mhurhangee/ep-ind-claims huggingface dataset:
Method for carrying out measurement tasks and for managing measurement data by means of a system, comprising - at least one measuring apparatus, - at least one information carrier designed as a measuring apparatus-integrated human-machine interface or as a portable computer apparatus with a screen, - at least one cloud server with a cloud application and - at least one user account in the cloud application, wherein the measuring apparatus and/or the information carrier are/is assigned to the user account, the measuring apparatus provides measurement data logs containing measurement data received from sensors, which are assigned to the user account, the measuring apparatus and/or the information carrier link(s) further data sets with the measurement data logs, a computer apparatus is provided and the computer apparatus or the information carrier is assigned to the user account, the measuring apparatus and/or the information carrier exchange(s) measurement data logs and/or further data sets with the computer apparatus, wherein there is no data connection to the cloud server or an existing data connection to the cloud server is interrupted during the exchange. - at least one measuring apparatus, - at least one information carrier designed as a measuring apparatus-integrated human-machine interface or as a portable computer apparatus with a screen, - at least one cloud server with a cloud application and - at least one user account in the cloud application, the measuring apparatus and/or the information carrier are/is assigned to the user account, the measuring apparatus provides measurement data logs containing measurement data received from sensors, which are assigned to the user account, the measuring apparatus and/or the information carrier link(s) further data sets with the measurement data logs, a computer apparatus is provided and the computer apparatus or the information carrier is assigned to the user account, the measuring apparatus and/or the information carrier exchange(s) measurement data logs and/or further data sets with the computer apparatus, wherein there is no data connection to the cloud server or an existing data connection to the cloud server is interrupted during the exchange.
A display comprising: - a plurality of pixels in a matrix, the pixels each comprising, ∘ a liquid crystal layer and/or light emitting diode layer; ∘ a retardation layer comprising a polymerized siloxane material and elongated noble metal particles having an average maximum particle length less than the lowest wavelength of visible light; wherein the nobel metal particles are selected from the group of gold, silver, platinum, palladium, ruthenium, rhodium, osmium and iridium, wherein the retardation layer is thermally stable and if heated at a ramp rate of 10°C increase per minute 200 °C would have a mass loss of less than 2%; and wherein the retardation layer has an index of refraction that is different for in-plane and out-of-plane and a reverse optical dispersion at visible wavelengths. - a plurality of pixels in a matrix, the pixels each comprising, ∘ a liquid crystal layer and/or light emitting diode layer; ∘ a retardation layer comprising a polymerized siloxane material and elongated noble metal particles having an average maximum particle length less than the lowest wavelength of visible light; ∘ a liquid crystal layer and/or light emitting diode layer; ∘ a retardation layer comprising a polymerized siloxane material and elongated noble metal particles having an average maximum particle length less than the lowest wavelength of visible light; wherein the nobel metal particles are selected from the group of gold, silver, platinum, palladium, ruthenium, rhodium, osmium and iridium, wherein the retardation layer is thermally stable and if heated at a ramp rate of 10°C increase per minute 200 °C would have a mass loss of less than 2%; and wherein the retardation layer has an index of refraction that is different for in-plane and out-of-plane and a reverse optical dispersion at visible wavelengths.
