, the received data packets and a second end marker packet to a serving gateway, S-GW, device over a second data tunnel, wherein the second end marker packet is corresponding to an evolved packet system, EPS, bearer, the second data tunnel is established according to an evolved packet system, EPS, bearer; wherein the second end marker packet is generated based on the first end marker packet and a correspondence between the session and the EPS bearer.
Process for the preparation of granules comprising the steps of: - providing a granulation zone comprising particles, the particles being kept in motion; - providing a first feed stream comprising a liquid composition into the granulation zone, the liquid composition being applied onto or over the moving particles in the granulation zone; - withdrawing a product stream comprising granules from the granulation zone, the granules being the result of layered growth of the moving particles in the granulation zone; characterized in that a second feed stream comprising granulation nuclei is fed into the granulation zone, wherein the granulation nuclei have a particle size distribution characterized by a standard deviation of the particle size that is less than 15% of the mean particle size, and wherein the second feed stream comprises between 0.05 wt% and 50 wt% of the product stream, wherein the granulation nuclei in the second feed stream are obtained by pastillation and have a nearly half spherical shape and a nearly uniform particle size. - providing a granulation zone comprising particles, the particles being kept in motion; - providing a first feed stream comprising a liquid composition into the granulation zone, the liquid composition being applied onto or over the moving particles in the granulation zone; - withdrawing a product stream comprising granules from the granulation zone, the granules being the result of layered growth of the moving particles in the granulation zone;