mhurhangee/ep-ind-claims huggingface dataset:
Light emission system comprising: - a light source support comprising a first cooperation member, - a printed circuit board fixed to the light source holder and comprising a connection system, - a connection cable comprising a connection socket, this connection socket comprising a second cooperation member, the connection system, the support and the socket being arranged in such a way that when the connection system and the socket are connected to each other, the first and second cooperation members cooperate together to form a fixed mechanical connection, characterized in that the light source holder is a heat sink, and the heat sink comprises a plate of conductive material on which the printed circuit board is fixed, the first cooperation member being formed by a hole passing through said plate. - a light source support comprising a first cooperation member, - a printed circuit board fixed to the light source holder and comprising a connection system, - a connection cable comprising a connection socket, this connection socket comprising a second cooperation member,
Device for subsequent thermally insulating, force-transmitting connection of a second load-absorbing structure part to a first load-absorbing structure part, in particular of a balcony slab to a building ceiling, wherein the device has an insulation body for arrangement in a separating joint between the first structure part and the second structure part, characterized in that the insulation body is formed by a dimensionally stable protective box which is filled with insulation material, wherein the protective box has a first longitudinal side, which is intended for arrangement on the first structure part, and an oppositely situated second longitudinal side, wherein the protective box has a longitudinal direction, a transverse direction, which extends perpendicularly to the longitudinal direction and from the first longitudinal side to the second longitudinal side, and a vertical direction, which extends perpendicularly to the longitudinal direction and perpendicularly to the transverse direction, wherein the device has at least one compression element for transmission of compressive forces between the first structure part and the second structure part, which at least one compression element extends at least from the first longitudinal side to the second longitudinal side of the protective box, wherein the device comprises first tension bars and second tension bars and also a connecting device for subsequent force-transmitting connection of the second tension bars to the first tension bars, that the first tension bars project into the protective box at the first longitudinal side, in that the second tension bars project into the protective box at the second longitudinal side, and in that the connecting device is arranged in the protective box.
A time synchronization method, comprising: receiving, through a slave clock port, a time synchronization message sent by an upstream device; and obtaining a message rate parameter in the time synchronization message; characterized in that the method further comprises: correcting a time synchronization message loss detection parameter, for detecting whether the time synchronization message is lost, of a slave clock port according to the message rate parameter, wherein the time synchronization message loss detection parameter is used to instruct the slave clock port to report an alarm when the time synchronization message sent by the upstream device is not received during a set duration with the corrected time synchronization message loss detection parameter as a reference; and keeping clock synchronization with the upstream device according to a correction result. receiving, through a slave clock port, a time synchronization message sent by an upstream device; and obtaining a message rate parameter in the time synchronization message; characterized in that the method further comprises: correcting a time synchronization message loss detection parameter, for detecting whether the time synchronization message is lost, of a slave clock port according to the message rate parameter, wherein the time synchronization message loss detection parameter is used to instruct the slave clock port to report an alarm when the time synchronization message sent by the upstream device is not received during a set duration with the corrected time synchronization message loss detection parameter as a reference; and keeping clock synchronization with the upstream device according to a correction result. correcting a time synchronization message loss detection parameter, for detecting whether the time synchronization message is lost, of a slave clock port according to the message rate parameter, wherein the time synchronization message loss detection parameter is used to instruct the slave clock port to report an alarm when the time synchronization message sent by the upstream device is not received during a set duration with the corrected time synchronization message loss detection parameter as a reference; and keeping clock synchronization with the upstream device according to a correction result.
A tissue engineered construct comprising a non-woven network of electrospun fibers and a mammalian cell, wherein said fibers comprise a silk protein and a biocompatible polymer, wherein said biocompatible polymer is polyethylene oxide or polyethylene glycol, and wherein said tissue engineered construct is produced by the steps of: a) adding a biocompatible polymer to an aqueous silk protein solution; b) electrospinning fibers from the solution of step (a) to form a non-woven network of electrospun fibers; and c) adding a mammalian cell to the non-woven network of electrospun fibers. a) adding a biocompatible polymer to an aqueous silk protein solution; b) electrospinning fibers from the solution of step (a) to form a non-woven network of electrospun fibers; and c) adding a mammalian cell to the non-woven network of electrospun fibers.
