mhurhangee/ep-ind-claims huggingface dataset:
Use, for the oxygen enrichment of a flow of fuel in the form of solid particles carried by a carrier gas, of a lance having: • an outer tube extending along a longitudinal axis over a length L between an upstream end and a downstream end, and • a second tube also extending along this longitudinal axis, the outer tube having a first lateral wall that is gastight except for one or more longitudinal sections that are gas-permeable, known as permeable sections, the second tube having a second lateral wall that is gastight except for one or more longitudinal sections, known as perforated sections, that have perforations distributed over the circumference of the second tube, the second tube being mounted so as to slide inside the outer tube through the upstream end of the outer tube so as to make it possible to create, at variable positions along the length L, one or more overlap sections in which there is an overlap between a perforated section of the second tube and a permeable section of the outer tube. • an outer tube extending along a longitudinal axis over a length L between an upstream end and a downstream end, and • a second tube also extending along this longitudinal axis, the outer tube having a first lateral wall that is gastight except for one or more longitudinal sections that are gas-permeable, known as permeable sections, the second tube having a second lateral wall that is gastight except for one or more longitudinal sections, known as perforated sections, that have perforations distributed over the circumference of the second tube, the second tube being mounted so as to slide inside the outer tube through the upstream end of the outer tube so as to make it possible to create, at variable positions along the length L, one or more overlap sections in which there is an overlap between a perforated section of the second tube and a permeable section of the outer tube.
Crystalline form I' of N-( -1-(3-(3-chloro-4-cyanophenyl)-1H-pyrazol-1-yl)propan-2-yl)-5-( -1-hydroxyethyl)-1H-pyrazole-3-carboxamide (Ia) having an X-ray powder diffraction pattern comprising characteristic peaks at 9.3, 15.7, 17.0, 24.1 and 25.1 ± 0.15 degrees 2-theta measured using Cu filled X-ray tube.
A circuit, comprising: a first light emitting diode; a second LED connected in series with the first LED; a current source connected in series with the first LED and the second LED; a shunt circuit connected in parallel with the first LED and the second LED; characterised in that the circuit further comprises a switching circuit configured to receive a tri-state control signal and connected to the first LED and the second LED; wherein the switching circuit, the first LED and the second LED are responsive to a state of the control signal, and wherein the control signal has a first state for exciting the first LED, a second state for exciting the second LED and a third state for exciting the first LED and the second LED. a first light emitting diode; a second LED connected in series with the first LED; a current source connected in series with the first LED and the second LED; a shunt circuit connected in parallel with the first LED and the second LED; characterised in that the circuit further comprises a switching circuit configured to receive a tri-state control signal and connected to the first LED and the second LED; wherein the switching circuit, the first LED and the second LED are responsive to a state of the control signal, and wherein the control signal has a first state for exciting the first LED, a second state for exciting the second LED and a third state for exciting the first LED and the second LED.
Household appliance for laundry care having a cleaning device for a component loaded with lint in a household appliance, wherein the cleaning device has a rinsing unit, by means of which rinsing fluid can be conducted to the component to remove the lint, - wherein the rinsing unit has a flow element (2, 2'), which is disposed above the component and has an inner moulding, on account of which a dynamic pressure can build up in the rinsing fluid within the flow element (2, 2') and flowing through said flow element (2, 2'); - wherein the flow element (2, 2') has an elongated part (3, 3') which has an opening (6, 6') for the egress of fluid on the side facing the component and the flow element for building up the dynamic pressure has a cross-section which comprises at least one narrow point (12, 12'), characterised in that - the elongated part (3, 3') extends in its length (b) over the entire width of the component; and - the opening (6, 6') in the elongated part (3, 3') of the flow element (2, 2') embodied on the side facing the component extends over the length (b) of this elongated part (3, 3'). - wherein the rinsing unit has a flow element (2, 2'), which is disposed above the component and has an inner moulding, on account of which a dynamic pressure can build up in the rinsing fluid within the flow element (2, 2') and flowing through said flow element (2, 2'); - wherein the flow element (2, 2') has an elongated part (3, 3') which has an opening (6, 6') for the egress of fluid on the side facing the component and the flow element for building up the dynamic pressure has a cross-section which comprises at least one narrow point (12, 12'), characterised in that - the elongated part (3, 3') extends in its length (b) over the entire width of the component; and - the opening (6, 6') in the elongated part (3, 3') of the flow element (2, 2') embodied on the side facing the component extends over the length (b) of this elongated part (3, 3').
