mhurhangee/ep-ind-claims huggingface dataset:
A power module comprising: a lead frame, said lead frame including a plurality of spaced conductive pads (26,28) and a plurality of leads (14,16,18,20,22,24); a molded shell, said molded shell including a plurality of walls defining a space and a base portion, said base portion including said spaced conductive pads and a mold body disposed between said spaces; and a plurality of power semiconductor devices each having one power electrode electrically and mechanically attached to a respective first conductive pad by a layer of conductive adhesive, adhesive, and an opposing power electrode disposed on an opposing surface thereof electrically attached to a second conductive by at least one wire bond; wherein said first conductive pads are arranged along one line and said second conductive pads are arranged along another opposing line characterized in that said base portion includes a plurality of bumps on the exterior thereof to serve as a spacer for spacing a heatsink. a lead frame, said lead frame including a plurality of spaced conductive pads (26,28) and a plurality of leads (14,16,18,20,22,24); a molded shell, said molded shell including a plurality of walls defining a space and a base portion, said base portion including said spaced conductive pads and a mold body disposed between said spaces; and a plurality of power semiconductor devices each having one power electrode electrically and mechanically attached to a respective first conductive pad by a layer of conductive adhesive, adhesive, and an opposing power electrode disposed on an opposing surface thereof electrically attached to a second conductive by at least one wire bond; wherein said first conductive pads are arranged along one line and said second conductive pads are arranged along another opposing line characterized in that said base portion includes a plurality of bumps on the exterior thereof to serve as a spacer for spacing a heatsink.
A device for transporting persons by means of a crane, comprising a crane boom, a crane control/regulating system, a first hoisting cable, a second hoisting cable, a pulley head and a deflection pulley, wherein a workman basket is connected with the two hoisting cables (4, 5) via a connecting element, characterized in that the connecting element comprises an angle sensor which communicates with the crane control/regulating system and can be supplied with energy via a cable.
Method for measuring a perpendicular wind speed component with respect to a suspended cable span, comprising the following steps: monitoring a motion of at least one point of said suspended cable span over a time interval; determining whether said motion comprises an Aeolian vibration, and: if said motion is not determined to comprise an Aeolian vibration, measuring a transverse swing angle of the suspended cable span and calculating said perpendicular wind speed component as a function of said transverse swing angle; if said motion is determined to comprise an Aeolian vibration, measuring a frequency of said Aeolian vibration and calculating said perpendicular wind speed component as a function of said Aeolian vibration frequency. monitoring a motion of at least one point of said suspended cable span over a time interval; determining whether said motion comprises an Aeolian vibration, and: if said motion is not determined to comprise an Aeolian vibration, measuring a transverse swing angle of the suspended cable span and calculating said perpendicular wind speed component as a function of said transverse swing angle; if said motion is determined to comprise an Aeolian vibration, measuring a frequency of said Aeolian vibration and calculating said perpendicular wind speed component as a function of said Aeolian vibration frequency. if said motion is not determined to comprise an Aeolian vibration, measuring a transverse swing angle of the suspended cable span and calculating said perpendicular wind speed component as a function of said transverse swing angle; if said motion is determined to comprise an Aeolian vibration, measuring a frequency of said Aeolian vibration and calculating said perpendicular wind speed component as a function of said Aeolian vibration frequency.
