mhurhangee/ep-ind-claims huggingface dataset:
An image forming device comprising: a housing; a pair of first guides extending down to terminals; a process unit having a bottom wall and side walls formed with protrusions protruding outward from the side walls, the protrusions being engageable with the pair of first guides, the protrusions being guided down along the pair of first guides toward the terminals when the process unit is loaded into the housing; and a process unit accommodating section for receiving and accommodating the process unit, characterized by a second guide formed between the pair of first guides configured to guide the bottom surface of the process unit from a top open space of the housing toward the terminal, wherein the process unit is accommodated in the process unit accommodating section when the protrusions of the process unit have been brought into abutment with the terminals, the process unit is disengaged from the second guide and a trailing end of the process unit is rotated downward about an imaginary line connecting the protrusions. a housing; a pair of first guides extending down to terminals; a process unit having a bottom wall and side walls formed with protrusions protruding outward from the side walls, the protrusions being engageable with the pair of first guides, the protrusions being guided down along the pair of first guides toward the terminals when the process unit is loaded into the housing; and a process unit accommodating section for receiving and accommodating the process unit, characterized by a second guide formed between the pair of first guides configured to guide the bottom surface of the process unit from a top open space of the housing toward the terminal, wherein the process unit is accommodated in the process unit accommodating section when the protrusions of the process unit have been brought into abutment with the terminals, the process unit is disengaged from the second guide and a trailing end of the process unit is rotated downward about an imaginary line connecting the protrusions.
Device for cleaning a heat exchanger (1.7), comprising: an evaporation module (3.5) arranged in the vicinity of the heat exchanger, so that it is exposed to the same gas flow as the heat exchanger (1.7); a water supply equipment (3.1) adapted to guide a defined quantity of liquid to the evaporation module (3.5) via a feed pipe (3.4), wherein the feed pipe (3.4) connects the water supply equipment (3.1) to the evaporation module (3.5), characterized in that the evaporation module (3.5) comprises a housing (3.9), in which a material (3.10) with high heat capacity is arranged, in which canals (3.6) are provided, wherein the canals (3.6) flow into outlet nozzles (3.7) that are directed towards the heat exchanger (1.7), so that vapor, which comes from the vaporizing, in the evaporation module (3.5), of liquid in the canals (3.6), can escape through the outlet nozzles (3.7) towards the heat exchanger (1.7). an evaporation module (3.5) arranged in the vicinity of the heat exchanger, so that it is exposed to the same gas flow as the heat exchanger (1.7); a water supply equipment (3.1) adapted to guide a defined quantity of liquid to the evaporation module (3.5) via a feed pipe (3.4), wherein the feed pipe (3.4) connects the water supply equipment (3.1) to the evaporation module (3.5), characterized in that the evaporation module (3.5) comprises a housing (3.9), in which a material (3.10) with high heat capacity is arranged, in which canals (3.6) are provided, wherein the canals (3.6) flow into outlet nozzles (3.7) that are directed towards the heat exchanger (1.7), so that vapor, which comes from the vaporizing, in the evaporation module (3.5), of liquid in the canals (3.6), can escape through the outlet nozzles (3.7) towards the heat exchanger (1.7).
Fire-based cutting tool for hairdressing, consisting of a pair of tongs formed of two long arms (2, 2') joined by a shaft, each arm (2, 2') with a handle and a gripping part for hair held by the tongs, where the first arm comes with a burner producing a controlled flame, with a nozzle placed on one side of the rotating shaft, facing a contact zone of the gripping parts and parallel to the arms (2, 2') and comprising also an activation button on the side of the handle of the first arm characterized in that the gripping parts are configured to allow the hair to be laid flat along the entire length of the gripping parts.
Method for adapting a classification of an audio signal, comprising the steps of: - providing the audio signal and - producing a temporal succession of values of an audio feature of the audio signal, characterized by the steps of: - forming a temporal succession of differences between successive values, - summing the succession of differences to form a first sum over a first period, - summing the succession of differences to form a second sum over a second period, which is longer than the first period, - comparing the first sum and the second sum, and - performing a change of classification on the basis of the comparison. - providing the audio signal and - producing a temporal succession of values of an audio feature of the audio signal, - forming a temporal succession of differences between successive values, - summing the succession of differences to form a first sum over a first period, - summing the succession of differences to form a second sum over a second period, which is longer than the first period, - comparing the first sum and the second sum, and - performing a change of classification on the basis of the comparison.
