mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor die comprising: a substrate (202, 302); and a contact (204A, 304A) disposed within the substrate, the contact comprising: a first portion with a first vertical cross-section having a first cross-sectional area, the first vertical cross-section having a first width and a first height; and a second portion with a second vertical cross-section having a second cross-sectional area less than the first cross-sectional area, the second vertical cross-section comprising: a lower portion having the first width and a second height less than the first height; and an upper portion disposed above the lower portion and having a second width less than the first width, and having a third height less than the first height. a substrate (202, 302); and a contact (204A, 304A) disposed within the substrate, the contact comprising: a first portion with a first vertical cross-section having a first cross-sectional area, the first vertical cross-section having a first width and a first height; and a second portion with a second vertical cross-section having a second cross-sectional area less than the first cross-sectional area, the second vertical cross-section comprising: a lower portion having the first width and a second height less than the first height; and an upper portion disposed above the lower portion and having a second width less than the first width, and having a third height less than the first height. a first portion with a first vertical cross-section having a first cross-sectional area, the first vertical cross-section having a first width and a first height; and a second portion with a second vertical cross-section having a second cross-sectional area less than the first cross-sectional area, the second vertical cross-section comprising: a lower portion having the first width and a second height less than the first height; and an upper portion disposed above the lower portion and having a second width less than the first width, and having a third height less than the first height. a lower portion having the first width and a second height less than the first height; and an upper portion disposed above the lower portion and having a second width less than the first width, and having a third height less than the first height.
An electrical connection assembly comprising: • a panel including at least one opening; and • an electrical connector arranged to be engaged through the opening of the panel, the connector having an enlarged portion arranged to press against a first face of the panel when the connector is engaged therewith; the assembly being such that: • the panel includes at least first and second abutment elements (12 and 14), the first abutment element at least projecting from a second face of the panel opposite from the first face; and • the connector includes at least one locking portion arranged to go past, in particular by snapfastening, the first abutment element of the panel as a result of the connector performing a turning movement relative to the panel in order to enable the connector to be locked to the panel, the connector being arranged to be prevented from moving relative to the panel by pressing against the first and second abutment elements, characterized by the fact that the panel includes at least one electrically conductive zone, and by the fact that the connector includes at least one electrically conductive portion coming into contact with the conductive zone of the panel when the connector is locked to the panel. • a panel including at least one opening; and • an electrical connector arranged to be engaged through the opening of the panel, the connector having an enlarged portion arranged to press against a first face of the panel when the connector is engaged therewith; the assembly being such that: • the panel includes at least first and second abutment elements (12 and 14), the first abutment element at least projecting from a second face of the panel opposite from the first face; and • the connector includes at least one locking portion arranged to go past, in particular by snapfastening, the first abutment element of the panel as a result of the connector performing a turning movement relative to the panel in order to enable the connector to be locked to the panel, the connector being arranged to be prevented from moving relative to the panel by pressing against the first and second abutment elements, characterized by the fact that the panel includes at least one electrically conductive zone, and by the fact that the connector includes at least one electrically conductive portion coming into contact with the conductive zone of the panel when the connector is locked to the panel.
A compound or optical isomers or solvates or pharmaceutically acceptable salts hereof, (a) where the compound has a structure of formula, wherein R 1 is selected from unsubstituted pyridyl, trifluoromethyl, -Br, and phenyl substituted with one or more substituents selected from methoxy and ethoxy; R 2 and R 3 are both methyl or both ethyl; and R 4 is a hydrogen atom; or (b) where the compound has a structure of (a) where the compound has a structure of formula, wherein R 1 is selected from unsubstituted pyridyl, trifluoromethyl, -Br, and phenyl substituted with one or more substituents selected from methoxy and ethoxy; R 2 and R 3 are both methyl or both ethyl; and R 4 is a hydrogen atom; or wherein R 1 is selected from unsubstituted pyridyl, trifluoromethyl, -Br, and phenyl substituted with one or more substituents selected from methoxy and ethoxy; R 2 and R 3 are both methyl or both ethyl; and R 4 is a hydrogen atom; or (b) where the compound has a structure of
A computer-implemented method for detecting and correcting collocation errors in a document, comprising: accessing a sentence of text in the document; parsing the sentence to identify parts of speech contained therein using a preprocessing module; generating at least one query based on the identified parts of speech using a query generation module; submitting the at least one query to a search module to obtain search results from a collection of documents; comparing the at least one query and the search results; detecting collocation errors in the sentence based on the comparison of the at least one query and the search results; generating at least one query template based on replacing a word causing the collocation error with a placeholder; submitting the at least one query template to the search module; retrieving candidate strings matching the at least one query template from the search module results; removing candidate strings that do not contain the collocation; ranking remaining candidate strings according to a score based on a corresponding weight of the query template that matched the string candidate; presenting a ranked list of candidates to a user on a display. accessing a sentence of text in the document; parsing the sentence to identify parts of speech contained therein using a preprocessing module; generating at least one query based on the identified parts of speech using a query generation module; submitting the at least one query to a search module to obtain search results from a collection of documents; comparing the at least one query and the search results; detecting collocation errors in the sentence based on the comparison of the at least one query and the search results; generating at least one query template based on replacing a word causing the collocation error with a placeholder; submitting the at least one query template to the search module; retrieving candidate strings matching the at least one query template from the search module results; removing candidate strings that do not contain the collocation; ranking remaining candidate strings according to a score based on a corresponding weight of the query template that matched the string candidate; presenting a ranked list of candidates to a user on a display.