A heat element cooling device for a vehicle, comprising: a vehicle interior panel for dividing an inner space of said vehicle into a passenger compartment and a heat element accommodation space; a vehicle interior trim being located at a passenger compartment inner side of the vehicle interior panel; an air intake port; and an air intake pipe; wherein the air intake port is provided in the vehicle interior trim, the air intake port being configured to be exposed to and take in air from the passenger compartment, and the air intake pipe is configured to carry air into the heat element accommodation space, characterized in that the heat element cooling device further comprises an auxiliary air intake port open to a space formed between the vehicle interior trim and the vehicle interior panel so that the auxiliary air intake port is not exposed to the passenger compartment. a vehicle interior panel for dividing an inner space of said vehicle into a passenger compartment and a heat element accommodation space; a vehicle interior trim being located at a passenger compartment inner side of the vehicle interior panel; an air intake port; and an air intake pipe; wherein the air intake port is provided in the vehicle interior trim, the air intake port being configured to be exposed to and take in air from the passenger compartment, and the air intake pipe is configured to carry air into the heat element accommodation space, characterized in that the heat element cooling device further comprises an auxiliary air intake port open to a space formed between the vehicle interior trim and the vehicle interior panel so that the auxiliary air intake port is not exposed to the passenger compartment.
A shoe construction comprising: a sole having a toe end and an opposite heel end and having opposite medial and lateral sides (108, 110) extending between the toe end and the heel end; an upper attached to the sole, the upper extending upwardly from the sole to an upper top edge, the upper top edge defining a forefoot opening and an ankle opening into an interior of the shoe; and an interior sole portion of rapid manufacturing material extending forwardly from the heel end to the toe end forming a tessellated framework, the tessellated framework comprising a lattice of hollow cubes having a top surface opening and a bottom surface opening, extending from the interior of the shoe to an exterior of the shoe, and wherein each hollow cube of the lattice of hollow cubes having an aperture (618, 620) on each substantially medial-facing side and each substantially lateral-facing side.
A method of filtering gas in a powder bed fusion apparatus, in which an object is built layer-by-layer by selective solidification of a powder bed, the powder bed fusion apparatus comprising a build chamber for housing the powder bed, a gas circuit for recirculating the gas, including passing the gas over the powder bed within the build chamber, a plurality of filter assemblies (230a, 230b) in the gas circuit for filtering process emissions from the gas recirculated through the gas circuit, and a valve system operable to regulate a flow of the gas to each one of the filter assemblies (230a, 230b), the valve system comprising at least one valve (121a, 122a; 121b, 122b) capable of being maintained in a plurality of positions, wherein in each position the valve (121a, 122a; 121b, 122b) provides a different sized opening for gas flow to at least one of the filter assemblies (230a, 230b), the method comprising controlling the valve system to divide the gas flow between a first one of the filter assemblies (230a, 230b) housing an unused filter element and at least one second one of the filter assemblies (230b, 230a) housing a used filter element such that less gas flows through the first filter assembly (230a, 230b) than the or each second filter assembly (230a, 230b) and, after an initial time period, the flow of the gas to the first and second filter assemblies (230a, 230b) is altered by increasing the gas flow to the first filter assembly (230a, 230b) and reducing or stopping the gas flow to the second filter assembly (230b, 230a), wherein the initial time period is a period during which powder is solidified using the powder bed fusion apparatus and process emissions are carried away by the gas flow.
A beam having a cross section, which is substantially rectangular, with short sides of the rectangle being substantially horizontal and long sides of the rectangle defining side surfaces of the beam, the beam presenting a predetermined main bending direction, which is perpendicular to the short side provided by a vertical load, the member comprising: a plurality of glued-together wood lamellae (20a, 20b), each having a lamella cross section which is parallel with a cross section of the beam and a longitudinal direction which is parallel with a longitudinal direction of the beam and with a principal grain direction of the wood lamellae (20a, 20b), and the lamellae (20a, 20b) are formed as radial sections of a log, wherein the lamellae (20a, 20b) present cross sections, which are triangular or trapezoidal and present a respective planar major base surface that is formed at a radially outer part of the log, and wherein the planar major base surfaces are parallel to the short side of the cross section, characterized in that the base surfaces are perpendicular to the main bending direction, wherein the beam comprises at least two glued-together layers (L1, L2, L3) of lamellae (20a, 20b) that are arranged such that major base surfaces of a pair of immediately adjacent lamellae face opposite directions, and wherein said layers (L1, L2, L3) are arranged base surface to base surface. a plurality of glued-together wood lamellae (20a, 20b), each having a lamella cross section which is parallel with a cross section of the beam and a longitudinal direction which is parallel with a longitudinal direction of the beam and with a principal grain direction of the wood lamellae (20a, 20b), and the lamellae (20a, 20b) are formed as radial sections of a log, wherein the lamellae (20a, 20b) present cross sections, which are triangular or trapezoidal and present a respective planar major base surface that is formed at a radially outer part of the log, and wherein the planar major base surfaces are parallel to the short side of the cross section, characterized in that the base surfaces are perpendicular to the main bending direction, wherein the beam comprises at least two glued-together layers (L1, L2, L3) of lamellae (20a, 20b) that are arranged such that major base surfaces of a pair of immediately adjacent lamellae face opposite directions, and wherein said layers (L1, L2, L3) are arranged base surface to base surface.
