mhurhangee/patent-ind-claim-en huggingface dataset:
A method of repairing an aircraft , the method comprising: charging a thermal transfer blanket comprising a thermal energy storage media with thermal energy from a heat source , wherein the thermal transfer blanket comprises: a flexible container comprising a thermally insulating material; and the thermal energy storage media disposed within the flexible container ; positioning a thermally curable patch on an exterior surface of an aircraft , the thermally curable patch comprising an uncured polymer having a first temperature; applying the thermal transfer blanket to the thermally curable patch ; and transferring thermal energy between the thermal transfer blanket and the thermally curable patch to increase the first temperature of the uncured polymer to a cure temperature for a sufficient amount of time to cure the polymer, wherein the thermal energy storage media comprises one or more layers of tiles , the tiles in each layer being bonded together by an elastomeric polymer . charging a thermal transfer blanket comprising a thermal energy storage media with thermal energy from a heat source , wherein the thermal transfer blanket comprises: a flexible container comprising a thermally insulating material; and the thermal energy storage media disposed within the flexible container ; positioning a thermally curable patch on an exterior surface of an aircraft , the thermally curable patch comprising an uncured polymer having a first temperature; applying the thermal transfer blanket to the thermally curable patch ; and transferring thermal energy between the thermal transfer blanket and the thermally curable patch to increase the first temperature of the uncured polymer to a cure temperature for a sufficient amount of time to cure the polymer, wherein the thermal energy storage media comprises one or more layers of tiles , the tiles in each layer being bonded together by an elastomeric polymer .
An ironing shoe adapted to be removably attached to a soleplate of a garment care device , the ironing shoe comprising a plate , the plate comprising an outside face intended to come into contact with garments to be treated and an inside face intended to face the soleplate when the ironing shoe is attached to the garment care device, characterized in that the inside face comprising: - a heat insulating layer , - a heat insulating protruding structure to create an air gap (AG) between the heat insulating layer and the soleplate when the ironing shoe is attached to the garment care device, - a heat conductive protruding structure to conduct heat from the soleplate to the plate when the ironing shoe is attached to the garment care device. - a heat insulating layer , - a heat insulating protruding structure to create an air gap (AG) between the heat insulating layer and the soleplate when the ironing shoe is attached to the garment care device, - a heat conductive protruding structure to conduct heat from the soleplate to the plate when the ironing shoe is attached to the garment care device.
Device for dispensing a flowable medium, in particular for dispensing an adhesive, preferably for dispensing a hot melt adhesive, having: - a housing with an interior space, - a rod mounted in the housing, wherein the rod can be moved by means of an actuator between a first end position and a second end position in an axial direction (Z) and vice versa, - a diaphragm , wherein the rod passes through the diaphragm, wherein the diaphragm is mounted in a sealed manner in the housing radially on the outside and is mounted in a sealed manner in the rod radially on the inside, wherein the diaphragm divides the interior space into a first cavity and into a second cavity , wherein the diaphragm separates the first cavity from the second cavity in a fluid-tight manner, wherein the first cavity serves to hold the flowable medium, - at least one channel , which opens into the first cavity and through which the flowable medium can flow into the first cavity , - a dispensing opening , which opens into the first cavity , for dispensing the flowable medium, wherein the rod has a sealing section , wherein the sealing section closes the dispensing opening in the first end position and is arranged at a distance from the dispensing opening in the second end position, wherein a pressure medium acting on the diaphragm is arranged in the second cavity , characterized in that the axial distance between the first end position and the second end position is from 0.05 mm to 1 mm, and wherein, in the region of the diaphragm that serves to separate the first cavity from the second cavity , the diaphragm has a thickness from 0.5 mm to 1.25 mm, wherein the diaphragm has two sections that surround the rod in a radially encircling manner and are arched in the axial direction (Z), wherein the two arched sections are arched in opposite directions. - a housing with an interior space, - a rod mounted in the housing, wherein the rod can be moved by means of an actuator between a first end position and a second end position in an axial direction (Z) and vice versa, - a diaphragm , wherein the rod passes through the diaphragm, wherein the diaphragm is mounted in a sealed manner in the housing radially on the outside and is mounted in a sealed manner in the rod radially on the inside, wherein the diaphragm divides the interior space into a first cavity and into a second cavity , wherein the diaphragm separates the first cavity from the second cavity in a fluid-tight manner, wherein the first cavity serves to hold the flowable medium, - at least one channel , which opens into the first cavity and through which the flowable medium can flow into the first cavity , - a dispensing opening , which opens into the first cavity , for dispensing the flowable medium, wherein the rod has a sealing section , wherein the sealing section closes the dispensing opening in the first end position and is arranged at a distance from the dispensing opening in the second end position,
