mhurhangee/ep-ind-claims huggingface dataset:
A driver circuit for an electric vehicle with a main contactor, the main contactor having a main contactor coil, the driver circuit comprising: a first voltage driver and a second voltage driver configured to energize the main contactor coil and to de-energize the main contactor coil; a microprocessor configured to generate control signals for controlling operation of the first voltage driver and the second voltage driver; wherein the first voltage driver has a first output line configured so that it can be electrically coupled to a first side of the main contactor coil and a first voltage feedback line configured so that it is coupled to both the first output line and to the microprocessor; and wherein the second voltage driver has a second output line configured so that it can be electrically coupled to a second side of the main contactor coil, and a second voltage feedback line configured so that it is coupled to both the second output line and to the microprocessor; characterized in that, the microprocessor is configured to, when the main contactor coil is not energized: - measure a first voltage on the first voltage feedback line and a second voltage on the second voltage feedback line; - set a first status flag associated with the main contactor equal to a fault condition value if at least one of the first voltage and second voltage is greater than a threshold voltage value. a first voltage driver and a second voltage driver configured to energize the main contactor coil and to de-energize the main contactor coil; a microprocessor configured to generate control signals for controlling operation of the first voltage driver and the second voltage driver; wherein the first voltage driver has a first output line configured so that it can be electrically coupled to a first side of the main contactor coil and a first voltage feedback line configured so that it is coupled to both the first output line and to the microprocessor; and wherein the second voltage driver has a second output line configured so that it can be electrically coupled to a second side of the main contactor coil, and a second voltage feedback line configured so that it is coupled to both the second output line and to the microprocessor; characterized in that, the microprocessor is configured to, when the main contactor coil is not energized: - measure a first voltage on the first voltage feedback line and a second voltage on the second voltage feedback line; - set a first status flag associated with the main contactor equal to a fault condition value if at least one of the first voltage and second voltage is greater than a threshold voltage value. - measure a first voltage on the first voltage feedback line and a second voltage on the second voltage feedback line; - set a first status flag associated with the main contactor equal to a fault condition value if at least one of the first voltage and second voltage is greater than a threshold voltage value.
An information processing apparatus for performing a process relating to printing from a collaboration tool providing a chat function, the information processing apparatus comprising: a transmitting unit that transmits a message and a first shared file as a posting in a message thread of the chat function; a first displaying unit that displays the transmitted posting and a first file name of the first shared file, wherein another posting is displayed in association with the transmitted posting as a response in the message thread; a receiving unit that receives a user operation to specify a print function through an object displayed in association with the transmitted posting; a second displaying unit that displays the first file name of the first shared file and a second file name of a second shared file which is associated with the another posting; and a transmitting unit that transmits a print instruction related for printing one or more shared files corresponding to one or more file names selected by a user from the displayed first file name and the displayed second file name. a transmitting unit that transmits a message and a first shared file as a posting in a message thread of the chat function; a first displaying unit that displays the transmitted posting and a first file name of the first shared file, wherein another posting is displayed in association with the transmitted posting as a response in the message thread; a receiving unit that receives a user operation to specify a print function through an object displayed in association with the transmitted posting; a second displaying unit that displays the first file name of the first shared file and a second file name of a second shared file which is associated with the another posting; and a transmitting unit that transmits a print instruction related for printing one or more shared files corresponding to one or more file names selected by a user from the displayed first file name and the displayed second file name.
An apparatus of controlling at least one indoor environmental condition (107,108,110) of a room, comprising: at least one processor, and at least one memory storing program instructions that, when executed by the at least one processor, cause the apparatus to: receive first data of a number of persons within the room; receive second data of a clothing of the persons; characterized by based on the first and the second data, send a signal to at least one hvac device (11,12,13,14) of the room configured to control a level of a cleanness of the indoor environmental condition. at least one processor, and at least one memory storing program instructions that, when executed by the at least one processor, cause the apparatus to: receive first data of a number of persons within the room; receive second data of a clothing of the persons; characterized by based on the first and the second data, send a signal to at least one hvac device (11,12,13,14) of the room configured to control a level of a cleanness of the indoor environmental condition. receive first data of a number of persons within the room; receive second data of a clothing of the persons; characterized by based on the first and the second data, send a signal to at least one hvac device (11,12,13,14) of the room configured to control a level of a cleanness of the indoor environmental condition.