A device for connecting a tool to an arm of a robot, of the type comprising: - a body (2; 32) having an annular wall provided with openings (6; 36), received within which are one or more balls (8; 38), which are mobile within said openings between an inoperative position and an operative position, in said operative position said balls projecting from said wall to engage corresponding portions of said tool and clamp the latter on said arm; - a piston (4; 34) configured for co-operating with said balls and governed fluid-dynamically between a first position and a second position, wherein, in said second position, said piston forces said balls into said operative position, and, in said first position, said piston releases said balls so as to allow them to move into said inoperative position; wherein said device comprises safety means (15, 55, 65, 75), which, in an active condition thereof, engage said piston (4; 34) in said second position so as to block it in said second position in order to prevent displacement of said balls into said inoperative position, said device being characterized in that said piston has a contrast surface (4'; 34") facing in the direction of displacement of said piston from said second position to said first position, and wherein, in said active condition, said safety means (15, 55, 65, 75) act as arrest of said contrast surface. - a body (2; 32) having an annular wall provided with openings (6; 36), received within which are one or more balls (8; 38), which are mobile within said openings between an inoperative position and an operative position, in said operative position said balls projecting from said wall to engage corresponding portions of said tool and clamp the latter on said arm; - a piston (4; 34) configured for co-operating with said balls and governed fluid-dynamically between a first position and a second position, wherein, in said second position, said piston forces said balls into said operative position, and, in said first position, said piston releases said balls so as to allow them to move into said inoperative position;
Organic lithium battery comprising: - a negative electrode comprising lithium metal or a lithium metal alloy, - a positive electrode optionally supported by a current collector, said positive electrode comprising at least one organic redox structure, at least one polymer binder P 1 and at least one agent generating electronic conductivity, said organic redox structure differing from sulfur-containing agents selected from among elementary sulfur S 8 and organic sulfur-containing compounds comprising at least one S-S bond, said organic redox structure comprising at least two C= O carbonyl functions, two C= S thionic functions or two C= N imine functions, and - a porous separator impregnated with an electrolyte, said organic lithium battery being characterized in that the porous separator is a biaxially oriented separator comprising at least polypropylene, and the electrolyte comprises at least one linear or cyclic liquid polyether having a molecular weight lower than or equal to 10 000 g/mol -1, and at least one lithium salt L 1. - a negative electrode comprising lithium metal or a lithium metal alloy, - a positive electrode optionally supported by a current collector, said positive electrode comprising at least one organic redox structure, at least one polymer binder P 1 and at least one agent generating electronic conductivity, said organic redox structure differing from sulfur-containing agents selected from among elementary sulfur S 8 and organic sulfur-containing compounds comprising at least one S-S bond, said organic redox structure comprising at least two C= O carbonyl functions, two C= S thionic functions or two C= N imine functions, and - a porous separator impregnated with an electrolyte, said organic lithium battery being characterized in that the porous separator is a biaxially oriented separator comprising at least polypropylene, and the electrolyte comprises at least one linear or cyclic liquid polyether having a molecular weight lower than or equal to 10 000 g/mol -1, and at least one lithium salt L 1.
A urinal comprising a bowl of elongated shape along a horizontal axis (X-X'), the inner walls and the edge of the bowl defining an opening, turned upwards, said bowl comprising a rear part, of length d 1 along the axis (X-X'), and a front part, of length d 2 along (X-X'), the points (M, N) representing the lowest point of the edge define the limit between the front part and the rear part of the bowl, the rear part comprising a first end, of width l 1, along a horizontal axis (Z-Z'), perpendicular to the axis (X-X'), the front part comprising a second end, opposite the first end along the axis (X-X'), of width l 2 along the axis (Z-Z'), the opening being closed by a concave water-repellent screen, the edge being concave, open upwards, on both sides of the bowl, and k is the height difference between the points (M, N) and the second end, d 1 + d 2 is greater than or equal to 30 cm, d 2 is between 20 and 70 cm, l 1 is between 20 and 40 cm, l 2 is less than or equal to 10 cm, k is between 5 and 15 cm.
A heating cooker for a microwave oven having a main body through which microwaves are transmitted, an upper portion of a metallic pan coupled to the main body by means of an airtight seal between the main body and the pan, wherein a heating sheet receiving the microwaves and generating heat and an insulating support are coupled onto an undersurface of the pan, the heating cooker characterized by a silicone packing provided in a section of the airtight seal between the pan and the main body, so that if internal pressure in an empty space between the main body and a side of the pan rises abnormally the silicone packing is decoupled from the main body so as to reduce the pressure, wherein the silicone packing is provided with (a) an inner circumferential groove, into which a circumference of the pan is inserted, and (b) an outer upper, wedge-type protrusion which is fixedly fitted into a packing groove provided in the main body.
