mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner comprising: a main machine constituting an appearance; and a display unit provided to the main machine to display an operating state of the main machine and receive a signal for controlling an operation of the main machine, wherein the display unit displays a function button for displaying an operating state of the main machine and controlling an operation of the main machine, and includes a touch screen allowing a user to touch the function button to select the function button, characterized in that the display unit comprises a storage medium mounting part arranged for mounting an external storage medium, and the display unit is configured such that data displayed on the display unit is updatable into data transmitted from the external storage medium when mounted on the storage medium mounting part, wherein the display unit further includes a display part displaying an operation state display portion for displaying an operating state of the main machine, wherein when power for an operation of the main machine is applied, a booting screen informing a booting state of the main machine is displayed on the display part, and then an air conditioner start menu screen displaying a button portion for operating the main machine is displayed on the display part, wherein when an input for operating the main machine is not received for a predetermined time while the air conditioner start menu screen is displayed, the air conditioner start menu screen is switched into a stop mode screen on which a date and a temperature are displayed. a main machine constituting an appearance; and a display unit provided to the main machine to display an operating state of the main machine and receive a signal for controlling an operation of the main machine, wherein the display unit displays a function button for displaying an operating state of the main machine and controlling an operation of the main machine, and includes a touch screen allowing a user to touch the function button to select the function button, characterized in that the display unit comprises a storage medium mounting part arranged for mounting an external storage medium, and the display unit is configured such that data displayed on the display unit is updatable into data transmitted from the external storage medium when mounted on the storage medium mounting part, wherein the display unit further includes a display part displaying an operation state display portion for displaying an operating state of the main machine, wherein when power for an operation of the main machine is applied, a booting screen informing a booting state of the main machine is displayed on the display part, and then an air conditioner start menu screen displaying a button portion for operating the main machine is displayed on the display part, wherein when an input for operating the main machine is not received for a predetermined time while the air conditioner start menu screen is displayed, the air conditioner start menu screen is switched into a stop mode screen on which a date and a temperature are displayed.
An image forming apparatus comprising: a photosensitive member; an exposure means for exposing the photosensitive member to form an electrostatic latent image on the photosensitive member; a developing means for developing using toner the electrostatic latent image formed on the photosensitive member by the exposure means; a mounting means to which a container is mountable, the container including a chamber for containing toner and a pump means for changing the internal pressure of the chamber means, wherein, in a case where the container is mounted to the mounting means, the pump means is arranged to expand and contract due to the rotation of the container, and the container is arranged to supply toner to the developing means in response to the expansion and contraction of the pump means, a driving means arranged to rotate the container mounted to the mounting means; characterized by a detection means arranged to detect a predetermined portion of the rotating container; and a controller arranged to control the driving means, based on a detection result of the detection means, so that the rotational speed of the container becomes a predetermined speed. a photosensitive member; an exposure means for exposing the photosensitive member to form an electrostatic latent image on the photosensitive member; a developing means for developing using toner the electrostatic latent image formed on the photosensitive member by the exposure means; a mounting means to which a container is mountable, the container including a chamber for containing toner and a pump means for changing the internal pressure of the chamber means, wherein, in a case where the container is mounted to the mounting means, the pump means is arranged to expand and contract due to the rotation of the container, and the container is arranged to supply toner to the developing means in response to the expansion and contraction of the pump means, a driving means arranged to rotate the container mounted to the mounting means; characterized by a detection means arranged to detect a predetermined portion of the rotating container; and a controller arranged to control the driving means, based on a detection result of the detection means, so that the rotational speed of the container becomes a predetermined speed.
Air spring control device for a rail vehicle bogie with two air springs, comprising a differential pressure compensation valve, wherein two compressed-air ports (7,8) are provided and are designed for connection to one air spring (9, 10) each and conduct the respective air spring pressure to one port each of the differential pressure compensation valve, characterised in that the air spring control device comprises a medium pressure value and a return valve, wherein the compressed-air ports (7, 8) conduct the respective air spring pressure to a port of the medium-pressure valve in each case, wherein a medium pressure which can be generated by the medium-pressure valve is conducted to a medium-pressure port and wherein one of the air spring pressures is conducted to a return valve, which is connected at its output to a return valve port. comprising a differential pressure compensation valve, wherein two compressed-air ports (7,8) are provided and are designed for connection to one air spring (9, 10) each and conduct the respective air spring pressure to one port each of the differential pressure compensation valve, characterised in that the air spring control device comprises a medium pressure value and a return valve, wherein the compressed-air ports (7, 8) conduct the respective air spring pressure to a port of the medium-pressure valve in each case, wherein a medium pressure which can be generated by the medium-pressure valve is conducted to a medium-pressure port and wherein one of the air spring pressures is conducted to a return valve, which is connected at its output to a return valve port.
