mhurhangee/patent-ind-claim-en huggingface dataset:
A master integrated circuit, IC comprising: a master two-wire bus interface coupled to a two-wire bus ; a clock source operative to produce a clock signal having a clock cycle, the clock source producing a clock tick once per clock cycle; and a master control circuit configured to: set and send to a remote slave IC a stride length comprising a plurality of clock cycles; and send only one clock tick from the clock source through the master two-wire bus interface per stride length to cause a remote counter of the remote slave IC to change by the plurality of clock cycles on receipt of the only one clock tick. a master two-wire bus interface coupled to a two-wire bus ; a clock source operative to produce a clock signal having a clock cycle, the clock source producing a clock tick once per clock cycle; and a master control circuit configured to: set and send to a remote slave IC a stride length comprising a plurality of clock cycles; and send only one clock tick from the clock source through the master two-wire bus interface per stride length to cause a remote counter of the remote slave IC to change by the plurality of clock cycles on receipt of the only one clock tick. set and send to a remote slave IC a stride length comprising a plurality of clock cycles; and send only one clock tick from the clock source through the master two-wire bus interface per stride length to cause a remote counter of the remote slave IC to change by the plurality of clock cycles on receipt of the only one clock tick.
A method for obtaining integrated biorefineries of lignocellulose biomasses which biorefineries transform said lignocellulose biomasses into products for food, industrial, energy-related, and agricultural use, characterized in that production units of former oil refineries selected from a distillation unit , a conversion unit , storage units , a desulfurization unit , a catalytic isomerization unit , and a gas scrubbing unit are reused; and wherein the biorefinery is capable of : (i) pretreatment of the lignocellulose biomasses provided as raw material with exclusively physical-mechanic methods to obtain hemicelluloses and celluloses; (ii) saccharification of the hemicelluloses and of the celluloses to obtain soluble sugars; (iii) separation of the insoluble lignin part; (iv) performing fermentations and non-fermentation processes with the soluble sugars; and (v) transforming of the lignins. (i) pretreatment of the lignocellulose biomasses provided as raw material with exclusively physical-mechanic methods to obtain hemicelluloses and celluloses; (ii) saccharification of the hemicelluloses and of the celluloses to obtain soluble sugars; (iii) separation of the insoluble lignin part; (iv) performing fermentations and non-fermentation processes with the soluble sugars; and (v) transforming of the lignins.
A star, dendrimer or hyper-branched flowable prepolymer composition comprising the reaction product of isocyanate and low molecular weight multifunctional core molecules having three or more functional groups that react with said isocyanate to form urethane or urea groups, wherein the viscosity of the prepolymer composition on preparation is 15,000-200,000 mm 2 /s (cSt) at room temperature, measured as indicated in the specification, and wherein the low molecular weight multifunctional core molecules have a molecular weight of 400 or less.
A method for forming a sheathed wire, comprising the following steps of: • axially advancing a core through a sheathing zone from a supply spool ; • providing, in the sheathing zone from an insertion device , a series of microelectronic chip elements each provided with a wire section , • wrapping a sheathing fiber around the core in the sheathing zone in such a way that the sheathing fiber that wraps around the core wraps around a microelectronic chip element of the series of microelectronic chip elements and its wire section to form a sheathed wire incorporating chip elements caught between the core and the sheathing fiber and spaced-apart along the sheathed wire; characterized in that each chip element is provided with two sections of conductive wire also caught between the core and the sheathing fiber substantially parallel to the core , forming a dipole antenna connected to radio frequency transmit-receive circuits integrated to a chip of the chip element . • axially advancing a core through a sheathing zone from a supply spool ; • providing, in the sheathing zone from an insertion device , a series of microelectronic chip elements each provided with a wire section , • wrapping a sheathing fiber around the core in the sheathing zone in such a way that the sheathing fiber that wraps around the core wraps around a microelectronic chip element of the series of microelectronic chip elements and its wire section to form a sheathed wire incorporating chip elements caught between the core and the sheathing fiber and spaced-apart along the sheathed wire;
An antenna device comprising: a substrate including a conductive groundplane , the conductive groundplane having an edge ; at least first and second antennas formed on a groundplane-free end area of the substrate and connected to the edge of the conductive groundplane ; at least one notch formed as a cut-out in the edge of the conductive ground plane between the first and second antennas , the notch extending by a predetermined width (w) along the ground plane edge and a predetermined depth (d) into the groundplane and having a mouth portion at the edge of the conductive groundplane ; a first electrical pathway connecting opposite side edges of the notch across the mouth of the notch , the first electrical pathway being formed by a conductive track having an inductance and at least one capacitor , wherein the conductive track and the at least one capacitor are connected in series across the mouth of the notch forming a parallel circuit configuration with an inductive path defined along the edge of the notch , and the first electrical pathway being configured to tune the notch to improve isolation between the first and second antenna at a first frequency of operation; and a second electrical pathway (20-22) disposed across the notch at a predetermined distance from the first electrical pathway and connecting the opposite side edges of the notch , the second pathway comprising a resonant series circuit resonant at a second frequency of operation higher than the first frequency and is configured to improve isolation between the first and second antennas at said second frequency. a substrate including a conductive groundplane , the conductive groundplane having an edge ; at least first and second antennas