mhurhangee/ep-ind-claims huggingface dataset:
A method for the production of a spatially double-bent shell, comprising the following steps: • placing a first film and a second film on a preferably flat base area, the films (5, 6) being tightly connected to each other at their edges; characterized by: • radially placing wedge-shaped tyres on the second film on an area segment of the base area which roughly corresponds to the difference between the base area and the surface of the shell; • inflating the wedge-shaped tyres; • producing shell segments by installing a reinforcement and incorporating a pourable and curing construction material on the base area between the wedge-shaped tyres; • arranging at least one flexible tension member, which is configured so as to be relocatable relative to the shell segments, at the outer edge of the base area in the peripheral direction; • applying a load to the shell segments along the outer edge of the base area; • contorting and lifting the shell segments by injecting air between the first film and the second film, with the at least one tension member being under a tensile load in the peripheral direction, whereby the air pressure of the air injected into the space between the first film and the second film is maintained after the shell segments have been contorted and lifted, the air is sucked out of the wedge-shaped tyres and, subsequently, the gaps between the shell segments are filled with a curing grout. • placing a first film and a second film on a preferably flat base area, the films (5, 6) being tightly connected to each other at their edges; • radially placing wedge-shaped tyres on the second film on an area segment of the base area which roughly corresponds to the difference between the base area and the surface of the shell; • inflating the wedge-shaped tyres; • producing shell segments by installing a reinforcement and incorporating a pourable and curing construction material on the base area between the wedge-shaped tyres; • arranging at least one flexible tension member, which is configured so as to be relocatable relative to the shell segments, at the outer edge of the base area in the peripheral direction; • applying a load to the shell segments along the outer edge of the base area; • contorting and lifting the shell segments by injecting air between the first film and the second film, with the at least one tension member being under a tensile load in the peripheral direction, whereby the air pressure of the air injected into the space between the first film and the second film is maintained after the shell segments have been contorted and lifted, the air is sucked out of the wedge-shaped tyres and, subsequently, the gaps between the shell segments are filled with a curing grout.
Breechblock assembly for a firearm, comprising: - a guiding element comprising, in turn, a slide adapted to slide along a guide comprised in an actuation system of the breechblock assembly driven by a motor; - a shutting element, adapted to shut an opening in a breech ring of the firearm; - a percussion pin, which is pushed by an elastic element; said shutting element comprising an axial hole in which said percussion pin is adapted to slide along a longitudinal axis, as a function of the firing cycle of the firearm with which said breechblock assembly may be associated; said percussion pin being so shaped as to be able to partially come out of said axial hole of the shutting element for firing a piece of ammunition; said breechblock assembly comprising a control system for controlling the percussion pin; characterized in that said control system being adapted to control the operability and the movement of the percussion pin independently of a firing cycle of the firearm. - a guiding element comprising, in turn, a slide adapted to slide along a guide comprised in an actuation system of the breechblock assembly driven by a motor; - a shutting element, adapted to shut an opening in a breech ring of the firearm; - a percussion pin, which is pushed by an elastic element; said shutting element comprising an axial hole in which said percussion pin is adapted to slide along a longitudinal axis, as a function of the firing cycle of the firearm with which said breechblock assembly may be associated; said percussion pin being so shaped as to be able to partially come out of said axial hole of the shutting element for firing a piece of ammunition; said breechblock assembly comprising a control system for controlling the percussion pin; characterized in that said control system being adapted to control the operability and the movement of the percussion pin independently of a firing cycle of the firearm.
A communications device configured to transmit signals to and/or receive signals from an infrastructure equipment of a wireless communications network, the communications device comprising a receiver configured to receive signals transmitted by the infrastructure equipment, a transmitter configured to transmit signals to the infrastructure equipment, and a controller configured to control the transmitter and the receiver, wherein the wireless communications network forms a wireless access interface comprising a plurality of communications resource elements formed by dividing a system bandwidth in time and frequency, the wireless access interface comprising a plurality of transmission units, each of the transmission units comprising a predetermined number of the communications resource elements, and one or more transmission units are configured to form combined transmission units, which can be allocated by the wireless communications network to one or more communications devices for receiving signals from the infrastructure equipment or transmitting signals to the infrastructure equipment, and the controller is configured with the receiver to receive an indication from the infrastructure equipment of a plurality of transmission units forming a combined transmission unit for the communications device, the plurality of transmission units including a first one or more transmission units and a second one or more transmission units, to receive an indication for each of the plurality of transmission units of the combined transmission unit of whether the transmission unit is for transmitting signals to the infrastructure equipment on the uplink, whether the transmission unit is for receiving signals from the infrastructure equipment on the downlink or whether the transmission unit is not to be used for transmitting or receiving signals, and to receive an indication of a type of signals which are to be transmitted or received in each of the plurality of transmission units wherein a type of signals to be transmitted or received in the first one or more transmission units differs from a type of signals to be transmitted or received in the second one or more transmission units, and the indicated types of signals which are to be transmitted or received in the plurality of transmission units includes two or more of signals representing data, signals representing reference signals, signals representing synchronisation signals or an indication that no signals are to be transmitted.