A manufacturing method for decorating natural leather including the steps of: - jetting a decorative image with one or more radiation curable inkjet inks on a base coat present on a leather surface; and - curing the radiation curable inkjet inks jetted on the leather surface; wherein the one or more radiation curable inkjet inks include a colorant and a polymerizable composition containing 0.5 to 15.0 wt% of one or more polyfunctional polymerizable compounds and at least 85.0 wt% of one or more monofunctional polymerizable compounds with the weight percentages based on the total weight of the polymerizable composition; wherein the one or more radiation curable inkjet inks include 0 to 35.0 wt% of organic solvent; and wherein the glass transition temperature of the one or more radiation curable inkjet inks ink Tg calculated by Formula is less than 25°C, Ink Tg = ∑ i = 1 n wt % PC i ∑ i = 1 n wt % PC i 273.15 + TgPC i − 273.15 wherein i and n are integers; n is the total number of polymerizable compounds in the radiation curable inkjet ink; TgPC(i) is the glass transition temperature in degrees Celsius of the polymerizable compound PC(i); and wt%PC(i) is the weight percentage of the polymerizable compound PC(i); and wherein all the weight percentages are based on the total weight of the radiation curable inkjet ink. - jetting a decorative image with one or more radiation curable inkjet inks on a base coat present on a leather surface; and - curing the radiation curable inkjet inks jetted on the leather surface; wherein the one or more radiation curable inkjet inks include a colorant and a polymerizable composition containing 0.5 to 15.0 wt% of one or more polyfunctional polymerizable compounds and at least 85.0 wt% of one or more monofunctional polymerizable compounds with the weight percentages based on the total weight of the polymerizable composition; wherein the one or more radiation curable inkjet inks include 0 to 35.0 wt% of organic solvent; and wherein the glass transition temperature of the one or more radiation curable inkjet inks ink Tg calculated by Formula is less than 25°C, Ink Tg = ∑ i = 1 n wt % PC i ∑ i = 1 n wt % PC i 273.15 + TgPC i − 273.15 wherein i and n are integers; n is the total number of polymerizable compounds in the radiation curable inkjet ink; TgPC(i) is the glass transition temperature in degrees Celsius of the polymerizable compound PC(i); and wt%PC(i) is the weight percentage of the polymerizable compound PC(i); and wherein all the weight percentages are based on the total weight of the radiation curable inkjet ink.