Reactive air braze filler material, comprising a metal-ceramic mixture, characterized in that the metal-ceramic mixture consists of Ag: 50-90 mol%; CuO x: 5-45 mol%; CoO y: 5-45 mol% where x ranges between 0.5 and 1.0; and y is 1.0.
A downhole casing pulling tool, comprising: a tubular housing having a bore therethrough; a packer assembly configured to isolate an annulus between a casing and the tool; a slip assembly configured to engage the casing; an actuator configured to operate at least one of the packer assembly and the slip assembly, and a piston assembly disposed in the bore of the tubular housing, the piston assembly including: a first piston section having a first piston bore and a first wall, the first wall having one or more first flow paths formed therethrough; and a second piston section having a second piston bore and a second wall axially spaced from the first wall, the second wall having one or more second flow paths formed therethrough; wherein the piston assembly is configured to: operate the actuator; and modify a fluid pressure in the bore of the tubular housing. a tubular housing having a bore therethrough; a packer assembly configured to isolate an annulus between a casing and the tool; a slip assembly configured to engage the casing; an actuator configured to operate at least one of the packer assembly and the slip assembly, and a piston assembly disposed in the bore of the tubular housing, the piston assembly including: a first piston section having a first piston bore and a first wall, the first wall having one or more first flow paths formed therethrough; and a second piston section having a second piston bore and a second wall axially spaced from the first wall, the second wall having one or more second flow paths formed therethrough; wherein the piston assembly is configured to: operate the actuator; and modify a fluid pressure in the bore of the tubular housing. a first piston section having a first piston bore and a first wall, the first wall having one or more first flow paths formed therethrough; and a second piston section having a second piston bore and a second wall axially spaced from the first wall, the second wall having one or more second flow paths formed therethrough; wherein the piston assembly is configured to: operate the actuator; and modify a fluid pressure in the bore of the tubular housing. operate the actuator; and modify a fluid pressure in the bore of the tubular housing.
An apparatus for a single-track or multi-track providing of web-like interleaving sheet material at a cutting zone in which products supplied on one track or on multiple tracks are cut into slices and interleaving sheets are introduced that are cut off from the provided interleaving sheet material in the cutting zone, the apparatus having a removal device which is configured for a removal of the material web from a material store and having a loop store in which the material web forms a loop having a loop portion at the incoming side and a loop portion at the outgoing side, characterized in that the loop store provides a reception space for the loop whose one side forms a support for the one loop portion and whose side opposite the support forms a boundary for the other loop portion, wherein the reception space has an opening at least for the outlet of the loop portion at the outgoing side and an end disposed lower than the opening; and wherein a plane extending through the opening and the end extends at an inclination with respect to the horizontal, wherein the loop portion at the outgoing side extends over the support, in particular wherein the plane has an angle with the horizontal in the range from 15° to 75°, preferably from 30° to 60°, and in particular preferably from 40° to 50°. the apparatus having a removal device which is configured for a removal of the material web from a material store and having a loop store in which the material web forms a loop having a loop portion at the incoming side and a loop portion at the outgoing side, characterized in that the loop store provides a reception space for the loop whose one side forms a support for the one loop portion and whose side opposite the support forms a boundary for the other loop portion, wherein the reception space has an opening at least for the outlet of the loop portion at the outgoing side and an end disposed lower than the opening; and wherein a plane extending through the opening and the end extends at an inclination with respect to the horizontal, wherein the loop portion at the outgoing side extends over the support, in particular wherein the plane has an angle with the horizontal in the range from 15° to 75°, preferably from 30° to 60°, and in particular preferably from 40° to 50°.
Method (300, 400) for controlling a half-bridge having a first switching device for connecting a connection to a first potential and a second switching device for connecting the connection to a second potential, wherein the method comprises the following steps: - outputting a close signal for the first switching device while the second switching device is open; - determining a latency between the beginning of the close signal and a dip in a voltage applied across the first switching device, wherein a voltage is ascertained metrologically by means of a first comparator via the first switching device and is evaluated by means of a timer, - characterized by - determining a time at which the first switching device is intended to be closed; and - outputting (340, 345) a close signal to the first switching device at the determined time minus the determined latency; - wherein the time corresponds to an opening of the second switching device in order to minimize a dead time between the opening of the second switching device and a closing of the first switching device based on the determined latency; - wherein latencies for each switching device (115, 120) are ascertained individually during operation of the half-bridge. - outputting a close signal for the first switching device while the second switching device is open; - determining a latency between the beginning of the close signal and a dip in a voltage applied across the first switching device, wherein a voltage is ascertained metrologically by means of a first comparator via the first switching device and is evaluated by means of a timer, - characterized by - determining a time at which the first switching device is intended to be closed; and - outputting (340, 345) a close signal to the first switching device at the determined time minus the determined latency; - wherein the time corresponds to an opening of the second switching device in order to minimize a dead time between the opening of the second switching device and a closing of the first switching device based on the determined latency; - wherein latencies for each switching device (115, 120) are ascertained individually during operation of the half-bridge.