A suture device (30, 70, 80, 100) comprising a shaft (50, 81, 101), a needle (31, 52, 72, 102) that is rotatably movable from a retracted position at least partially within the shaft to an extended position outside the shaft and having an open suture-receiving channel of generally U-shape in transverse cross section at the distal end of the shaft to create a curved pathway for delivery of a suture through portion of an internal body wall, a suture feed channel located in the shaft for delivering a suture to the needle; and a fusing device (58, 130) located in the shaft (56, 120) for fusing the suture to form the loop, characterized in that the suture device further comprises a suture return channel located in the shaft for receiving the suture delivered through the needle; a rotary device (56, 120, 122) located in the shaft for twisting the suture to form a loop; wherein the rotary device (56, 120, 122) has a suture receiving hole and a suture return hole, the rotary device being rotatable from a receiving configuration in which the suture receiving hole and the suture return hole are in alignment with the suture feed channel and the suture return channel, respectively, to a twisted configuration in which the suture receiving hole and the suture return hole are in alignment with the suture return channel and the suture feed channel, respectively.
A power conversion device comprising, in each of three phases: a phase arm comprising unit converters connected in multi stage, the unit converter comprising a switching element and a capacitor; a three-winding transformer comprising a primary winding, a secondary winding and a tertiary winding; and a charging unit comprising a charging resistor and a disconnection switch connected in parallel with each other, wherein: the power conversion device applies or absorbs reactive power relative to a three-phase AC system; a negative side of the secondary winding and a negative side of the tertiary winding are connected with each other in each phase and among the three phases; characterized in that a circuit part in each phase comprising the phase arm and the charging unit connected in series to each other has a first end connected to a positive side of the tertiary winding and a second end connected to a positive side of the secondary winding in the other phase so as to form a delta connection. a phase arm comprising unit converters connected in multi stage, the unit converter comprising a switching element and a capacitor; a three-winding transformer comprising a primary winding, a secondary winding and a tertiary winding; and a charging unit comprising a charging resistor and a disconnection switch connected in parallel with each other, wherein: the power conversion device applies or absorbs reactive power relative to a three-phase AC system; a negative side of the secondary winding and a negative side of the tertiary winding are connected with each other in each phase and among the three phases; characterized in that a circuit part in each phase comprising the phase arm and the charging unit connected in series to each other has a first end connected to a positive side of the tertiary winding and a second end connected to a positive side of the secondary winding in the other phase so as to form a delta connection. the power conversion device applies or absorbs reactive power relative to a three-phase AC system; a negative side of the secondary winding and a negative side of the tertiary winding are connected with each other in each phase and among the three phases; characterized in that a circuit part in each phase comprising the phase arm and the charging unit connected in series to each other has a first end connected to a positive side of the tertiary winding and a second end connected to a positive side of the secondary winding in the other phase so as to form a delta connection.
Sensor arrangement comprising - a housing and - a sensor integrated in the housing, - a freely programmable digital processor, a program memory and a data memory for the controlling and/or processing of functionalities and/or measurement data of the sensor being monolithically integrated together with the sensor in the housing and the arrangement having a first and a second terminal contact for contacting the sensor at the housing characterised in that - a clock pulse and/or data (d) to be input is or are modulated on a supply voltage by way of one of the two terminal contacts (CO, C1) and - a third terminal contact for contacting the sensor is formed at the housing in order to form a unidirectional output of output data (o) of the sensor arrangement. - a housing and - a sensor integrated in the housing, - a freely programmable digital processor, a program memory and a data memory for the controlling and/or processing of functionalities and/or measurement data of the sensor being monolithically integrated together with the sensor in the housing and the arrangement having a first and a second terminal contact for contacting the sensor at the housing - a clock pulse and/or data (d) to be input is or are modulated on a supply voltage by way of one of the two terminal contacts (CO, C1) and - a third terminal contact for contacting the sensor is formed at the housing in order to form a unidirectional output of output data (o) of the sensor arrangement.
Method for processing steel slag to produce a hydraulic mineral binder with high hardening potential and to recover iron, comprising the steps: - providing a feed product comprising steel slag with iron compounds, in particular in oxide form, and MnO, wherein the MnO may be contained in the steel slag, - processing the feed product as melt, - incorporating reducing agent into the melt to reduce the iron compounds in order to achieve a lime saturation factor in the mineral melt part of between 90 and 110, wherein the incorporation of the reducing agent is carried out in a non-oxidising atmosphere, - slow cooling, wherein the melt solidifies in 15 minutes at the earliest, - mechanical separation of elementary iron from the solidified melt, and - subsequent supply of the solidified melt with a reduced iron content for use as hydraulic mineral binder. - providing a feed product comprising steel slag with iron compounds, in particular in oxide form, and MnO, wherein the MnO may be contained in the steel slag, - processing the feed product as melt, - incorporating reducing agent into the melt to reduce the iron compounds in order to achieve a lime saturation factor in the mineral melt part of between 90 and 110, wherein the incorporation of the reducing agent is carried out in a non-oxidising atmosphere, - slow cooling, wherein the melt solidifies in 15 minutes at the earliest, - mechanical separation of elementary iron from the solidified melt, and - subsequent supply of the solidified melt with a reduced iron content for use as hydraulic mineral binder.
