mhurhangee/ep-ind-claims huggingface dataset:
A fuse, comprising: a housing 10) having a cavity; a fuse element disposed within the cavity; a plurality of terminals (21, 23) extending out of the housing and electrically connected to the fuse element; and porous material disposed in the cavity, the porous material having a plurality of pores, the porous material further comprising an open pore structure wherein at least some of the pores are disposed on an outer surface of the porous material facing the fuse element, characterized in that the porous material is silicone foam. a housing 10) having a cavity; a fuse element disposed within the cavity; a plurality of terminals (21, 23) extending out of the housing and electrically connected to the fuse element; and porous material disposed in the cavity, the porous material having a plurality of pores, the porous material further comprising an open pore structure wherein at least some of the pores are disposed on an outer surface of the porous material facing the fuse element, characterized in that the porous material is silicone foam.
An electronic device, comprising: a camera; a sensor circuit; a memory; and a processor configured to: obtain a plurality of first images including a region of interest, ROI, based on a first frame rate using the camera, detect a movement of the electronic device using the sensor circuit, identify a threshold related to the movement of the ROI as one of a first threshold based on the movement of the electronic device meeting a first predetermined range, or a second threshold that is larger than the first threshold based on the movement of the electronic device meeting a second predetermined range that is larger than the first predetermined range, obtain a plurality of second images based on a second frame rate that is larger than the first frame rate based on a pixel variation in the ROI exceeding the threshold, and provide a video related to a moving object using at least some of the plurality of first images and at least some of the plurality of second images. a camera; a sensor circuit; a memory; and a processor configured to: obtain a plurality of first images including a region of interest, ROI, based on a first frame rate using the camera, detect a movement of the electronic device using the sensor circuit, identify a threshold related to the movement of the ROI as one of a first threshold based on the movement of the electronic device meeting a first predetermined range, or a second threshold that is larger than the first threshold based on the movement of the electronic device meeting a second predetermined range that is larger than the first predetermined range, obtain a plurality of second images based on a second frame rate that is larger than the first frame rate based on a pixel variation in the ROI exceeding the threshold, and provide a video related to a moving object using at least some of the plurality of first images and at least some of the plurality of second images. obtain a plurality of first images including a region of interest, ROI, based on a first frame rate using the camera, detect a movement of the electronic device using the sensor circuit, identify a threshold related to the movement of the ROI as one of a first threshold based on the movement of the electronic device meeting a first predetermined range, or a second threshold that is larger than the first threshold based on the movement of the electronic device meeting a second predetermined range that is larger than the first predetermined range, obtain a plurality of second images based on a second frame rate that is larger than the first frame rate based on a pixel variation in the ROI exceeding the threshold, and provide a video related to a moving object using at least some of the plurality of first images and at least some of the plurality of second images.
A dishwasher comprising: a body; a wash tub provided in the body; a basket (14a, 14b) provided in the wash tub and adapted to accommodate dishes; a spray unit fixed to the wash tub and adapted to spray wash water; a reflecting plate assembly to reflect wash water sprayed from the spray unit onto dishes accommodated in the basket and to linearly reciprocate in a spray direction of the wash water; characterized by a motor to generate rotational force to drive the reflecting plate assembly; a belt caused to make cyclic movement by the rotational force of the motor, the belt comprising a first portion arranged to travel in one direction and a second portion disposed parallel to the first portion and arranged to travel in an opposite direction of movement of the first portion; and a cam unit engaged with one of the first portion and the second portion to transmit power of the belt to the reflecting plate assembly and engaged with the other one of the first portion and the second portion to switch a movement direction of the reflecting plate assembly to an opposite direction of movement of the reflecting plate assembly when the reflecting plate assembly encounters an object that applies an external force with a magnitude equal to or greater than a predetermined magnitude to the reflecting plate assembly in the opposite direction. a body; a wash tub provided in the body; a basket (14a, 14b) provided in the wash tub and adapted to accommodate dishes; a spray unit fixed to the wash tub and adapted to spray wash water; a reflecting plate assembly to reflect wash water sprayed from the spray unit onto dishes accommodated in the basket and to linearly reciprocate in a spray direction of the wash water; a motor to generate rotational force to drive the reflecting plate assembly; a belt caused to make cyclic movement by the rotational force of the motor, the belt comprising a first portion arranged to travel in one direction and a second portion disposed parallel to the first portion and arranged to travel in an opposite direction of movement of the first portion; and a cam unit engaged with one of the first portion and the second portion to transmit power of the belt to the reflecting plate assembly and engaged with the other one of the first portion and the second portion to switch a movement direction of the reflecting plate assembly to an opposite direction of movement of the reflecting plate assembly when the reflecting plate assembly encounters an object that applies an external force with a magnitude equal to or greater than a predetermined magnitude to the reflecting plate assembly in the opposite direction.