Converter with a container for receiving molten metal and a measuring device for optical temperature determination of the molten metal, with - a light wave conductor, for guiding electromagnetic radiation emitted by the metal or by the tip of the light wave emitter to an optical detector, - an optical detector for determining the temperature of the metal from an analysis of the electromagnetic radiation, - a fluid perfused line arranged between the optical detector and the container, in which the light wave conductor is guided at least in sections and in which the light wave conductor is transported with the aid of the fluid, characterised in that the optical detector is arranged at a distance from the container in an area in which the ambient temperature is less than 150°C and the light wave conductor has surface characteristics that allow a particularly good transmission of the transport forces of the fluid to the light wave conductor, wherein the light wave conductor is transported in the fluid perfused line by the fluid. - a light wave conductor, for guiding electromagnetic radiation emitted by the metal or by the tip of the light wave emitter to an optical detector, - an optical detector for determining the temperature of the metal from an analysis of the electromagnetic radiation, - a fluid perfused line arranged between the optical detector and the container, in which the light wave conductor is guided at least in sections and in which the light wave conductor is transported with the aid of the fluid,
An image sensor comprising a first layer (1, 12) and second layer (2, 18) arranged vertically with respect to each other, wherein: the first layer is a PMOS photodetection circuit layer comprising an array of pixel elements; each pixel element comprising: a pinned photodiode; and an amplifier, the amplifier comprising P-FET transistors; and Analog to Digital Converter circuit portions comprising P-FETs; and the second layer is a CMOS circuit layer comprising supporting pixel circuitry, the supporting pixel circuitry comprising N-FET transistors; wherein each pixel element in the PMOS layer is electrically connected to supporting pixel circuitry in the CMOS layer. the first layer is a PMOS photodetection circuit layer comprising an array of pixel elements; each pixel element comprising: a pinned photodiode; and an amplifier, the amplifier comprising P-FET transistors; and Analog to Digital Converter circuit portions comprising P-FETs; and each pixel element comprising: a pinned photodiode; and an amplifier, the amplifier comprising P-FET transistors; and a pinned photodiode; and an amplifier, the amplifier comprising P-FET transistors; and Analog to Digital Converter circuit portions comprising P-FETs; the second layer is a CMOS circuit layer comprising supporting pixel circuitry, the supporting pixel circuitry comprising N-FET transistors; wherein each pixel element in the PMOS layer is electrically connected to supporting pixel circuitry in the CMOS layer.
A shaving unit for a shaving apparatus, comprising at least a first cutting unit (10a, 410a) and a second cutting unit (10b, 410b), wherein: - the first cutting unit comprises a first external cutting member (12, 460a) having a plurality of hair entry openings, a first internal cutting member which is rotatable relative to the first external cutting member about a first axis of rotation (6a, 406a), and a first housing (20a, 420a) accommodating a first hair collection chamber (27a, 427a); - the second cutting unit comprises a second external cutting member (12, 460b) having a plurality of hair entry openings, a second internal cutting member which is rotatable relative to the second external cutting member about a second axis of rotation (6b, 406b), and a second housing (20b, 420b) accommodating a second hair collection chamber; characterized in that the first housing (20a, 420a) and the second housing (20b, 420b) each comprise a bottom wall (28a, 424a; 28b) which comprises an opening (25a, 425a; 25b, 425b) which is in fluid communication with, respectively, the first hair collection chamber (27a, 427a) and the second hair collection chamber, wherein a sealing structure is provided between the opening and, respectively, the first hair collection chamber and the second hair collection chamber, said sealing structure being configured and arranged to prevent cut hairs from escaping from, respectively, the first hair collection chamber and the second hair collection chamber via the opening and to allow water to flush via the opening to, respectively, the first hair collection chamber and the second hair collection chamber. - the first cutting unit comprises a first external cutting member (12, 460a) having a plurality of hair entry openings, a first internal cutting member which is rotatable relative to the first external cutting member about a first axis of rotation (6a, 406a), and a first housing (20a, 420a) accommodating a first hair collection chamber (27a, 427a); - the second cutting unit comprises a second external cutting member (12, 460b) having a plurality of hair entry openings, a second internal cutting member which is rotatable relative to the second external cutting member about a second axis of rotation (6b, 406b), and a second housing (20b, 420b) accommodating a second hair collection chamber;
A lubrication system, comprising: a storage tank configured to store a lubricant; a flow management valve configured to direct the lubricant to a starvation tolerant component and to a valve exit conduit; and a main pump configured to receive the lubricant from the storage tank and to pump the lubricant to the flow management valve and to a starvation intolerant component (206, 208), characterised by a make-up reservoir in fluid communication with the storage tank, wherein the make-up reservoir includes a chamber, a piston, a bias mechanism configured to adjust a volume of the lubricant within the chamber. a storage tank configured to store a lubricant; a flow management valve configured to direct the lubricant to a starvation tolerant component and to a valve exit conduit; and a main pump configured to receive the lubricant from the storage tank and to pump the lubricant to the flow management valve and to a starvation intolerant component (206, 208), characterised by a make-up reservoir in fluid communication with the storage tank, wherein the make-up reservoir includes a chamber, a piston, a bias mechanism configured to adjust a volume of the lubricant within the chamber.
