mhurhangee/patent-ind-claim-en huggingface dataset:
An industrial truck , comprising: - a lift frame with a load part for carrying a load , - a reach carriage acting on the lift frame for moving the lift frame forward and backward, - at least one sensor that is designed to measure an actual speed of the reach carriage , and - a first control unit that is designed to specify a target speed for the reach carriage , to determine a control deviation of the actual speed measured by the at least one sensor from the target speed, and on the bases of the determined speed deviation provide a first manipulated variable (u 1 ), - characterized by at least one deformation sensor that is designed to measure a deformation of the lift frame , and by a second control unit , wherein the second control unit is designed to receive the first manipulated variable (u 1 ) from the first control unit and to provide a second manipulated variable (u 2 ) to control the movement speed of the reach carriage on the basis of the first to manipulated variable (u 1 ) and on the basis of the measured deformation of the lift frame . - a lift frame with a load part for carrying a load , - a reach carriage acting on the lift frame for moving the lift frame forward and backward, - at least one sensor that is designed to measure an actual speed of the reach carriage , and - a first control unit that is designed to specify a target speed for the reach carriage , to determine a control deviation of the actual speed measured by the at least one sensor from the target speed, and on the bases of the determined speed deviation provide a first manipulated variable (u 1 ), - characterized by at least one deformation sensor that is designed to measure a deformation of the lift frame , and by a second control unit , wherein the second control unit is designed to receive the first manipulated variable (u 1 ) from the first control unit and to provide a second manipulated variable (u 2 ) to control the movement speed of the reach carriage on the basis of the first to manipulated variable (u 1 ) and on the basis of the measured deformation of the lift frame .
A biopsy driver assembly configured to mount a biopsy probe assembly, comprising: a biopsy driver housing ; an electrical assembly coupled to said biopsy driver housing, said electrical assembly including at least one electrical drive configured for drivably engaging said biopsy probe assembly; a battery coupled to said biopsy driver housing; and a control circuit coupled to said biopsy driver housing, characterized by said control circuit having a motion detector , a timer circuit and a battery dwell circuit , said battery dwell circuit being electrically coupled to said battery and to said electrical assembly and configured to conserve said battery by providing in a battery dwell mode electrical power only to said motion detector after a predetermined time following a last detected physical movement of said biopsy driver assembly and to provide in an operative mode electrical power from said battery also to said electrical assembly when a physical movement of said biopsy driver assembly is detected. a biopsy driver housing ; an electrical assembly coupled to said biopsy driver housing, said electrical assembly including at least one electrical drive configured for drivably engaging said biopsy probe assembly; a battery coupled to said biopsy driver housing; and a control circuit coupled to said biopsy driver housing, characterized by said control circuit having a motion detector , a timer circuit and a battery dwell circuit , said battery dwell circuit being electrically coupled to said battery and to said electrical assembly and configured to conserve said battery by providing in a battery dwell mode electrical power only to said motion detector after a predetermined time following a last detected physical movement of said biopsy driver assembly and to provide in an operative mode electrical power from said battery also to said electrical assembly when a physical movement of said biopsy driver assembly is detected.
A control system for controlling an electric power steering system , the control system comprising: a first module configured to compute an on-center torque adjustment compensation based on a sensed handwheel torque , the on-center torque adjustment compensation configured to compensate for inertia of a steering actuator motor using a frequency-based methodology; and a second module configured to generate a command signal to control the steering actuator motor of the electric power steering system based on the on-center torque adjustment compensation, characterized in that the on-center torque adjustment compensation further comprises a gain function and a base transfer function applied to the sensed handwheel torque , wherein the base transfer function is configured to implement a multi-order transfer function for a plurality of corner frequencies and is characterized by an equation: s 2 P 1 P 2 s + P 1 s + P 2 , where s is a complex frequency, and P 1 and P 2 define the corner frequencies. a first module configured to compute an on-center torque adjustment compensation based on a sensed handwheel torque , the on-center torque adjustment compensation configured to compensate for inertia of a steering actuator motor using a frequency-based methodology; and a second module configured to generate a command signal to control the steering actuator motor of the electric power steering system based on the on-center torque adjustment compensation, characterized in that the on-center torque adjustment compensation further comprises a gain function and a base transfer function applied to the sensed handwheel torque , wherein the base transfer function is configured to implement a multi-order transfer function for a plurality of corner frequencies and is characterized by an equation: s 2 P 1 P 2 s + P 1 s + P 2 , where s is a complex frequency, and P 1 and P 2 define the corner frequencies.
