mhurhangee/ep-ind-claims huggingface dataset:
A transient voltage surge suppression device (300, 400, 450, 500, 600) comprising: a varistor assembly comprising: a varistor element having opposed first and second major side surface (150, 152), the varistor element configured to operate in a high impedance mode and a low impedance mode in response to an applied voltage; a first conductive terminal (120, 602) provided on the first major side surface of the element; a second conductive terminal (122, 618) provided on the second major side surface of the varistor element; and a separable contact bridge (302, 456, 606) interconnecting one of the first and second conductive terminals and the varistor element, the separable contact bridge configured to establish electrical connection in the varistor assembly on one of the first and second major side surfaces of the varistor at a first location (190, 532), a second location (308, 534) spaced from the first location, and a third location (310, 536) spaced from the first and second locations. a varistor assembly comprising: a varistor element having opposed first and second major side surface (150, 152), the varistor element configured to operate in a high impedance mode and a low impedance mode in response to an applied voltage; a first conductive terminal (120, 602) provided on the first major side surface of the element; a second conductive terminal (122, 618) provided on the second major side surface of the varistor element; and a varistor element having opposed first and second major side surface (150, 152), the varistor element configured to operate in a high impedance mode and a low impedance mode in response to an applied voltage; a first conductive terminal (120, 602) provided on the first major side surface of the element; a second conductive terminal (122, 618) provided on the second major side surface of the varistor element; and a separable contact bridge (302, 456, 606) interconnecting one of the first and second conductive terminals and the varistor element, the separable contact bridge configured to establish electrical connection in the varistor assembly on one of the first and second major side surfaces of the varistor at a first location (190, 532), a second location (308, 534) spaced from the first location, and a third location (310, 536) spaced from the first and second locations.
A method performed by a network entity, the method comprising: the network entity, NF instance, generating a discovery request, wherein the discovery request comprises a set of query parameters, the set of query parameters comprising at least one candidate network entity identifier, ID, I-SMF instance ID or other NF instance ID, wherein each candidate network entity ID identifies a candidate network entity, wherein the set of query parameters further comprises filter criteria for use by a network repository entity, NRE, to determine network entities that satisfy the filter criteria, where the candidate network entity IDs is not a part of the filter criteria; the network entity transmitting the discovery request to the NRE; and receiving from the NRE a discovery response to the discovery request, which response includes a SearchResult data object that includes an array of network entity profiles that comprises a first network entity profile corresponding to a first candidate network entity ID of the at least one candidate network entity ID and that includes a data object that at least contains the at least one candidate network entity ID, and a match Filter indicator that indicates whether or not the network entity profile of the candidate network entity identified by the corresponding candidate network entity ID satisfies the filter criteria. the network entity, NF instance, generating a discovery request, wherein the discovery request comprises a set of query parameters, the set of query parameters comprising at least one candidate network entity identifier, ID, I-SMF instance ID or other NF instance ID, wherein each candidate network entity ID identifies a candidate network entity, wherein the set of query parameters further comprises filter criteria for use by a network repository entity, NRE, to determine network entities that satisfy the filter criteria, where the candidate network entity IDs is not a part of the filter criteria; the network entity transmitting the discovery request to the NRE; and receiving from the NRE a discovery response to the discovery request, which response includes a SearchResult data object that includes an array of network entity profiles that comprises a first network entity profile corresponding to a first candidate network entity ID of the at least one candidate network entity ID and that includes a data object that at least contains the at least one candidate network entity ID, and a match Filter indicator that indicates whether or not the network entity profile of the candidate network entity identified by the corresponding candidate network entity ID satisfies the filter criteria.
Print head (2; 102; 202) comprising a nozzle (3; 103) for printing a food product layer-by-layer and a screw conveyor (15; 115) for conveying food from a reservoir (13; 113) forming part of the print head to the nozzle, wherein the reservoir comprises at least one heating unit (17; 117) for melting solid food to be received in the reservoir and the reservoir further comprises an exit (19; 119) in the bottom of the reservoir for conveying melted food over a travel path (t) by means of the screw conveyor from the reservoir to the nozzle, wherein the travel path around the conveyor extends between the exit and the nozzle.
A non-heat treated rolled steel with excellent toughness, comprising C: 0.15~0.30 %, Si: 0.1~0.2 %, Mn: 1.8~3.0 %, P: 0.035 % or less, S: 0.040 % or less, the remainder Fe, and other inevitable impurites, as a percentage of weight, wherein microstuctures in the non-heat treated rolled steel are composed of pearlite and ferrite.