Use of an agent comprising the following or as an active ingredient: CREG1 protein; an expression vector carrying CREG1 gene; for inducing brown adipocyte differentiation in vitro. CREG1 protein; an expression vector carrying CREG1 gene;
A vehicle comprising: a vehicle main body; an authenticator configured to perform authentication of a user of the vehicle; a first operation portion operable by the user; and a center stand device, wherein the center stand device includes a stand main body provided at the vehicle main body to be capable of being shifted between a supporting state and a non-supporting state, the supporting state being a state where the stand main body supports the vehicle main body with respect to a road surface and the non-supporting state being a state where the stand main body does not support the vehicle main body with respect to the road surface, a restriction member provided to be switchable between an allowing state and a restricting state, the allowing state being a state where the restriction member allows a shift of the stand main body from the supporting state to the non-supporting state and the restricting state being a state where the restriction member restricts the shift of the stand main body from the supporting state to the non-supporting state, and a driver configured to switch the restriction member to the allowing state, wherein the first operation portion is configured to transmit an authentication instruction for performing authentication to the authenticator, characterized in that the first operation portion is configured to transmit a first switch instruction for switching the restriction member to the allowing state to the driver on condition that the authentication by the authenticator is successful. a vehicle main body; an authenticator configured to perform authentication of a user of the vehicle; a first operation portion operable by the user; and a center stand device, wherein the center stand device includes a stand main body provided at the vehicle main body to be capable of being shifted between a supporting state and a non-supporting state, the supporting state being a state where the stand main body supports the vehicle main body with respect to a road surface and the non-supporting state being a state where the stand main body does not support the vehicle main body with respect to the road surface, a restriction member provided to be switchable between an allowing state and a restricting state, the allowing state being a state where the restriction member allows a shift of the stand main body from the supporting state to the non-supporting state and the restricting state being a state where the restriction member restricts the shift of the stand main body from the supporting state to the non-supporting state, and a driver configured to switch the restriction member to the allowing state, wherein the first operation portion is configured to transmit an authentication instruction for performing authentication to the authenticator, characterized in that the first operation portion is configured to transmit a first switch instruction for switching the restriction member to the allowing state to the driver on condition that the authentication by the authenticator is successful.
A motor control device for controlling driving of an electric motor that controls a steering angle of a steering device, the motor control device comprising a torque sensor configured to detect steering torque (Td) acting on a steering member, and an electronic control unit configured to: generate a steering angle command value based on the steering torque by using an equation of motion that is a reference model of the steering device; control driving of the electric motor so that an actual steering angle follows the steering angle command value; and limit a virtual reaction force (T rl ') that is a reaction force component of the equation of motion, characterized in that the electronic control unit is configured to limit the virtual reaction force in the equation of motion so that an absolute value of the virtual reaction force becomes smaller than a maximum possible value of an absolute value of driving torque that is a driving component resulting from the steering torque. generate a steering angle command value based on the steering torque by using an equation of motion that is a reference model of the steering device; control driving of the electric motor so that an actual steering angle follows the steering angle command value; and
Thermoforming apparatus comprising: - a die for thermoforming plate or sheet material heated to a temperature suitable for thermoforming; - at least one frame arranged above said die and movable in at least one vertical direction; - two or more uprights arranged for supporting said frame, each upright comprising at least one vertical counteracting element; - two or more drive units, at least one for each upright, arranged on said frame, each of said two or more drive units comprising a motor and a wheel which can be rotated by the respective motor, each wheel being coupled with the counteracting element of the respective upright, said two or more drive units cooperating together to move said frame; characterized by comprising - a further frame and two or more further drive units, said further frame being arranged above said die and being movable at least in one vertical direction, said two or more further drive units being arranged on said further frame and collaborating together to move said further frame, each of said two or more further drive units comprising a further motor and a further wheel which can be rotated by the respective further motor, each further wheel meshing with a vertical counteracting element or with a further vertical counteracting element. - a die for thermoforming plate or sheet material heated to a temperature suitable for thermoforming; - at least one frame arranged above said die and movable in at least one vertical direction; - two or more uprights arranged for supporting said frame, each upright comprising at least one vertical counteracting element; - two or more drive units, at least one for each upright, arranged on said frame, each of said two or more drive units comprising a motor and a wheel which can be rotated by the respective motor, each wheel being coupled with the counteracting element of the respective upright, said two or more drive units cooperating together to move said frame; characterized by comprising - a further frame and two or more further drive units, said further frame being arranged above said die and being movable at least in one vertical direction, said two or more further drive units being arranged on said further frame and collaborating together to move said further frame, each of said two or more further drive units comprising a further motor and a further wheel which can be rotated by the respective further motor, each further wheel meshing with a vertical counteracting element or with a further vertical counteracting element.