Cooling arrangement for being arranged to a vehicle, in particular essentially on a vehicle roof or in an underbody region of the vehicle, having - an intake arrangement leading into an intake chamber, - a heat source and a fan arranged upstream or downstream of the heat source in terms of direction of flow for conveying cooling air from the intake chamber to the heat source, the heat source and fan being arranged on or in the intake chamber, - an outlet duct opening into an outlet, which is fluidically connected to the fan and the heat source for the discharge of cooling air, and with - a flow diverter located downstream of the heat source and connected thereto for dividing and/or switching a cooling air flow towards the outlet and/or into the intake chamber, - wherein the flow diverter is arranged in or at the outlet duct. - an intake arrangement leading into an intake chamber, - a heat source and a fan arranged upstream or downstream of the heat source in terms of direction of flow for conveying cooling air from the intake chamber to the heat source, the heat source and fan being arranged on or in the intake chamber, - an outlet duct opening into an outlet, which is fluidically connected to the fan and the heat source for the discharge of cooling air, and with - a flow diverter located downstream of the heat source and connected thereto for dividing and/or switching a cooling air flow towards the outlet and/or into the intake chamber, - wherein the flow diverter is arranged in or at the outlet duct.
A prefabricated supporting element for the construction sector, said element comprising: - a concrete shell, - an insulating layer adjoining said concrete shell, the face of the insulating layer being not adjoined to the concrete shell therefore forming a free face, - fastening means (5, 6, 9) allowing without differentiation the fastening of any type of exterior cladding or covering on the free face of the insulating layer and ensuring the transfer of loads from the cladding or covering to the concrete shell, said fastening means comprising: - at least one profile comprising a core connecting two flanges, said profile being positioned in the insulating layer with the core of the profile flush with the free face of the insulating layer, - anchoring elements passing completely or partially through the thickness of the prefabricated element and ending on the free face of the insulating layer in the profile to which they are fixed, and - assembly elements allowing the assembly of the cladding or covering to the profile characterized in that each of said anchoring elements is fixed on a flange of the profile, and several pairs of said anchoring elements are fixed at intervals in the longitudinal direction of the profile, each of said pairs comprising two anchoring elements fixed symmetrically with respect to the longitudinal axis of the profile. - a concrete shell, - an insulating layer adjoining said concrete shell, the face of the insulating layer being not adjoined to the concrete shell therefore forming a free face, - fastening means (5, 6, 9) allowing without differentiation the fastening of any type of exterior cladding or covering on the free face of the insulating layer and ensuring the transfer of loads from the cladding or covering to the concrete shell, said fastening means comprising: - at least one profile comprising a core connecting two flanges, said profile being positioned in the insulating layer with the core of the profile flush with the free face of the insulating layer, - anchoring elements passing completely or partially through the thickness of the prefabricated element and ending on the free face of the insulating layer in the profile to which they are fixed, and - assembly elements allowing the assembly of the cladding or covering to the profile characterized in that each of said anchoring elements is fixed on a flange of the profile, and several pairs of said anchoring elements are fixed at intervals in the longitudinal direction of the profile, each of said pairs comprising two anchoring elements fixed symmetrically with respect to the longitudinal axis of the profile.
A foldable bicycle frame, comprising a center tube, a main beam tube, and a rear triangle sleeved on a rear wheel; a central portion of the main beam tube is an arched portion; both ends of the main beam tube are bent downward; one end of the main beam tube is fixedly connected to the center tube; the other end of the main beam tube is fixedly connected to a head tube; the center tube comprises a connection part; one end of the connection part is hinge-connected to the rear triangle; wherein the rear triangle comprises a horizontal plate and two symmetrical triangular frames; the horizontal plate and the two triangular frames are fixedly connected as a whole; and the horizontal plate is hinge-connected to the connection part; characterized by two lower tubes being symmetrical with respect to the main beam tube; one end of each of the two lower tubes being fixedly connected to the other end of the connection part respectively; the other end of each of the two lower tubes and the main beam tube being fixedly connected at two thirds of the length of the main beam tube in the direction of the head tube; and the rear wheel being sleeved between the two lower tubes when the rear triangle is folded.