A weight management composition comprising a weight loss agent comprising a mixture of green tea extract, green coffee bean extract and forskolin, and a mitochondria enhancing agent comprising a mixture of beetroot extract, coenzyme Q10, alpha lipoic acid and vitamin E, wherein i) the green tea extract comprises 80% or more of catechins by dry weight, with 50% or more of the catechins being epigallocatechin gallate; the green coffee bean extract comprises 30% or more of chlorogenic acids comprising 3-caffeoylquinic acid, 4-caffeoylquinic acid and/or 5-caffeoylquinic acid by dry weight; and the beetroot extract comprises at least 1.5% nitrates by dry weight; and ii) the composition comprises: 5-50% by dry weight of each of the green tea extract and the green coffee bean extract, 0.05-50% by dry weight forskolin, about 1-50% by dry weight of each of beet root extract, coenzyme Q10 and vitamin E, and 5-50% by dry weight of alpha lipoic acid. i) the green tea extract comprises 80% or more of catechins by dry weight, with 50% or more of the catechins being epigallocatechin gallate; the green coffee bean extract comprises 30% or more of chlorogenic acids comprising 3-caffeoylquinic acid, 4-caffeoylquinic acid and/or 5-caffeoylquinic acid by dry weight; and the beetroot extract comprises at least 1.5% nitrates by dry weight; and ii) the composition comprises: 5-50% by dry weight of each of the green tea extract and the green coffee bean extract, 0.05-50% by dry weight forskolin, about 1-50% by dry weight of each of beet root extract, coenzyme Q10 and vitamin E, and 5-50% by dry weight of alpha lipoic acid.
A method for processing and transmitting data within a functionally safe electrical, electronic and/or programmable system that is composed of at least two subsystems, each of which comprises at least one safety hardware and/or software component, and each of which complies with a specific safety level for functionally safe data processing, the method comprising the steps of: processing data, using the safety hardware and/or software component of a first one of the subsystems, into functionally safe data of a first safety level and adding to said data, by said first subsystem, at least one indication attribute indicating suitability of said data for use at the first safety level; and transmitting said data including the added indication attribute from said first subsystem to a second one of said subsystems, and receiving said data including the added indication attribute by said second subsystem; and checking the received indication attribute by the safety hardware and/or software component of said second subsystem, whether the safety level indicated by said indication attribute is equal to or different from the safety level with which that the second subsystem is complying with, and if the check reveals non-equal safety levels, further processing the data in functionally safe manner based on the lower safety level, wherein the indication attribute identifying suitability of data for use at this specific safety level, defines with regard to any further processing of this data a maximum possible safety integrity level and/or use of a predefined language range, such as according to LVL (Limited Variability Languages), or FVL (Full Variability Language). processing data, using the safety hardware and/or software component of a first one of the subsystems, into functionally safe data of a first safety level and adding to said data, by said first subsystem, at least one indication attribute indicating suitability of said data for use at the first safety level; and transmitting said data including the added indication attribute from said first subsystem to a second one of said subsystems, and receiving said data including the added indication attribute by said second subsystem; and checking the received indication attribute by the safety hardware and/or software component of said second subsystem, whether the safety level indicated by said indication attribute is equal to or different from the safety level with which that the second subsystem is complying with, and if the check reveals non-equal safety levels, further processing the data in functionally safe manner based on the lower safety level, wherein the indication attribute identifying suitability of data for use at this specific safety level, defines with regard to any further processing of this data a maximum possible safety integrity level and/or use of a predefined language range, such as according to LVL (Limited Variability Languages), or FVL (Full Variability Language).
