mhurhangee/ep-ind-claims huggingface dataset:
A handheld portable plant-based or synthetic vaporizer comprising: a main housing containing: a reaction chamber, a reaction cartridge comprised of a thermally conductive substrate, an air vent, a vapor escapement, a laser diode unit, and a vapor tube, the reaction chamber being a receiving chamber for the reaction cartridge; the reaction cartridge being a receiving means for plant-based or synthetic materials, and being partially comprised of a thermally conductive substrate; the laser diode unit comprising a laser diode, a focusing lens, a heat sink, a driver diode circuit, and batteries; the air vent means for allowing the exchange of vapor and air through the reaction cartridge; the laser diode unit capable of sufficiently heating the reaction chamber to a temperature above the vaporization point of the plant-based or synthetic material within the reaction chamber; the vapor tube being an enclosed channel, connected on one end to the reaction chamber and the other end being open for inhalation or expulsion by the user; characterized in that the reaction cartridge contains a reaction cartridge insert placing viscous concentrate material within a heat envelope of a substrate. a main housing containing: a reaction chamber, a reaction cartridge comprised of a thermally conductive substrate, an air vent, a vapor escapement, a laser diode unit, and a vapor tube, a reaction chamber, a reaction cartridge comprised of a thermally conductive substrate, an air vent, a vapor escapement, a laser diode unit, and a vapor tube, the reaction chamber being a receiving chamber for the reaction cartridge; the reaction cartridge being a receiving means for plant-based or synthetic materials, and being partially comprised of a thermally conductive substrate; the laser diode unit comprising a laser diode, a focusing lens, a heat sink, a driver diode circuit, and batteries; the air vent means for allowing the exchange of vapor and air through the reaction cartridge; the laser diode unit capable of sufficiently heating the reaction chamber to a temperature above the vaporization point of the plant-based or synthetic material within the reaction chamber; the vapor tube being an enclosed channel, connected on one end to the reaction chamber and the other end being open for inhalation or expulsion by the user; characterized in that the reaction cartridge contains a reaction cartridge insert placing viscous concentrate material within a heat envelope of a substrate.
A group-III nitride semiconductor nanoparticle represented by Al x Ga y In z N (0 ≤ x, y, z ≤ 1), comprising two crystal structures; a wurtzite structure and a zincblende structure, in a single particle.
A variable displacement rotary vane pump for fluids, comprising: - a rotor arranged to eccentrically rotate within a regulation ring with a relative eccentricity which varies depending on operating conditions of the pump; - means (17, 18) for moving the regulation ring in a chamber formed in a pump body in order to vary said relative eccentricity, and hence the displacement of the pump, as said operating conditions vary; and - a plurality of rolling elements interposed between an external surface of the regulation ring and an internal surface of the chamber; characterised in that: - the rolling elements are mounted in a supporting cage and are provided only over a portion of a region of engagement between the external surface of the regulation ring and the internal surface of the chamber, said portion including a zone where a resultant (SV1, SV2) of mechanical and fluidic forces generated in the pump during the regulation acts; and - the rolling elements and said supporting cage are arranged, in said portion of the region of engagement between said surfaces (11A, 40A), so as to move as an integral body along said surfaces (11A, 40A) during the movement of the regulation ring, the movement of the rolling elements and of the supporting cage having a smaller amplitude than a movement performed by the regulation ring in order to make the pump pass from a maximum displacement to a minimum displacement. - a rotor arranged to eccentrically rotate within a regulation ring with a relative eccentricity which varies depending on operating conditions of the pump; - means (17, 18) for moving the regulation ring in a chamber formed in a pump body in order to vary said relative eccentricity, and hence the displacement of the pump, as said operating conditions vary; and - a plurality of rolling elements interposed between an external surface of the regulation ring and an internal surface of the chamber; - the rolling elements are mounted in a supporting cage and are provided only over a portion of a region of engagement between the external surface of the regulation ring and the internal surface of the chamber, said portion including a zone where a resultant (SV1, SV2) of mechanical and fluidic forces generated in the pump during the regulation acts; and - the rolling elements and said supporting cage are arranged, in said portion of the region of engagement between said surfaces (11A, 40A), so as to move as an integral body along said surfaces (11A, 40A) during the movement of the regulation ring, the movement of the rolling elements and of the supporting cage having a smaller amplitude than a movement performed by the regulation ring in order to make the pump pass from a maximum displacement to a minimum displacement.
