mhurhangee/patent-ind-claim-en huggingface dataset:
A machine for continuous open-width washing of a fabric (T), comprising: - at least one first tank and one second tank , each of said first and second tanks being configured to hold an amount of a washing liquid and to contain an accumulation of the fabric (T), - introducing means for introducing the fabric (T) into the first tank ; - removing means for removing the fabric (T) from the second tank ; - at least one pneumatic transfer device , interposed between and communicating with said tanks , said pneumatic transfer device being configured to alternately transfer the fabric (T) between the first and second tanks ; characterized by further comprising at least one irrigation device , configured to sprinkle washing liquid on at least one exposed surface of the fabric (T) that comes out of the pneumatic transfer device . - at least one first tank and one second tank , each of said first and second tanks being configured to hold an amount of a washing liquid and to contain an accumulation of the fabric (T), - introducing means for introducing the fabric (T) into the first tank ; - removing means for removing the fabric (T) from the second tank ; - at least one pneumatic transfer device , interposed between and communicating with said tanks , said pneumatic transfer device being configured to alternately transfer the fabric (T) between the first and second tanks ;
A display device comprising: a substrate (SUB) comprising a display area (DA) comprising pixels (UP), and a non-display area (NDA) around the display area; a pad part (PAD) in the non-display area; antistatic circuits (ESD) between the pad part and the pixels; a first resistance line (R1) connected to the pad part and to the antistatic circuits; a second resistance line (R2) connected to the first resistance line and overlapping the first resistance line; and a fan-out line (FOL1) connected between the second resistance line and a respective one of the pixels, characterised in that the first and second resistance lines extend while being bent multiple times in a zigzag fashion between the antistatic circuits (ESD), and the second resistance line crosses the first resistance line in a plan view. a substrate (SUB) comprising a display area (DA) comprising pixels (UP), and a non-display area (NDA) around the display area; a pad part (PAD) in the non-display area; antistatic circuits (ESD) between the pad part and the pixels; a first resistance line (R1) connected to the pad part and to the antistatic circuits; a second resistance line (R2) connected to the first resistance line and overlapping the first resistance line; and a fan-out line (FOL1) connected between the second resistance line and a respective one of the pixels, characterised in that the first and second resistance lines extend while being bent multiple times in a zigzag fashion between the antistatic circuits (ESD), and the second resistance line crosses the first resistance line in a plan view.
A hybrid propulsion system , comprising: an electric motor configured to convert electrical energy into motion; a battery configured to store electrical energy and operatively connected to the electric motor to provide a battery output to the electric motor; a generator assembly configured to convert non-electrical energy into electrical energy, the generator assembly operatively connected to the electric motor to provide a generator output to the motor simultaneously with the battery output; and a controller operatively connected to the generator assembly and configured to control the output of the generator assembly as a function one or more of a state of the battery or the battery output; wherein the controller is configured to match at least one property of the generator assembly output to a same at least one property of the battery output; wherein the at least one property is voltage such that the controller is configured to match a generator assembly output voltage to a battery output voltage; wherein the generator assembly includes a permanent magnet generator and an engine operatively connected to the permanent magnet generator; the system characterized in that the controller is configured to control a speed of the engine to control the generator output voltage to match the battery output voltage; and both the battery and the generator assembly are directly connected to the electric motor such that the system does not include any power electronics neither between the battery and the electric motor nor the generator assembly and the electric motor. an electric motor configured to convert electrical energy into motion; a battery configured to store electrical energy and operatively connected to the electric motor to provide a battery output to the electric motor; a generator assembly configured to convert non-electrical energy into electrical energy, the generator assembly operatively connected to the electric motor to provide a generator output to the motor simultaneously with the battery output; and a controller operatively connected to the generator assembly and configured to control the output of the generator assembly as a function one or more of a state of the battery or the battery output; wherein the controller is configured to match at least one property of the generator assembly output to a same at least one property of the battery output; wherein the at least one property is voltage such that the controller is configured to match a generator assembly output voltage to a battery output voltage; wherein the generator assembly includes a permanent magnet generator and an engine operatively connected to the permanent magnet generator; the system characterized in that the controller is configured to control a speed of the engine to control the generator output voltage to match the battery output voltage; and both the battery and the generator assembly are directly connected to the electric motor such that the system does not include any power electronics neither between the battery and the electric motor nor the generator assembly and the electric motor.