A receptacle , comprising: a receptacle housing comprising a receptacle body and a lock-fitting portion , wherein the receptacle body is configured for supporting a connecting terminal, and the lock-fitting portion is disposed on the receptacle body; and a secondary lock that is mountable to the receptacle housing, the secondary lock comprising: a lock body that has a longitudinal insertion direction; a locking portion that is protrudingly arranged on the lock body to be configured for being longitudinally block-fittable with the receptacle housing ; and a terminal retaining portion that is arranged on the lock body to be configured for being block-fittable with a connecting terminal along an axial direction of the connecting terminal; wherein the secondary lock is disposed on the receptacle body and may be pre-assembled integrally with the receptacle body; and the locking portion is longitudinally block-fittable with the lock-fitting portion and pre-assembled integrally with a final lock, characterized in that the receptacle further comprises a circuit board secured on the receptacle housing, wherein the circuit board and the receptacle housing are configured to limit the secondary lock along the axial direction of the connecting terminal . a receptacle housing comprising a receptacle body and a lock-fitting portion , wherein the receptacle body is configured for supporting a connecting terminal, and the lock-fitting portion is disposed on the receptacle body; and a secondary lock that is mountable to the receptacle housing, the secondary lock comprising: a lock body that has a longitudinal insertion direction; a locking portion that is protrudingly arranged on the lock body to be configured for being longitudinally block-fittable with the receptacle housing ; and a terminal retaining portion that is arranged on the lock body to be configured for being block-fittable with a connecting terminal along an axial direction of the connecting terminal; wherein the secondary lock is disposed on the receptacle body and may be pre-assembled integrally with the receptacle body; and the locking portion is longitudinally block-fittable with the lock-fitting portion and pre-assembled integrally with a final lock, characterized in that the receptacle further comprises a circuit board secured on the receptacle housing, wherein the circuit board and the receptacle housing are configured to limit the secondary lock along the axial direction of the connecting terminal .
A lenticular printed material comprising: a lenticular lens in which a plurality of convex lenses respectively having a semicylindrical surface are arranged in parallel; and a lenticular image which is disposed on a side opposite to the semicylindrical surface of the convex lens and includes character information to be displayed in a plurality of languages independently from each other, wherein each display language is constituted by arrangement of image columns arranged perpendicular to an arrangement direction of the convex lens on the smooth surface side of the lenticular lens and by forming an image column group of image columns under each convex lens ; and the languages for displaying the character information are switched between one another according to an observation angle in a case where the lenticular image is observed through the lenticular lens . a lenticular lens in which a plurality of convex lenses respectively having a semicylindrical surface are arranged in parallel; and a lenticular image which is disposed on a side opposite to the semicylindrical surface of the convex lens and includes character information to be displayed in a plurality of languages independently from each other, wherein each display language is constituted by arrangement of image columns arranged perpendicular to an arrangement direction of the convex lens on the smooth surface side of the lenticular lens and by forming an image column group of image columns under each convex lens ; and the languages for displaying the character information are switched between one another according to an observation angle in a case where the lenticular image is observed through the lenticular lens .
A continuous process for producing ethylene, hydrogen chloride and vinyl chloride monomer comprising a) reacting a feed comprising chlorine with ethane, wherein the molar ratio of chlorine to ethane in the feed is from 1.1 to 1.9, in a reaction zone to produce a crude product wherein the crude product comprises i. product components comprising hydrogen chloride, ethylene, vinyl chloride monomer, and heavies; and ii. a partial recycle fraction comprising hydrogen chloride and ethylene; b) fractionally separating from the crude product the partial recycle ; and c) fractionally separating from the crude product the product components, and wherein the fractionally separated partial recycle is recycled to the reaction zone. a) reacting a feed comprising chlorine with ethane, wherein the molar ratio of chlorine to ethane in the feed is from 1.1 to 1.9, in a reaction zone to produce a crude product wherein the crude product comprises i. product components comprising hydrogen chloride, ethylene, vinyl chloride monomer, and heavies; and ii. a partial recycle fraction comprising hydrogen chloride and ethylene; i. product components comprising hydrogen chloride, ethylene, vinyl chloride monomer, and heavies; and ii. a partial recycle fraction comprising hydrogen chloride and ethylene; b) fractionally separating from the crude product the partial recycle ; and c) fractionally separating from the crude product the product components, and wherein the fractionally separated partial recycle is recycled to the reaction zone.
A method for making a bayonet connecting element for a connector, according to which a connecting element body, with a hollow cylindrical general shape is made, said method includes the following step: a) a through bore is made by drilling a wall of the body of the connecting element, from the outer surface of said wall; and said method is characterised in that it includes the following additional steps: b) the outer surface of the wall is machined around the bore so as to create a conical contact surface around said bore; c) a lug is inserted into the bore, from the outer surface of the wall , so that a head of the lug projects from the outer surface of the wall of the connecting element, said lug having a conical contact surface corresponding to the conical contact surface of the bore. a) a through bore is made by drilling a wall of the body of the connecting element, from the outer surface of said wall; b) the outer surface of the wall is machined around the bore so as to create a conical contact surface around said bore; c) a lug is inserted into the bore, from the outer surface of the wall , so that a head of the lug projects from the outer surface of the wall of the connecting element, said lug having a conical contact surface corresponding to the conical contact surface of the bore.