A measurement bridge, in particular for a network analyzer, comprising, a reference port, a central output port, a measurement port and a balun having a first balun input connector and a first and a second balun output connector (8, 9), wherein the first balun output connector is connected to a first signal path and the second balun output connector is connected to a second signal path, wherein the central output port is connected to the first signal path, wherein the reference port is connected to the second signal path, wherein the electrical parameters of the first signal path and the second signal path are approximately the same, wherein the measurement port joins the first and second signal path (11, 12) together, characterized in that, a first matching unit is integrated in the connection between a first and second signal line (16,17) of the first signal path and the central output port for matching the impedance of the first and second signal line (16,17) to the impedance of the central output port and a second matching unit is integrated between the first and the second signal path (11,12) and the measurement port for matching the impedance of the second signal line and the second signal path to the impedance of the measurement port.
A medical radially expandable introducer sheath, comprising: a tubular member comprising an inner layer and an outer layer (30, 80) coaxially disposed about a central longitudinal axis of the introducer sheath, the tubular member being configured to shift between an unexpanded configuration to an expanded configuration; wherein the inner layer is circumferentially discontinuous along at least a portion of its length; wherein at least a first portion of the inner layer is configured to move circumferentially relative to the outer layer (30, 80) when shifting between the unexpanded and expanded configurations, wherein the inner layer comprises a plurality of longitudinally-oriented elements, wherein the plurality of longitudinally-oriented elements at least partially circumferentially overlap each other in the unexpanded configuration, wherein the plurality of longitudinally-oriented elements circumferentially overlap each other less as the tubular member shifts from the unexpanded configuration toward the expanded configuration, characterized in that the plurality of longitudinally-oriented elements is circumferentially spaced apart from each other in the expanded configuration. a tubular member comprising an inner layer and an outer layer (30, 80) coaxially disposed about a central longitudinal axis of the introducer sheath, the tubular member being configured to shift between an unexpanded configuration to an expanded configuration; wherein the inner layer is circumferentially discontinuous along at least a portion of its length; wherein at least a first portion of the inner layer is configured to move circumferentially relative to the outer layer (30, 80) when shifting between the unexpanded and expanded configurations, wherein the inner layer comprises a plurality of longitudinally-oriented elements, wherein the plurality of longitudinally-oriented elements at least partially circumferentially overlap each other in the unexpanded configuration, wherein the plurality of longitudinally-oriented elements circumferentially overlap each other less as the tubular member shifts from the unexpanded configuration toward the expanded configuration, characterized in that the plurality of longitudinally-oriented elements is circumferentially spaced apart from each other in the expanded configuration.
Communication method comprising the following steps: a) a communicating device (T1,R), said communicating device being a client device capable of implementing a simple TCP, Transmission Control Protocol, connection or a multi-path connection obeying a transport protocol of the OSI model, or a relay device connected to said client device and capable of implementing a multi-path connection obeying said transport protocol, receives, in the absence of any multi-path connection obeying said transport protocol between said communicating device (T1,R) and a certain other client device (T2, T3) and before trying to establish a multi-path connection obeying said transport protocol between said communicating device and said other client device, information (MPTCP_STATUS) concerning the compatibility or the non-compatibility with multi-path connections obeying said transport protocol of at least one intermediate node placed on a path linking said communicating device (T1,R) to said other client device (T2, T3), b) said communicating device (T1,R) registers a status (PATH_CHECKED) of said path as to its compatibility or its non-compatibility with multi-path connections obeying said transport protocol; and c) if said communicating device (T1,R) finds that at least one path linking the communicating device (T1,R) to said other client device (T2, T3) is compatible with multi-path connections obeying said transport protocol, the communicating device (T1,R) uses a multi-path connection protocol to communicate with said other client device (T2, T3) along said compatible path. a) a communicating device (T1,R), said communicating device being a client device capable of implementing a simple TCP, Transmission Control Protocol, connection or a multi-path connection obeying a transport protocol of the OSI model, or a relay device connected to said client device and capable of implementing a multi-path connection obeying said transport protocol, receives, in the absence of any multi-path connection obeying said transport protocol between said communicating device (T1,R) and a certain other client device (T2, T3) and before trying to establish a multi-path connection obeying said transport protocol between said communicating device and said other client device, information (MPTCP_STATUS) concerning the compatibility or the non-compatibility with multi-path connections obeying said transport protocol of at least one intermediate node placed on a path linking said communicating device (T1,R) to said other client device (T2, T3), b) said communicating device (T1,R) registers a status (PATH_CHECKED) of said path as to its compatibility or its non-compatibility with multi-path connections obeying said transport protocol; and c) if said communicating device (T1,R) finds that at least one path linking the communicating device (T1,R) to said other client device (T2, T3) is compatible with multi-path connections obeying said transport protocol, the communicating device (T1,R) uses a multi-path connection protocol to communicate with said other client device (T2, T3) along said compatible path.