An elevator installation comprising: at least one elevator unit which is suspended by a rope a safety gear moving with the elevator unit and which is arranged to be activated to brake the elevator unit under predetermined conditions, one or more rotatable pulleys over which the rope runs, a drive unit engaging said rope via one of said pulleys for vertically moving the one or more elevator units via the rope , a support member supporting at least one of said one or more rotatable pulleys , and a lifting device for vertically lifting the support member with the at least one of said one or more rotatable pulleys and for releasing the activated safety gear by moving the at least one elevator unit upwards, characterized in that the lifting device comprises an electric motor and at least two screw jacks rotationally connected to each other for driving the at least two screw jacks to lift the support member with a synchronized movement. at least one elevator unit which is suspended by a rope a safety gear moving with the elevator unit and which is arranged to be activated to brake the elevator unit under predetermined conditions, one or more rotatable pulleys over which the rope runs, a drive unit engaging said rope via one of said pulleys for vertically moving the one or more elevator units via the rope , a support member supporting at least one of said one or more rotatable pulleys , and a lifting device for vertically lifting the support member with the at least one of said one or more rotatable pulleys and for releasing the activated safety gear by moving the at least one elevator unit upwards, characterized in that the lifting device comprises an electric motor and at least two screw jacks rotationally connected to each other for driving the at least two screw jacks to lift the support member with a synchronized movement.
A humidification and air cleaning apparatus comprising a water tank to store water and a discharge humidification medium housing disposed on the water tank , the discharge humidification medium housing comprises: a discharge flow passage to discharge air; a water supply flow passage to supply water; and a reservoir to store water and to supply stored water into the water tank ; characterized in that the discharge humidification medium housing further comprises: a housing covering the discharge flow passage and receiving a discharge humidification medium ; a housing opening disposed inside the housing , opened in a vertical direction, and forming the water supply flow passage ; and a water supply cap covering the housing opening , wherein the reservoir is formed between the water supply cap and the housing ; wherein a water outlet is formed inside of a reservoir wall to discharge water stored in the reservoir , thereby allowing the water supply flow passage to supply water into the water tank . a discharge flow passage to discharge air; a water supply flow passage to supply water; and a reservoir to store water and to supply stored water into the water tank ; characterized in that the discharge humidification medium housing further comprises: a housing covering the discharge flow passage and receiving a discharge humidification medium ; a housing opening disposed inside the housing , opened in a vertical direction, and forming the water supply flow passage ; and a water supply cap covering the housing opening , wherein the reservoir is formed between the water supply cap and the housing ; wherein a water outlet is formed inside of a reservoir wall to discharge water stored in the reservoir , thereby allowing the water supply flow passage to supply water into the water tank . a housing covering the discharge flow passage and receiving a discharge humidification medium ; a housing opening disposed inside the housing , opened in a vertical direction, and forming the water supply flow passage ; and a water supply cap covering the housing opening , wherein the reservoir is formed between the water supply cap and the housing ; wherein a water outlet is formed inside of a reservoir wall to discharge water stored in the reservoir , thereby allowing the water supply flow passage to supply water into the water tank .
A bearing for reacting a centrifugal force , the bearing comprising: a base member ; and a cap member ; and characterised by further comprising: alternating layers of shim members and elastomeric members between the base member and the cap member , the shim members being tapered; wherein the tapered shims are configured to increase the axial stiffness of the bearing in the direction of the centrifugal force , normal to a plane of the shim members . a base member ; and a cap member ; and characterised by further comprising: alternating layers of shim members and elastomeric members between the base member and the cap member , the shim members being tapered; wherein the tapered shims are configured to increase the axial stiffness of the bearing in the direction of the centrifugal force , normal to a plane of the shim members . alternating layers of shim members and elastomeric members between the base member and the cap member , the shim members being tapered; wherein the tapered shims are configured to increase the axial stiffness of the bearing in the direction of the centrifugal force , normal to a plane of the shim members .