Apparatus for generating an error concealment signal, comprising: an LPC (linear prediction coding) representation generator for generating a replacement LPC representation; a gain calculator for calculating a gain information from the replacement LPC representation; a compensator (406, 408) for compensating a gain influence of the replacement LPC representation using the gain information; and an LPC synthesizer (106, 108) for filtering codebook information using the replacement LPC representation to obtain the error concealment signal, wherein the compensator (406, 408, 900) is configured for weighting the codebook information or an LPC synthesis output signal. an LPC (linear prediction coding) representation generator for generating a replacement LPC representation; a gain calculator for calculating a gain information from the replacement LPC representation; a compensator (406, 408) for compensating a gain influence of the replacement LPC representation using the gain information; and an LPC synthesizer (106, 108) for filtering codebook information using the replacement LPC representation to obtain the error concealment signal, wherein the compensator (406, 408, 900) is configured for weighting the codebook information or an LPC synthesis output signal.
A cylinder head of a reciprocating engine, wherein a member made of ceramic foam is arranged in the cylinder head and pores of the member are filled with cylinder head base material, characterized in that the member is arranged at a fire plate region of the cylinder head, and that a layer of cylinder head base material is provided between the fire plate surface and the member.
A cable-covering tube assembly (200, 1200, 2200, 3200, 4200) for a roller blind actuation cable (110, 112) of a roller blind actuation assembly, the roller blind actuation cable being couplable to a roller blind tube and comprising a free end portion (111, 113), the cable-covering tube assembly comprising: a first cable-covering tube (210, 1210, 2210, 3210, 4210) defining a cable-receiving cavity; and at least one tube connector; whereby the at least one tube connector extends at least partially in the cable-receiving cavity and comprises: a cable-mounting portion couplable to the free end portion of the roller blind actuation cable; characterized in that the at least one tube connector further comprises: a coupling portion couplable to the coupling portion of a similar tube connector. a first cable-covering tube (210, 1210, 2210, 3210, 4210) defining a cable-receiving cavity; and at least one tube connector; whereby the at least one tube connector extends at least partially in the cable-receiving cavity and comprises: a cable-mounting portion couplable to the free end portion of the roller blind actuation cable;
IL-12 for use in the treatment of a cutaneous wound in a subject, wherein the use comprises administering IL-12 to the cutaneous wound, wherein: (a) the subject has been exposed to radiation that results in the cutaneous wound; (b) the subject is a member of a patient population characterized by an impediment to normal cutaneous wound healing, or (c) the cutaneous wound is a burn wound. (a) the subject has been exposed to radiation that results in the cutaneous wound; (b) the subject is a member of a patient population characterized by an impediment to normal cutaneous wound healing, or (c) the cutaneous wound is a burn wound.
A fixing device comprising: a cylindrical fixing member; an opposed member disposed opposite an outer surface of the fixing member; a nip formation pad disposed inside a loop of the fixing member to sandwich the fixing member with the opposed member to form a nip between the fixing member with the opposed member; a heater disposed inside the loop of the fixing member to heat the nip formation pad; and a reflector disposed around the heater and arranged so that infrared light emitted from the heater is reflected toward the nip formation pad, wherein the reflector includes a part of a surface facing the heater that has a lower reflectance than another part of the surface of the reflector facing the heater, at least a part of the reflector disposed between the fixing member and the heater in a cross-section that intersects a width direction of the fixing member. a cylindrical fixing member; an opposed member disposed opposite an outer surface of the fixing member; a nip formation pad disposed inside a loop of the fixing member to sandwich the fixing member with the opposed member to form a nip between the fixing member with the opposed member; a heater disposed inside the loop of the fixing member to heat the nip formation pad; and a reflector disposed around the heater and arranged so that infrared light emitted from the heater is reflected toward the nip formation pad, wherein the reflector includes a part of a surface facing the heater that has a lower reflectance than another part of the surface of the reflector facing the heater, at least a part of the reflector disposed between the fixing member and the heater in a cross-section that intersects a width direction of the fixing member.