Slider valve, in particular to govern the flow from a catalyst or similar high temperature media, having a pipe section in which is arranged a baffle-plate, which comprises a baffle aperture through which the media flow during operation, with an inlet and an outlet port (12a, 12b) and also a sliding plate, which functions in cooperation with the outlet port in order to govern the media flow and which can be moved into an open or a closed position I, II, whereby the sliding plate is movably mounted between guide elements (14, 15) arranged on the sides of the pipe and the plate which mutually engage, whereby the guide elements on the sides of the pipe are arranged in the direction of flow before the outlet port and are protected from a flow of medium in the open position I and the baffle comprises a baffle plate with a front and rear surface (19a, 19b) in the direction of flow, whereby, the outlet port is formed by the rear surface of the baffle plate, and at least one guide element on the pipe side is arranged on the baffle plate, whereby the guide element is formed in the area of a side edge of the baffle plate, characterised in that the guide element has a cross-section in the form of an L, whereby the guide elements on the plate side are connected in a detachable manner to the sliding plate.
Pharmaceutical composition in the form of an aqueous suspension for oral administration comprising: a) sildenafil citrate as the active ingredient, b) xanthan gum, and c) hypromellose. a) sildenafil citrate as the active ingredient, b) xanthan gum, and c) hypromellose.
A bearing assembly for a gas turbine engine (10; 20) comprising: a bearing housing extending along an axis to define a bearing compartment; a lubricant seal assembly adjacent to the bearing housing to bound the bearing compartment; and an air seal assembly defining a vent cavity along the bearing housing, wherein a mixing cavity is defined between the lubricant seal assembly and the air seal assembly, the bearing housing defines an airflow supply passage (FP-1, FP-2), an airflow vent passage (FP-3) and a scupper passage (FP-4) having respective fluid ports at different circumferential positions relative to the axis, the fluid port of the airflow vent passage (FP-3) fluidly coupled to the vent cavity, and the fluid ports of the airflow supply and scupper passages (FP-1, FP-2, FP-4) fluidly coupled to the mixing cavity. a bearing housing extending along an axis to define a bearing compartment; a lubricant seal assembly adjacent to the bearing housing to bound the bearing compartment; and an air seal assembly defining a vent cavity along the bearing housing, wherein a mixing cavity is defined between the lubricant seal assembly and the air seal assembly, the bearing housing defines an airflow supply passage (FP-1, FP-2), an airflow vent passage (FP-3) and a scupper passage (FP-4) having respective fluid ports at different circumferential positions relative to the axis, the fluid port of the airflow vent passage (FP-3) fluidly coupled to the vent cavity, and the fluid ports of the airflow supply and scupper passages (FP-1, FP-2, FP-4) fluidly coupled to the mixing cavity.
Apparatus for transferring torques with the interposition of rubber-elastic elements (25a, 25b, 25c) from a drive, e.g. a motor, to an output, e.g. to an output shaft, comprising a drive-side fastening region and an output-side fastening region, wherein, between the drive-side fastening region and the output-side fastening region, a device, inductively supplied with operating voltage by a stationary voltage supply unit, co-rotating with the fastening regions (15, 16), for measuring the transferred torque and/or for determining the rotational speed of the apparatus, is arranged or measurement electronics as a component of the device, inductively supplied with operating voltage by a stationary voltage supply unit, co-rotating with the fastening regions for determining the rotational speed of the apparatus is arranged, wherein the device comprises a communication module which is designed to transmit information about the transferred torque and/or information about the rotational speed of the apparatus and/or another parameter or measured values, related to a state of the apparatus and recorded by the device, to a counter communication module.
Method for material processing by means of a pulsed laser beam generated by a laser fibre, characterised by an optical switching element externally downstream of the laser fibre, in which the optical switching element arranged in the beam path of the laser beam is closed and transferred into a state in which the laser beam is transmitted at the earliest when the output power of the laser beam falls below a predetermined value.