A manufacturing device for a core, comprising: a magnetization device that magnetizes magnet raw materials before being magnetized provided in the heated core to turn the magnet raw materials before being magnetized into permanent magnets; characterized by a detachment device that detaches the heated core from the magnetization device; and a mounting device that mounts a jig composed of a magnetic body or an electromagnet to the heated core, wherein the jig is being mounted around the detached core when the heated core, which is to be cooled, is detached from the magnetization device by the detachment device. a magnetization device that magnetizes magnet raw materials before being magnetized provided in the heated core to turn the magnet raw materials before being magnetized into permanent magnets; characterized by a detachment device that detaches the heated core from the magnetization device; and a mounting device that mounts a jig composed of a magnetic body or an electromagnet to the heated core, wherein the jig is being mounted around the detached core when the heated core, which is to be cooled, is detached from the magnetization device by the detachment device.
An output control apparatus, configured to control color information of projection image data to be output to one or more output devices, comprising: a display characteristic extraction unit configured to extract a display characteristic of the output device from test patterns having been output from the output device, and including at least one of gradation information, brightness information, and chromaticity information; a correction value calculation unit configured to calculate a correction value of the output device, based on the display characteristic obtained by the display characteristic extraction unit; and a correction unit configured to correct the projection image data to be output to the output device, based on the correction value calculated by the correction value calculation unit; characterized in that: sampling points used to calculate the correction values are spread in an entire projection surface; the correction values are calculated from data that is obtained by capturing an image of the projection surface as a whole; and the sampling points are continuous. a display characteristic extraction unit configured to extract a display characteristic of the output device from test patterns having been output from the output device, and including at least one of gradation information, brightness information, and chromaticity information; a correction value calculation unit configured to calculate a correction value of the output device, based on the display characteristic obtained by the display characteristic extraction unit; and a correction unit configured to correct the projection image data to be output to the output device, based on the correction value calculated by the correction value calculation unit; sampling points used to calculate the correction values are spread in an entire projection surface; the correction values are calculated from data that is obtained by capturing an image of the projection surface as a whole; and the sampling points are continuous.
An upper for an article of footwear, the upper comprising: a first knitted portion forming an outer surface of the upper; a second knitted portion forming an inner surface of the upper; and a connection structure securing the first knitted portion with the second knitted portion, wherein the connection structure includes at least one loop incorporated into a course of the first knitted portion and at least one loop incorporated into a course of the second knitted portion, and wherein the second knitted portion includes at least one double jersey knit structure that is coextensive with the first knitted portion, characterized in that the upper comprises a seam where a lateral heel area and a medial heel area are connected, wherein the lateral heel area and the medial heel area are each at least partially formed by the first knitted portion and the second knitted portion. a first knitted portion forming an outer surface of the upper; a second knitted portion forming an inner surface of the upper; and a connection structure securing the first knitted portion with the second knitted portion, wherein the connection structure includes at least one loop incorporated into a course of the first knitted portion and at least one loop incorporated into a course of the second knitted portion, and wherein the second knitted portion includes at least one double jersey knit structure that is coextensive with the first knitted portion, characterized in that the upper comprises a seam where a lateral heel area and a medial heel area are connected, wherein the lateral heel area and the medial heel area are each at least partially formed by the first knitted portion and the second knitted portion.