formed on a groundplane-free end area of the substrate and connected to the edge of the conductive groundplane ; at least one notch formed as a cut-out in the edge of the conductive ground plane between the first and second antennas , the notch extending by a predetermined width (w) along the ground plane edge and a predetermined depth (d) into the groundplane and having a mouth portion at the edge of the conductive groundplane ; a first electrical pathway connecting opposite side edges of the notch across the mouth of the notch , the first electrical pathway being formed by a conductive track having an inductance and at least one capacitor , wherein the conductive track and the at least one capacitor are connected in series across the mouth of the notch forming a parallel circuit configuration with an inductive path defined along the edge of the notch , and the first electrical pathway being configured to tune the notch to improve isolation between the first and second antenna at a first frequency of operation; and a second electrical pathway (20-22) disposed across the notch at a predetermined distance from the first electrical pathway and connecting the opposite side edges of the notch , the second pathway comprising a resonant series circuit resonant at a second frequency of operation higher than the first frequency and is configured to improve isolation between the first and second antennas at said second frequency.
A pressure actuator for controlling a valve connected to a heating and/or cooling flow system , where the pressure actuator comprises two conduits , a low pressure communicating conduit which may be connected to said flow system , and high pressure communicating conduit connected to a different position of said flow system , to react to regulate the flow rate through the connected valve in a response to a change in the differential pressure over the positions of said flow system whereto the respectively said low pressure communication conduit and said high pressure communication conduit are connected, characterized in that one of said conduits comprises a flow passage with a reduced orifice section having an opening dynamically changing according to the differential pressure over the reduced orifice section comprised in one of said two conduits or .
An aqueous printing ink composition comprising a water soluble, or water dispersible, self-crosslinking polymer, a hydroxyl-functional polyurethane dispersion, and an amine with a boiling point of above 130 °C and less than 250 °C; wherein the ratio of the self-crosslinking polymer, based on dry polymer weight, to OH-PUD, based on dry polymer weight, is in the range of 0.2:1.0 to 1.0: 1.0; and wherein the self-crosslinking polymer is a resin dispersion or solution polymer produced by a free radical polymerization of a blend of ethylenically unsaturated monomers.
Water heater comprising: - a tank delimited by a peripheral jacket and the wall of a leaktight sheath plunging into the internal volume of the peripheral jacket , said peripheral jacket and said sheath defining a closed volume; - an electric heating device including: - at least one inductor housed in the sheath and at least one inductive load formed by at least a part of the wall of the sheath , said inductor being configured to generate an induced current and heating in the load; - an inductor supporting member , the inductor including at least one winding portion formed on the supporting member , the supporting member being fixedly mounted in the sheath , the water heater being characterised in that the tank is a water accumulator tank and in that the sheath includes an opening for access to one of the ends thereof, the supporting member being inserted into the sheath via said end. - a tank delimited by a peripheral jacket and the wall of a leaktight sheath plunging into the internal volume of the peripheral jacket , said peripheral jacket and said sheath defining a closed volume; - an electric heating device including: - at least one inductor housed in the sheath and at least one inductive load formed by at least a part of the wall of the sheath , said inductor being configured to generate an induced current and heating in the load; - an inductor supporting member , the inductor including at least one winding portion formed on the supporting member , the supporting member being fixedly mounted in the sheath , the water heater being characterised in that the tank is a water accumulator tank and in that the sheath includes an opening for access to one of the ends thereof, the supporting member being inserted into the sheath via said end.
A method for indicating channel access, applied in a terminal device, the method comprising: receiving first indication information transmitted by a network device wherein the first indication information comprises mode information indicating a channel access mode; and obtaining one or more channel access parameters based on the first indication information, the one or more channel access parameters being used for determining channel access for a target uplink transmission wherein the target uplink transmission comprises Message 3 in a random access procedure; wherein the first indication information is carried in a Random Access Response, RAR, message; and characterised by the first indication information being carried in the RAR message comprises the first indication information being obtained from a part of bits in a Physical Uplink Shared Channel, PUSCH, frequency resource allocation field in a RAR grant field in the RAR message, the first indication information occupying N bits of the PUSCH frequency resource allocation field, which occupies 14 bits in the RAR grant field. receiving first indication information transmitted by a network device wherein the first indication information comprises mode information indicating a channel access mode; and obtaining one or more channel access parameters based on the first indication information, the one or more channel access parameters being used for determining channel access for a target uplink transmission wherein the target uplink transmission comprises Message 3 in a random access procedure; wherein the first indication information is carried in a Random Access Response, RAR, message; and characterised by the first indication information being carried in the RAR message comprises the first indication information being obtained from a part of bits in a Physical Uplink Shared Channel, PUSCH, frequency resource allocation field in a RAR grant field in the RAR message, the first indication information occupying N bits of the PUSCH frequency resource allocation field, which occupies 14 bits in the RAR grant field.