Platform for oil production with a basic body comprising an oil production facility (10; 10.1) and with a supporting structure for the basic body , characterized in that the basic body additionally includes an installation for processing oil comprising an annular container arranged essentially around the basic body .
A ratchet tool, comprising a shaft member , a handle and a ratchet mechanism , wherein the handle is connected to the ratchet mechanism , and the shaft member extends into the interior of the ratchet mechanism along the central axle of the ratchet mechanism from the front end of the ratchet mechanism and is connected to the ratchet mechanism ; wherein the ratchet mechanism includes a pawl base and a pawl sleeve ; the shaft member includes a shaft and an extension portion , and the shaft is designed to be integrated with the extension portion ; wherein the diameter of the shaft is greater than that of the extension portion ; wherein the extension portion extends into the interior of the ratchet mechanism and passes through the rear end of the ratchet mechanism along the central axle of the ratchet mechanism from the front end of the ratchet mechanism and is connected to the ratchet mechanism ; wherein the extension portion is provided with an axle slot , which matches a fastening ring and makes the extension portion not movable relative to the ratchet mechanism in axial direction; wherein the end of the shaft adjacent the handle is provided with an axle end, which matches the pawl sleeve and is used for securing the shaft and the pawl sleeve ; and wherein the axle end is a hexagonal axle end .
Furniture , comprising a furniture body , a front panel and at least one upper and at least one lower lever linkage , wherein the front panel is mounted pivotably relative to the furniture body via the at least one upper and the at least one lower lever linkage , wherein the furniture body comprises two side walls and a lower base connecting the side walls and an upper base connecting the side walls , wherein the lower and upper lever linkage each have a cassette with at least two levers rotatably mounted on the cassette and at least one adapter for fixing the front panel, on which the at least two levers are rotatably mounted, wherein a recess or receptacle is formed on the upper and/or lower base , into which or on which a cassette is inserted, wherein the front panel can be pivoted from a closed position covering an opening of the furniture body into an open position exposing the opening, wherein the front panel in the open position is arranged laterally next to the opening and is pivoted by an angle <30° so that the inner side of the front panel facing the interior in the closed position now faces an outer side of an adjacent front panel or an adjacent panel of a piece of furniture and the distance between the front panel and an adjacent front panel, which is located in the closing plane of the furniture, is between 5 cm and 50 cm, and at least one damper is provided, by means of which a closing movement of the front panel and/or the opening movement can be braked before the end position is reached, and at least one securing element is provided on the adapter or one of the levers in order to secure the lever linkage against movement in a transport position or assembly position.
A drug delivery device configured to be removably inserted in a patient's mouth and for continuous or semi-continuous intraoral administration of a pharmaceutical composition comprising a drug, said device comprising: (i) a fastener to removably secure said drug delivery device to a surface of said patient's mouth; (ii) a mechanical pump selected from a spring, an elastomer, compressed gas, and a propellant-driven pump; (iii) an oral liquid impermeable drug reservoir comprising a pharmaceutical composition, the volume of said drug reservoir being from 0.1 mL to 5 mL; and (iv) a flow restrictor for controlling the flow of said pharmaceutical composition from said drug reservoir. (i) a fastener to removably secure said drug delivery device to a surface of said patient's mouth; (ii) a mechanical pump selected from a spring, an elastomer, compressed gas, and a propellant-driven pump; (iii) an oral liquid impermeable drug reservoir comprising a pharmaceutical composition, the volume of said drug reservoir being from 0.1 mL to 5 mL; and (iv) a flow restrictor for controlling the flow of said pharmaceutical composition from said drug reservoir.
A transmit end, wherein the transmit end comprises a transmit-end precoding module , a transmit-end intermediate-frequency beamforming module , a transmit-end radio-frequency beamforming module , an antenna array module , and a transmit-end feedback module , wherein the transmit-end feedback module is configured to obtain a transmit-end precoding matrix Tr BB , a transmit-end intermediate-frequency beamforming matrix Tr IF , and a transmit-end radio-frequency-end beamforming matrix Tr RF according to feedback information that is from a receive end, wherein the feedback information comprises a channel matrix H and angle of departure, AOD, vector information; the transmit-end precoding module is configured to acquire a first data stream, and perform precoding processing on the first data stream according to Tr BB , to generate a first analog signal, wherein the first data stream is generated after a bitstream to be sent is scrambled and undergoes layer mapping; the transmit-end intermediate-frequency beamforming module is configured to perform weighting and power amplification processing on the first analog signal according to Tr IF , to generate a second analog signal; the transmit-end radio-frequency beamforming module is configured to perform weighting and power amplification processing on the second analog signal according to Tr RF , to generate a third analog signal; and the antenna array module is configured to determine an antenna array matching the third analog signal, and transmit the third analog signal to the receive end by using the antenna array matching the third analog signal.
