mhurhangee/ep-ind-claims huggingface dataset:
An electric cartridge for an electronic cigarette, comprising a piece of flexible substrate material comprising at least a flexible film which mounts an electrically conductive network in the form of an array and defining a plurality of resistive zones (pixels) and a plurality of power supply pins for supplying one or more electric currents and connected to the resistive zones; the resistive zones defining heating means and being grouped into distinct modules, each module corresponding to an uninterrupted portion of the electrically conductive network and comprising at least one resistive zone and respective power supply pins; the electric cartridge comprising a plurality of portions of aromatic substance positioned on a face of the piece of flexible material, each portion being associated with a resistive zone and positioned in proximity to a heating surface of the respective resistive zone, characterized in that the electrically conductive network is positioned on a face of the flexible film and wherein the portions of aromatic substance are positioned on the opposite face of the flexible film, the flexible film being interposed between the electrically conductive network and the portions of aromatic substance, and wherein the piece of flexible substrate material comprises a base sheet coupled to the flexible film on the side opposite to the portions of aromatic substance.
A threaded sanitary fitting with an equipment housing, comprising: a non-threaded tubular insert, which is insertable axially into a housing socket of an equipment housing, said insert having a main tubular body, which extends axially, is cylindrical and terminates at an end portion, said end portion including an annular flange which projects radially outwardly from said tubular section so as to seat at a bottom of said housing socket when installed, said flange including a top flange face and a bottom flange face, which face axially, and a first gasket in a groove in said bottom flange face, which is positioned for axial contact with an opposing surface of said housing socket when installed; and an externally-threaded nut which has a smooth annular bore surface so that said nut is slidable downwardly over said insert along said main tubular body to abut axially against said top flange face of said flange, an exterior of said nut including a threaded nut surface engageable with an opposing threaded surface of said housing socket to drive said insert axially into the housing socket and retain said insert tightly therein to axially compress said first gasket, an inner face of said nut between a driving section and a threaded nose, which defines said threaded nut surface, including an annular gasket channel which has a second gasket received therein, wherein said second gasket acts against a chamfered corner formed near the junction between the socket section and the outer housing surface of said equipment housing to prevent entry of debris into said threaded nut surface. a non-threaded tubular insert, which is insertable axially into a housing socket of an equipment housing, said insert having a main tubular body, which extends axially, is cylindrical and terminates at an end portion, said end portion including an annular flange which projects radially outwardly from said tubular section so as to seat at a bottom of said housing socket when installed, said flange including a top flange face and a bottom flange face, which face axially, and a first gasket in a groove in said bottom flange face, which is positioned for axial contact with an opposing surface of said housing socket when installed; and an externally-threaded nut which has a smooth annular bore surface so that said nut is slidable downwardly over said insert along said main tubular body to abut axially against said top flange face of said flange, an exterior of said nut including a threaded nut surface engageable with an opposing threaded surface of said housing socket to drive said insert axially into the housing socket and retain said insert tightly therein to axially compress said first gasket, an inner face of said nut between a driving section and a threaded nose, which defines said threaded nut surface, including an annular gasket channel which has a second gasket received therein, wherein said second gasket acts against a chamfered corner formed near the junction between the socket section and the outer housing surface of said equipment housing to prevent entry of debris into said threaded nut surface.