A method of calibrating an optical absorption gas sensor for detecting an analyte gas, the sensor comprising a gas sample receiving chamber , a light emitting diode (LED) and a photodiode having an output signal sensitive to the amount of light received by the photodiode, the method being characterised by measuring the photodiode output signal at a first concentration and a different second concentration of the analyte gas within the gas sample receiving chamber, determining photodiode calibration data usable to compensate a measurement of photodiode signal for photodiode temperature, determining LED calibration data usable to compensate a measurement of photodiode signal for LED temperature, wherein the photodiode calibration data and the LED calibration data are based on the measured photodiode output signal at the first concentration and the different second concentration of the analyte gas within the gas sample receiving chamber, making measurements of the output signal at a range of temperatures of the sensor as a whole or specifically the photodiode or specifically the LED, at the first concentration of analyte gas within the gas sample receiving chamber, and making measurements of the output signal at a range of temperatures of the sensor as a whole or specifically the photodiode or specifically the LED, at the second concentration of analyte gas within the gas sample receiving chamber.
A shear key former apparatus comprising: - a box having an enclosable, internal volume (V), - the box comprising a base and at least one side wall , the at least one side wall terminating in a rim and comprising two opposing side wall portions; characterised in that - rearwardly of the rim , in the two opposing side wall portions of the at least one side wall , at least one pair of opposing apertures , each pair of apertures defining an entrance and exit in each respective side wall portion for a rigid member to be accommodated between the entrance and the exit extending across the internal volume (V); - a closure panel configured to be received into the rim to enclose the internal volume (V) to form a closed container . - a box having an enclosable, internal volume (V), - the box comprising a base and at least one side wall , the at least one side wall terminating in a rim and comprising two opposing side wall portions; - rearwardly of the rim , in the two opposing side wall portions of the at least one side wall , at least one pair of opposing apertures , each pair of apertures defining an entrance and exit in each respective side wall portion for a rigid member to be accommodated between the entrance and the exit extending across the internal volume (V); - a closure panel configured to be received into the rim to enclose the internal volume (V) to form a closed container .
A waterproofing method for an electronic device, wherein the electronic device comprises a first housing , a second housing , and a main board , and the method comprises; coating (S101) silane on an inner wall of the first housing and an inner wall of the second housing , wherein the silane is (heptadecafluoro-1,1,2,2-tetrahydrodecyl)-1-trichlorosilane; assembling (S102) the first housing , the second housing , and the main board , and injecting fluoride into a cavity of the electronic device through a liquid inlet hole on the first housing , wherein the fluoride is polyfluorooctane or fluorinated polyol; and forming (S103) an integral continuous waterproofing membrane on the inner wall of the first housing and the inner wall of the second housing through chemical reaction between the silane and the fluoride .
A lamp for a vehicle, comprising: a light source unit including at least one light source , characterizing by further comprising a shield unit configured to block a portion of light irradiated from the light source unit by one or more light blocking portions formed to have an outer end that is convex toward an optical axis of the light source unit , wherein at least one of the one or more light blocking portions is formed to be extended toward the optical axis from a lower side edge of an opening portion formed in the shield unit in a direction in which the light irradiated from the light source unit proceeds. a light source unit including at least one light source , characterizing by further comprising a shield unit configured to block a portion of light irradiated from the light source unit by one or more light blocking portions formed to have an outer end that is convex toward an optical axis of the light source unit , wherein at least one of the one or more light blocking portions is formed to be extended toward the optical axis from a lower side edge of an opening portion formed in the shield unit in a direction in which the light irradiated from the light source unit proceeds.