Rubber composition based at least on a reinforcing filler and on a modified diene elastomer, which diene elastomer bears one or more pendant associative groups comprising at least one nitrogen atom, characterized in that: - the diene elastomer before modification is obtained by stereospecific polymerization in the presence of a neodymium-based Ziegler-Natta catalytic system, - and the composition comprises an acid which is a Lewis acid selected from the group consisting of aluminium oxides, titanium oxides and the compounds M n or a Bronsted acid selected from the group consisting of sulfonic acids, M being boron, magnesium, aluminium, titanium, iron, zinc, indium or ytterbium, L being a monodentate or bidentate ligand, n being an integer ranging from 2 to 4. - the diene elastomer before modification is obtained by stereospecific polymerization in the presence of a neodymium-based Ziegler-Natta catalytic system, - and the composition comprises an acid which is a Lewis acid selected from the group consisting of aluminium oxides, titanium oxides and the compounds M n or a Bronsted acid selected from the group consisting of sulfonic acids,
Housing, in particular for an electrical cable connection, comprising two housing parts (3, 4) which can be connected to one another and which each have a connecting section (5, 6), wherein a first housing part has a connecting section which is in the form of a plug-in section, and wherein a second housing part has a connecting section which is in the form of a receiving section, wherein the receiving section has a plug-in opening and a round cross section, wherein the plug-in section can be inserted into the plug-in opening in the second housing part in order to establish the connection, and wherein latching means are provided on the connecting sections (5, 6), the said latching means comprising latching lugs and latching openings which engage one in the other in an interlocking manner in the connected state, characterized in that the plug-in section has a cross-sectional shape which differs from a round cross section, and in that the receiving section surrounds the plug-in section in a radially and axially complete and interlocking manner in the connected state, and in that the receiving section can be at least partially elastically deformed in order to establish the connected state.
A cooling device (200, 400) able to cool a heat source comprising electronic and/or electric components, characterized in that it comprises a support (210, 410) consisting of a first bracket (230, 430) connected to a second bracket (240, 440), the first bracket (230, 430) includes two opposite large faces connected together through side edges, the first bracket (230, 430) comprises, at a first large face (231, 431), at least one groove (232, 432) which extends from a first side edge (233, 433) and a second opposite side edge (234, 434), the groove comprises first portions (235, 435) which are parallel or substantially parallel to the first side edge (233, 433) connected by second portions (236, 436), the groove (232, 432) is covered by the second bracket (240, 440) so as to form an oscillating heat pipe (252, 452) wherein a latent heat transfer fluid (251, 451) circulates, the support (210, 410) is curved so as to form at least one duct (213, 413) which extends from the first side edge (233, 433) to the second side edge (234, 434), at least one duct is partially closed by a heat conduction plate (220, 420) in contact with the first side edge (233, 433) so as to enable a natural flow of ambient air in the duct(s) (213, 413) formed by the support (210, 410).
A drying apparatus, comprising: a drying circuit within which working steam can be recirculated; a dryer for receiving material to be dried and forming part of the drying circuit so that in use working steam flows through the dryer; an extraction line in fluid communication with the drying circuit for extracting a fraction of steam from the drying circuit; and a heat reclaimer comprising a heat pump having an evaporator arranged to recover heat from extracted steam in the extraction line and a condenser arranged to transfer heat to working steam in the drying circuit; characterised by further comprising: a pre-pump compressor disposed upstream of the heat pump for compressing extracted steam in the extraction line; and a de-superheater disposed downstream of the pre-pump compressor and upstream of the heat pump. a drying circuit within which working steam can be recirculated; a dryer for receiving material to be dried and forming part of the drying circuit so that in use working steam flows through the dryer; an extraction line in fluid communication with the drying circuit for extracting a fraction of steam from the drying circuit; and a heat reclaimer comprising a heat pump having an evaporator arranged to recover heat from extracted steam in the extraction line and a condenser arranged to transfer heat to working steam in the drying circuit; characterised by further comprising: a pre-pump compressor disposed upstream of the heat pump for compressing extracted steam in the extraction line; and a de-superheater disposed downstream of the pre-pump compressor and upstream of the heat pump. a pre-pump compressor disposed upstream of the heat pump for compressing extracted steam in the extraction line; and a de-superheater disposed downstream of the pre-pump compressor and upstream of the heat pump.