A trimmer comprising: a trimmer body; a rotary drive (38, 42, 50, 54) within the body; a cutting head assembly interconnected with the trimmer body; and a drive operably interconnecting the rotary drive (38, 42, 50, 54) and the cutting head assembly, to transfer rotary movement of the rotary drive (38, 42, 50, 54) into oscillation of a portion of the cutting head assembly with respect to another portion of the cutting head assembly, the drive including an injection molded transmission and an injection molded hinge; wherein the transmission includes a cam follower that is driven by the rotary drive (38, 42, 50, 54), and a drive lever that engages a portion of the cutting head assembly; wherein the hinge includes a mounting structure for mounting the drive to the trimmer body and a plurality of webs supporting the transmission for oscilliatory movement; characterized in that one of the transmission and hinge is injection molded over a portion of the other to mechanically bond the transmission and hinge. a trimmer body; a rotary drive (38, 42, 50, 54) within the body; a cutting head assembly interconnected with the trimmer body; and a drive operably interconnecting the rotary drive (38, 42, 50, 54) and the cutting head assembly, to transfer rotary movement of the rotary drive (38, 42, 50, 54) into oscillation of a portion of the cutting head assembly with respect to another portion of the cutting head assembly, the drive including an injection molded transmission and an injection molded hinge;
Personal network, being associated with a single user, the personal network comprising: - a plurality of personal devices (1, 2, 3, 4) associated with the user, wherein the personal devices (1, 2, 3, 4) are configured to be interconnected with each other via one or more communication connections, to allow datacommunication there-between; and - at least one personal network control unit and/or service configured to control access to the personal network, wherein the control unit and/or service is operable to be in at least a first mode to allow access of all of the personal devices (1, 2, 3, 4) to the personal network, and a second mode to restrict the access of at least one of the personal devices (1, 2, 3, 4) to the personal network; and wherein the control unit and/or service is configured to receive a control message to change from the first mode to the second mode due to receiving the control message. - a plurality of personal devices (1, 2, 3, 4) associated with the user, wherein the personal devices (1, 2, 3, 4) are configured to be interconnected with each other via one or more communication connections, to allow datacommunication there-between; and - at least one personal network control unit and/or service configured to control access to the personal network, wherein the control unit and/or service is operable to be in at least a first mode to allow access of all of the personal devices (1, 2, 3, 4) to the personal network, and a second mode to restrict the access of at least one of the personal devices (1, 2, 3, 4) to the personal network; and wherein the control unit and/or service is configured to receive a control message to change from the first mode to the second mode due to receiving the control message.
A method of detecting infrared radiation, comprising: (i) irradiating a photoconductive organic material comprising a host material and a dopant material with a pump light having a photon energy suitable for generating in said photoconductive organic material one or more first excitons having an energy level E that is within ΔEbelow E min, wherein E min is the minimum excitation energy for generating charge carriers in said photoconductive organic material and ΔE is in the infrared region of the electromagnetic spectrum; (ii) exposing said photoconductive organic material to said infrared radiation, wherein absorption of said infrared radiation by said first exciton results in generation of charge carriers; and (iii) detecting said generated charge carriers; and either wherein said dopant material absorbs said pump light to generate said first exciton, characterized in that the pump light is pulsed; or characterized in that the pump light is pulsed light and said host material absorbs said pump light to generate an exciton in said host material which converts to said first exciton in said dopant material. (i) irradiating a photoconductive organic material comprising a host material and a dopant material with a pump light having a photon energy suitable for generating in said photoconductive organic material one or more first excitons having an energy level E that is within ΔEbelow E min, wherein E min is the minimum excitation energy for generating charge carriers in said photoconductive organic material and ΔE is in the infrared region of the electromagnetic spectrum; (ii) exposing said photoconductive organic material to said infrared radiation, wherein absorption of said infrared radiation by said first exciton results in generation of charge carriers; and (iii) detecting said generated charge carriers; and either wherein said dopant material absorbs said pump light to generate said first exciton, characterized in that the pump light is pulsed; or characterized in that the pump light is pulsed light and said host material absorbs said pump light to generate an exciton in said host material which converts to said first exciton in said dopant material.