A method for using an adaptor device (310, 710, 720) having an interface used to individually establish a communication coupling with both a first device and a second device and having a non-volatile memory storing a pre-established value (502, 504, 506) used to provide secure access to a database of upgrade data, comprising: placing the interface of the adaptor device (310, 710, 720) in communication with the second device through which the database of upgrade data is accessible; attempting to positively authenticate the adaptor device (310, 710, 720) at the second device using a pre-established value (502,504,506) stored on the adaptor device (310, 710, 720); allowing upgrade data from the database of upgrade data to be downloaded to the adaptor device (310, 710, 720) via the second device only after the adaptor device (310, 710, 720) is positively authenticated through use of the pre-established value stored on the adaptor device; and placing the interface of the adaptor device (310, 710, 720) into communication with the first device to thereby transfer at least a portion of downloaded upgrade data from the adaptor device (310, 710, 720) to the first device, wherein the pre-established value (502,504, 506) was created for authenticating the adaptor device (310, 710, 720) and stored in the adaptor device (310, 710, 720) during manufacture of the adaptor device (310,710, 720). placing the interface of the adaptor device (310, 710, 720) in communication with the second device through which the database of upgrade data is accessible; attempting to positively authenticate the adaptor device (310, 710, 720) at the second device using a pre-established value (502,504,506) stored on the adaptor device (310, 710, 720); allowing upgrade data from the database of upgrade data to be downloaded to the adaptor device (310, 710, 720) via the second device only after the adaptor device (310, 710, 720) is positively authenticated through use of the pre-established value stored on the adaptor device; and placing the interface of the adaptor device (310, 710, 720) into communication with the first device to thereby transfer at least a portion of downloaded upgrade data from the adaptor device (310, 710, 720) to the first device,
A conductive paste comprising: at least one metal powder; an organic carrier; a glass; and characterized by a surfactant having a representative formula as follows: Mx y z, wherein M is selected from a group consisting of a metal material and a semiconductive element; R is selected from the following group: alkyl oxide group (-O-CmHn), carbonyl group (-(C=O)- CmHn), carboxyl group (-O-(C=O)- CmHn), carbonyloxy group (-(C=O)O- CmHn), amido group(-(C=O)NH- CmHn), alkoxylene group(-O- CmHn -O-) and carboxylic ester group(-O-(C=O)- CmHn -0-); and Q is selected from the following groups: vinyl group, aliphatic epoxy group, styryl group, methacryloxy group, acryloxy group, aliphatic amino group, chloropropyl group, aliphatic mercapto group, aliphatic sulfido group, isocyanato group, aliphatic ureido group, aliphatic carboxy group, aliphatic hydroxyl group, cyclohexyl group, phenyl group, aliphatic formyl group, acetyl group and benzoyl group, wherein X is between 1-and-6, Y is between 1 and 20, and Z is between 1 and 20. at least one metal powder; an organic carrier; a glass; and characterized by a surfactant having a representative formula as follows: Mx y z, wherein M is selected from a group consisting of a metal material and a semiconductive element; R is selected from the following group: alkyl oxide group (-O-CmHn), carbonyl group (-(C=O)- CmHn), carboxyl group (-O-(C=O)- CmHn), carbonyloxy group (-(C=O)O- CmHn), amido group(-(C=O)NH- CmHn), alkoxylene group(-O- CmHn -O-) and carboxylic ester group(-O-(C=O)- CmHn -0-); and Q is selected from the following groups: vinyl group, aliphatic epoxy group, styryl group, methacryloxy group, acryloxy group, aliphatic amino group, chloropropyl group, aliphatic mercapto group, aliphatic sulfido group, isocyanato group, aliphatic ureido group, aliphatic carboxy group, aliphatic hydroxyl group, cyclohexyl group, phenyl group, aliphatic formyl group, acetyl group and benzoyl group, wherein X is between 1-and-6, Y is between 1 and 20, and Z is between 1 and 20.