Boiler for a solid fuel, for example pellets, comprising a firing unit with a tilting grate which can be tilted between a firing position and a cleaning position , several cleaning elements , and a motor, which tilting grate comprises a grate area and primary air openings , wherein the cleaning elements are movably mounted on the tilting grate and are guided through the primary air openings when the tilting grate is tilted into the cleaning position, wherein a rotary shaft is provided as the tilting axis of the tilting grate , which is connected to the motor, characterised in that the cleaning elements are arranged to follow a tilting movement of the tilting grate . comprising a firing unit with a tilting grate which can be tilted between a firing position and a cleaning position , several cleaning elements , and a motor, which tilting grate comprises a grate area and primary air openings , wherein the cleaning elements are movably mounted on the tilting grate and are guided through the primary air openings when the tilting grate is tilted into the cleaning position, wherein a rotary shaft is provided as the tilting axis of the tilting grate , which is connected to the motor, characterised in that the cleaning elements are arranged to follow a tilting movement of the tilting grate .
A binding protein comprising at least three polypeptide chains, wherein the first polypeptide chain comprises, from amino to carboxyl terminus, either (i) VL A -CL-VH B -CH1-Fc, wherein CL is fused directly to VH B , or (ii) VH B -CH1-VL A -CL-Fc, wherein CH1 is fused directly to VL A ; wherein the second polypeptide chain comprises, from amino to carboxyl terminus, VH A -CH1, and the third polypeptide chain comprises, from amino to carboxyl terminus, VL B -CL, wherein VL is a light chain variable domain, CL is a light chain constant domain, VH is a heavy chain variable domain, CH1 is a first constant domain of the heavy chain, A is a first epitope or antigen, and B is a second epitope or antigen, wherein A and B are different epitopes of the same antigen or different antigens, and wherein the binding protein is capable of binding A and B.
A method of wireless communication in a wireless communication network, performed at a base station , the method comprising: transmitting a synchronization signal within a serving cell to enable a user equipment to synchronize communication with the wireless communication network, wherein the synchronization signal is transmitted with one of a first periodicity or a second periodicity greater than the first periodicity ; and if the synchronization signal is transmitted with the second periodicity , selecting a repetition pattern from a set of two or more repetition patterns associated with the second periodicity and repeating the synchronization signal within a synchronization burst based on the repetition pattern associated with the second periodicity to transmit the synchronization signal at least twice within the synchronization burst and wherein the synchronization burst is within a single slot . transmitting a synchronization signal within a serving cell to enable a user equipment to synchronize communication with the wireless communication network, wherein the synchronization signal is transmitted with one of a first periodicity or a second periodicity greater than the first periodicity ; and if the synchronization signal is transmitted with the second periodicity , selecting a repetition pattern from a set of two or more repetition patterns associated with the second periodicity and repeating the synchronization signal within a synchronization burst based on the repetition pattern associated with the second periodicity to transmit the synchronization signal at least twice within the synchronization burst and wherein the synchronization burst is within a single slot .
A method for loading, from the front, a cassette into a high density enclosure, comprising: advancing a cassette tray to a cassette installation position inside a chassis ; inserting a cassette into a cassette bay formed between two rails disposed on said cassette tray by placing a rear portion of said cassette on the tray so that a respective rear post of said cassette is located between a front post stop area and rear post stop on each of said rails ; tilting said cassette slightly upward so that a front portion of said cassette is higher than said rear portion of said cassette; pushing said cassette backward into said cassette bay while maintaining said tilt of said cassette until said rear posts of said cassette engage with and are maintained inside said rear post stops on said rails ; and applying downward pressure on said front portion of said cassette until said cassette is seated in said rail by interaction of a front post of said cassette resting inside said front post stop area . advancing a cassette tray to a cassette installation position inside a chassis ; inserting a cassette into a cassette bay formed between two rails disposed on said cassette tray by placing a rear portion of said cassette on the tray so that a respective rear post of said cassette is located between a front post stop area and rear post stop on each of said rails ; tilting said cassette slightly upward so that a front portion of said cassette is higher than said rear portion of said cassette; pushing said cassette backward into said cassette bay while maintaining said tilt of said cassette until said rear posts of said cassette engage with and are maintained inside said rear post stops on said rails ; and applying downward pressure on said front portion of said cassette until said cassette is seated in said rail by interaction of a front post of said cassette resting inside said front post stop area .