mhurhangee/ep-ind-claims huggingface dataset:
A negative active material for a rechargeable lithium battery, the negative active material comprising silicon-graphite composite particles, wherein the silicon-graphite composite particles include: a graphite outer part, a silicon particle inside the graphite outer part, a silicon particle on a surface of the graphite outer part, and amorphous carbon inside the graphite outer part, wherein an amount of the silicon particle inside the graphite outer part is 30 wt% to 70 wt%, based on a total weight of the silicon particles present inside and on the surface of the graphite outer part. a graphite outer part, a silicon particle inside the graphite outer part, a silicon particle on a surface of the graphite outer part, and amorphous carbon inside the graphite outer part, wherein an amount of the silicon particle inside the graphite outer part is 30 wt% to 70 wt%, based on a total weight of the silicon particles present inside and on the surface of the graphite outer part.
Method for producing a woven fabric by means of a device, wherein in a respective weaving step a weaving shed through which a weft thread (3.1) is inserted is formed by means of warp threads (3.2), and the weft thread (3.1) is displaced in the direction of a woven-fabric periphery by means of a weaving reed, wherein by means of a weft-insertion device an angle for insertion of the weft thread (3.1) is variably adjusted, wherein the angle for insertion of the weft thread (3.1) in relation to the warp threads (3.2) is adjusted between 40° and 90° by means of a readjustment unit, characterized in that the weft-insertion device is positioned in relation to the predetermined angle by means of an electric drive by way of a gear unit.
Lighting system comprising at least two spatially distributed light emitting elements (12, 13, 14, 15, 22, 23, 29, 30, 31, 55) connected to a central light source via a light guide network established by light guides (41, 16, 24, 32, 40), wherein the light emitting elements (12, 13, 14, 15, 22, 23, 29, 30, 31, 55) each have a light input port for coupling in light transmitted by the light guides (41, 16, 24, 32, 40) of the network and the at least two light emitting elements (12, 13, 14, 15, 22, 23, 29, 30, 31, 55) are configured to emit light received at its light input port via at least one light emitting surface of the light emitting element (12, 13, 14, 15, 22, 23, 29, 30, 31, 55), wherein a deflector is arranged between the light guide (41, 16, 24, 32, 40, 51) and the input port of a light emitting element (12, 13, 14, 15, 22, 23, 29, 30, 31, 55), characterized in that the deflector is configured to alter over time the location at which the light transferred by the light guide (41, 16, 24, 32, 40, 51) enters the input port of the light emitting element (12, 13, 14, 15, 22, 23, 29, 30, 31, 55). a deflector is arranged between the light guide (41, 16, 24, 32, 40, 51) and the input port of a light emitting element (12, 13, 14, 15, 22, 23, 29, 30, 31, 55), characterized in that the deflector is configured to alter over time the location at which the light transferred by the light guide (41, 16, 24, 32, 40, 51) enters the input port of the light emitting element (12, 13, 14, 15, 22, 23, 29, 30, 31, 55).
A temperature-adjusting fluid supply apparatus comprising: a heat exchanger transferring heat supplied from a refrigerant to a fluid for temperature adjustment; a supply tube through which the fluid flows from the heat exchanger toward an object to be adjusted for temperature; a return tube through which the fluid returning from the object to be adjusted for temperature flows; a pump arranged in the supply tube or the return tube and being flow rate adjustable; a first flow rate detection means arranged in the supply tube or the return tube and detecting the flow rate of the fluid; characterized in further comprising a second flow rate detection means arranged in the supply tube or the return tube, being capable of detecting flow rate changes with a precision coarser than the first flow rate detection means, being less affected in detection accuracy by viscosity changes in the fluid than the first flow rate detection means is affected, and detecting the flow rate of the fluid; a temperature detection means detecting the temperature of the fluid; and a control part switching, on the basis of the temperature of the fluid detected by the temperature detection means, between control of the pump based on the detection results of the first flow rate detection means and control of the pump based on the detection results of the second flow rate detection means. a heat exchanger transferring heat supplied from a refrigerant to a fluid for temperature adjustment; a supply tube through which the fluid flows from the heat exchanger toward an object to be adjusted for temperature; a return tube through which the fluid returning from the object to be adjusted for temperature flows; a pump arranged in the supply tube or the return tube and being flow rate adjustable; a first flow rate detection means arranged in the supply tube or the return tube and detecting the flow rate of the fluid; characterized in further comprising a second flow rate detection means arranged in the supply tube or the return tube, being capable of detecting flow rate changes with a precision coarser than the first flow rate detection means, being less affected in detection accuracy by viscosity changes in the fluid than the first flow rate detection means is affected, and detecting the flow rate of the fluid; a temperature detection means detecting the temperature of the fluid; and a control part switching, on the basis of the temperature of the fluid detected by the temperature detection means, between control of the pump based on the detection results of the first flow rate detection means and control of the pump based on the detection results of the second flow rate detection means.