A coupling device for coupling a rod to a bone anchoring element, the coupling device (5, 5', 5", 5′′′) including a receiving part (50, 50', 50", 50′′′) comprising a head receiving portion for receiving a head of the bone anchoring element and a rod receiving portion (54, 64; 54', 504) for receiving the rod and a locking member (60, 60', 60", 60′′′) movable relative to the receiving part (50, 50', 50", 50′′′) between a first position in which the head is insertable into the head receiving portion and a second position in which the head is prevented from being removed from the head receiving portion, characterized in that the receiving part (50, 50', 50", 50′′′) and the locking member (60, 60', 60", 60′′′) are inseparably interconnected with each other. a receiving part (50, 50', 50", 50′′′) comprising a head receiving portion for receiving a head of the bone anchoring element and a rod receiving portion (54, 64; 54', 504) for receiving the rod and a locking member (60, 60', 60", 60′′′) movable relative to the receiving part (50, 50', 50", 50′′′) between a first position in which the head is insertable into the head receiving portion and a second position in which the head is prevented from being removed from the head receiving portion, characterized in that the receiving part (50, 50', 50", 50′′′) and the locking member (60, 60', 60", 60′′′) are inseparably interconnected with each other.
A vacuum insulated glazing unit comprising a first sheet of glazing material and a second sheet of glazing material , there being a first space between the first sheet of glazing material and the second sheet of glazing material, the first sheet of glazing material being spaced apart from the second sheet of glazing material by less than 1mm; wherein the first sheet of glazing material has a first major surface and an opposing second major surface, and the second sheet of glazing material has a first major surface and an opposing second major surface, wherein the second major surface of the first sheet of glazing material and the first major surface of the second sheet of glazing material face the first space, wherein the first space is a low pressure space having a pressure less than atmospheric pressure, there being a plurality of spacers disposed in the first space, characterised in that the second major surface of the second sheet of glazing material has a low emissivity coating thereon, the low emissivity coating comprising at least one layer of fluorine doped tin oxide and there is a first anti-iridescence coating in between the low emissivity coating and the second sheet of glazing material, wherein there is a low emissivity coating on the second major surface of the first sheet of glazing material, the low emissivity coating on the second major surface of the first sheet of glazing material comprising at least one layer of fluorine doped tin oxide. the second major surface of the second sheet of glazing material has a low emissivity coating thereon, the low emissivity coating comprising at least one layer of fluorine doped tin oxide and there is a first anti-iridescence coating in between the low emissivity coating and the second sheet of glazing material, wherein there is a low emissivity coating on the second major surface of the first sheet of glazing material, the low emissivity coating on the second major surface of the first sheet of glazing material comprising at least one layer of fluorine doped tin oxide.
A converter motor, comprising an electric motor with a housing part and fan , a fan cowl , a cover part and a converter, wherein the cover part is placed on the housing part of the motor and at least partially covers the fan cowl , wherein the converter has a printed circuit board and a power module electrically connected, in particular connected by soldering, to the printed circuit board , wherein the power module has a plate , in particular copper plate, wherein the plate is embodied to be suitable for dissipating heat from the power module , wherein the fan cowl is connected, in particular screw-connected, to a housing part of the electric motor, characterised in that a spring element supported on the inside of the cover part presses the plate of the power module against the fan cowl , wherein the spring element presses on a frame part which presses on at least one plastics bolt of the power module protruding through at least one cutout in the printed circuit board , which bolt in turn presses the copper plate onto the fan cowl . wherein the cover part is placed on the housing part of the motor and at least partially covers the fan cowl , wherein the converter has a printed circuit board and a power module electrically connected, in particular connected by soldering, to the printed circuit board , wherein the power module has a plate , in particular copper plate, wherein the plate is embodied to be suitable for dissipating heat from the power module , wherein the fan cowl is connected, in particular screw-connected, to a housing part of the electric motor, characterised in that a spring element supported on the inside of the cover part presses the plate of the power module against the fan cowl , wherein the spring element presses on a frame part which presses on at least one plastics bolt of the power module protruding through at least one cutout in the printed circuit board , which bolt in turn presses the copper plate onto the fan cowl .