A method for purifying chlorosilanes comprising the following steps to: a hydrogenation step of reacting chlorosilanes mainly comprising tetrachlorosilane with hydrogen in the presence of a metal-grade silicon to obtain a chlorosilane distillate containing trichlorosilane, or a chlorination step of reacting a metal-grade silicon with hydrogen chloride to obtain a chlorosilane distillate containing trichlorosilane; an impurity conversion step of treating the chlorosilane distillate obtained in the hydrogenation step or chlorination step at a temperature of from 0°C to 150°C in the presence of a cinnamaldehyde derivative to convert donor impurities and acceptor impurities contained in the chlorosilane distillate to a high-boiling substance, wherein the aldehyde compound is added in an amount equal to or more than the stoichiometric amount of the donor impurities and acceptor impurities contained in the chlorosilane distillate; and a purification step of separating purified chlorosilanes from the chlorosilane distillate which has been subjected to the impurity conversion step and recovering the purified chlorosilanes outside the system, wherein the purification step is carried out using at least one distillation column. a hydrogenation step of reacting chlorosilanes mainly comprising tetrachlorosilane with hydrogen in the presence of a metal-grade silicon to obtain a chlorosilane distillate containing trichlorosilane, or a chlorination step of reacting a metal-grade silicon with hydrogen chloride to obtain a chlorosilane distillate containing trichlorosilane; an impurity conversion step of treating the chlorosilane distillate obtained in the hydrogenation step or chlorination step at a temperature of from 0°C to 150°C in the presence of a cinnamaldehyde derivative to convert donor impurities and acceptor impurities contained in the chlorosilane distillate to a high-boiling substance, wherein the aldehyde compound is added in an amount equal to or more than the stoichiometric amount of the donor impurities and acceptor impurities contained in the chlorosilane distillate; and a purification step of separating purified chlorosilanes from the chlorosilane distillate which has been subjected to the impurity conversion step and recovering the purified chlorosilanes outside the system, wherein
A file processing method, wherein the method comprises: receiving, by a first terminal device, an obtaining request from a second terminal device; obtaining, by the first terminal device, a current first security state of the first terminal device in response to the obtaining request, wherein the first security state is a security state corresponding to the decryption key; sending, by the first terminal device, the first security state and an encryption key to the second terminal device; receiving, by the first terminal device, an encrypted file from the second terminal device; storing, by the first terminal device, the encrypted file; establishing, by the first terminal device, a correspondence between the first security state and the decryption key; receiving, by the first terminal device, an access instruction for the encrypted file; obtaining, by the first terminal device, a current security state; and when the current security state is higher than or equal to a first security state, decrypting, by the first terminal device, the file by using a decryption key. receiving, by a first terminal device, an obtaining request from a second terminal device; obtaining, by the first terminal device, a current first security state of the first terminal device in response to the obtaining request, wherein the first security state is a security state corresponding to the decryption key; sending, by the first terminal device, the first security state and an encryption key to the second terminal device; receiving, by the first terminal device, an encrypted file from the second terminal device; storing, by the first terminal device, the encrypted file; establishing, by the first terminal device, a correspondence between the first security state and the decryption key; receiving, by the first terminal device, an access instruction for the encrypted file; obtaining, by the first terminal device, a current security state; and when the current security state is higher than or equal to a first security state, decrypting, by the first terminal device, the file by using a decryption key.
A tire having, in a tread surface, at least one circumferential groove continuously extending in a tire circumferential direction, and a shoulder land portion partitioned with the circumferential groove and a tread ground contact edge, wherein the shoulder land portion has a width direction groove that extends in a tire width direction and via which the circumferential groove communicates with the tread ground contact edge, the width direction groove has, in the width direction groove, a narrowed groove that communicates with the width direction groove and that has a smaller cross-sectional area than the width direction groove, the cross-sectional area of the narrowed groove and a cross-sectional area of the width direction groove satisfy the following relational expression: 0.08 ≤ the cross-sectional area of the narrowed groove /the cross-sectional area of the width direction groove ≤ 0.80, and an edge of the narrowed groove on a side of the circumferential groove is located on an outer side from a middle point between a tire width direction inner edge of the width direction groove and the tread ground contact edge in the tire width direction. 0.08 ≤ the cross-sectional area of the narrowed groove /the cross-sectional area of the width direction groove ≤ 0.80, and an edge of the narrowed groove on a side of the circumferential groove is located on an outer side from a middle point between a tire width direction inner edge of the width direction groove and the tread ground contact edge in the tire width direction.
A camera dolly having a chassis, wheels on kingpins rotatably supported on the chassis, and a steering mode transmission on the chassis having a plurality of vertically stacked sprockets or pulleys (190, 220, 226, 246), and a chain or belt (280, 282, 284) extending around each of the stacked sprockets (190, 220, 226, 246) and around at least one of the kingpins, wherein one or more shift pins on a shift frame with the shift pins movable into openings in at least one of the sprockets (190, 220, 226, 246); characterized by at least one spring urging the shift frame in a first vertical direction; a steering bar engageable with and removable from the steering mode transmission and including a handle attached to an upper end of a slot tube, with the slot tube telescopically slidable into or over a base tube, with the slot tube not rotatable relative to the base tube, a shift rod having an upper end connected to a shift cap at the steering bar and a lower end connectable to the shift frame; and a clamp clamping onto the shift rod and axially movable with the handle, to allow shifting steering modes via movement of the shift cap, with the steering bar at any selected height.