mhurhangee/patent-ind-claim-en huggingface dataset:
A package for a light emitting device, comprising: a package body including a first side surface and a second side surface opposite the first side surface, a central region between the first side surface and the second side surface, the central region including upper and lower surfaces; a recess being formed in the upper surface of the central region; a plurality of die attach pads on the upper surface of the package body in the recess a plurality of first electrical leads extending from the first side surface of the package body and into the package body towards the central region; a plurality of second electrical leads , extending from the second side surface of the package body and into the package body towards the central region; the recess exposing at least portions of the plurality of first electrical leads, wherein respective ones of the first electrical leads are electrically connected to corresponding ones of the plurality of die attach pads, characterised in that the upper surface of the package body having the plurality of die attach pads is elevated with respect to the floor of the recess. a package body including a first side surface and a second side surface opposite the first side surface, a central region between the first side surface and the second side surface, the central region including upper and lower surfaces; a recess being formed in the upper surface of the central region; a plurality of die attach pads on the upper surface of the package body in the recess a plurality of first electrical leads extending from the first side surface of the package body and into the package body towards the central region; a plurality of second electrical leads , extending from the second side surface of the package body and into the package body towards the central region; the recess exposing at least portions of the plurality of first electrical leads, wherein respective ones of the first electrical leads are electrically connected to corresponding ones of the plurality of die attach pads, characterised in that the upper surface of the package body having the plurality of die attach pads is elevated with respect to the floor of the recess.
A pharmaceutical composition comprising posaconazole and a carrier material, wherein the carrier material comprises a vinylpyrrolidone-vinyl acetate copolymer or a polyethylene glycol/N-vinylcaprolactam/vinyl acetate copolymer, and wherein posaconazole is dissolved in or dispersed at a molecular level in the carrier material.
A flow rate regulator unit comprising: a piston member (17; 18) including a contents passage which moves in response to pressure of contents spraying gas in an aerosol container; a holding part including: an internal space for accommodating the piston member (17; 18) where the piston member is movable; a hole allowing contents in the aerosol container to flow into a flow rate adjusting space region located between the hole and the piston member; a receiving section for the piston member (17; 18); and a mounting section for connecting a stem of the aerosol container; wherein the holding part is formed in the form of a separate member from a casing section constituting an operation button for a pressing operation by a user; and characterized by an elastic member settled between rear of the piston member (17; 18), and an inner rear end surface of the holding part for energizing the piston member in a predetermined direction; wherein the entire structure of the flow rate regulator unit is a unit structure independent from the casing section and wherein the flow rate regulator unit is used by being mounted on the casing section and the stem. a piston member (17; 18) including a contents passage which moves in response to pressure of contents spraying gas in an aerosol container; a holding part including: an internal space for accommodating the piston member (17; 18) where the piston member is movable; a hole allowing contents in the aerosol container to flow into a flow rate adjusting space region located between the hole and the piston member; a receiving section for the piston member (17; 18); and a mounting section for connecting a stem of the aerosol container; wherein the holding part is formed in the form of a separate member from a casing section constituting an operation button for a pressing operation by a user; and an internal space for accommodating the piston member (17; 18) where the piston member is movable; a hole allowing contents in the aerosol container to flow into a flow rate adjusting space region located between the hole and the piston member; a receiving section for the piston member (17; 18); and a mounting section for connecting a stem of the aerosol container; wherein the holding part is formed in the form of a separate member from a casing section constituting an operation button for a pressing operation by a user; characterized by an elastic member settled between rear of the piston member (17; 18), and an inner rear end surface of the holding part for energizing the piston member in a predetermined direction; wherein the entire structure of the flow rate regulator unit is a unit structure independent from the casing section and wherein the flow rate regulator unit is used by being mounted on the casing section and the stem.
A device for detecting or converting light or heat energy, the device comprising: two electrical contacts; and an active layer sandwiched between the two electrical contacts, wherein the active layer comprises one or more scrolls, characterized in that the or each scroll consists of a graphene sheet formed into the scroll such as to provide a monolayer structure in which the radius of curvature of the graphene sheet increases on increasing distance from the longitudinal axis of the scroll. two electrical contacts; and an active layer sandwiched between the two electrical contacts, wherein the active layer comprises one or more scrolls, characterized in that the or each scroll consists of a graphene sheet formed into the scroll such as to provide a monolayer structure in which the radius of curvature of the graphene sheet increases on increasing distance from the longitudinal axis of the scroll.