A housing comprising: a pressure relief door comprising a first door end (34E1) disposed at a first hinge axis of the housing and an opposing second door end (34E2), the pressure relief door rotatable between a first door position and a second door position about the first hinge axis and defining a portion of the housing in the first door position; a deflector comprising a first deflector end (40E1), wherein rotation of the pressure relief door from the first door position to the second door position effects rotation of the deflector from the first deflector position to the second deflector position, characterised by the first deflector end (40E1) being disposed at a second hinge axis of the housing and an opposing second deflector end (40E2), the deflector being rotatable between a first deflector position and a second deflector position about the second hinge axis. a pressure relief door comprising a first door end (34E1) disposed at a first hinge axis of the housing and an opposing second door end (34E2), the pressure relief door rotatable between a first door position and a second door position about the first hinge axis and defining a portion of the housing in the first door position; a deflector comprising a first deflector end (40E1), wherein rotation of the pressure relief door from the first door position to the second door position effects rotation of the deflector from the first deflector position to the second deflector position, characterised by the first deflector end (40E1) being disposed at a second hinge axis of the housing and an opposing second deflector end (40E2), the deflector being rotatable between a first deflector position and a second deflector position about the second hinge axis.
A method for estimating a delay of a signal between a reference point and a reception point, the method comprising the steps of: evaluating a quantity of the signal at the reference point and at the reception point at a plurality of time instants, thereby yielding reference-point values and reception-point values, respectively; comparing each of said reference-point values with a first time-invariant threshold and comparing each of said reception-point values with a second time-invariant threshold, thereby yielding quantized reference-point values and quantized reception-point values, respectively; assigning a penalty to each of all possible pairs of quantized values, each pair including a quantized reference-point value followed by a quantized reception-point value, said penalty based on an expected probability of simultaneous occurrence of the values of said pair when the delay is correctly estimated; computing an average penalty for each candidate delay in a set of candidate delays by averaging the penalties of a plurality of the pairs of quantized values, each pair including a quantized reference-point value evaluated at a first time instant followed by a quantized reception-point value evaluated at a second time instant, said first and second time instants being time-shifted by the candidate delay; computing a weighted penalty for each candidate delay by weighting the average penalty computed for the candidate delay with a weighting term assigned based on the importance attributed to the quantity; and electing an estimated delay from the set of candidate delays based on the computed weighted penalties. evaluating a quantity of the signal at the reference point and at the reception point at a plurality of time instants, thereby yielding reference-point values and reception-point values, respectively; comparing each of said reference-point values with a first time-invariant threshold and comparing each of said reception-point values with a second time-invariant threshold, thereby yielding quantized reference-point values and quantized reception-point values, respectively; assigning a penalty to each of all possible pairs of quantized values, each pair including a quantized reference-point value followed by a quantized reception-point value, said penalty based on an expected probability of simultaneous occurrence of the values of said pair when the delay is correctly estimated; computing an average penalty for each candidate delay in a set of candidate delays by averaging the penalties of a plurality of the pairs of quantized values, each pair including a quantized reference-point value evaluated at a first time instant followed by a quantized reception-point value evaluated at a second time instant, said first and second time instants being time-shifted by the candidate delay; computing a weighted penalty for each candidate delay by weighting the average penalty computed for the candidate delay with a weighting term assigned based on the importance attributed to the quantity; and electing an estimated delay from the set of candidate delays based on the computed weighted penalties.
A prosthesis or orthosis with a multi-shell or single-shell shaft (9a, 9b) for receiving a body part, wherein the shaft (9a, 9b) has an inner wall delimiting a body-part receiving region, wherein the inner wall completely encloses the body-part receiving region in one plane, and wherein the inner wall has at least one protuberance, characterised in that the at least one protuberance is attached temporarily in adaptable manner to the inner wall, so that the at least one protuberance is repositionable, and can be arranged along an acupuncture meridian and/or along a neural pathway.
A beverage production machine comprising an apparatus for recognising a package, the apparatus comprising: - two resonant tank circuits, each one comprising a coil (6a, 6b) and a capacitor; - two electronic detection circuits for detecting changes in coil impedance; - a means for generating a signal wherein the signal is indicative of the changes in coil impedance; and - a control means for controlling at least one parameter of the beverage production machine according to the signal; characterized by the beverage production machine further comprising a package holder for supporting the package within the machine that interacts with the package to direct the location and alignment of the package within the beverage production machine in any one of n fixed orientations, wherein n is an integer. - two resonant tank circuits, each one comprising a coil (6a, 6b) and a capacitor; - two electronic detection circuits for detecting changes in coil impedance; - a means for generating a signal wherein the signal is indicative of the changes in coil impedance; and - a control means for controlling at least one parameter of the beverage production machine according to the signal; characterized by the beverage production machine further comprising a package holder for supporting the package within the machine that interacts with the package to direct the location and alignment of the package within the beverage production machine in any one of n fixed orientations, wherein n is an integer.