A child seat lock device, comprising: - a vehicle body frame; - an anchor that performs locking between a child seat having a catch and a vehicle body having the vehicle body frame, wherein the anchor is secured to the vehicle body frame and retains the catch in a removable manner; and - a seat cushion that is attached to the vehicle body frame independently of the anchor, wherein the seat cushion has - a cushion pad that is provided with a groove portion that houses the catch retained by the anchor and extends in a front-rear direction of the seat, - a skin for covering the cushion pad and having, at a location in front of the groove portion, an insertion slit into which the catch is inserted, and - a guide portion for guiding the inserted catch from the insertion slit toward the anchor at the position of the groove portion, the guide portion being harder than the cushion pad, characterized in that - the skin includes a blind member that hides the inside of the insertion slit in such a manner as to face the inside of the groove portion and is made of a flexible material; - the guide portion is provided at a position, in the blind member, that faces the inside of the groove portion; and - the blind member has a bottom portion capable of coming into contact with a bottom surface of the groove portion. - a vehicle body frame; - an anchor that performs locking between a child seat having a catch and a vehicle body having the vehicle body frame, wherein the anchor is secured to the vehicle body frame and retains the catch in a removable manner; and - a seat cushion that is attached to the vehicle body frame independently of the anchor, - a cushion pad that is provided with a groove portion that houses the catch retained by the anchor and extends in a front-rear direction of the seat, - a skin for covering the cushion pad and having, at a location in front of the groove portion, an insertion slit into which the catch is inserted, and - a guide portion for guiding the inserted catch from the insertion slit toward the anchor at the position of the groove portion, the guide portion being harder than the cushion pad, - the skin includes a blind member that hides the inside of the insertion slit in such a manner as to face the inside of the groove portion and is made of a flexible material; - the guide portion is provided at a position, in the blind member, that faces the inside of the groove portion; and - the blind member has a bottom portion capable of coming into contact with a bottom surface of the groove portion.
A method, comprising: exposing an image sensor to a scene; measuring, as analog signals, intensities of light from the scene by a plurality of pixels of the image sensor; converting the analog signals to digital signals; determining residue analog signals from the conversion of the analog signals to the digital signals; determining a total residue analog signal by summing the residue analog signals; determining a total residue digital signal by digitizing the total residue analog signal; and determining a total intensity of light of the scene by summing the digital signals and the total residue digital signal. exposing an image sensor to a scene; measuring, as analog signals, intensities of light from the scene by a plurality of pixels of the image sensor; converting the analog signals to digital signals; determining residue analog signals from the conversion of the analog signals to the digital signals; determining a total residue analog signal by summing the residue analog signals; determining a total residue digital signal by digitizing the total residue analog signal; and determining a total intensity of light of the scene by summing the digital signals and the total residue digital signal.
A capacitive-type touch panel comprising: a first transparent substrate; a first conductive layer positioned on the first transparent substrate, the first conductive layer being transparent; a sensor layer having a second conductive layer spaced from the first conductive layer by a spacer, the second conductive layer being transparent; a second transparent substrate positioned on the sensor layer; and an anti-reflection coating layer provided between the second transparent substrate and the second conductive layer of the sensor layer, wherein the capacitive-type touch panel is characterized in that the anti-reflection coating layer is provided on a bottom side of the second transparent substrate towards the second conductive layer of the sensor layer; and a light interruption layer for interrupting visible light is laminated on the bottom side of the second transparent substrate along a marginal area surrounding a central area. a first transparent substrate; a first conductive layer positioned on the first transparent substrate, the first conductive layer being transparent; a sensor layer having a second conductive layer spaced from the first conductive layer by a spacer, the second conductive layer being transparent; a second transparent substrate positioned on the sensor layer; and an anti-reflection coating layer provided between the second transparent substrate and the second conductive layer of the sensor layer, wherein the capacitive-type touch panel is characterized in that the anti-reflection coating layer is provided on a bottom side of the second transparent substrate towards the second conductive layer of the sensor layer; and a light interruption layer for interrupting visible light is laminated on the bottom side of the second transparent substrate along a marginal area surrounding a central area.