Apparatus for prevention of fires in a designated zone, the apparatus comprising: one or more monitoring components for monitoring the designated zone and communicating monitor information; a cargo unmanned aerial vehicle adapted to carry a cargo of fire retardant, deliver the fire retardant to a location of a fire risk, and deploy the fire retardant at said location; and an operations control unit for receiving the monitor information, analyzing the monitor information for the presence of fire risks in the designated zone, and upon detection of a fire risk directing the cargo unmanned aerial vehicle to the vicinity of the fire risk and instructing deployment of the fire retardant at the location of the fire risk, wherein the cargo unmanned aerial vehicle is centrally based at a first base location in the designated area, and the operations control unit is configured for directing the cargo unmanned aerial vehicle from the first base location to a second base location in the vicinity of the fire risk. one or more monitoring components for monitoring the designated zone and communicating monitor information; a cargo unmanned aerial vehicle adapted to carry a cargo of fire retardant, deliver the fire retardant to a location of a fire risk, and deploy the fire retardant at said location; and an operations control unit for receiving the monitor information, analyzing the monitor information for the presence of fire risks in the designated zone, and upon detection of a fire risk directing the cargo unmanned aerial vehicle to the vicinity of the fire risk and instructing deployment of the fire retardant at the location of the fire risk, wherein the cargo unmanned aerial vehicle is centrally based at a first base location in the designated area, and the operations control unit is configured for directing the cargo unmanned aerial vehicle from the first base location to a second base location in the vicinity of the fire risk.
A passive splint for application to a distended soft tissue body region, said splint being configured to substantially retain said soft tissue body region in its distended state, said splint comprising a biocompatible material which is initially malleable for substantially adhering to a distended contour of the soft tissue body region and which can be transformed to at least a semi-rigid state to substantially maintain said distended soft tissue body region in its distended state; wherein the splint is configured to adhere to skin of the distended body region; wherein the splint comprises: an adhesive element, deformable and capable of adapting to the shape of said distended body region, and which may be applied to the skin of the distended body region; and a second element adherable to said adhesive element at the opposite side with respect to said distended body region after said adhesive element has been laid on the distended body region to adhere to the skin surface, wherein said second element is capable of becoming rigid upon curing of a polymer, capable of adapting to the shape of the distended body region, or wherein said second element is a structural element coupleable with said adhesive element at the opposite side with respect to said distended body region, substantially rigid at room temperature, the structural element comprising thermoplastic polymeric material having properties such that, when heated to a temperature between about 50 and 80 degrees C, it is capable of adapting to the shape of the distended body region. an adhesive element, deformable and capable of adapting to the shape of said distended body region, and which may be applied to the skin of the distended body region; and a second element adherable to said adhesive element at the opposite side with respect to said distended body region after said adhesive element has been laid on the distended body region to adhere to the skin surface, wherein said second element is capable of becoming rigid upon curing of a polymer, capable of adapting to the shape of the distended body region, or wherein said second element is a structural element coupleable with said adhesive element at the opposite side with respect to said distended body region, substantially rigid at room temperature, the structural element comprising thermoplastic polymeric material having properties such that, when heated to a temperature between about 50 and 80 degrees C, it is capable of adapting to the shape of the distended body region.
A carbon monoxide hydratase (CO hydratase) in which CO dehydrogenase (CODH) and formate dehydrogenase are linked (i) as a fusion protein, (ii) by a linker peptide or cross-linking protein, or (iii) by immobilization to a metal or a conductive carrier, wherein the carbon monoxide hydratase converts directly carbon monoxide into formate.
A cleaning system comprising: a rotor; an agitator; a rechargeable battery; a suction motor receiving power from the rechargeable battery, the suction motor coupled to the rotor; a brush motor receiving power from the rechargeable battery, the brush motor coupled to the agitator; a user-controlled switch configured to generate a user-activated signal in response to user manipulation; and a controller configured to output a first pulse-width modulated signal at a first duty cycle to control the suction motor, output a second pulse-width modulated signal at a second duty cycle to control the brush motor at a first speed, receive the user-activated signal, and upon receiving the user-activated signal, output the second pulse-width modulated signal at a third duty cycle to control the brush motor at a second speed. a rotor; an agitator; a rechargeable battery; a suction motor receiving power from the rechargeable battery, the suction motor coupled to the rotor; a brush motor receiving power from the rechargeable battery, the brush motor coupled to the agitator; a user-controlled switch configured to generate a user-activated signal in response to user manipulation; and a controller configured to output a first pulse-width modulated signal at a first duty cycle to control the suction motor, output a second pulse-width modulated signal at a second duty cycle to control the brush motor at a first speed, receive the user-activated signal, and upon receiving the user-activated signal, output the second pulse-width modulated signal at a third duty cycle to control the brush motor at a second speed.