A connector comprising: a first plate defining a first plurality of slits (210a, 210b); a second plate defining a second plurality of slits (212a, 212b); and a fastener that facilitates a coupling of the first plate with the second plate, such that the first plate and the second plate are rotatable with respect to each other, wherein the first plurality of slits (210a, 210b) in the first plate is configured to receive a first strap, wherein the second plurality of slits (212a, 212b) in the second plate is configured to receive a second strap that is separate from the first strap, wherein each of the first plate and the second plate comprises a plurality of arcuate portions at peripheral regions of the plate (202, 204) concerned, wherein the plurality of arcuate portions (220, 222) on the first plate define a first channel and a second channel, such that the first channel and the second channel are configured to facilitate receiving of the first strap, and wherein the plurality of arcuate portions (224, 226) on the second plate define a third channel and a fourth channel, such that the third channel and the fourth channel are configured to facilitate receiving of the second strap. a first plate defining a first plurality of slits (210a, 210b); a second plate defining a second plurality of slits (212a, 212b); and a fastener that facilitates a coupling of the first plate with the second plate, such that the first plate and the second plate are rotatable with respect to each other, wherein the first plurality of slits (210a, 210b) in the first plate is configured to receive a first strap, wherein the second plurality of slits (212a, 212b) in the second plate is configured to receive a second strap that is separate from the first strap, wherein each of the first plate and the second plate comprises a plurality of arcuate portions at peripheral regions of the plate (202, 204) concerned, wherein the plurality of arcuate portions (220, 222) on the first plate define a first channel and a second channel, such that the first channel and the second channel are configured to facilitate receiving of the first strap, and wherein the plurality of arcuate portions (224, 226) on the second plate define a third channel and a fourth channel, such that the third channel and the fourth channel are configured to facilitate receiving of the second strap.
A holding apparatus for holding a vehicle test device to be used for testing a test sample that is a vehicle or a part of the vehicle on a driver's seat or a front passenger seat of the test sample, comprising: a mounting stand on which the vehicle test device is mounted, characterized by a fixing mechanism configured to be connected to an ISOFIX anchor provided on a rear seat in the test sample to fix the mounting stand to the driver's seat or the front passenger seat. a mounting stand on which the vehicle test device is mounted, characterized by a fixing mechanism configured to be connected to an ISOFIX anchor provided on a rear seat in the test sample to fix the mounting stand to the driver's seat or the front passenger seat.
A local anesthetic drug for use in a method to blunt satiety signals originating from the surface of the pharynx, esophagus, and/or stomach in a mammal suffering from (i) anorexia, (ii) cachexia, (iii) sarcopenia or (iv) post-operative complications in food processing after surgery on the intestinal tract of said mammal or after caesarian section on said mammal, said method comprising applying a sufficient dose of the local anesthetic drug to a surface of the pharyngeal-esophageal-gastro-duodenal tract, thereby facilitating food intake and food retention in said mammal.
A casting device that carries out casting by supplying molten metal to a cavity formed inside a casting die in a state in which a core pin is disposed in the casting die, comprising: a temperature detector configured to detect a temperature of the core pin; and a cooling controller for applying cooling energy to the core pin, the cooling controller including a controller configured to read a detection signal of the temperature detector that indicates the detected temperature, characterized in that: the controller is configured to read the detection signal of the temperature detector at a predetermined time after pressurization has ended in a casting cycle; the controller is configured to compare the detected temperature of the temperature detector with a reference temperature and calculate a difference therebetween; and the cooling controller is configured to control, based on the difference calculated by the controller from the detection signal read in the casting cycle, an amount of cooling energy applied to the core pin during a next casting cycle. a temperature detector configured to detect a temperature of the core pin; and a cooling controller for applying cooling energy to the core pin, the cooling controller including a controller configured to read a detection signal of the temperature detector that indicates the detected temperature, characterized in that: the controller is configured to read the detection signal of the temperature detector at a predetermined time after pressurization has ended in a casting cycle; the controller is configured to compare the detected temperature of the temperature detector with a reference temperature and calculate a difference therebetween; and the cooling controller is configured to control, based on the difference calculated by the controller from the detection signal read in the casting cycle, an amount of cooling energy applied to the core pin during a next casting cycle. the controller is configured to read the detection signal of the temperature detector at a predetermined time after pressurization has ended in a casting cycle; the controller is configured to compare the detected temperature of the temperature detector with a reference temperature and calculate a difference therebetween; and the cooling controller is configured to control, based on the difference calculated by the controller from the detection signal read in the casting cycle, an amount of cooling energy applied to the core pin during a next casting cycle.