A device for water supply in an installation comprising a vertical water standpipe, said device appearing in the form of a panel comprising: - a main pipe including distribution outlets, - a plurality of secondary pipes, connected directly or indirectly to the distribution outlets of said main pipe, - a plurality of valves able to modify or to stop a flow of water between the main pipe and each of the secondary pipes, and - a support on which are fastened the main pipe and the plurality of secondary pipes, said support being intended to be fastened against one of the walls of the installation; characterized in that said main pipe is arranged to form, once said support is fastened against one of the walls of the installation, a portion of the vertical water standpipe of the installation. - a main pipe including distribution outlets, - a plurality of secondary pipes, connected directly or indirectly to the distribution outlets of said main pipe, - a plurality of valves able to modify or to stop a flow of water between the main pipe and each of the secondary pipes, and - a support on which are fastened the main pipe and the plurality of secondary pipes, said support being intended to be fastened against one of the walls of the installation;
A loader assembly for loading a transcatheter heart valve (142, 150) into a delivery sheath for delivering the heart valve (142, 150) into a body of a patient, the loader assembly comprising: a storage container configured to store the heart valve (142, 150); a crimping apparatus having a first end connectable to the storage container and a second end, the crimping apparatus being configured to crimp the heart valve (142, 150) from a first expanded configuration to a second crimped position; and a loader tube connectable to the second end of the crimping apparatus and configured to advance the heart valve (142, 150) into the delivery sheath when the heart valve (142, 150) is in the second crimped position. a storage container configured to store the heart valve (142, 150); a crimping apparatus having a first end connectable to the storage container and a second end, the crimping apparatus being configured to crimp the heart valve (142, 150) from a first expanded configuration to a second crimped position; and a loader tube connectable to the second end of the crimping apparatus and configured to advance the heart valve (142, 150) into the delivery sheath when the heart valve (142, 150) is in the second crimped position.
A connection assembly for a battery module, wherein the connection assembly comprising: a connecting sheet, the connecting sheet electrically connect battery cells constituting the battery module; and an insulating film, a plurality of the connecting sheets are mounted onto the insulating film, and are insulated from each other; wherein the insulating film is provided with a weakened portion, and when the insulating film is subjected to external force greater than a specified value, the insulating film is deformed and/or broken at a position of the weakened portion; wherein the weakened portion is configured to prevent the exposure of the plurality of the connecting sheets; wherein the insulating film comprises a first insulating film and a second insulating film; along a height direction of the connection assembly, at least part of the connecting sheet is located between the first insulating film and the second insulating film; the first insulating film and the second insulating film each are provided with the weakened portion, and along the height direction of the connection assembly, the weakened portion of the first insulating film is arranged corresponding to the weakened portion of the second insulating film; and characterized in that along the height direction of the connection assembly, the weakened portion of the first insulating film and the weakened portion of the second insulating film are arranged in a staggered manner. a connecting sheet, the connecting sheet electrically connect battery cells constituting the battery module; and an insulating film, a plurality of the connecting sheets are mounted onto the insulating film, and are insulated from each other; wherein the insulating film is provided with a weakened portion, and when the insulating film is subjected to external force greater than a specified value, the insulating film is deformed and/or broken at a position of the weakened portion; wherein the weakened portion is configured to prevent the exposure of the plurality of the connecting sheets; wherein the insulating film comprises a first insulating film and a second insulating film; along a height direction of the connection assembly, at least part of the connecting sheet is located between the first insulating film and the second insulating film; the first insulating film and the second insulating film each are provided with the weakened portion, and along the height direction of the connection assembly, the weakened portion of the first insulating film is arranged corresponding to the weakened portion of the second insulating film; and characterized in that along the height direction of the connection assembly, the weakened portion of the first insulating film and the weakened portion of the second insulating film are arranged in a staggered manner.
A health indicator device comprising: a body scanner; a body volume calculator; a database means; and a health-calculating device, wherein the body scanner is configured to obtain a three-dimensional model of a person; the body volume calculator is configured to calculate a first volume comprising a first part of the person's body and a second volume comprising a second part of a person's body from the three-dimensional model; and where the health calculating device is characterised by that it is configured to calculate an indication of the person's health based on the body composition of the person by retrieving body composition data from the database means and using the retrieved body composition data in combination with the ratio between the first and second volumes. a body scanner; a body volume calculator; a database means; and a health-calculating device,