An encoder apparatus comprising a reflective scale and a readhead, the readhead comprising at least one light emitting element, at least one sensor and at least one optical device comprising a lens, which together with the scale form an optical system in which the lens forms an image of an illuminated region of the reflective scale onto the sensor, in which the light emitting element is located in the space between the sensor and the lens and is positioned such that it is offset from the lens' optical axis, and in which the system's optical path, from the light emitting element to the sensor, passes through the lens on its way toward and after reflection from the scale, and comprises an unreflected optical path between the light emitting element and the lens and an unreflected optical path between the lens and the sensor, characterised in that the sensor is tilted such that its sensing plane is not perpendicular to the lens' optical axis.
A solid catalyst component for polymerization of olefins prepared by contacting a dialkoxy magnesium compound, (b) a tetravalent titanium halide, and (c) an electron donor compound of the following formula, R 1 R 2 C(COOR 3) 2 wherein R 1 and R 2 individually represent a halogen atom, linear or branched alkyl group having 1-20 carbon atoms, phenyl group, vinyl group, allyl group, aralkyl group, or linear or branched alkyl group having 1-10 carbon atoms substituted with one or two halogen atoms, and R 3 individually represents a linear or branched alkyl group having 1-20 carbon atoms, cycloalkyl group, phenyl group, vinyl group, allyl group, or aralkyl group, in (d) an aromatic hydrocarbon having a boiling point in the range of 50-150°C.
A synthetic jet actuator (50, 76, 82, 88, 96, 100) comprising: a first plate; a second plate spaced apart from the first plate and arranged parallel thereto; and a spacer element (62, 78, 84, 90, 98, 102) configured to space the first plate apart from the second plate and defining a chamber along with the first and second plates (52, 54), the spacer element (62, 78, 84, 90, 98, 102) having at least one orifice formed therein such that the chamber is in fluid communication with an environment external to the chamber; and characterised in that the spacer element (62, 78, 84, 90, 98, 102) is constructed to deform in an inward and outward bending motion in response to a deflection of at least one of the first and second plates (52, 54), the inward and outward bending motion being in a direction perpendicular to a direction of the deflection of the at least one of the first and second plates (52, 54). a first plate; a second plate spaced apart from the first plate and arranged parallel thereto; and a spacer element (62, 78, 84, 90, 98, 102) configured to space the first plate apart from the second plate and defining a chamber along with the first and second plates (52, 54), the spacer element (62, 78, 84, 90, 98, 102) having at least one orifice formed therein such that the chamber is in fluid communication with an environment external to the chamber; and characterised in that the spacer element (62, 78, 84, 90, 98, 102) is constructed to deform in an inward and outward bending motion in response to a deflection of at least one of the first and second plates (52, 54), the inward and outward bending motion being in a direction perpendicular to a direction of the deflection of the at least one of the first and second plates (52, 54).
A method for the operation of a light source with an LED module, which has at least two LED channels (53, 53') with in each case an LED series (8, 8') of different emission colors, wherein in order to obtain a light emission having a color corresponding to a desired chromaticity the LED series (8, 8') are individually controlled in their intensity, wherein the intensities for the LED series (8, 8') are in each case standardized in such a manner that when changing the chromaticity within one controllable color range provided for the operation the intensity of the total light emission remains constant, characterized in that the standardization of the intensities of the LED series (8, 8') occurs based on a reference value, which corresponds to the intensity of that chromaticity, which has the lowest efficiency within the controllable color range provided for the operation.