A blood gas analysis method for determining the partial pressure of oxygen of arterial blood exiting an oxygenator, the oxygenator being of a type configured to generate arterial blood by exposing venous blood to oxygen from an oxygenation gas and to allow passage of excess oxygenation gas as exhaust gas, the method comprising the steps of: determining one or more gas values, the gas values comprising an estimate of the partial pressure of oxygen in the exhaust gas, determining one or more blood values, the blood values comprising a blood oxygen uptake value indicative of an amount of oxygen taken up by the blood in the oxygenator, and generating an output of the partial pressure of oxygen in the arterial blood by adjusting the estimate using the blood oxygen uptake value. determining one or more gas values, the gas values comprising an estimate of the partial pressure of oxygen in the exhaust gas, determining one or more blood values, the blood values comprising a blood oxygen uptake value indicative of an amount of oxygen taken up by the blood in the oxygenator, and generating an output of the partial pressure of oxygen in the arterial blood by adjusting the estimate using the blood oxygen uptake value.
A glenoid implant for a shoulder prosthesis comprising: an anchor member (312; 404) comprising a longitudinal portion configured to be secured to a bone and a proximal head (340; 412) comprising an external threaded surface (344; 416); a baseplate (336; 418) comprising a proximal end and a distal end (360; 428), wherein the distal end comprises a first aperture (348; 436) sized to accept the proximal head (340; 412) of the anchor member (312; 404), the first aperture comprising an internal threaded surface (352; 440) and a space (356; 444) disposed proximal of the internal threaded surface; characterized in that when the external threaded surface (344; 416) of the proximal head (340; 412) is disposed in the space (356; 444) proximal of the internal threaded surface (352; 440) of the first aperture (348; 436) the anchor member (312; 404) is restrained against axial translation with respect to the baseplate (336; 418) but is rotatable with respect to the baseplate. an anchor member (312; 404) comprising a longitudinal portion configured to be secured to a bone and a proximal head (340; 412) comprising an external threaded surface (344; 416); a baseplate (336; 418) comprising a proximal end and a distal end (360; 428), wherein the distal end comprises a first aperture (348; 436) sized to accept the proximal head (340; 412) of the anchor member (312; 404), the first aperture comprising an internal threaded surface (352; 440) and a space (356; 444) disposed proximal of the internal threaded surface; characterized in that when the external threaded surface (344; 416) of the proximal head (340; 412) is disposed in the space (356; 444) proximal of the internal threaded surface (352; 440) of the first aperture (348; 436) the anchor member (312; 404) is restrained against axial translation with respect to the baseplate (336; 418) but is rotatable with respect to the baseplate.
A processing method for call termination for communication technologies, comprising: receiving, by an application processor of a mobile terminal, a hang-up instruction; sending, by the application processor, a first message to a modem in the mobile terminal according to the hang-up instruction, wherein the first message is used to trigger the modem to terminate a call; characterised by: terminating, by the application processor, the call prior to an expiration of a T305 timer and an expiration of a T308 timer. receiving, by an application processor of a mobile terminal, a hang-up instruction; sending, by the application processor, a first message to a modem in the mobile terminal according to the hang-up instruction, wherein the first message is used to trigger the modem to terminate a call; characterised by: terminating, by the application processor, the call prior to an expiration of a T305 timer and an expiration of a T308 timer.