A coupling device for an orthopedic brace having a frame element (12, 14), the device comprising: an anchoring member securable to a frame element (12, 14) and arranged to protrude therefrom; a subshell (20, 24) having a locking element; wherein the locking element defines an opening (124, 126) and a retaining member flexibly extending into the opening, wherein the opening of the locking element includes a receiving portion arranged to receive the anchoring member and an engaging portion having a width less than the receiving portion and arranged to engage the anchoring member depending from the receiving portion, wherein when the anchoring member is moved to the engaging portion, the retaining member retains the anchoring member in place, characterized in that when the receiving portion receives the anchoring member, the retaining member deflects away from the receiving portion. an anchoring member securable to a frame element (12, 14) and arranged to protrude therefrom; a subshell (20, 24) having a locking element; wherein the locking element defines an opening (124, 126) and a retaining member flexibly extending into the opening, wherein the opening of the locking element includes a receiving portion arranged to receive the anchoring member and an engaging portion having a width less than the receiving portion and arranged to engage the anchoring member depending from the receiving portion, wherein when the anchoring member is moved to the engaging portion, the retaining member retains the anchoring member in place, characterized in that when the receiving portion receives the anchoring member, the retaining member deflects away from the receiving portion.
A composition for use in the treatment of schizophrenia, wherein the composition comprises: - beta-caryophyllene ("BCP"); and - a pharmaceutically effective carrier. - beta-caryophyllene ("BCP"); and - a pharmaceutically effective carrier.
A method for user identification, the method comprising: responsive to detecting that a fingerprint of a user is in contact with a preset fingerprint identification region, determining a surface humidity of the preset fingerprint identification region; when the surface humidity is greater than a preset humidity, acquiring the fingerprint of the user through an optical fingerprint sensor; matching the fingerprint acquired through the optical fingerprint sensor with pre-stored fingerprint information; and unlocking a screen in case of successful matching, characterized by: detecting an air humidity in an environment; and determining the optical fingerprint sensor as a default fingerprint identification sensor, responsive to detecting that the air humidity is greater than an air humidity threshold. responsive to detecting that a fingerprint of a user is in contact with a preset fingerprint identification region, determining a surface humidity of the preset fingerprint identification region; when the surface humidity is greater than a preset humidity, acquiring the fingerprint of the user through an optical fingerprint sensor; matching the fingerprint acquired through the optical fingerprint sensor with pre-stored fingerprint information; and unlocking a screen in case of successful matching, characterized by: detecting an air humidity in an environment; and determining the optical fingerprint sensor as a default fingerprint identification sensor, responsive to detecting that the air humidity is greater than an air humidity threshold. detecting an air humidity in an environment; and determining the optical fingerprint sensor as a default fingerprint identification sensor, responsive to detecting that the air humidity is greater than an air humidity threshold.
An image processing apparatus comprising: a read-side image processing part; at least one signal generating circuit (23, 26) for generating a signal to prevent an image formation of a specified document; and means for detecting an operation of said signal generating circuit (23, 26) to determine whether the signal generating circuit (23, 26) is malfunctioning; wherein said signal generating circuit (23, 26) is detachably attached to said read-side image processing part; characterized in that; said means for detecting an operation of said signal generating circuit (23, 26) includes means for detecting an exchanging function to exchange specific information of said signal generating circuit (23, 26); wherein if it is determined that the signal generating circuit (23, 26) is malfunctioning by determining that an exchanging function is not performed, said read-side image processing part is made unusable. a read-side image processing part; at least one signal generating circuit (23, 26) for generating a signal to prevent an image formation of a specified document; and means for detecting an operation of said signal generating circuit (23, 26) to determine whether the signal generating circuit (23, 26) is malfunctioning; wherein said signal generating circuit (23, 26) is detachably attached to said read-side image processing part; characterized in that; said means for detecting an operation of said signal generating circuit (23, 26) includes means for detecting an exchanging function to exchange specific information of said signal generating circuit (23, 26); wherein if it is determined that the signal generating circuit (23, 26) is malfunctioning by determining that an exchanging function is not performed, said read-side image processing part is made unusable.