A seat slide apparatus for a vehicle, comprising: a first rail (3, 4) adapted to be securely mounted on one of a vehicle floor and a seat; a second rail (3, 4) adapted to be securely mounted on the other of the vehicle floor and the seat and movably assembled to the first rail (3, 4); a first bent portion (22, 23) formed at the first rail (3, 4); and a pair of second bent portions (22, 23) respectively formed at the second rail (3, 4) at longitudinal sides of the first bent portion (22, 23) of the first rail (3, 4), characterized in that the pair of second bent portions (22, 23) contacts the first bent portion (22, 23) to restrict further relative movement of the first and second rails (3, 4); a relief portion including a through hole provided at one of the first and second rails (3, 4) so as to face the corresponding one of the second and first bent portions (22, 23), wherein the through hole prevents an interference between one of the first and second rails (3, 4) and the corresponding one of the second and first bent portions (22, 23) when forming one of the second and first bent portions (22, 23) in a condition in which the first and second rails (3, 4) are assembled beforehand so as to be movable relative to each other. a first rail (3, 4) adapted to be securely mounted on one of a vehicle floor and a seat; a second rail (3, 4) adapted to be securely mounted on the other of the vehicle floor and the seat and movably assembled to the first rail (3, 4); a first bent portion (22, 23) formed at the first rail (3, 4); and a pair of second bent portions (22, 23) respectively formed at the second rail (3, 4) at longitudinal sides of the first bent portion (22, 23) of the first rail (3, 4), characterized in that the pair of second bent portions (22, 23) contacts the first bent portion (22, 23) to restrict further relative movement of the first and second rails (3, 4); a relief portion including a through hole provided at one of the first and second rails (3, 4) so as to face the corresponding one of the second and first bent portions (22, 23), wherein the through hole prevents an interference between one of the first and second rails (3, 4) and the corresponding one of the second and first bent portions (22, 23) when forming one of the second and first bent portions (22, 23) in a condition in which the first and second rails (3, 4) are assembled beforehand so as to be movable relative to each other.
A vehicle drive for a vehicle, in particular for a commercial vehicle, having a) a primary drive for the vehicle, having in particular an internal combustion engine; b) a hydrostatic auxiliary drive (3, 4, 32, 33) for the vehicle; and c) a control unit which detects at least one operating variable of the vehicle, in particular for automatically deactivating the hydrostatic auxiliary drive (3, 4, 32, 33) as a function of the at least one operating variable of the vehicle; wherein: d) the control unit by open loop or closed loop automatically controls the hydrostatic auxiliary drive (3, 4, 32, 33) as a function of the at least one operating variable; e) the primary drive drives a primary drive axle of the vehicle, characterized in that f) a revolution sensor (9, 10) measures the rotating speed of the primary drive axle as an operating variable of the vehicle; g) an acceleration sensor measures an actual value of the positive or negative vehicle longitudinal acceleration as an operating variable of the vehicle; h) the control unit from the measured rotating speed of the primary drive axle computes a reference value of the positive or negative vehicle longitudinal acceleration; and i) the control unit by open loop or closed loop controls the hydrostatic auxiliary drive (3, 4, 32, 33) when the actual value of the positive or negative vehicle longitudinal acceleration deviates from the computed reference value of the positive or negative vehicle longitudinal acceleration. a) a primary drive for the vehicle, having in particular an internal combustion engine; b) a hydrostatic auxiliary drive (3, 4, 32, 33) for the vehicle; and c) a control unit which detects at least one operating variable of the vehicle, in particular for automatically deactivating the hydrostatic auxiliary drive (3, 4, 32, 33) as a function of the at least one operating variable of the vehicle; d) the control unit by open loop or closed loop automatically controls the hydrostatic auxiliary drive (3, 4, 32, 33) as a function of the at least one operating variable; e) the primary drive drives a primary drive axle of the vehicle, characterized in that f) a revolution sensor (9, 10) measures the rotating speed of the primary drive axle as an operating variable of the vehicle; g) an acceleration sensor measures an actual value of the positive or negative vehicle longitudinal acceleration as an operating variable of the vehicle; h) the control unit from the measured rotating speed of the primary drive axle computes a reference value of the positive or negative vehicle longitudinal acceleration; and i) the control unit by open loop or closed loop controls the hydrostatic auxiliary drive (3, 4, 32, 33) when the actual value of the positive or negative vehicle longitudinal acceleration deviates from the computed reference value of the positive or negative vehicle longitudinal acceleration.