A charging system for a supercapacitor with electrical energy supplied by a battery , the charging system omprising switching means adapted to establish a first electrical connection or a second electrical connection, wherein in the first electrical connection a first terminal of the supercapacitor is connected with a first terminal (15-a) of the battery and a second terminal (2-b) of the supercapacitor is connected with a second terminal of the battery via the windings of an electric motor ; said windings being used as load resistors in order to limit the current supplied by the battery to the supercapacitor ; and in the second electrical connection the terminals (2a and 2b) of the supercapacitor are connected with the supply terminals (9a and 9b) of the electric motor which is supplied with the current that is produced by the supercapacitor that discharges.
A method, comprising: • obtaining a driving data set (S100) associated with a vehicle, driving data set comprising: • synchronized interior image data and exterior image data ; and • vehicle control inputs associated with the synchronized interior image data and exterior image data; • for the driving data set, extracting, from the exterior image data , exterior scene features of an exterior scene of the vehicle (S210); and • providing the exterior scene features and the vehicle control inputs for training a driving response model (S300) based on the exterior scene features and the vehicle control inputs from the driving data set; • characterised by , for the driving data set (S100), determining a driving quality metric (S220), wherein the driving quality metric includes one or more of: an attentiveness score, a skill metric, a driver score, or a ride comfort metric, and wherein the attentiveness score is based on the interior image data of the driving data set. • obtaining a driving data set (S100) associated with a vehicle, driving data set comprising: • synchronized interior image data and exterior image data ; and • vehicle control inputs associated with the synchronized interior image data and exterior image data; • synchronized interior image data and exterior image data ; and • vehicle control inputs associated with the synchronized interior image data and exterior image data; • for the driving data set, extracting, from the exterior image data , exterior scene features of an exterior scene of the vehicle (S210); and • providing the exterior scene features and the vehicle control inputs for training a driving response model (S300) based on the exterior scene features and the vehicle control inputs from the driving data set; • characterised by , for the driving data set (S100), determining a driving quality metric (S220), wherein the driving quality metric includes one or more of: an attentiveness score, a skill metric, a driver score, or a ride comfort metric, and wherein the attentiveness score is based on the interior image data of the driving data set.
A low-dusting gypsum board comprising: a set gypsum core disposed between two cover sheets; the set gypsum core comprising a gypsum crystal matrix having a pore size distribution comprising (i) water voids having a pore size less than 5 microns in diameter, (ii) air voids having a pore size less than 50 microns in diameter in an amount of about 50 % of the total voids, (iii) air voids having a pore size from about 50 microns to 100 microns in diameter in an amount of about 30 % of the total voids, and (iv) air voids having a pore size greater than 100 microns in diameter in an amount of about 20% of the total voids, wherein the set gypsum core has a total void volume from about 80% to about 92% and wherein the voids are measured using scanning electron photomicrograph imaging; the air voids having an average pore size of less than 100 microns in diameter; and the board, when at a thickness of about 1,27 cm (1/2 inch), having a density from about 160 kg/m 3 (10 pcf) to about 481 kg/m 3 (30 pcf). a set gypsum core disposed between two cover sheets; the set gypsum core comprising a gypsum crystal matrix having a pore size distribution comprising (i) water voids having a pore size less than 5 microns in diameter, (ii) air voids having a pore size less than 50 microns in diameter in an amount of about 50 % of the total voids, (iii) air voids having a pore size from about 50 microns to 100 microns in diameter in an amount of about 30 % of the total voids, and (iv) air voids having a pore size greater than 100 microns in diameter in an amount of about 20% of the total voids, wherein the set gypsum core has a total void volume from about 80% to about 92% and wherein the voids are measured using scanning electron photomicrograph imaging; the air voids having an average pore size of less than 100 microns in diameter; and the board, when at a thickness of about 1,27 cm (1/2 inch), having a density from about 160 kg/m 3 (10 pcf) to about 481 kg/m 3 (30 pcf).
Robotic vacuum cleaner, comprising a dust-receiving chamber which is accessible via a suction opening , and comprising a main body and a container which provides the dust-receiving chamber and is removably inserted into a receptacle in the main body , a suction mouth being provided which is connected upstream of the suction opening in the suction direction in a fluidically exchangeable manner, characterised in that that the suction mouth is arranged on the container in an exchangeable manner.