A multi-layer stack (500, 600) comprising: a transparent substrate (502, 602); a drain layer (504, 604) on a first side of the substrate (502, 602); and a heater layer (508, 608) on the drain layer (504, 604); a dielectric layer (506, 606) between the heater layer (508, 608) and the drain layer (504, 604); characterized in that the multi-layer stack (500, 600) further comprises: a topcoat (509, 609) on the heater layer (508, 608), the topcoat (509, 609) comprising a material selected from the group consisting of diamond like carbons, polyurethanes, polyacrylates, polysiloxanes, epoxies, silicon oxides, aluminum oxides, silicon oxycarbides, zirconium oxynitrides, cerium oxides, and combinations thereof, wherein the heater layer (508, 608) is between the dielectric layer (506, 606) and the topcoat (509, 609), and wherein the drain layer (504, 604) has a sheet resistance of less than about 10 6 ohms per square. a transparent substrate (502, 602); a drain layer (504, 604) on a first side of the substrate (502, 602); and a heater layer (508, 608) on the drain layer (504, 604); a dielectric layer (506, 606) between the heater layer (508, 608) and the drain layer (504, 604); characterized in that the multi-layer stack (500, 600) further comprises: a topcoat (509, 609) on the heater layer (508, 608), the topcoat (509, 609) comprising a material selected from the group consisting of diamond like carbons, polyurethanes, polyacrylates, polysiloxanes, epoxies, silicon oxides, aluminum oxides, silicon oxycarbides, zirconium oxynitrides, cerium oxides, and combinations thereof, wherein the heater layer (508, 608) is between the dielectric layer (506, 606) and the topcoat (509, 609), and wherein the drain layer (504, 604) has a sheet resistance of less than about 10 6 ohms per square. a topcoat (509, 609) on the heater layer (508, 608), the topcoat (509, 609) comprising a material selected from the group consisting of diamond like carbons, polyurethanes, polyacrylates, polysiloxanes, epoxies, silicon oxides, aluminum oxides, silicon oxycarbides, zirconium oxynitrides, cerium oxides, and combinations thereof, wherein the heater layer (508, 608) is between the dielectric layer (506, 606) and the topcoat (509, 609), and wherein the drain layer (504, 604) has a sheet resistance of less than about 10 6 ohms per square.
A soft wood sulfite dissolving pulp having a) a viscosity of 700-1000 ml/g, measured using the SCAN-CM 15:88 method; b) a R18 value of 93-95.5%, measured using the standard method ISO 699:1982; c) a R10 value in of 92-94%, measured using the standard method ISO 699:1982; d) a PD of 9-15; e) a proportion of cellulose chains having a molecular weight below 25 KDa of less than 8% (w/w); and f) a proportion of cellulose chains having a molecular weight above 100 KDa of above 75% (w/w). a) a viscosity of 700-1000 ml/g, measured using the SCAN-CM 15:88 method; b) a R18 value of 93-95.5%, measured using the standard method ISO 699:1982; c) a R10 value in of 92-94%, measured using the standard method ISO 699:1982; d) a PD of 9-15; e) a proportion of cellulose chains having a molecular weight below 25 KDa of less than 8% (w/w); and f) a proportion of cellulose chains having a molecular weight above 100 KDa of above 75% (w/w).
Drug delivery device for dispensing of a dose of a medicinal product, comprising: - a housing having at least one housing component (100; 200; 300), - a holder for a cartridge or a cartridge, the cartridge comprising the medicinal product, respectively, - a dose dispensing mechanism operably engaged with the cartridge for setting and/or dispensing of a predefined dose of the medicinal product, and - a display element (102; 202; 302) being movably disposed relative to the at least one housing component (100; 200; 300), wherein the display element (102; 202; 302) and the housing component (100; 200; 300) are mutually moveable for selectively concealing and/or revealing information provided on the display element (102; 202; 302), wherein the display element (102; 202; 302) and/or the housing component (100; 200; 300) are transferable in an information revealing configuration against a spring force provided by at least one spring element. - a housing having at least one housing component (100; 200; 300), - a holder for a cartridge or a cartridge, the cartridge comprising the medicinal product, respectively, - a dose dispensing mechanism operably engaged with the cartridge for setting and/or dispensing of a predefined dose of the medicinal product, and - a display element (102; 202; 302) being movably disposed relative to the at least one housing component (100; 200; 300), wherein