A circuit arrangement for electronically driving triggerable surge arresters such as spark gaps or multi-electrode gas tube surge arresters, wherein at least one power semiconductor is activated by a switching stage when an overvoltage event is detected and the power semiconductor is connected on the output side to a trigger input of the surge arrester, characterized in that the switching stage is configured as a control and evaluation unit for the detection of transient surge events and, firstly, has a pulse detection stage which enables a pulse detection in a level-sensitive or steepness-dependent manner, and further, secondly, includes a microcontroller for event assessment, the output side of the microcontroller leading to the control input of the power semiconductor, and a fast-switching rectifier based on discrete, fast IGBT diodes being provided between the output of the power semiconductor and the trigger input of the surge arrester (8; 12).
A turbomachine rotary assembly, comprising: - a rotor disk comprising circumferentially an alternation of peripheral teeth and grooves, said grooves being provided with an opening bordered by the ends of the teeth, - a plurality of blades having roots positioned in the grooves, - an axial retention system of said blades, comprising at least one removable lock mounted bearing against the upstream axial ends of the teeth of the disk, the lock being mounted bearing against the upstream axial ends of two consecutive teeth of the disk so as to block the opening of the groove of the corresponding blade, the rotary assembly being characterized in that said lock is a part having a central portion from which the edges extend, the central portion of the lock blocking the opening of the groove and bearing against the upstream front of the blade root, when the lock is installed, the edges of the lock then bearing against the ends of the teeth, said axial retention system further including removable parts suitable for being mounted at the upstream axial ends of the teeth to block said lock by clamping the edges of said lock between said removable parts and the two consecutive teeth once the lock is installed against the upstream axial ends of said teeth. - a rotor disk comprising circumferentially an alternation of peripheral teeth and grooves, said grooves being provided with an opening bordered by the ends of the teeth, - a plurality of blades having roots positioned in the grooves, - an axial retention system of said blades, comprising at least one removable lock mounted bearing against the upstream axial ends of the teeth of the disk,
A heat-resistant resin composition, which comprises: a polyphenylene ether resin; and a polyamide resin, wherein the polyamide resin comprises a mixed resin of a first polyamide resin and a second polyamide resin, and the melting point of the first polyamide resin is higher than the melting point of the second polyamide resin by 20°C to 100°C; and wherein the first polyamide resin is a polyamide 46 resin and the second polyamide resin is a polyamide 66 resin or a polyamide 6 resin; and wherein the weight ratio of the PPE resin and the polyamide resin is 1: 0.2 to 8; and wherein the weight ratio of the first polyamide resin and the second polyamide resin is 1: 0.5 to 15. a polyphenylene ether resin; and a polyamide resin, wherein the polyamide resin comprises a mixed resin of a first polyamide resin and a second polyamide resin, and the melting point of the first polyamide resin is higher than the melting point of the second polyamide resin by 20°C to 100°C; and wherein the first polyamide resin is a polyamide 46 resin and the second polyamide resin is a polyamide 66 resin or a polyamide 6 resin; and wherein the weight ratio of the PPE resin and the polyamide resin is 1: 0.2 to 8; and wherein the weight ratio of the first polyamide resin and the second polyamide resin is 1: 0.5 to 15.
A measurer for a device dispensing a product in powder form, the measurer comprising a fixed hopper, a slide able to move in translation with respect to the hopper, and an apportioning scraper constrained to translate with the movable slide, the hopper comprising a top part, a bottom part with a cross section less than the cross section of the top part, and an intermediate part connecting the top part to the bottom part, the top part being open upwards in order to receive by gravity the powder product coming from a container, the apportioning scraper translating in the bottom part, and the intermediate part having a cross section decreasing gradually so as to decrease to that of the bottom part, the intermediate part comprising, in its first front half, a face inclined towards the bottom part of the measurer, the measurer being characterised in that it comprises means for guiding the powder product towards the inclined face of the intermediate part of the measurer.