A transmitter comprising an image processor configured to: set region information corresponding to a region (1 - 4) set for an image for each row in the image, and to transmit the set region information and region data corresponding to the region for each row, wherein the region data is stored in payload, wherein, based on the region data, the region (1 - 4) in the image is specified, wherein the region data corresponds to a region of interest set for the image, and wherein the region information includes information indicating a position of a row and information indicating a position of a column of the region included in the row, set the region by analyzing the image or on a basis of externally acquired region-designating information, selectively switch between transmitting the region data and transmitting data representing the entire image, in a case where there is an overlapping part at which a plurality of the regions (1 - 4) overlap, determine whether to cause data of the overlapping part to be transmitted overlappingly by the region data corresponding to each of the plurality of the regions (1 - 4), and in a case of determining that the overlapping transmission is performed, cause the data of the overlapping part to be transmitted overlappingly, wherein overlappingly refers to transfer data of the overlapping part included in region data for each region in which the overlapping part is present for transmission. set region information corresponding to a region (1 - 4) set for an image for each row in the image, and to transmit the set region information and region data corresponding to the region for each row, wherein the region data is stored in payload, wherein, based on the region data, the region (1 - 4) in the image is specified, wherein the region data corresponds to a region of interest set for the image, and wherein the region information includes information indicating a position of a row and information indicating a position of a column of the region included in the row, set the region by analyzing the image or on a basis of externally acquired region-designating information, selectively switch between transmitting the region data and transmitting data representing the entire image, in a case where there is an overlapping part at which a plurality of the regions (1 - 4) overlap, determine whether to cause data of the overlapping part to be transmitted overlappingly by the region data corresponding to each of the plurality of the regions (1 - 4), and in a case of determining that the overlapping transmission is performed, cause the data of the overlapping part to be transmitted overlappingly, wherein overlappingly refers to transfer data of the overlapping part included in region data for each region in which the overlapping part is present for transmission.
A refillable wipes dispenser system comprising: a cartridge having a wiping substrate disposed therein; and a plastic base for receiving the refill cartridge with an airtight lid system, comprising a lid; the cartridge having a wall portion defining a storage volume and an open top, the open top circumscribed by a peripheral edge, an annular rim having a first top surface lying in a first plane and a skirt extending from the annular rim, the skirt having a second top surface lying in a second plane (39, 55), and a first seal peelably adhered to the first top surface; wherein the lid is connected to the base by a hinge and the lid is configured to cover the open top in a sealing arrangement, the lid comprising: a cover portion, a lid peripheral edge, and a sealing member configured such that when the hinged lid is moved to a closed position the sealing member contacts the second top surface to form a second seal; wherein the first and second planes do not lie in the same plane; the system characterised in that the angle between the first and the second planes (angle α) is from about 30 to about 60°. a cartridge having a wiping substrate disposed therein; and a plastic base for receiving the refill cartridge with an airtight lid system, comprising a lid; the cartridge having a wall portion defining a storage volume and an open top, the open top circumscribed by a peripheral edge, an annular rim having a first top surface lying in a first plane and a skirt extending from the annular rim, the skirt having a second top surface lying in a second plane (39, 55), and a first seal peelably adhered to the first top surface; wherein the lid is connected to the base by a hinge and the lid is configured to cover the open top in a sealing arrangement, the lid comprising: a cover portion, a lid peripheral edge, and a sealing member configured such that when the hinged lid is moved to a closed position the sealing member contacts the second top surface to form a second seal; a cover portion, a lid peripheral edge, and a sealing member configured such that when the hinged lid is moved to a closed position the sealing member contacts the second top surface to form a second seal; wherein the first and second planes do not lie in the same plane; the system characterised in that the angle between the first and the second planes (angle α) is from about 30 to about 60°.
Heat pump with a hydraulic module, wherein the hydraulic module has a casing, with at least one flow connection, at least one first return connection through which a fluid can be conducted, and a heating element, characterised in that the casing for conducting fluid is formed by at least one first wall and a second wall which is injection moulded from plastic, which are joined together by means of a welding process, the first wall forms with the second wall (200, 300) a cavity, which is permanently watertight and pressure-tight, for mounting the heating element, there is a fluid-conducting connection of the cavity to the flow connection and the first return connection, a 3/2-way valve is provided by means of which a heat consumption side of the building services appliance can be switched between heating operation and domestic hot water heating, wherein the hydraulic module has the first return connection and a second return connection for connecting a return pipe from the heating and the domestic hot water system respectively, wherein the cavity is sealed to be watertight and pressure-tight by means of a heating flange.