A motor control center system, comprising: an electrical enclosure having buses for routing electrical power to component units, a component unit disposed in a compartment of the electrical enclosure, wherein the component unit contains a component for managing a power supply to a load disposed outside of the enclosure; and a ground element disposed along a support wall of the compartment, wherein the ground element provides a fused ground connection with a load terminal of the electrical enclosure when the component unit is withdrawn from the electrical enclosure, wherein the ground element includes an actuator side , a spring system and a support side , wherein the spring system rotates the actuator side away from the support wall and the support side engages with the load terminal as the component unit is withdrawn from the electrical enclosure , wherein the ground element comprises a fuse electrically disposed between the load terminal and the ground element when the component unit is withdrawn from the electrical enclosure. an electrical enclosure having buses for routing electrical power to component units, a component unit disposed in a compartment of the electrical enclosure, wherein the component unit contains a component for managing a power supply to a load disposed outside of the enclosure; and a ground element disposed along a support wall of the compartment, wherein the ground element provides a fused ground connection with a load terminal of the electrical enclosure when the component unit is withdrawn from the electrical enclosure, wherein the ground element includes an actuator side , a spring system and a support side , wherein the spring system rotates the actuator side away from the support wall and the support side engages with the load terminal as the component unit is withdrawn from the electrical enclosure , wherein the ground element comprises a fuse electrically disposed between the load terminal and the ground element when the component unit is withdrawn from the electrical enclosure.
. A method for separating cells, comprising or consisting of the following steps: (a) providing a sample containing at least two different types of cells; (b) contacting the sample with a cell culture substrate comprising a temperature-responsive polymer layer, wherein the temperature-responsive polymer layer exhibits a lower critical solution temperature (LCST) of 10 to 50 °C; (c) subjecting the cell culture substrate and the cells to medium conditions comprising temperature conditions which allow the two different types of cells to adhere to the cell culture substrate; (d) modifying the temperature conditions of step (c) to decrease adherence of at least one first type of cells to the cell culture substrate, wherein the adherence of at least one second type of cells remains essentially unaffected; (e) optionally flushing the cell culture substrate of step (d) with a suitable cell culture medium or solvent to support the release of the at least one first type of cells with decreased adherence to the cell culture substrate; (f) optionally agitating the cell culture vessel after step (d) or optionally after step (e) to support the release of the at least one first type of cells with decreased adherence to the cell culture substrate; (g) separating the at least one first type of cells released from the cell culture substrate in step (d) and/or (e) and/or (f) from the at least one second type of cells that remain adhered to the cell culture substrate. (a) providing a sample containing at least two different types of cells; (b) contacting the sample with a cell culture substrate comprising a temperature-responsive polymer layer, wherein the temperature-responsive polymer layer exhibits a lower critical solution temperature (LCST) of 10 to 50 °C; (c) subjecting the cell culture substrate and the cells to medium conditions comprising temperature conditions which allow the two different types of cells to adhere to the cell culture substrate; (d) modifying the temperature conditions of step (c) to decrease adherence of at least one first type of cells to the cell culture substrate, wherein the adherence of at least one second type of cells remains essentially unaffected; (e) optionally flushing the cell culture substrate of step (d) with a suitable cell culture medium or solvent to support the release of the at least one first type of cells with decreased adherence to the cell culture substrate; (f) optionally agitating the cell culture vessel after step (d) or optionally after step (e) to support the release of the at least one first type of cells with decreased adherence to the cell culture substrate; (g) separating the at least one first type of cells released from the cell culture substrate in step (d) and/or (e) and/or (f) from the at least one second type of cells that remain adhered to the cell culture substrate.
Method for operating a radar system to prevent deception by third parties, wherein a connection is provided between at least one direction-finding receiver and a search radar , wherein multiple pulses with different codes and/or with different signal waveforms are transmitted by the search radar , wherein the direction-finding receivers and the search radar receive pulses scattered at a target, wherein a check is carried out of whether these reception pulses are scattered at a target and thus form a useful signal or are formed by deception signals , wherein by means of the at least one direction-finding receiver and the search radar reception directions of the reception pulses are determined, wherein a check is carried out of whether the reception directions can be associated with a common target area and thus form a useful signal or are not associated with a common target area and thus form a deception signal , wherein a check is carried out of whether the reception pulse was received by the direction-finding receiver and by the search radar in a certain time window after sending the transmission pulse, wherein the time of flight of a signal between the at least one direction-finding receiver and the search radar is determined, wherein the time window for receiving the reception pulse is calculated based on the time of flight and the size of the area to be monitored.