An internal combustion engine including variable compression ratio, comprising a crankcase; a crankshaft including a crankshaft axis, said crankshaft having at least a central main portion, a crankpin and a crankshaft web located between the central main portion and the crankpin, said crankshaft being supported by the crankcase and rotatable with respect thereto about the crankshaft axis; at least a connecting rod including a big end and a small end; a piston being rotatably connected to the small end; a crank member being rotatably mounted on the crankpin, and comprising at least a bearing portion which is eccentrically disposed with respect to the crankpin, and having an outer circumferential wall which bears the big end of the connecting rod such that the connecting rod is rotatably mounted on the bearing portion of the crank member via the big end; a driving mechanism for driving the crank member at half speed of the crankshaft as seen from the crankcase, which driving mechanism comprises a control member for varying the compression ratio, which is rotatable with respect to the crankcase and drivably coupled to the crank member, but which has a fixed position with respect to the crankcase under operating conditions at fixed compression ratio; wherein the rotational position of the control member with respect to the crankcase is adjustable by means of a hydraulic actuator, which comprises a hydraulic piston that is drivably connected to the control member, a working chamber, a pump and an oil supply line through which the pump and the working chamber communicate, wherein the control member comprises a control shaft extending concentrically through the central main portion and being drivably coupled to the crank member via a transmission at a side of the crankshaft web where the crankpin is located, wherein the hydraulic piston is drivably connected to the control shaft at an opposite side of the crankshaft web, wherein a pulley for driving auxiliary devices of the engine is fixed to the central main portion and the hydraulic actuator is at least partly accommodated within the circumference of the pulley, wherein inside the pulley a space is available in which the hydraulic actuator is partly accommodated.
A rocking device provided with a fastening means for in use mounting to for example a baby buggy to create an automatic rocking movement of the baby buggy, comprising a rotating asymmetrical weight driven by an electric motor and an outer cover, characterised in that motor and weight are suspended in a rigid fastening bracket, that the fastening bracket is fastened to a first side of a vibration dampening connection element of an at least partly soft material; that the fastening means is fastened to the other side of the vibration dampening connection element, such that the movement of the weight is transmitted through the fastening bracket via the vibration dampening connection element and the fastening means to the baby buggy; that the fastening bracket with motor and weight is enclosed by the outer cover (1, 2) which is not in contact with the fastening bracket, the motor or the weight; and that the outer cover is fastened to the vibration dampening connection element, such that vibrations from the motor and weight are not transmitted to the outer cover.
A radio-frequency, RF, camera system comprising: a sensor assembly comprising sensors supported at respective sensor locations and defining an alterable field of view for the sensor assembly, each sensor configured to tilt, rotate, or move in one or more directions at the respective sensor location, each sensor comprising a microprocessor, a digital signal processor, a radio and an antenna that are configured to allow each sensor to: detect RF signals from the alterable field of view, and process the RF signals detected by the sensor to identify parameters of the RF signals; and a data processing system configured to: receive the parameters identified by the sensors; and generate a graphical representation of the alterable field of view based on the parameters. a sensor assembly comprising sensors supported at respective sensor locations and defining an alterable field of view for the sensor assembly, each sensor configured to tilt, rotate, or move in one or more directions at the respective sensor location, each sensor comprising a microprocessor, a digital signal processor, a radio and an antenna that are configured to allow each sensor to: detect RF signals from the alterable field of view, and process the RF signals detected by the sensor to identify parameters of the RF signals; and detect RF signals from the alterable field of view, and process the RF signals detected by the sensor to identify parameters of the RF signals; and a data processing system configured to: receive the parameters identified by the sensors; and generate a graphical representation of the alterable field of view based on the parameters. receive the parameters identified by the sensors; and generate a graphical representation of the alterable field of view based on the parameters.
A method for preparing a tissue matrix composition comprising: selecting a collagen-based tissue matrix; contacting the tissue matrix with a cryoprotectant solution; freezing the tissue matrix; cutting the tissue matrix into a plurality of cut tissue pieces, wherein the temperature of the tissue matrix ranges from -10 °C to -40 °C for the cutting step, wherein cutting comprises grating; placing the plurality of cut tissue pieces into a liquid to form a suspension, and freeze-drying the suspension to form a tissue matrix composition. selecting a collagen-based tissue matrix; contacting the tissue matrix with a cryoprotectant solution; freezing the tissue matrix; cutting the tissue matrix into a plurality of cut tissue pieces, wherein the temperature of the tissue matrix ranges from -10 °C to -40 °C for the cutting step, wherein cutting comprises grating; placing the plurality of cut tissue pieces into a liquid to form a suspension, and freeze-drying the suspension to form a tissue matrix composition.
A drug conjugate comprising an antibody linked by a non-cleavable linker to a therapeutic agent, wherein the antibody binds to an extracellular target that is FXYD5, wherein the therapeutic agent acts on an extracellular target.