Dose setting mechanism for a drug delivery device, the mechanism comprising: a housing (120; 220); a dose dial component positioned at least partly in the housing (120; 220), the dose dial component is rotatable during a dose setting step; a drive sleeve (124; 224) positioned at least partly within the dose dial component, the drive sleeve is configured to drive a rotatable spindle (126; 226) during a dose administration step; a spindle nut (128; 228) coupled to the spindle; characterized in that the mechanism further comprises a sprung lock nut (130; 230) removably coupled to the drive sleeve (124; 224) and/or to the spindle nut (128; 228) and rotationally fixed to the housing (120; 220); wherein, when the dose dial component is rotated to select a dose greater than a preselected first dose and less than a preselected second dose, the sprung lock nut (130, 230) is decoupled from the spindle nut (128; 228) thus allowing the spindle nut to rotate thereby preventing the selected dose from being administered. a housing (120; 220); a dose dial component positioned at least partly in the housing (120; 220), the dose dial component is rotatable during a dose setting step; a drive sleeve (124; 224) positioned at least partly within the dose dial component, the drive sleeve is configured to drive a rotatable spindle (126; 226) during a dose administration step; a spindle nut (128; 228) coupled to the spindle; characterized in that the mechanism further comprises a sprung lock nut (130; 230) removably coupled to the drive sleeve (124; 224) and/or to the spindle nut (128; 228) and rotationally fixed to the housing (120; 220); wherein, when the dose dial component is rotated to select a dose greater than a preselected first dose and less than a preselected second dose, the sprung lock nut (130, 230) is decoupled from the spindle nut (128; 228) thus allowing the spindle nut to rotate thereby preventing the selected dose from being administered.
A method of conducting Doppler ultrasound, the method comprising: selecting a transmit aperture from a plurality of transducer elements (1001, 1002, 1003) of a transducer array; transmitting an unfocused spherical wavefront pulse in the form of a ping from the transmit aperture into a region of interest, wherein the ping is an unfocused point source pulse signal transmitted by a small transmit aperture consisting of a single transducer element or two, three, four, or five elements in combination; receiving echoes of the unfocused spherical wavefront pulse on a first receive aperture by a plurality of transducer elements: storing the received echoes in a memory device; beamforming the received echoes; selecting a first test segment from the received echoes; detecting a Doppler frequency shift within the echoes of the first test segment; determining a speed of at least one of a plurality of reflectors within the first test segment; and displaying motion information of the at least one reflector in an image wherein the motion information is based in part on the detecting step and the determining step. selecting a transmit aperture from a plurality of transducer elements (1001, 1002, 1003) of a transducer array; transmitting an unfocused spherical wavefront pulse in the form of a ping from the transmit aperture into a region of interest, wherein the ping is an unfocused point source pulse signal transmitted by a small transmit aperture consisting of a single transducer element or two, three, four, or five elements in combination; receiving echoes of the unfocused spherical wavefront pulse on a first receive aperture by a plurality of transducer elements: storing the received echoes in a memory device; beamforming the received echoes; selecting a first test segment from the received echoes; detecting a Doppler frequency shift within the echoes of the first test segment; determining a speed of at least one of a plurality of reflectors within the first test segment; and displaying motion information of the at least one reflector in an image wherein the motion information is based in part on the detecting step and the determining step. storing the received echoes in a memory device; beamforming the received echoes; selecting a first test segment from the received echoes; detecting a Doppler frequency shift within the echoes of the first test segment; determining a speed of at least one of a plurality of reflectors within the first test segment; and displaying motion information of the at least one reflector in an image wherein the motion information is based in part on the detecting step and the determining step.
Burner assembly with a combustion chamber, multiple mixing ducts opening into the combustion chamber and in which during normal operation introduced combustion air and introduced fuel are mixed, wherein the mixing ducts are formed by mixing tubes which extend axially through an annular space which is defined between a tubular external wall, a tubular internal wall arranged so that is spaced apart radially from the external wall, an annular end plate arranged upstream, and an annular end plate arranged downstream, wherein the end plates (10, 11) are provided with through openings which receive and/or continue the mixing tubes and have, both radially inward and radially outward, a circumferential edge (13, 14) which extends in the direction of the annular space, wherein axial bores are provided in the edge (13, 14) of the annular end plate arranged downstream which extend essentially parallel to a perpendicular to the end plate, away from the annular space and into the end plate, characterized in that at least one opening branching off from the axial bore is provided for the removal of cooling air.