A pool cleaner for cleaning a pool, the pool cleaner comprising: a housing ; a pump for drawing liquid from the pool into the housing through an inlet and expelling the liquid through an outlet when the pool cleaner is submerged in the pool; a filter for trapping debris that is in the indrawn liquid; a propulsion system for propelling the pool cleaner along a submerged surface within the pool; anc characterized by a controller that is configured to determine a position of the pool cleaner on a stairway of the pool, and to control the propulsion system to stop ascending the stairway when the pool cleaner is determined to have ascended to a highest permissible stair of the stairway. a housing ; a pump for drawing liquid from the pool into the housing through an inlet and expelling the liquid through an outlet when the pool cleaner is submerged in the pool; a filter for trapping debris that is in the indrawn liquid; a propulsion system for propelling the pool cleaner along a submerged surface within the pool; anc characterized by a controller that is configured to determine a position of the pool cleaner on a stairway of the pool, and to control the propulsion system to stop ascending the stairway when the pool cleaner is determined to have ascended to a highest permissible stair of the stairway.
Rotor for an electric machine, wherein the rotor is rotatable about an axis of rotation and wherein the rotor has on its radial outer surface a plurality of permanent magnets for forming at least one magnetic pole pair, preferably two or more magnetic pole pairs, wherein the rotor has an inner part which comprises a soft magnetic or an amagnetic material,wherein the inner part has a bore running along the axis of rotation for receiving a shaft, characterised in that the rotor has, at least in sections, radially further inward than the plurality of permanent magnets , an anisotropically soft magnetic sintered material having an easy direction and a hard direction , wherein the inner part , viewed in the axis of rotation , in an n-pole rotor has the cross section of a (2*n)-cornered polygon, and n is greater than or equal to four, wherein the (2*n)-cornered polygon is a regular n-cornered polygon whose n corners are each replaced by bevels such that the (2*n)-cornered polygon has n long sides and n short sides, wherein the anisotropically soft magnetic sintered material is arranged, starting from the at least one permanent magnet of the respective magnetic pole, along the respective d-axis towards a respective long side of the inner part , wherein the easy direction of the anisotropically soft magnetic sintered material is oriented along the respective d-axis .
A composition comprising: an engineered heme-binding molecule comprising a hemopexin domain and a second domain selected from the group consisting of: a linker, a microbe-binding molecule, and/or a substrate binding domain; wherein the second domain is conjugated to the hemopexin domain; and a solid substrate to which the heme-binding molecule is conjugated. an engineered heme-binding molecule comprising a hemopexin domain and a second domain selected from the group consisting of: a linker, a microbe-binding molecule, and/or a substrate binding domain; wherein the second domain is conjugated to the hemopexin domain; and a solid substrate to which the heme-binding molecule is conjugated.
A climate control apparatus , comprising a boiler assembly and a heat pump , said boiler assembly comprising a boiler structure , an accumulation tank , a hydraulic separator and an accommodation compartment for said accumulation tank and for said hydraulic separator , said climate control apparatus comprising means for the hydraulic connection of said accumulation tank to said boiler structure and to said heat pump , characterized in that said accommodation compartment is separate from the boiler structure and is provided with means for coupling to a wall and is configured to support said boiler structure .
Elevator , comprising: - an elevator shaft having a plurality of horizontally movable shaft doors arranged at different heights; - a car which can be moved vertically in the elevator shaft ; - an actuation mechanism which is mounted on the car and is to be actively controlled; each shaft door having an unlocking mechanism , by means of which the shaft door can be locked against opening and unlocked when an actuation element of the unlocking mechanism is actuated; characterized in that the actuation mechanism has a sensor system , an actuator system and a controller ; the sensor system being designed to detect a position of the actuation element on the unlocking mechanism , and the controller and the actuator system being designed to suitably control the actuator system , taking into account the position of the actuation element that is detected by the sensor system , in order to actuate the actuation element in the correct position by means of the actuator system . - an elevator shaft having a plurality of horizontally movable shaft doors arranged at different heights; - a car which can be moved vertically in the elevator shaft ; - an actuation mechanism which is mounted on the car and is to be actively controlled;
A seal assembly comprising: a rotating seal runner having an outer radial surface ; and one or more rotationally stationary seal rings disposed radially outboard of the seal runner, each seal ring having an inner radial surface , the inner radial surface and the outer radial surface defining a sealing interface therebetween; characterised in that an axially extending shape of the inner radial surface conforms to the outer radial surface of the seal runner at a selected operating condition; wherein the selected operating condition is greater than 200 degrees Fahrenheit (90 °C). a rotating seal runner having an outer radial surface ; and one or more rotationally stationary seal rings disposed radially outboard of the seal runner, each seal ring having an inner radial surface , the inner radial surface and the outer radial surface defining a sealing interface therebetween; characterised in that an axially extending shape of the inner radial surface conforms to the outer radial surface of the seal runner at a selected operating condition; wherein the selected operating condition is greater than 200 degrees Fahrenheit (90 °C).
