mhurhangee/ep-ind-claims huggingface dataset:
An emergency steering apparatus for construction machinery, comprising: a steering actuator; a closed circuit formed by a hydraulic pump capable of discharging working oil in both directions, and a pair of driving flow paths and which connects the steering actuator; an emergency hydraulic pump; an emergency steering valve which is supplied with the working oil from the emergency hydraulic pump through a first supplying flow path; an emergency steering unit configured to switch the emergency steering valve while being operated together with a manipulation of an operator; and second and third supplying flow paths and configured to connect an outlet of the emergency steering valve and the pair of driving flow paths and, respectively, wherein the emergency steering apparatus further comprises: a flushing valve configured to drain the working oil of any one of the pair of driving flow paths and while being switched by a pressure difference between the pair of driving flow paths and; and a pair of check valves installed at the pair of driving flow paths and to be disposed between the flushing valve and the hydraulic pump, and opened when the working oil is supplied to the pair of driving flow paths and from the hydraulic pump, wherein the flushing valve is opened when pressure of any one of the pair of driving flow paths and is higher than that of the other as the working oil is supplied by any one of the second and third supplying flow paths and, to drain the working oil which is discharged to the other of the pair of driving flow paths and. a steering actuator; a closed circuit formed by a hydraulic pump capable of discharging working oil in both directions, and a pair of driving flow paths and which connects the steering actuator; an emergency hydraulic pump; an emergency steering valve which is supplied with the working oil from the emergency hydraulic pump through a first supplying flow path; an emergency steering unit configured to switch the emergency steering valve while being operated together with a manipulation of an operator; and second and third supplying flow paths and configured to connect an outlet of the emergency steering valve and the pair of driving flow paths and, respectively, a flushing valve configured to drain the working oil of any one of the pair of driving flow paths and while being switched by a pressure difference between the pair of driving flow paths and; and a pair of check valves installed at the pair of driving flow paths and to be disposed between the flushing valve and the hydraulic pump, and opened when the working oil is supplied to the pair of driving flow paths and from the hydraulic pump, wherein the flushing valve is opened when pressure of any one of the pair of driving flow paths and is higher than that of the other as the working oil is supplied by any one of the second and third supplying flow paths and, to drain the working oil which is discharged to the other of the pair of driving flow paths and.
Process for building tyres for vehicle wheels, comprising: forming a tyre being processed comprising a belt structure; depositing a tread band in radially outer position with respect to said belt structure by winding a continuous elongated element made of elastomeric material according to coils that are axially adjacent and/or partially superimposed; applying, during the deposition of the tread band and on at least one of said coils already wound in radially outer position with respect to said belt structure, a conductive liquid elastomeric compound continuously extended between a radially outer surface of the tread band and a radially outer surface of the belt structure so as to generate a plurality of electrically conductive paths connecting the radially outer surface of the tread band with the radially outer surface of said belt structure and free zones adapted to directly adhere with a successive axially adjacent coil; characterized in that applying the conductive liquid elastomeric compound comprises: generating depressions in the tyre being processed and filling them with said conductive liquid elastomeric compound. forming a tyre being processed comprising a belt structure; depositing a tread band in radially outer position with respect to said belt structure by winding a continuous elongated element made of elastomeric material according to coils that are axially adjacent and/or partially superimposed; applying, during the deposition of the tread band and on at least one of said coils already wound in radially outer position with respect to said belt structure, a conductive liquid elastomeric compound continuously extended between a radially outer surface of the tread band and a radially outer surface of the belt structure so as to generate a plurality of electrically conductive paths connecting the radially outer surface of the tread band with the radially outer surface of said belt structure and free zones adapted to directly adhere with a successive axially adjacent coil; characterized in that applying the conductive liquid elastomeric compound comprises: generating depressions in the tyre being processed and filling them with said conductive liquid elastomeric compound.
A method for measuring volatile organic compound emissions from wood-based materials, in particular formaldehyde, wherein a number of particles are taken from a wood-based material as test specimens and investigated using ion mobility spectrometry, wherein FAIMS (Field Asymmetric Waveform Ion Mobility Spectrometry) is used for the ion mobility spectrometry, characterized in that the specimens are heated after they have been taken or analyzed at room temperature, gases released during heating or at room temperature are conducted through an adsorption unit (enrichment unit) with a thermal desorption unit downstream and then introduced into a gas chromatographic column and that the released gases undergo derivatisation through a reaction with added chemicals, particularly in the adsorption unit.