A power transmission set for axles, comprising: a primary axle and a secondary axle, which are interconnected by means of a selector unit to select and control the type of motor propulsion applied to the tread axle of said vehicle, from which, cooperatively with coupling/uncoupling devices (30, 40), enables one configuration of motor propulsion applied to the tread axle of the vehicle among: - a first configuration in which only a combustion engine is responsible for propulsion; or only a electric motor provides propulsion, - a second configuration in which both engines (MC, ME) work together to generate torque; and - a third configuration in which the uncoupling of the traction of the tread axle so as to feed the electric motor that becomes an electric power generator. wherein said power transmission set is formed by the interconnection of said primary and secondary axles through said selector unit, and: - said selector unit consists of a gearbox and an intermediate connection gear arranged on said primary and secondary axles; - adjacent to said intermediate connection gear there is arranged a transmission gear that is supported freely on said primary axle and is coupled to the external diameter of the transfer gear positioned on an axle that has a pinion in contact with the crown of the tread axle of the vehicle; and - said intermediate connection and transmission gears being interconnected through coupling/uncoupling devices (30, 40). - a first configuration in which only a combustion engine is responsible for propulsion; or only a electric motor provides propulsion, - a second configuration in which both engines (MC, ME) work together to generate torque; and - a third configuration in which the uncoupling of the traction of the tread axle so as to feed the electric motor that becomes an electric power generator. - said selector unit consists of a gearbox and an intermediate connection gear arranged on said primary and secondary axles; - adjacent to said intermediate connection gear there is arranged a transmission gear that is supported freely on said primary axle and is coupled to the external diameter of the transfer gear positioned on an axle that has a pinion in contact with the crown of the tread axle of the vehicle; and - said intermediate connection and transmission gears being interconnected through coupling/uncoupling devices (30, 40).
A smoking article comprising: a tobacco rod; and a filter connected to the tobacco rod by a tipping wrapper, the filter comprising: a hollow mouth end portion formed by a hollow tube segment that is disposed at the mouth end of the filter; and a filtration portion upstream of the hollow mouth end portion, the filtration portion comprising one or more filter segments (18, 20); wherein the hollow mouth end portion defines a cavity at the mouth end of the filter providing an unrestricted flow channel that extends from the downstream end of the filtration portion to the mouth end of the filter, wherein the length of the hollow mouth end portion is at least about 25 percent of the overall filter length and wherein the smoking article comprises a ventilation zone comprising at least one circumferential row of perforations provided at a location around the filtration portion, wherein the length of the hollow tube segment is at least about 10 mm, and wherein the hollow tube segment is formed from a plurality of overlapping paper layers. a tobacco rod; and a filter connected to the tobacco rod by a tipping wrapper, the filter comprising: a hollow mouth end portion formed by a hollow tube segment that is disposed at the mouth end of the filter; and a filtration portion upstream of the hollow mouth end portion, the filtration portion comprising one or more filter segments (18, 20); wherein the hollow mouth end portion defines a cavity at the mouth end of the filter providing an unrestricted flow channel that extends from the downstream end of the filtration portion to the mouth end of the filter, wherein the length of the hollow mouth end portion is at least about 25 percent of the overall filter length and wherein the smoking article comprises a ventilation zone comprising at least one circumferential row of perforations provided at a location around the filtration portion, wherein the length of the hollow tube segment is at least about 10 mm, and wherein the hollow tube segment is formed from a plurality of overlapping paper layers. a hollow mouth end portion formed by a hollow tube segment that is disposed at the mouth end of the filter; and a filtration portion upstream of the hollow mouth end portion, the filtration portion comprising one or more filter segments (18, 20); wherein the hollow mouth end portion defines a cavity at the mouth end of the filter providing an unrestricted flow channel that extends from the downstream end of the filtration portion to the mouth end of the filter, wherein the length of the hollow mouth end portion is at least about 25 percent of the overall filter length and wherein the smoking article comprises a ventilation zone comprising at least one circumferential row of perforations provided at a location around the filtration portion, wherein the length of the hollow tube segment is at least about 10 mm, and wherein the hollow tube segment is formed from a plurality of overlapping paper layers.