A dual-energy X-ray imaging apparatus comprising: an X-ray tube configured to sequentially radiate a first energy X-ray having a first energy and a second energy X-ray having a second energy; a power supply unit configured to supply power to the X-ray tube; a detector unit configured to detect the first and second energy X-rays, which are radiated from the X-ray tube, and to convert the detected first and second energy X-rays into corresponding electric signals; and a host computer configured to receive the electric signals such that a first energy X-ray image using the first energy X-ray is obtained, and to set the second energy X-ray intensity and amount using a brightness of the first energy X-ray image for obtaining a second energy X-ray image using the second energy X-ray, CHARACTERISED IN THAT the host computer comprises an image processing unit configured to obtain the first energy X-ray image and to divide the first energy X-ray image into a bone region, a soft tissue region, and an air region for each of a bone, a soft tissue, and air, respectively, using an image segmentation method, and an energy-setting unit configured to set the second energy X-ray intensity and amount such that a brightness of a soft tissue region of the first energy X-ray image is identical to a brightness of a soft tissue region of the second energy X-ray image using a respective brightness of each of the divided regions, and wherein the energy setting unit is adapted to set the second energy, which maximizes a difference in attenuation coefficients between the bone and the soft tissue and minimizes energy absorption of the soft tissue. an X-ray tube configured to sequentially radiate a first energy X-ray having a first energy and a second energy X-ray having a second energy; a power supply unit configured to supply power to the X-ray tube; a detector unit configured to detect the first and second energy X-rays, which are radiated from the X-ray tube, and to convert the detected first and second energy X-rays into corresponding electric signals; and a host computer configured to receive the electric signals such that a first energy X-ray image using the first energy X-ray is obtained, and to set the second energy X-ray intensity and amount using a brightness of the first energy X-ray image for obtaining a second energy X-ray image using the second energy X-ray,
A portable imaging flow cytometer device comprising: a housing; at least one illumination source disposed in the housing and configured for pulsed or continuous wave operation at a plurality of colors; a microfluidic channel disposed in the housing and fluidically coupled to a source of fluid containing objects therein that is configured to flow through the microfluidic channel; a color image sensor disposed adjacent to the microfluidic channel and disposed within an optical path that receives light from the at least one illumination source that passes through the microfluidic channel, the color image sensor configured to capture a plurality of image frames containing raw hologram images of the objects passing through the microfluidic channel; and a computing device configured to receive the plurality of image frames generated by the color image sensor, the computing device executing image processing software thereon configured to perform background subtraction and automatically detect moving objects in the plurality of image frames and configured to reconstruct phase and/or intensity images of the moving objects for each of the plurality of colors, wherein the phase and/or intensity image reconstruction is performed using a wave propagation-based algorithm and optionally a trained neural network that receives the reconstructed phase and/or intensity images and outputs phase recovered intensity and/or phase images or phase recovered phase-contrast images of the moving objects. a housing; at least one illumination source disposed in the housing and configured for pulsed or continuous wave operation at a plurality of colors; a microfluidic channel disposed in the housing and fluidically coupled to a source of fluid containing objects therein that is configured to flow through the microfluidic channel; a color image sensor disposed adjacent to the microfluidic channel and disposed within an optical path that receives light from the at least one illumination source that passes through the microfluidic channel, the color image sensor configured to capture a plurality of image frames containing raw hologram images of the objects passing through the microfluidic channel; and a computing device configured to receive the plurality of image frames generated by the color image sensor, the computing device executing image processing software thereon configured to perform background subtraction and automatically detect moving objects in the plurality of image frames and configured to reconstruct phase and/or intensity images of the moving objects for each of the plurality of colors, wherein the phase and/or intensity image reconstruction is performed using a wave propagation-based algorithm and optionally a trained neural network that receives the reconstructed phase and/or intensity images and outputs phase recovered intensity and/or phase images or phase recovered phase-contrast images of the moving objects.
A fluid pressure cylinder (10, 170, 192) comprising a cylinder tube including a cylinder chamber defined in interior thereof, a cover member (14, 16) attached to an end of the cylinder tube, a piston disposed displaceably along the cylinder chamber, and a piston rod connected to the piston; wherein a rod holder (54, 130, 150, 160), which supports the piston rod displaceably along an axial direction, is disposed in the cover member, characterized in that the rod holder (54, 130, 150, 160) is fixed by rivets with respect to the cover member.