A combined printing press (10; 10*) for the production of security documents, in particular banknotes, comprising a screen printing group (2; 2*) and an intaglio printing group adapted to process substrates in the form of individual sheets or successive portions of a continuous web, wherein the screen printing group (2; 2*) is located upstream of the intaglio printing group and comprises at least one screen printing unit (20; 20*) designed to print a pattern of optically-variable ink onto one side of the substrates, which optically-variable ink contains flakes that can be oriented by means of a magnetic field, wherein the screen printing group (2; 2*) further comprises a magnetic unit (24; 24*) located downstream of the screen printing unit (20; 20*), which magnetic unit (24; 24*) includes a rotating magnetic cylinder assembly carrying magnetic-field generating devices on its circumference and is designed to magnetically induce an optically-variable effect in the pattern of optically-variable ink applied by the screen printing unit (20; 20*), wherein the screen printing group (2; 2*) further comprises at least one first drying/curing unit (25; 25*) designed to dry/cure the pattern of optically-variable ink in which the optically-variable effect has been induced by the magnetic unit (24; 24*) prior to transfer of the substrates to the intaglio printing group, the first drying/curing unit (25; 25*) cooperating directly with the magnetic unit (24; 24*) by cooperating with a portion of the circumference of the rotating magnetic cylinder assembly, and wherein the screen printing group (2; 2*) comprises a drying/curing assembly (27, 28; 27*, 28*) located downstream of the magnetic unit (24; 24*) and designed to subject the substrates to a drying/curing operation prior to transfer of the substrates to the intaglio printing group, which drying/curing assembly (27, 28; 27*, 28*) includes a drying/curing cylinder (27; 27*) and one or more drying/curing units (28; 28*) positioned about part of the circumference of the drying/curing cylinder (27; 27*).
An arrangement consisting of two superconductive, ribbon-like electric conductors (1,2) having approximately the same width and a strip of superconductive material, in which the two conductors (1,2) abut to each other with their end faces in a connecting point and in which the strip of superconductive material for the connection of the two conductors (1,2) is put onto and soldered to the same, wherein the strip extends beyond both conductors (1,2) so as to cover the connecting point, characterized in - that the strip of superconductive material has, only in the area of the connecting point between the two conductors (1,2), at least approximately the same width as the same and is on both sides of the connecting point narrowed in its width facing away from the connecting point, and - that the strip is thinner in its border areas than in its central area located in the area of the center line of the conductor (1,2), preferably with a continuous transition. - that the strip of superconductive material has, only in the area of the connecting point between the two conductors (1,2), at least approximately the same width as the same and is on both sides of the connecting point narrowed in its width facing away from the connecting point, and - that the strip is thinner in its border areas than in its central area located in the area of the center line of the conductor (1,2), preferably with a continuous transition.
Method for depositing a decorative and/or protective coating on a substrate for the formation of a clockwork component, making it possible to colour said substrate, said deposition method comprising a first step of depositing a first opaque layer on the substrate, said method being characterised in that it comprises a second step of depositing by an ALD (Atomic Layer Deposition) method a stack of at least two semi-transparent layers (12, 13) covering said first layer; the thickness of the stack being selected in such a way as to obtain a colour with an interference phenomenon.
Device for transporting and depositing panels made of metal, plastic or cardboard, having a panel feed section, having a stacking unit following the panel feed section in the transport direction, and having a transfer unit arranged above the stacking unit, accepting a panel arriving from the panel feed section upside down and placing the same in a deposit position of the stacking unit, the transfer unit having a holding mechanism which, whilst exerting a holding force that points upwards and is adjustable via a control unit, guides the panel in the direction of the stacking unit and deposits it there on a stack, the transfer unit having a guide section extending in the transport direction with a stationary guide surface pointing downwards above the stacking unit, in which section, forming a holding mechanism, air nozzles each open at the bottom are arranged at a distance from one another in the area of the guide surface, to which nozzles compressed air can be applied and which are suitable to generate an air cushion through which the compressed air flows between the guide surface and the incoming panel, characterized in that the guide section has at least three guide rails (24', 24", 24"') arranged at a lateral distance from one another and extending in the transport direction over the stacking unit, in which a plurality of air nozzles at a distance from one another in the longitudinal direction are arranged, and wherein the outer guide rails (24', 24"') are arranged to be higher or lower than the inner guide rail (24") and, together with the latter, span a guide surface that is curved in the transverse direction.
A protective device (5, 5', 5", 5"', 5"") for a hose clip, via which a hose end can be connected to a hose connection, comprising a protective body (8, 8', 8", 8"', 8"") made of a plastic, wherein in the assembled state, the protective body (8, 8', 8", 8"', 8"") surrounds the hose clip around the circumference thereof and accommodates same at least in its clamping region via a radially oriented moulding, and covers the hose clip over the width thereof extending in the longitudinal direction of the hose connection, the protective body (8, 8', 8", 8"', 8"") having two ring segments (9, 10) that can be connected to one another via a latching mechanism at their free ends (12, 13) that are facing one another, and the segments (9, 10) are moveably connected to one another at their ends (14, 17) that are facing away from the free ends (12, 13), characterized in that the ring segments (9, 10) have articulated ends (14, 17) facing away from the free ends (12, 13), the articular ends (14, 17) of the ring segments (9, 10) being linked flexibly to an adjacent third ring segment and the adjacent third ring segment being an intermediate segment that connects the two ring segments (9, 10) to one another.