A power generation control device for a hybrid vehicle comprising a first electric motor that is mechanically coupled to a drive wheel and that is mainly used for travel driving, a second electric motor that is mechanically coupled to an internal combustion engine, and a battery that is electrically coupled to the first electric motor and the second electric motor, the power generation control device comprising: a power generation controller that carries out series power generation in which electric power is generated by the second electric motor by receiving driving force from the internal combustion engine while traveling by using the first electric motor as a drive source, and that carries out idle power generation in which electric power is generated by at least one of the first electric motor and the second electric motor by receiving driving force from the internal combustion engine while the vehicle is stopped, characterized in that the power generation controller sets a series power generation start threshold of a charge capacity of the battery at which the series power generation is started and an idle power generation start threshold of the charge capacity of the battery at which the idle power generation is started to the same value, and the same value is a value that maintains the charge capacity of the battery within a range in which it is not necessary to limit the output of the first electric motor during traveling. a power generation controller that carries out series power generation in which electric power is generated by the second electric motor by receiving driving force from the internal combustion engine while traveling by using the first electric motor as a drive source, and that carries out idle power generation in which electric power is generated by at least one of the first electric motor and the second electric motor by receiving driving force from the internal combustion engine while the vehicle is stopped, characterized in that the power generation controller sets a series power generation start threshold of a charge capacity of the battery at which the series power generation is started and an idle power generation start threshold of the charge capacity of the battery at which the idle power generation is started to the same value, and the same value is a value that maintains the charge capacity of the battery within a range in which it is not necessary to limit the output of the first electric motor during traveling.
A laminate comprising: a first bonding sheet having a major surface and a peripheral edge, said first bonding sheet being suitable for bonding to a glazing component having a major surface and a peripheral edge; and a transparent optical sheet comprising a polymeric multi-layer optical film, said optical sheet having a major surface and a peripheral edge, said optical film having a peripheral edge, and the major surface of said optical sheet and the major surface of said first bonding sheet being positioned together forming a pre-laminate, wherein said optical film is dimensioned and positioned so that at least a portion of the peripheral edge of said optical film lies within the peripheral edge of said first bonding sheet, before the pre-laminate is bonded together to form the laminate. a first bonding sheet having a major surface and a peripheral edge, said first bonding sheet being suitable for bonding to a glazing component having a major surface and a peripheral edge; and a transparent optical sheet comprising a polymeric multi-layer optical film, said optical sheet having a major surface and a peripheral edge, said optical film having a peripheral edge, and the major surface of said optical sheet and the major surface of said first bonding sheet being positioned together forming a pre-laminate, wherein said optical film is dimensioned and positioned so that at least a portion of the peripheral edge of said optical film lies within the peripheral edge of said first bonding sheet, before the pre-laminate is bonded together to form the laminate.
Process for the production of formula ozanimod or its acid addition salts, characterised in that the protective group or groups that may be removed in an acidic medium are removed in an organic solvent from a.) the compound of general formula in which R represents a protective group that may be removed in an acidic medium serving for the temporary protection of the hydroxyl group, or b.) from the compound of formula or c.) from a mixture of any ratio of the compound of general formula and the compound of formula, and the formula ozanimod obtained in this way is optionally transformed into an acid addition salt. a.) the compound of general formula in which R represents a protective group that may be removed in an acidic medium serving for the temporary protection of the hydroxyl group, or b.) from the compound of formula or c.) from a mixture of any ratio of the compound of general formula and the compound of formula, and the formula ozanimod obtained in this way is optionally transformed into an acid addition salt.
A binding processing apparatus (100; 360) capable of bonding sheets with each other to bind the sheets by melting a bonding toner using a heating mechanism having a heating/pressurizing member (2A; 363) capable of ascending/descending with respect to the sheets carrying the bonding toner, wherein a pressurizing/cooling member (3; 365) capable of ascending/descending in synchronisation with the heating/pressurizing member (2A; 363) is provided in proximity to a binding margin portion and in proximity to the heating/pressurizing member (2A; 363), characterized in that the pressurizing/cooling member (3; 365 comes into contact with or moves away from a proximity of the bonding toner carried on the sheets together with the ascending/descending operation of the heating/pressurizing member (2A; 363).