A method of communicating by an access point on a wireless network, comprising: generating a frame as a fast initial link setup, FILS, discovery frame comprising a FILS discovery frame control field (302; 302b), a time-stamp field, a beacon interval field, and a service set identifier, SSID, field providing a first indication of the SSID of the access point, the FILS discovery frame control field (302; 302b) comprising a SSID information field and a SSID type indicator field providing a second indication of a format of the first indication, wherein the SSID type indicator field has a length of 1 bit, and wherein a first bit of the SSID information field indicates that the SSID is compressed; and wherein the generating the frame comprises: hashing the service set identifier, wherein hashing the service set identifier comprises generating a four octet cyclic redundancy check, CRC, value based on the service set identifier; generating the first indication to have a value equivalent to the four octet CRC value; and generating the second indication to have a value indicating the first indication is the four octet CRC value, wherein the second indication is used to determine the first indication to determine the SSID of the access point during decoding of the frame; and transmitting the frame. generating a frame as a fast initial link setup, FILS, discovery frame comprising a FILS discovery frame control field (302; 302b), a time-stamp field, a beacon interval field, and a service set identifier, SSID, field providing a first indication of the SSID of the access point, the FILS discovery frame control field (302; 302b) comprising a SSID information field and a SSID type indicator field providing a second indication of a format of the first indication, wherein the SSID type indicator field has a length of 1 bit, and wherein a first bit of the SSID information field indicates that the SSID is compressed; and wherein the generating the frame comprises: hashing the service set identifier, wherein hashing the service set identifier comprises generating a four octet cyclic redundancy check, CRC, value based on the service set identifier; generating the first indication to have a value equivalent to the four octet CRC value; and generating the second indication to have a value indicating the first indication is the four octet CRC value, wherein the second indication is used to determine the first indication to determine the SSID of the access point during decoding of the frame; and hashing the service set identifier, wherein hashing the service set identifier comprises generating a four octet cyclic redundancy check, CRC, value based on the service set identifier; generating the first indication to have a value equivalent to the four octet CRC value; and generating the second indication to have a value indicating the first indication is the four octet CRC value, wherein the second indication is used to determine the first indication to determine the SSID of the access point during decoding of the frame; and transmitting the frame.
Electronic smoking device, comprising: - a battery portion including an electric power source; - a liquid reservoir portion having a mouthpiece opening in an end and comprising a liquid reservoir for accommodating a liquid; - a glass capillary tube; - wherein the glass capillary tube comprises a first open end arranged inside the liquid reservoir and an outlet portion, wherein the glass capillary tube is adapted to transport liquid from the first open end to the outlet portion by capillary force and wherein the outlet portion comprises at least one opening in a peripheral surface of the glass capillary tube; and - an atomizer within the battery portion or the liquid reservoir portion and arranged at the outlet portion such that is operable to vaporize liquid at the outlet portion to create an aerosol. - a battery portion including an electric power source; - a liquid reservoir portion having a mouthpiece opening in an end and comprising a liquid reservoir for accommodating a liquid; - a glass capillary tube; - wherein the glass capillary tube comprises a first open end arranged inside the liquid reservoir and an outlet portion, wherein the glass capillary tube is adapted to transport liquid from the first open end to the outlet portion by capillary force and wherein the outlet portion comprises at least one opening in a peripheral surface of the glass capillary tube; and - an atomizer within the battery portion or the liquid reservoir portion and arranged at the outlet portion such that is operable to vaporize liquid at the outlet portion to create an aerosol.
A base station in a radio communications system, comprising: means configured to transmit, to a mobile station which performs a handover from a cell of another base station to a cell of the base station through the another base station, a Discontinuous Reception, DRX, configuration available at the mobile station after performing the handover to the cell of the base station.
An anode electrode structure, comprising: a current collector comprising copper; a lithium metal film formed on the current collector; a metal film formed on the lithium metal film, wherein the metal film coats a top surface and sidewalls of the lithium metal film extending to contact the current collector; and a protective film formed on the metal film, wherein the protective film is a lithium-ion conducting film selected from the group comprising lithium-ion conducting ceramic, lithium-ion conducting glass, lithium-ion conducting polymer, lithium-ion conducting liquid crystal, or combinations thereof, and wherein the metal film is selected from a copper film, a bismuth film, a tin film, or combinations thereof. a current collector comprising copper; a lithium metal film formed on the current collector; a metal film formed on the lithium metal film, wherein the metal film coats a top surface and sidewalls of the lithium metal film extending to contact the current collector; and a protective film formed on the metal film, wherein the protective film is a lithium-ion conducting film selected from the group comprising lithium-ion conducting ceramic, lithium-ion conducting glass, lithium-ion conducting polymer, lithium-ion conducting liquid crystal, or combinations thereof, and wherein the metal film is selected from a copper film, a bismuth film, a tin film, or combinations thereof. wherein the protective film is a lithium-ion conducting film selected from the group comprising lithium-ion conducting ceramic, lithium-ion conducting glass, lithium-ion conducting polymer, lithium-ion conducting liquid crystal, or combinations thereof, and wherein the metal film is selected from a copper film, a bismuth film, a tin film, or combinations thereof.