An artificial nail, comprising: a design layer; and an adhesive layer provided below the design layer, and which is adhered to a nail main body, characterized in that the design layer is having a plurality of first die-cut lines, wherein the die-cut lines are disposed at two sides of the design layer in lengthwise direction of the design layer and widthwise direction of the design layer, wherein one side end of the first die-cut lines cuts an outer surface of the design layer, and the other side end of the first die-cut lines disposed in the lengthwise direction of the design layer cuts the outer surface of the design layer inwards from the lengthwise direction by 5% to 50% relative to the length of the design layer, and the other side end of the first die-cut lines disposed in the widthwise direction of the design layer cuts the outer surface of the design layer inwards from the widthwise direction by 5% to 50% relative to the width of the design layer. a design layer; and an adhesive layer provided below the design layer, and which is adhered to a nail main body, characterized in that the design layer is having a plurality of first die-cut lines, wherein the die-cut lines are disposed at two sides of the design layer in lengthwise direction of the design layer and widthwise direction of the design layer, wherein one side end of the first die-cut lines cuts an outer surface of the design layer, and the other side end of the first die-cut lines disposed in the lengthwise direction of the design layer cuts the outer surface of the design layer inwards from the lengthwise direction by 5% to 50% relative to the length of the design layer, and the other side end of the first die-cut lines disposed in the widthwise direction of the design layer cuts the outer surface of the design layer inwards from the widthwise direction by 5% to 50% relative to the width of the design layer.
A device (50, 70, 122) for screening a patient for heart valve disease, comprising: a main body configured to be grasped in a hand of a human user, the main body having a grasping surface and a patient-facing surface, wherein the grasping surface is configured to be held in the hand of a human user and the patient-facing surface is configured to be against skin of the patient; a transducer at a first position on or in the main body, the transducer configured to project an ultrasonic beam away from the patient-facing surface and toward the patient when the patient-facing surface is engaged against skin of the patient; a power source within the main body; a processor in the main body and configured to receive transducer data from the transducer, to calculate blood flow velocities using the transducer data, and to identify a peak blood flow velocity among the calculated blood flow velocities; and a provider of indicia of the peak blood flow velocity, wherein the provider of indicia is on or in the main body; wherein the provider of indicia comprises a visual display; and wherein the visual display comprises indicia of risk (102, 106, 106a-d, 110, 112, 114, 116) of the patient having heart valve disease, wherein the risk is determined based on comparing the peak blood flow velocity to one or more blood flow velocity threshold values. a main body configured to be grasped in a hand of a human user, the main body having a grasping surface and a patient-facing surface, wherein the grasping surface is configured to be held in the hand of a human user and the patient-facing surface is configured to be against skin of the patient; a transducer at a first position on or in the main body, the transducer configured to project an ultrasonic beam away from the patient-facing surface and toward the patient when the patient-facing surface is engaged against skin of the patient; a power source within the main body; a processor in the main body and configured to receive transducer data from the transducer, to calculate blood flow velocities using the transducer data, and to identify a peak blood flow velocity among the calculated blood flow velocities; and a provider of indicia of the peak blood flow velocity, wherein the provider of indicia is on or in the main body; wherein the provider of indicia comprises a visual display; and wherein the visual display comprises indicia of risk (102, 106, 106a-d, 110, 112, 114, 116) of the patient having heart valve disease, wherein the risk is determined based on comparing the peak blood flow velocity to one or more blood flow velocity threshold values.
An apparatus for adjusting operating positions (FP; RP) of a bicycle derailleur (97f; 97r) that moves to a plurality of operating positions (FP; RP), wherein the apparatus comprises: a memory that stores a plurality of operating position values corresponding to the plurality of operating positions (FP; RP) of the bicycle derailleur (97f; 97r); an adjustment value providing unit that provides an adjustment value; and an updating unit; wherein the updating unit provides a first updated operating position value from a first operating position value of the plurality of operating position values based on the adjustment value, characterized in that the updating unit provides a second updated operating position value from a different second operating position value of the plurality of operating position values based on the adjustment value a memory that stores a plurality of operating position values corresponding to the plurality of operating positions (FP; RP) of the bicycle derailleur (97f; 97r); an adjustment value providing unit that provides an adjustment value; and an updating unit; wherein the updating unit provides a first updated operating position value from a first operating position value of the plurality of operating position values based on the adjustment value,
A multiport memory cell comprising: first and second magnetoresistive elements (MTJO, MTJ1) each programmable to have one of at least two resistive states (R min, R max), wherein: the first magnetoresistive element is coupled to a first output line and is programmable by the direction of a current passed through it; and the second magnetoresistive element is coupled to a second output line and is arranged to be magnetically coupled to the first magnetoresistive element (MTJO), the second magnetoresistive element being programmable by a magnetic field generated by the first magnetoresistive element. the first magnetoresistive element is coupled to a first output line and is programmable by the direction of a current passed through it; and the second magnetoresistive element is coupled to a second output line and is arranged to be magnetically coupled to the first magnetoresistive element (MTJO), the second magnetoresistive element being programmable by a magnetic field generated by the first magnetoresistive element.