A system for a vehicle comprising at least one seat of interest with a seating portion and a backrest , said seat being a front seat of the vehicle, and a control unit , the seat of interest comprising at least two motorised adjustment movements, namely a longitudinal adjustment movement (MX) and a backrest tilt adjustment movement (Mβ), the different adjustment possibilities each defining a posture for an occupant (OCC) of the seat of interest, the occupant of the seat of interest having personal anthropometric measures (U05, U50, U95), said seat of interest allowing adjustment possibilities, comprising a backrest tilt adjustment angular travel of at least 20 degrees, wherein the control unit receives from other units of the vehicle a set of information (EC), said set of information comprising at least the instantaneous speed of the vehicle (VV), the system being characterised in that the control unit is configured to determine, for the seat of interest at least a first field of postures (D1), the first field of postures being defined as a dimensional volume encompassing two or more adjustment movements, this first field defining a set of recommended safety postures to counter a passive safety event for the occupant (OCC) installed in the seat, wherein the first field of postures is continuously redefined by the control unit in real time as a function of conditions known from the set of information (EC), and as a function of the anthropometric measurements of the occupant (OCC) and the intrinsic characteristics of the seat, the first field of postures shrinking when the instantaneous speed of the vehicle increases, and in that the control unit is configured to control, when the first field of postures shrinks, an automatic correction to return inside the first field of postures. wherein the control unit receives from other units of the vehicle a set of information (EC), said set of information comprising at least the instantaneous speed of the vehicle (VV), the system being characterised in that the control unit is configured to determine, for the seat of interest at least a first field of postures (D1), the first field of postures being defined as a dimensional volume encompassing two or more adjustment movements, this first field defining a set of recommended safety postures to counter a passive safety event for the occupant (OCC) installed in the seat, wherein the first field of postures is continuously redefined by the control unit in real time as a function of conditions known from the set of information (EC), and as a function of the anthropometric measurements of the occupant (OCC) and the intrinsic characteristics of the seat, the first field of postures shrinking when the instantaneous speed of the vehicle increases, and in that the control unit is configured to control, when the first field of postures shrinks, an automatic correction to return inside the first field of postures.
An elevator interactive terminal , configured with a social communication media application or software, wherein a user is registered as a first registered user in the social communication media application or software, wherein the elevator interactive terminal is in a communication connection with a server via a network , and wherein the server is likewise installed with a corresponding social communication media application or software, characterized in that the elevator interactive terminal is configured for the first registered user to realize, based on the social communication media application or software, interactive communication between the first registered user and a second registered user corresponding to one or more elevators, wherein the second registered user is correspondingly registered as the elevator in the social communication media application or software of the server .
A method comprising: receiving, by a wireless device and via a first physical downlink control channel, PDCCH, monitoring occasion of PDCCH monitoring occasions for PDCCH repetition in a slot, a repetition of a downlink control information, DCI, triggering transmission of an uplink signal; and transmitting the uplink signal based on a number of symbols:- after a last symbol of a second PDCCH monitoring occasion among the PDCCH monitoring occasions of the slot, wherein the second PDCCH monitoring occasion has a latest ending time among ending times of the PDCCH monitoring occasions; and before a starting symbol of the uplink signal. receiving, by a wireless device and via a first physical downlink control channel, PDCCH, monitoring occasion of PDCCH monitoring occasions for PDCCH repetition in a slot, a repetition of a downlink control information, DCI, triggering transmission of an uplink signal; and transmitting the uplink signal based on a number of symbols:- after a last symbol of a second PDCCH monitoring occasion among the PDCCH monitoring occasions of the slot, wherein the second PDCCH monitoring occasion has a latest ending time among ending times of the PDCCH monitoring occasions; and before a starting symbol of the uplink signal. after a last symbol of a second PDCCH monitoring occasion among the PDCCH monitoring occasions of the slot, wherein the second PDCCH monitoring occasion has a latest ending time among ending times of the PDCCH monitoring occasions; and before a starting symbol of the uplink signal.