A bimodal polyethylene composition having a density from 0.934 to 0.940 g/cm 3 , a melt index I 2 determined according to ASTM D 1238 (2.16 kg 190°C--I 2 ) from 4.0 to 7.0 g/10 min, and I 21 determined according to ASTM D 1238 (21.6 kg 190°C--I 21 ) from 140 to 170 g/10 min, an I 21 /I 2 from 27 to 36, a bent strip ESCR as determined by ASTM D 1693 in 100% octoxynol-9 for conditions A and B of greater than 1,000 hours, a bent strip ESCR as determined by ASTM D1693 in 10% octoxyn 1-9 for conditions B10 of greater than 70 hours, a number average molecular weight (Mn) from 11,000 to 35,000 as determined by GPC, a weight average molecular weight (Mw) from 55,000 to 82,000 as determined by GPC, an overall Mw/Mn from 2.2 to 2.6, comprising from 4 to 5 wt.% of one or more C 4-8 alpha olefin comonomers as determined by FTIR which when de-convoluted into two components consists of: (i) from 20 to 45 wt.% of a first component consisting of from 1 to 25 wt.% of one or more C 4-8 alpha olefin comonomers and the balance ethylene, said component having a density as determined according to ASTM D 792 from 0.915 to 0.925 g/cm 3 ; a weight average molecular weight (Mw) from 180,000 to 220,000 g/mol, a Mw/Mn of from 2 to 3; and (ii) from 80 to 55 wt.% of a second component comprising one or more of C 4-8 alpha olefin comonomers and the balance ethylene said component having a density as determined according to ASTM D 792 from 0.940 to 0.945 g/cm 3 , a weight average molecular weight (Mw) from 30,000 to 50,000, and a Mw/Mn of from 2 to 3.
A mounting device for simultaneous welding of several sensor holders to a bumper under contact pressure, wherein the bumper comprises a horizontal line (1.3), extending in a mirror-symmetrical manner with respect to a vertical line (1.0) and having a bumper length (l s ), along which horizontal line (1.3) holes (1.4) are formed in the bumper , around which each respective sensor holder can be welded simultaneously, and the sensor holders are each formed by a hollow cylinder (2.1) with a cylinder axis (2.1.1) and a mounting plate (2.2) formed perpendicularly to said cylinder axis (2.1.1), including a workbench connected to a holding fixture that is configured for the bumper such that the holes (1.4) are respectively held in a welding position (4.1), and comprising a processing unit which is adjustable to the holding fixture and has as many welding tools as there are welding positions (4.1), each welding tool being positioned opposite a respective one of the welding positions (4.1) in a working position of a frame , characterised in that the processing unit includes the frame which has a frame length (l G ) and to which spacers are attached, each having a spacer axis (7.1) which is perpendicular to the holding fixture in the working position, wherein hold-down devices are attached to the free ends of the spacers and the welding tools are each formed by at least one freely radiating diode laser arranged above the hold-down devices at a respective one of the spacers , the hold-down devices each have a gripper (8.1), for insertion into the hollow cylinder (2.1) of one of the sensor holders and a hold-down element (8.2) designed to contact the mounting plate (2.2) thereof, wherein the hold-down element (8.2) is transparent, at least in some areas, for laser radiation emitted by the at least one diode laser .
An alloy having a composition consisting of, by mass relative to the mass of the alloy: - from 75% to 77.5% of gold, - from 10% to 24.0% of copper, - from 0.1% to 10.0% of silver, - from 0.1% to 1.1% of palladium, - from 0.1% to 2.0% of tin, - 2% or less of titanium, - 0,2% or less of at least one element selected from ruthenium, rhenium, iron, iridium, cobalt, vanadium, molybdenum and mixtures thereof; and - any possible impurities. - from 75% to 77.5% of gold, - from 10% to 24.0% of copper, - from 0.1% to 10.0% of silver, - from 0.1% to 1.1% of palladium, - from 0.1% to 2.0% of tin, - 2% or less of titanium, - 0,2% or less of at least one element selected from ruthenium, rhenium, iron, iridium, cobalt, vanadium, molybdenum and mixtures thereof; and - any possible impurities.