An aqueous antiperspirant composition having pH 2 to 5, comprising a phase wherein said phase comprises: (i) a water-soluble phosphate salt; and (ii) a water-soluble non-phosphate salt; wherein said water-soluble non-phosphate salt is the salt of a carboxylic acid, amino acid or a sulfonic acid; wherein said water-soluble non-phosphate salt is selected from calcium gluconate, calcium formate, calcium lactate, calcium propanoate, calcium acetate, calcium dobesilate, magnesium citrate, magnesium gluconate, magnesium acetate, magnesium lactate, magnesium malate, zinc citrate, zinc gluconate, copper(II) acetate, copper(II) gluconate, iron(III) citrate, calcium glycinate, zinc glycinate, copper glycinate, zirconium chloride glycinate, lanthanum acetate and silver acetate; wherein said water-soluble phosphate salt is selected from monosodium phosphate, disodium phosphate, trisodium phosphate, monopotassium phosphate, dipotassium phosphate, tripotassium phosphate, monoammonium phosphate, diammonium phosphate, triammonium phosphate, lithium dihydrogen phosphate, dilithium hydrogen phosphate and lithium phosphate; wherein said composition is not an oral care composition; wherein the solubility of said salt in water is assessed at 25°C and 101.325 kPa (atmospheric pressure). (i) a water-soluble phosphate salt; and (ii) a water-soluble non-phosphate salt;
An apparatus for transmitting data in a frequency division multiple access based communication system, comprising: a symbol block generator configured to generate a plurality of symbol blocks within one Transmission Time Interval, TTI, when control information to be transmitted exists in the TTI, wherein a predetermined symbol block of the plurality of symbol blocks comprises the control information and data to be transmitted, wherein the remaining symbol blocks of the plurality of symbol blocks comprise a predetermined symbol block only for a pilot signal and symbol blocks only for data without control information; and a transmitter configured to generate a transmission symbol for each of the plurality of symbol blocks at a corresponding symbol block period, wherein the transmission symbol is generated based on an Interleaved Frequency Division Multiple Access, IFDMA, multi-carrier mapping or a Localized Frequency Division Multiple Access, LFDMA, multi-carrier mapping. a symbol block generator configured to generate a plurality of symbol blocks within one Transmission Time Interval, TTI, when control information to be transmitted exists in the TTI, wherein a predetermined symbol block of the plurality of symbol blocks comprises the control information and data to be transmitted, wherein the remaining symbol blocks of the plurality of symbol blocks comprise a predetermined symbol block only for a pilot signal and symbol blocks only for data without control information; and a transmitter configured to generate a transmission symbol for each of the plurality of symbol blocks at a corresponding symbol block period, wherein the transmission symbol is generated based on an Interleaved Frequency Division Multiple Access, IFDMA, multi-carrier mapping or a Localized Frequency Division Multiple Access, LFDMA, multi-carrier mapping.
An image processing apparatus comprising at least one processor , wherein the processor is configured to: derive, at each pixel of a plurality of tubular structures, running vectors being unit vectors representing directions running from the pixel in which a tubular structure is present based on a medical image including the plurality of tubular structures; and separate the plurality of tubular structures along the running vectors; characterised in that the processor is configured to, based on an angle formed by a direction vector from a first pixel to a second pixel and the running vector at at least one of the first pixel or the second pixel, determine the likelihood that the same label is assigned to the first pixel and the second pixel to separate the plurality of tubular structures, wherein the smaller the angle the higher the likelihood that the same label is assigned to the first and second pixels. derive, at each pixel of a plurality of tubular structures, running vectors being unit vectors representing directions running from the pixel in which a tubular structure is present based on a medical image including the plurality of tubular structures; and separate the plurality of tubular structures along the running vectors; characterised in that the processor is configured to, based on an angle formed by a direction vector from a first pixel to a second pixel and the running vector at at least one of the first pixel or the second pixel, determine the likelihood that the same label is assigned to the first pixel and the second pixel to separate the plurality of tubular structures, wherein the smaller the angle the higher the likelihood that the same label is assigned to the first and second pixels.