A process for producing acetic acid, comprising the steps of: reacting carbon monoxide with at least one reactant in a reactor containing a reaction medium to produce a reaction product comprising acetic acid, wherein the reaction medium comprises water, acetic acid, methyl acetate, a halogen promoter, and a catalyst; withdrawing a portion of the reaction product to a pump-around loop; separating the remaining portion of the reaction product in a flasher into a liquid recycle stream and a crude product stream comprising acetic acid, the halogen promoter, methyl acetate and water; introducing at least a portion of the liquid recycle stream to the reactor via one or more pumps; and feeding a portion of the at least one reactant to the pump-around loop; wherein the liquid recycle stream comprises the at least one reactant, wherein the at least one reactant is methanol. reacting carbon monoxide with at least one reactant in a reactor containing a reaction medium to produce a reaction product comprising acetic acid, wherein the reaction medium comprises water, acetic acid, methyl acetate, a halogen promoter, and a catalyst; withdrawing a portion of the reaction product to a pump-around loop; separating the remaining portion of the reaction product in a flasher into a liquid recycle stream and a crude product stream comprising acetic acid, the halogen promoter, methyl acetate and water; introducing at least a portion of the liquid recycle stream to the reactor via one or more pumps; and feeding a portion of the at least one reactant to the pump-around loop; wherein the liquid recycle stream comprises the at least one reactant, wherein the at least one reactant is methanol.
A computer-implemented method for performing a backup operation of data by a deduplication backup storage system having a landing zone memory configured to receive backup data from a backup application, the method comprising: receiving, at the deduplication backup storage system, a synthetic full backup of a data file, the synthetic full backup of the data file combines data from a previous full backup of the data file and one or more subsequent incremental backups of the data file into a single file; performing a partial re-synthesis of the synthetic full backup of the data file, the partial re-synthesis of the synthetic full backup of the data file merges a latest synthetic full backup of the data file with the previous incremental backups of the data file; determining a total size of the partial re-synthesized backup of the data file and the received synthetic full backup; computing a size of a complete re-synthesis of the synthetic full backup of the data file; determining whether the total size of data in partial re-synthesized backup of the data file and received synthetic full backup of the data file is greater than the computed size of the complete re-synthesis of the synthetic full backup of the data file; and performing the complete re-synthesis of the synthetic full backup of the data file when the determined total size exceeds the computed size of the complete re-synthesis of the synthetic full backup of the data file. receiving, at the deduplication backup storage system, a synthetic full backup of a data file, the synthetic full backup of the data file combines data from a previous full backup of the data file and one or more subsequent incremental backups of the data file into a single file; performing a partial re-synthesis of the synthetic full backup of the data file, the partial re-synthesis of the synthetic full backup of the data file merges a latest synthetic full backup of the data file with the previous incremental backups of the data file; determining a total size of the partial re-synthesized backup of the data file and the received synthetic full backup; computing a size of a complete re-synthesis of the synthetic full backup of the data file; determining whether the total size of data in partial re-synthesized backup of the data file and received synthetic full backup of the data file is greater than the computed size of the complete re-synthesis of the synthetic full backup of the data file; and performing the complete re-synthesis of the synthetic full backup of the data file when the determined total size exceeds the computed size of the complete re-synthesis of the synthetic full backup of the data file.
Gas cooking zone comprising: a gas burner which has a burner base, a burner cover and a plurality of gas outlet ports, and an infrared sensor device for ascertaining a temperature of a cooking receptacle associated with the gas cooking zone, wherein the gas outlet ports are arranged on a closed curve, wherein the infrared sensor device is arranged on the closed curve or offset in a radially outward direction from the closed curve, characterised in that the infrared sensor device at least partially penetrates the burner base and the burner cover. a gas burner which has a burner base, a burner cover and a plurality of gas outlet ports, and an infrared sensor device for ascertaining a temperature of a cooking receptacle associated with the gas cooking zone, wherein the gas outlet ports are arranged on a closed curve, wherein the infrared sensor device is arranged on the closed curve or offset in a radially outward direction from the closed curve, characterised in that the infrared sensor device at least partially penetrates the burner base and the burner cover.