Process for producing alkali metal-rich aluminosilicate glasses having a content (in mol% based on oxide) of alkali metal oxides of 4-16 mol%, of Al 2 O 3 of at least 4 mol% and of B 2 O 3 of 0-4 mol%, comprising the process steps of formulating the batch with addition of at least two refining agents, melting the glass and then hot-forming the molten glass, characterized in that 0.15 mol% to 0.9 mol% of chloride(s) and 0.01 mol% to 0.1 mol% of CeO 2 are added to the glass batch, where the sum total of refining agents added in the batch is 0.17 mol% to 1.3 mol%.
A head-mounted display device comprising: a display assembly including optical elements configured to convey light; and a chassis coupled to the display assembly, the chassis having an external surface and a fixture interface surface defined within, but not coplanar with, the external surface, the fixture interface surface being configured to mate with a device interface surface of a mounting fixture when the head-mounted display device is mounted to the mounting fixture; wherein the chassis comprises an elongate through-hole from the fixture interface surface to an internal surface of the chassis, to receive at least a portion of a fastener that fastens the head-mounted display device to the mounting fixture; wherein the internal surface of the chassis has a slot that intersects the elongate through-hole, the slot being shaped to hold in place said portion of the fastener when the head-mounted display device is mounted to the mounting fixture; and wherein the slot has an angular offset from a long dimension of the elongate shape of the through-hole about an axis perpendicular to the fixture interface surface. a display assembly including optical elements configured to convey light; and a chassis coupled to the display assembly, the chassis having an external surface and a fixture interface surface defined within, but not coplanar with, the external surface, the fixture interface surface being configured to mate with a device interface surface of a mounting fixture when the head-mounted display device is mounted to the mounting fixture; wherein the chassis comprises an elongate through-hole from the fixture interface surface to an internal surface of the chassis, to receive at least a portion of a fastener that fastens the head-mounted display device to the mounting fixture; wherein the internal surface of the chassis has a slot that intersects the elongate through-hole, the slot being shaped to hold in place said portion of the fastener when the head-mounted display device is mounted to the mounting fixture; and wherein the slot has an angular offset from a long dimension of the elongate shape of the through-hole about an axis perpendicular to the fixture interface surface.
An anionic surfactant of general formula, in which R 1 denotes a linear or branched alkyl functional group having 6 to 20, in particular 10 to 16 C atoms, R 2 and R 3, independently of one another, denote H or H 3 CO, and M denotes hydrogen, an alkali metal or an N + R 4 R 5 R 6 grouping, in which R 4, R 5 and R 6 denote, independently of one another, hydrogen, an alkyl group having 1 to 6 C atoms or a hydroxyalkyl group having 2 to 6 C atoms.
A silica-supported catalyst used when producing a corresponding unsaturated nitrile in a vapor-phase catalytic ammoxidation reaction of propane or isobutane, the catalyst comprising a metal oxide represented by the following formula, MoV a Nb b X c T d Z e O n... wherein X represents at least one or more elements selected from Sb and Te; T represents at least one or more elements selected from Ti, W, Mn, and Bi; Z represents at least one or more elements selected from La, Ce, Yb, and Y; and a, b, c, d, and e are in a range of 0.05 ≤ a ≤ 0.5, 0.01 ≤ b ≤ 0.5, 0.001 ≤ c ≤ 0.5, 0 < d ≤ 1, and 0 < e ≤ 1, respectively, and n represents a value that satisfies an atomic valence wherein the silica-supported catalyst has an average pore size of 60 to 120 nm, a total pore volume of 0.15 cm 3 /g or more, a specific surface area of 5 to 25 m 2 /g, and a crystallite size of 40 to 250 nm as determined from half width of a peak by X-ray diffraction, whereby the total pore volume is determined by mercury porosimetry, and the average pore size is calculated using formula (i) and assuming that the pores are cylindrical D = 4 V / S whereby D represents the average pore size (m), V represents the total pore volume (m 3 /g), and S represents the specific surface area (m 2 /g), and the specific surface area is measured based on the BET single point method.