A drop determining device comprising: a detecting unit configured to detect acceleration within a predetermined range; a calculating unit configured to calculate acceleration outside the predetermined range, using a first time as a time at which the acceleration detected by the detecting unit has exceeded the predetermined range, a second time as a time at which the acceleration has returned within the predetermined range, a slope of the acceleration before the first time, and a slope of the acceleration after the second time; and a determining unit configured to determine whether drop has occurred, based on whether the acceleration calculated by the calculating unit is a predetermined value or higher, characterised in that the calculating unit is configured to calculate acceleration at impact, by dividing a value obtained by multiplying a first slope of the acceleration right before the first time, a second slope of the acceleration right after the second time, and a time that equals the second time minus the first time together by a value obtained by adding the first slope and the second slope, and adding the upper limit of the predetermined range of the detecting unit to the value obtained by the dividing. a detecting unit configured to detect acceleration within a predetermined range; a calculating unit configured to calculate acceleration outside the predetermined range, using a first time as a time at which the acceleration detected by the detecting unit has exceeded the predetermined range, a second time as a time at which the acceleration has returned within the predetermined range, a slope of the acceleration before the first time, and a slope of the acceleration after the second time; and a determining unit configured to determine whether drop has occurred, based on whether the acceleration calculated by the calculating unit is a predetermined value or higher, characterised in that the calculating unit is configured to calculate acceleration at impact, by dividing a value obtained by multiplying a first slope of the acceleration right before the first time, a second slope of the acceleration right after the second time, and a time that equals the second time minus the first time together by a value obtained by adding the first slope and the second slope, and adding the upper limit of the predetermined range of the detecting unit to the value obtained by the dividing.
A composition for use in the treatment of infertility, the composition comprising 9 to 24 μg follicle stimulating hormone, wherein the composition is for administration to a patient identified as having variant Ser/Ser at position 680 of the FSH receptor.
A method for detecting obstructions in a purge hole of a pressure measurement probe using a sound control device, said probe comprising an internal volume provided with at least one purge hole communicating with the exterior of said volume, said control device being able to be connected to said internal volume of said probe and comprising means for measuring a sound footprint of said internal volume, said method being characterised in that it comprises the following steps: • measuring a sound footprint with plugging of the at least one purge hole from the exterior of said volume; • measuring a sound footprint without plugging of the at least one purge hole from the exterior of said volume; • comparing the two measured sound footprints. • measuring a sound footprint with plugging of the at least one purge hole from the exterior of said volume; • measuring a sound footprint without plugging of the at least one purge hole from the exterior of said volume; • comparing the two measured sound footprints.
Flooding detection system for a vehicle, having at least two ultrasonic sensors (8 to 15), the respective ultrasonic sensor (8 to 15) being designed to sense a distance from objects in the longitudinal direction and/or transverse direction of the vehicle and being designed to detect flooding in the at least partially flooded state, a control and evaluation unit (20, 22) being designed, which is designed to evaluate the signals from the respective ultrasonic sensor (8 to 15) with regard to its flooded state, and the profile of the reception signals of the respective ultrasonic sensor (8 to 15) being different in different media, the control and evaluation unit (20, 22) detecting, on the basis of a received and evaluated signal profile, whether the respective ultrasonic sensor (8 to 15) is in water or in air, characterized in that the control and evaluation unit (8 to 15) detects, on the basis of the occurrence of an acoustic short circuit of two adjacent ultrasonic sensors (8 to 15), whether the two adjacent ultrasonic sensors (8 to 15) are in water or in air.
Shoe sole comprising a main structure that defines a tread surface intended to face the ground during use of said sole and opposing sides (11, 12) of said sole, said main structure comprising: • a forefoot portion in which is defined a forefoot through opening that extends between said opposing sides (11, 12); • a midfoot portion in which is defined a midfoot through opening that extends between said opposing sides (11, 12); • a hindfoot portion in which is defined a hindfoot through opening that extends between said opposing sides (11, 12); said forefoot portion, midfoot portion and hindfoot portion being contiguous with each other along said toe-to-heel direction and being made of an elastic material, characterised in that said forefoot through opening and said hindfoot through opening partially overlap said midfoot through opening. • a forefoot portion in which is defined a forefoot through opening that extends between said opposing sides (11, 12); • a midfoot portion in which is defined a midfoot through opening that extends between said opposing sides (11, 12); • a hindfoot portion in which is defined a hindfoot through opening that extends between said opposing sides (11, 12); said forefoot portion, midfoot portion and hindfoot portion being contiguous with each other along said toe-to-heel direction and being made of an elastic material, characterised in that said forefoot through opening and said hindfoot through opening partially overlap said midfoot through opening.