Glazed device intended to be assembled in a bodywork chamber in order to form a motor vehicle door, comprising at least one movable glazed panel carrying, on its face oriented towards the inside of the vehicle, at least two guide shoes (26, 27) each mounted so as to be able to slide with respect to a corresponding guide rail (22 A, 22 B), the glazed device comprising a stop for blocking the glazed panel in the longitudinal direction at least of said vehicle, said blocking stop being integral with the first guide rail (22 A, 22 B), the blocking stop being mounted on said first guide rail (22 A, 22 B), the first guide rail (22 A, 22 B) carrying a trim element, one edge of which extends substantially parallel to said lateral edge (121 A) of the glazed panel, said blocking stop being carried by said trim element.
Illumination apparatus for use with an interferometer having an optical axis, said illumination apparatus comprising: at least one point source for generating radiation; and means for directing radiation (514, 516, 518) from said at least one point source toward an object to be analyzed from at least two different off-axis points of illumination that are distant from and their illuminating beams are inclined with respect to said optical axis, the apparatus being characterized in that said point source is disposed off said optical axis and said means for directing radiation (514, 516, 518) comprises at least one optical component for receiving radiation from said off-axis point source and forming at least one thin ring of illumination all points of which are distant from said optical axis such that said at least two off-axis points of illumination are encompassed by said thin ring of illumination, said off-axis point source comprising a light source and a holographic diffuser element illuminated by said light source to form said thin ring of illumination. at least one point source for generating radiation; and means for directing radiation (514, 516, 518) from said at least one point source toward an object to be analyzed from at least two different off-axis points of illumination that are distant from and their illuminating beams are inclined with respect to said optical axis, the apparatus being characterized in that said point source is disposed off said optical axis and said means for directing radiation (514, 516, 518) comprises at least one optical component for receiving radiation from said off-axis point source and forming at least one thin ring of illumination all points of which are distant from said optical axis such that said at least two off-axis points of illumination are encompassed by said thin ring of illumination, said off-axis point source comprising a light source and a holographic diffuser element illuminated by said light source to form said thin ring of illumination.
Use of a lipid-based coating composition for coating a medical device, wherein the coating composition comprises a. Lipid vesicles consisting of i. 85-95 mol% of a phospholipid having a phosphatidylcholine group; ii. 5-12 mol% of a PEGylated phospholipid; iii. optionally 0-3 mol% of a lipophilic compound other than lipids and; b. 0-5 wt% of a water-soluble additive; and c. at least 95 wt% of water, wherein lipid vesicles having a number average size between 50 and 140 nm (measured according to dynamic light scattering) and wherein the lipid vesicle concentration ranges between 0.025 mg/ml and 2 mg/ml, and wherein the mol% of lipids, and is calculated relative to the total molar amount of lipids + + in the lipid-based coating composition, wherein the wt% of water-soluble additive is calculated relative to the weight of the total composition, and wherein the medical device is chosen from a contact lens, a catheter and medical implant. a. Lipid vesicles consisting of i. 85-95 mol% of a phospholipid having a phosphatidylcholine group; ii. 5-12 mol% of a PEGylated phospholipid; iii. optionally 0-3 mol% of a lipophilic compound other than lipids and; i. 85-95 mol% of a phospholipid having a phosphatidylcholine group; ii. 5-12 mol% of a PEGylated phospholipid; iii. optionally 0-3 mol% of a lipophilic compound other than lipids and; b. 0-5 wt% of a water-soluble additive; and c. at least 95 wt% of water, wherein lipid vesicles having a number average size between 50 and 140 nm (measured according to dynamic light scattering) and wherein the lipid vesicle concentration ranges between 0.025 mg/ml and 2 mg/ml, and wherein the mol% of lipids, and is calculated relative to the total molar amount of lipids + + in the lipid-based coating composition, wherein the wt% of water-soluble additive is calculated relative to the weight of the total composition, and wherein the medical device is chosen from a contact lens, a catheter and medical implant.