An external resonator type light emitting system comprising a light source oscillating a semiconductor laser light and a grating device providing an external resonator with said light source; wherein said light source comprises an active layer oscillating said semiconductor laser light; wherein said grating device comprises an optical waveguide comprising an incident face to which said semiconductor laser light is incident and an emitting face of emitting an emitting light having a desired wavelength, a Bragg grating formed in said optical waveguide, and a propagating portion provided between said incident face and said Bragg grating; wherein said optical waveguide comprises a core (20;20A); wherein a cross section of said core is of a convex shape; and wherein the following formulas to are satisfied: Δλ G ≧ 0.8 ⁢ nm L b ≦ 500 ⁢ μm L a ≦ 500 ⁢ μm n b ≧ 1.8 wherein Δλ G represents a full width at half maximum of a peak of a Bragg reflectance in said formula; L b represents a length of said Bragg grating in said formula; L a represents a length of said active layer in said formula; n b represents a refractive index of a material forming said Bragg grating in said formula; wherein the system further comprises a buffer layer (16;22) contacting said core, wherein a refractive index of said buffer layer is lower than a refractive index of said core by 0.2 or more; and wherein the system is characterized in that said emitting light is of single longitudinal mode, and in that the following formula is satisfied: dλ G dT − dλ TM dT ≦ 0.03 nm / ° C wherein dλ G /dT represents a temperature coefficient of a Bragg wavelength, and dλ TM /dT represents a temperature coefficient of a wavelength satisfying a phase condition of an external resonator laser in said formula. Δλ G represents a full width at half maximum of a peak of a Bragg reflectance in said formula; L b represents a length of said Bragg grating in said formula; L a represents a length of said active layer in said formula; n b represents a refractive index of a material forming said Bragg grating in said formula; wherein dλ G /dT represents a temperature coefficient of a Bragg wavelength, and dλ TM /dT represents a temperature coefficient of a wavelength satisfying a phase condition of an external resonator laser in said formula.
Convergent-divergent thrust nozzle for a turbofan engine of a supersonic aircraft, wherein - the thrust nozzle has an inner wall and forms a flow channel with a nozzle throat area (A81, A82) and a nozzle exit area, - the inner wall delimits the flow channel through the thrust nozzle radially at the outside, - the thrust nozzle has a lining ring which is displaceable in an axial direction between a first position and a second position, wherein the inner wall of the thrust nozzle and the lining ring are designed and positioned relative to one another such that - the lining ring, in the first position, runs radially spaced apart from and at the same time radially to the inside of the inner wall, wherein a ring-shaped bypass channel is provided which runs between the lining ring and the inner wall of the thrust nozzle, wherein the bypass channel provides an additional cross-sectional area of the flow channel, and - wherein, in the first position, the nozzle throat area is formed by the sum of the smallest cross-sectional area of the lining ring and of the smallest cross-sectional area of the bypass channel, and - in the second position, the nozzle throat area is formed by the narrowest cross-sectional area of the lining ring, characterized in that the lining ring, in the second position, bears against the inner wall, wherein the bypass channel, in the second position, is closed. - the thrust nozzle has an inner wall and forms a flow channel with a nozzle throat area (A81, A82) and a nozzle exit area, - the inner wall delimits the flow channel through the thrust nozzle radially at the outside, - the thrust nozzle has a lining ring which is displaceable in an axial direction between a first position and a second position, wherein the inner wall of the thrust nozzle and the lining ring are designed and positioned relative to one another such that - the lining ring, in the first position, runs radially spaced apart from and at the same time radially to the inside of the inner wall, wherein a ring-shaped bypass channel is provided which runs between the lining ring and the inner wall of the thrust nozzle, wherein the bypass channel provides an additional cross-sectional area of the flow channel, and - wherein, in the first position, the nozzle throat area is formed by the sum of the smallest cross-sectional area of the lining ring and of the smallest cross-sectional area of the bypass channel, and - in the second position, the nozzle throat area is formed by the narrowest cross-sectional area of the lining ring,