A wafer level processing method for forming a plurality of image sensors each having a pixel array configured for backside illumination, the image sensors being formed utilizing an image sensor wafer (200, 210,1500), the image sensor wafer (200, 210, 1500) comprising a substrate (202, 212) and a sensor layer (206, 214) formed over the substrate (202, 212), the method comprising the following steps carried out in the order listed: forming backside trenches (400, 400') in a backside surface of the sensor layer (206, 214); implanting a dopant into the sensor layer (206, 214) through the backside trenches (400, 400') so as to form backside field isolation implant regions (402, 402') corresponding to the backside trenches (400, 400'); filling the backside trenches with a material (500, 500') forming at least one antireflective layer (600, 600', 602, 602') over the filled backside trenches and in contact with and covering the backside surface; attaching a temporary carrier wafer to the backside surface and then removing the substrate (202, 212); and after removing the substrate (202, 212), further processing the image sensor wafer (200, 210,1500) to form the plurality of image sensors including the pixel arrays for the plurality of image sensors by forming photosensitive elements of the pixel arrays in the frontside surface of the sensor layer. forming backside trenches (400, 400') in a backside surface of the sensor layer (206, 214); implanting a dopant into the sensor layer (206, 214) through the backside trenches (400, 400') so as to form backside field isolation implant regions (402, 402') corresponding to the backside trenches (400, 400'); filling the backside trenches with a material (500, 500') forming at least one antireflective layer (600, 600', 602, 602') over the filled backside trenches and in contact with and covering the backside surface; attaching a temporary carrier wafer to the backside surface and then removing the substrate (202, 212); and after removing the substrate (202, 212), further processing the image sensor wafer (200, 210,1500) to form the plurality of image sensors including the pixel arrays for the plurality of image sensors by forming photosensitive elements of the pixel arrays in the frontside surface of the sensor layer.
A vehicle comprising: an engine; an alternator configured to generate power by rotation of the engine; a battery configured to accumulate power generated by the alternator; a steering member operated by a driver; an electric power steering system configured to assist the driver to operate the steering member by using power of the battery; a steering angle acquisition unit configured to acquire a steering angle of the steering member; and a controller configured to be capable of controlling a coupled engine running mode, in which the engine is coupled to wheels and engine brake is activated by driven rotation of the engine, and a coasting mode, in which an engine brake force is reduced with respect to that in the coupled engine running mode with the engine brake engaged, and also configured to start the coasting mode based on the steering angle of the steering member; characterized by the controlled being configured to start an execution of a first coasting mode when the steering angle is equal to or less than a preset upper limit value and start an execution of a second coasting mode when the steering angle is greater than the upper limit value, the first coasting mode being a coasting mode in which an engine rotation is stopped, and the second coasting mode being a coasting mode in which the engine remains rotating. an engine; an alternator configured to generate power by rotation of the engine; a battery configured to accumulate power generated by the alternator; a steering member operated by a driver; an electric power steering system configured to assist the driver to operate the steering member by using power of the battery; a steering angle acquisition unit configured to acquire a steering angle of the steering member; and a controller configured to be capable of controlling a coupled engine running mode, in which the engine is coupled to wheels and engine brake is activated by driven rotation of the engine, and a coasting mode, in which an engine brake force is reduced with respect to that in the coupled engine running mode with the engine brake engaged, and also configured to start the coasting mode based on the steering angle of the steering member; characterized by the controlled being configured to start an execution of a first coasting mode when the steering angle is equal to or less than a preset upper limit value and start an execution of a second coasting mode when the steering angle is greater than the upper limit value, the first coasting mode being a coasting mode in which an engine rotation is stopped, and the second coasting mode being a coasting mode in which the engine remains rotating.