An antibody or derivative thereof, comprising A) a dimer of a heavy chain A and a light chain A, wherein the heavy chain comprises a variable domain V H A linked to a dimerization domain CH2 H and the light chain comprises a variable domain V L A linked to a dimerization domain CH2 L, and wherein both CH2 H and CH2 L are an IgM constant domain MC H 2 or an IgE constant domain EC H 2, and B) a dimer of a heavy chain B and a light chain B, wherein the heavy chain B comprises a variable domain V H B and the light chain comprises a variable domain V L B, wherein V H B and V L B are linked to dimerization domains different from CH2 H and CH2 L, wherein the antibody or derivative is multispecific. A) a dimer of a heavy chain A and a light chain A, wherein the heavy chain comprises a variable domain V H A linked to a dimerization domain CH2 H and the light chain comprises a variable domain V L A linked to a dimerization domain CH2 L, and wherein both CH2 H and CH2 L are an IgM constant domain MC H 2 or an IgE constant domain EC H 2, and B) a dimer of a heavy chain B and a light chain B, wherein the heavy chain B comprises a variable domain V H B and the light chain comprises a variable domain V L B, wherein V H B and V L B are linked to dimerization domains different from CH2 H and CH2 L,
A sliding bolt, comprising a core, wherein a sliding layer, which is designed as a composite sliding layer, is applied to the core on the outside, wherein the sliding layer has polyester fibers or polyester fibers comprising PTFE, which are embedded into a resin, wherein the polyester fibers or the polyester fibers comprising PTFE are wound onto the core, and wherein the core is roughened or structured on an outer side.
A method of forming a touch fastener product (950,1400,1500,1500',1600,1700,1900) having a sheet-form base and an array of discrete fastener elements each extending from the base, the method comprising: providing a sheet-form base (1444,1544,1644) and an array of discrete fastener element preforms (102,202,502,602,702a,702b,702c,920,1202,1302) of resin, each preform extending from the base and comprising both a stem portion (106,206,506,606,706a,706b,706c,1306) rising from the base and a head portion (108,208,508,608,708a,708b,708c,1208,1308) both contiguous with a distal end of the stem portion and having an upper surface directed away from the base, the head portion including at least one laterally directed extension overhanging the base in a primary lateral direction between exposed sides of the fastener element preform and ending at a distal, free tip (112,212,512,612); characterised by the step of forming respective caps (104,104a, 104b, 104c, 104d,204,504,604,704a,704b,704c,1204,1304), of a cap material of a higher flex modulus than the resin of the preforms, on upper surfaces of at least some of the fastener element preforms to form the discrete fastener elements (100,200,500,600,700a,700b,700c,1200,1700,1800a,1800b). providing a sheet-form base (1444,1544,1644) and an array of discrete fastener element preforms (102,202,502,602,702a,702b,702c,920,1202,1302) of resin, each preform extending from the base and comprising both a stem portion (106,206,506,606,706a,706b,706c,1306) rising from the base and a head portion (108,208,508,608,708a,708b,708c,1208,1308) both contiguous with a distal end of the stem portion and having an upper surface directed away from the base, the head portion including at least one laterally directed extension overhanging the base in a primary lateral direction between exposed sides of the fastener element preform and ending at a distal, free tip (112,212,512,612); characterised by the step of forming respective caps (104,104a, 104b, 104c, 104d,204,504,604,704a,704b,704c,1204,1304), of a cap material of a higher flex modulus than the resin of the preforms, on upper surfaces of at least some of the fastener element preforms to form the discrete fastener elements (100,200,500,600,700a,700b,700c,1200,1700,1800a,1800b).
Guiding tool for the drill bit of a drilling apparatus on a working surface, so that it is positioned perpendicularly to it, comprising a body having an orifice for passage of the drill bit and a base with at least three protruding feet for resting on said working surface, the feet being configured with inner holes with an outlet at their ends and the guiding tool also comprising: - a pressurized gas pipeline ending in said feet, and - a pneumatic device that supplies pressurized gas connected to the pressurized gas pipeline, characterized in that said pneumatic device includes means for activating a signal indicative of the correct positioning of the tool for performing a drill when, having activated the supply of pressurized gas to the tool, there is a simultaneous blocking of gas output by said feet when all of them are in contact with the working surface, wherein said pneumatic device comprises a pressurized gas supply circuit, having a pressure gas source and a regulating valve, and an actuating parallel circuit of an emitter of said signal controlled by a bistable pressure valve connected to the pressurized gas source and to the gas supply circuit and wherein the pressurized gas pipeline comprises a conduit connected at its inlet with said pressurized gas supply circuit and a gas distribution chamber connected to the holes of the feet located between the base and an additional piece connected in a tight manner to it and to the body. - a pressurized gas pipeline ending in said feet, and - a pneumatic device that supplies pressurized gas connected to the pressurized gas pipeline,