A method of shaping an ophthalmic eyeglass lens (10; 20) to have a desired outline (E; F), the lens (10; 20) presenting two main optical working faces and comprising firstly a substrate (11; 21) made of a first material and presenting two main faces (15, 16; 25, 26) corresponding to the two main faces of the lens (10; 20), and secondly at least one coating film (12; 22) made of a material distinct from that of said substrate (11; 21), said coating film (12; 22) being previously secured on at least one of the main faces (15, 16; 25, 26) of the substrate (11; 21), the method comprising: a) a step of cutting the lens (10; 20) by machining it with a first tool (30; 40) over at least the thickness of the coating film (12; 22) previously secured on the substrate (11; 21), this cutting defining internally a working central portion (12A; 22A) of the coating film (12; 22) that presents a reduced outline (C; D) that is closed and determined as a function of said desired outline (E; F); the process being characterized in that is also comprises the following steps: b) a step of trimming the edge face of the substrate (11; 21) along said desired outline (E; F) by machining by means of a second tool (31; 41) distinct from the first tool (30; 40), without machining the working central portion (12A; 22A) of the coating film (12; 22); and c) at least one subsequent step of finishing the edge face of the substrate (11; 21) by machining without machining the working central portion (12A; 22A) of the coating film (12; 22). a) a step of cutting the lens (10; 20) by machining it with a first tool (30; 40) over at least the thickness of the coating film (12; 22) previously secured on the substrate (11; 21), this cutting defining internally a working central portion (12A; 22A) of the coating film (12; 22) that presents a reduced outline (C; D) that is closed and determined as a function of said desired outline (E; F); b) a step of trimming the edge face of the substrate (11; 21) along said desired outline (E; F) by machining by means of a second tool (31; 41) distinct from the first tool (30; 40), without machining the working central portion (12A; 22A) of the coating film (12; 22); and c) at least one subsequent step of finishing the edge face of the substrate (11; 21) by machining without machining the working central portion (12A; 22A) of the coating film (12; 22).
A display device comprising: a display cell that includes a first substrate and a second substrate that are arranged to be opposing, includes a wiring region that extends beyond an edge of the first substrate on a front surface of the second substrate, and includes an electrode in the wiring region, wherein the front surface of the second substrate is opposing the first substrate; a front panel that is provided on a front surface on a display side of the first substrate; and a bonding agent having a function as a desiccant preventing an infiltration of moisture, the bonding agent fixing the front panel to the first substrate, wherein the bonding agent is provided from a bonding surface between the first substrate and the front panel to a connection portion between the electrode and a flexible wiring substrate via a side surface of the first substrate, the flexible wiring substrate having a front surface and a back surface, the back surface opposing the front surface of the second substrate and in which at least a portion is arranged to be opposing the wiring region and which is electrically connected to the electrode, wherein the electrode and the flexible wiring substrate are electrically connected by an anisotropic conductive film; wherein the bonding agent covers at least a portion of the front surface of the flexible wiring substrate, characterized in that at least a portion of the back surface of the flexible wiring substrate is covered by a solder resist while at least a portion of the region that is covered by the bonding agent and the region that is covered by the solder resist overlap with the flexible wiring substrate therebetween, and wherein the flexible wiring substrate includes an integrated circuit mounted on the back surface of the flexible wiring substrate, and wherein the portion of the region that is covered by the bonding agent overlaps the integrated circuit with the flexible wiring substrate therebetween. a display cell that includes a first substrate and a second substrate that are arranged to be opposing, includes a wiring region that extends beyond an edge of the first substrate on a front surface of the second substrate, and includes an electrode in the wiring region, wherein the front surface of the second substrate is opposing the first substrate; a front panel that is provided on a front surface on a display side of the first substrate; and a bonding agent having a function as a desiccant preventing an infiltration of moisture, the bonding agent fixing the front panel to the first substrate, wherein the bonding agent is provided from a bonding surface between the first substrate and the front panel to a connection portion between the electrode and a flexible wiring substrate via a side surface of the first substrate, the flexible wiring substrate having a front surface and a back surface, the back surface opposing the front surface of the second substrate and in which at least a portion is arranged to be opposing the wiring region and which is electrically connected to the electrode, wherein the electrode and the flexible wiring substrate are electrically connected by an anisotropic conductive film;
A Trocar structure for abdominal surgery comprising a cannula having at one end a guide element provided with a disposable valve for maintaining positive intracavitary pressure and a shaft having at one end a head and at the opposite end a tip, said valve being made of a single piece of silicone and has first elastically deformable sealing means for maintaining said positive intracavitary pressure during the passage of said shaft and a surgical instrument through said cannula and second sealing means, elastically deformable, with said guide element, wherein said first sealing means comprise central slits oriented concentrically on a flat wall of said disposable valve, said slits forming lobes adapted to bend inside or outside said wall in a uniform manner to form on the surface of said shaft and of said surgical instrument a first collar providing a continuous annular seal and in that said second sealing means comprise a second collar engaging elastically an annular seat of said guide element, said flat wall defining an entire top portion of the valve and having a rounded circumferential edge which directly connects said flat wall with a cylindrical side wall at the end of which said second collar is provided, said slits being arranged preferably at 120° from one another and located only in a central portion of said flat wall so that the remaining portion of said flat wall has a surface sufficient to form the first collar which sealingly surrounds an annular portion of said shaft, when it is inserted into the valve, said flat wall and said cylindrical side wall having a constant thickness adapted to exclude the use of a reducer during the use of the Trocar.