A system for interpretation and analysis of information relating to a subject, the system comprising: a data acquisition subsystem configured to continuously, synchronously, and simultaneously generate data streams representing parameters of the subject; and a processor subsystem in communication with the data acquisition subsystem and configured to receive the data streams continuously, synchronously, and simultaneously, wherein the processor subsystem is configured to determine a correlation between information contained in the received data streams, the data acquisition subsystem includes at least a first sensor (22a, 24a) and a second sensor (22b, 24b), wherein the first (22a, 24a) and second (22b, 24b) sensors are responsive to changes in distance therebetween, and wherein the first (22a, 24a) and second (22b, 24b) sensors are configured to be positioned proximate to the subject's body, characterized in that the processor subsystem is further configured to use data of other subjects to determine if the data interpreted from the data streams indicates a contextual parameter about the subject, such as presence or absence of a disease or other medical condition, response to treatment, potentiality of an impending medical condition or attack, level of physical fitness, or change in level of physical fitness. a data acquisition subsystem configured to continuously, synchronously, and simultaneously generate data streams representing parameters of the subject; and a processor subsystem in communication with the data acquisition subsystem and configured to receive the data streams continuously, synchronously, and simultaneously, wherein the processor subsystem is configured to determine a correlation between information contained in the received data streams, the data acquisition subsystem includes at least a first sensor (22a, 24a) and a second sensor (22b, 24b), wherein the first (22a, 24a) and second (22b, 24b) sensors are responsive to changes in distance therebetween, and wherein the first (22a, 24a) and second (22b, 24b) sensors are configured to be positioned proximate to the subject's body, characterized in that the processor subsystem is further configured to use data of other subjects to determine if the data interpreted from the data streams indicates a contextual parameter about the subject, such as presence or absence of a disease or other medical condition, response to treatment, potentiality of an impending medical condition or attack, level of physical fitness, or change in level of physical fitness.
A garment comprising layers of fabric, wherein a first layer is a protective shell provided with air flow ports, and a second layer is an insulating layer, an innermost layer is a mesh liner characterised in that the second layer has a thickness sufficient to provide holes holding a volume of air, so that the holes function as air cells.
Hybrid solar collector for façades consisting of a ventilated cover, a thermal collector (5a-5c) that is selective in terms of incidence angle and comprises attached insulation, which conveys the absorbed heat into the room interior with a time lag, wherein partially transparent and/or partially translucent photovoltaic elements (3', 3") that allow infrared radiation to pass through in part are arranged on the cover, and wherein the air heated up between the collector (5a-5c) and the cover when radiated by solar radiation is carried away for useful purposes at least in the uppermost region, characterised in that the collector (5, 5a-5c) is directed towards a specific reflection of the radiation (v') and in that said reflection is used by the photovoltaic elements (3") arranged on the cover.
A display arrangement with a substantially rectangular and flat display substrate and a cover with a connecting region to which the display substrate is adhesively attached by a bonding material or a connecting material, and a rectangular dam which contains the bonding material, wherein the display substrate is viewed in a projection with its side edges on the dam in a plane extending parallel to the display substrate and is positioned along its periphery congruently with an edge of the rectangular dam, so that no lateral spacing from the dam is formed on all sides, but rather a congruent superposition of the periphery of the display substrate with the edge of the dam is produced, characterized in that the support side of the dam designed for the display substrate forms a roof with a gable roof-shaped cross section whose ridge forms a linear system for the display substrate.
A method for identifying prostate cancer in a patient, the method comprising detecting, if present, in a sample obtained from the patient, a gene fusion having a 5' portion from a transcriptional regulatory region of an SLC45A3 gene and a 3' portion from a RAF family gene that is BRAF, wherein detecting the presence in the sample of the gene fusion identifies prostate cancer in the patient.
Method for controlling the current of a multiphase machine which is operated with block commutation and has phase windings and a high-side switch and a lowside switch for each phase, characterized in that, in order to control the current, the switches (S1-S10) are driven by means of a drive scheme, as a result of which the block commutation angle is adapted in a stepped manner by using a drive scheme with a parallel connection of stator windings or with a series connection of stator windings depending on the respective operating point, wherein the number of phases of the multiphase machine is greater than 3.
A belt retractor for a vehicle seat belt, comprising a frame provided with a plurality of blocking teeth, a belt reel being rotatably supported in the frame and including a blocking tooth system which is adapted to be engaged in the blocking teeth, a control lever pivoted on the frame and a sensor which is triggered when a predetermined vehicle deceleration is exceeded, characterized in that the control lever accommodates the belt reel and in that a control tooth system for interaction with the sensor is provided at the belt reel.