Safety device for motor vehicles, having an impact detection system and a triggering device for triggering a braking process in accordance with a signal (a) of the impact detection system, wherein the braking process is triggered by activating a travel brake of the motor vehicle, characterized in that the triggering device is designed to trigger the braking process if the impact detection system indicates the start of an impact at the front part of the vehicle bodywork.
A method of controlling a feedback process in a network access node (BS 1 ) receiving transmissions of transport blocks from a user terminal (UE), comprising: Causing the user terminal to suspend transmission of a transport block until supporting information for decoding this or a previous transport block is received and/or a decision is taken as to whether request either a new transmission or a retransmission, characterized in that transmission resources unused due to said suspending are used for transmission of another transport block; wherein transmission of a transport block is suspended in a first feedback process and transmission resources unused due to said suspending are used for transmission of another transport block in a second feedback process; and wherein said first feedback process is controlled for a transmission by the user terminal and said second feedback process is controlled for a transmission by a second user terminal. Causing the user terminal to suspend transmission of a transport block until supporting information for decoding this or a previous transport block is received and/or a decision is taken as to whether request either a new transmission or a retransmission, characterized in that transmission resources unused due to said suspending are used for transmission of another transport block; wherein transmission of a transport block is suspended in a first feedback process and transmission resources unused due to said suspending are used for transmission of another transport block in a second feedback process; and wherein said first feedback process is controlled for a transmission by the user terminal and said second feedback process is controlled for a transmission by a second user terminal.
Cleaning device for cleaning a viewing window , in particular the viewing window of a vehicle, wherein the cleaning device comprises - a carrier screen , - the optically transparent screen attached to the carrier screen , - a hydrophobic and dirt-repellent, optically transparent coating which is applied to an outer side of the screen , - at least one vibration element , wherein the at least one vibration element can be activated by a control unit and the vibration element is set up to vibrate the carrier screen and to shake off impurities from the viewing screen , and - an optically transparent anti-fogging device , which is arranged on an inner side of the viewing window and is designed to ensure that the inner side of the viewing window remains free of condensate precipitation, characterized in that the at least one vibrating element is coupled to the carrier screen and is integrated in the carrier screen . wherein the cleaning device comprises - a carrier screen , - the optically transparent screen attached to the carrier screen , - a hydrophobic and dirt-repellent, optically transparent coating which is applied to an outer side of the screen , - at least one vibration element , wherein the at least one vibration element can be activated by a control unit and the vibration element is set up to vibrate the carrier screen and to shake off impurities from the viewing screen , and - an optically transparent anti-fogging device , which is arranged on an inner side of the viewing window and is designed to ensure that the inner side of the viewing window remains free of condensate precipitation, - a carrier screen , - the optically transparent screen attached to the carrier screen , - a hydrophobic and dirt-repellent, optically transparent coating which is applied to an outer side of the screen , - at least one vibration element , wherein the at least one vibration element can be activated by a control unit and the vibration element is set up to vibrate the carrier screen and to shake off impurities from the viewing screen , and - an optically transparent anti-fogging device , which is arranged on an inner side of the viewing window and is designed to ensure that the inner side of the viewing window remains free of condensate precipitation, characterized in that the at least one vibrating element is coupled to the carrier screen and is integrated in the carrier screen .
A push switch comprising: a base member including a depressed accommodating part (AD); a fixed contact member provided and exposed in the accommodating part (AD) of the base member ; a movable contact member installed in the accommodating part (AD) and including a reversible dome part (DD) capable of contacting the fixed contact member ; a sheet member installed to cover the accommodating part (AD) and hold the movable contact member ; and a pusher member installed between a top of the dome part (DD) and the sheet member , a sheet-shaped reinforcing member formed of a material having a lower coefficient of thermal expansion than the sheet member , wherein the reinforcing member is installed over the sheet member ; characterized in that the reinforcing member has an annular shape, and is adhered to the sheet member through an adhesive layer. a base member including a depressed accommodating part (AD); a fixed contact member provided and exposed in the accommodating part (AD) of the base member ; a movable contact member installed in the accommodating part (AD) and including a reversible dome part (DD) capable of contacting the fixed contact member ; a sheet member installed to cover the accommodating part (AD) and hold the movable contact member ; and a pusher member installed between a top of the dome part (DD) and the sheet member , a sheet-shaped reinforcing member formed of a material having a lower coefficient of thermal expansion than the sheet member , wherein the reinforcing member is installed over the sheet member ; characterized in that the reinforcing member has an annular shape, and is adhered to the sheet member through an adhesive layer.