A building element lift enhancer (100, 4800), comprising: a base having a modular upright section (107, 4813); a building element gripper (500, 5200); a weatherproof drive housing (117, 4801); a boom (111, 4817) pivotally connected to the upright section (107, 4813) of the base; wherein the boom (111, 4817) comprises an anti-rotation lock; a cable (113, 4823) driven by a motor where a distal end of the cable (113, 4823) is connected to the building element gripper (500, 5200); a force sensor that detects force applied to the building element gripper (500, 5200) or a building element (555, 3333, 3833, 4701, 5255) itself, if one is being retained, by a user; a force amplifier that converts user applied force received by the force sensor to mechanical force applied to the building element gripper (500, 5200) to provide for movement of a building element (555, 3333, 3833, 4701, 5255) by the building element gripper (500, 5200); and a microprocessor for controlling the force applied to the cable (113, 4823) by the drive motor in response to user controls and force sensor feedback; characterized in that the microprocessor is configured to control the building element gripper (500, 5200) by using force feedback to provide force balancing, wherein the building element gripper (500, 5200) or the building element (555, 3333, 3833, 4701, 5255) itself, if one is being retained, is suspended so as to float at a point in space until such time as a user takes an action to operate the building element lift enhancer (100, 4800). a base having a modular upright section (107, 4813); a building element gripper (500, 5200); a weatherproof drive housing (117, 4801); a boom (111, 4817) pivotally connected to the upright section (107, 4813) of the base; wherein the boom (111, 4817) comprises an anti-rotation lock; a cable (113, 4823) driven by a motor where a distal end of the cable (113, 4823) is connected to the building element gripper (500, 5200); a force sensor that detects force applied to the building element gripper (500, 5200) or a building element (555, 3333, 3833, 4701, 5255) itself, if one is being retained, by a user; a force amplifier that converts user applied force received by the force sensor to mechanical force applied to the building element gripper (500, 5200) to provide for movement of a building element (555, 3333, 3833, 4701, 5255) by the building element gripper (500, 5200); and a microprocessor for controlling the force applied to the cable (113, 4823) by the drive motor in response to user controls and force sensor feedback; characterized in that the microprocessor is configured to control the building element gripper (500, 5200) by using force feedback to provide force balancing, wherein the building element gripper (500, 5200) or the building element (555, 3333, 3833, 4701, 5255) itself, if one is being retained, is suspended so as to float at a point in space until such time as a user takes an action to operate the building element lift enhancer (100, 4800).
Method for applying an absorbing polymer on a substrate, comprising the steps of: - providing a substrate; - applying a reaction mixture comprising a monomer and a radical-forming photoinitiator of polymerization on the substrate; and - causing radical formation in the reaction mixture and thereby initiating the polymerization of the monomer under the influence of light, wherein the application of the reaction mixture is performed by spraying; and wherein the reaction mixture is atomized during spraying; wherein, after polymerization, the sprayed reaction mixture will be able to swell and absorb liquids further comprising the step of evacuating excess reaction mixture during application of the reaction mixture to the substrate. - providing a substrate; - applying a reaction mixture comprising a monomer and a radical-forming photoinitiator of polymerization on the substrate; and - causing radical formation in the reaction mixture and thereby initiating the polymerization of the monomer under the influence of light,
A gas-filling apparatus comprising: a gas flow passage including an inflow end to which a gas supply source is connectable and an outflow end to which a pressure accumulator (12a, 12b) is connectable; a compressor connected to the gas flow passage; a storage portion connected to the gas flow passage; and an operation control portion configured to execute a control for a first compression filling operation in which a gas supplied from the gas supply source connected to the inflow end is compressed by the compressor to be discharged from the outflow end and a second compression filling operation in which the gas stored in the storage portion is compressed by the compressor to be discharged from the outflow end, wherein the operation control portion is configured to conduct the first compression filling operation until a pressure of the gas at the outflow end or a pressure corresponding to the pressure of the gas at the outflow end reaches a predetermined pressure and to conduct a control for shifting the first compression filling operation to the second compression filling operation when the pressure of the gas at the outflow end or the pressure corresponding to the pressure of the gas at the outflow end has reached the predetermined pressure. a gas flow passage including an inflow end to which a gas supply source is connectable and an outflow end to which a pressure accumulator (12a, 12b) is connectable; a compressor connected to the gas flow passage; a storage portion connected to the gas flow passage; and an operation control portion configured to execute a control for a first compression filling operation in which a gas supplied from the gas supply source connected to the inflow end is compressed by the compressor to be discharged from the outflow end and a second compression filling operation in which the gas stored in the storage portion is compressed by the compressor to be discharged from the outflow end, wherein the operation control portion is configured to conduct the first compression filling operation until a pressure of the gas at the outflow end or a pressure corresponding to the pressure of the gas at the outflow end reaches a predetermined pressure and to conduct a control for shifting the first compression filling operation to the second compression filling operation when the pressure of the gas at the outflow end or the pressure corresponding to the pressure of the gas at the outflow end has reached the predetermined pressure.