mhurhangee/ep-ind-claims huggingface dataset:
A block copolymer comprising: one or more blocks of an acrylate polymer; and one or more blocks of a chloroprene polymer, wherein a number average molecular weight of the block copolymer is 110,000 or more, a number average molecular weight of the block of a chloroprene polymer is 80,000 or more in total, and the block copolymer has a functional group with a structure represented by the following chemical formula or: wherein in the chemical formula, R 1 represents hydrogen, chlorine, a substituted or unsubstituted alkyl group, a substituted or unsubstituted alkenyl group, a substituted or unsubstituted aryl group or a substituted, or unsubstituted heterocyclyl group; characterised in that the acrylate is alkyl acrylate having an alkyl group having 5 or more carbon atoms and that the block copolymer is obtained by performing radical polymerization in the presence of a RAFT agent. one or more blocks of an acrylate polymer; and one or more blocks of a chloroprene polymer, wherein a number average molecular weight of the block copolymer is 110,000 or more, a number average molecular weight of the block of a chloroprene polymer is 80,000 or more in total, and the block copolymer has a functional group with a structure represented by the following chemical formula or: wherein in the chemical formula, R 1 represents hydrogen, chlorine, a substituted or unsubstituted alkyl group, a substituted or unsubstituted alkenyl group, a substituted or unsubstituted aryl group or a substituted, or unsubstituted heterocyclyl group; characterised in that the acrylate is alkyl acrylate having an alkyl group having 5 or more carbon atoms and that the block copolymer is obtained by performing radical polymerization in the presence of a RAFT agent.
A cell with no or low endogenous DHFR levels comprising at least two heterologous vector constructs, whereby (a) A first vector construct comprises a DHFR expression cassette, which comprises: i. an upstream regulatory sequence including a DHFR promoter, ii. a DHFR minigene, iii. a polyadenylation signal, whereby said first vector construct does not contain a gene of interest nor another expression cassette encoding a eukaryotic protein, and (b) A second vector construct comprises a gene of interest and a selection and/or amplification marker other than DHFR, whereby the DHFR minigene comprises only the first two exons of the DHFR gene. (a) A first vector construct comprises a DHFR expression cassette, which comprises: i. an upstream regulatory sequence including a DHFR promoter, ii. a DHFR minigene, iii. a polyadenylation signal, whereby said first vector construct does not contain a gene of interest nor another expression cassette encoding a eukaryotic protein, and i. an upstream regulatory sequence including a DHFR promoter, ii. a DHFR minigene, iii. a polyadenylation signal, (b) A second vector construct comprises a gene of interest and a selection and/or amplification marker other than DHFR,
Rope sling shackle body for a heavy load rope sling shackle for attaching to a rope sling, at least comprising: - two opposite end portions (11, 12), each of which has a through-opening (13, 14) for receiving a bolt; - a central arc, which extends between the end portions (11, 12) and has, at least in a rope receiving region, an arc bottom (15.2) and mutually spaced-apart arc flanks (15.1, 15.3) arranged on either side of the latter, wherein the arc has, at least in the rope receiving region, on its inner side, a convexly rounded rope supporting face, which extends from a top edge (15.4, 15.5) of one arc flank (15.1, 15.3) to the top edge (15.4, 15.5) of the respectively other arc flank (15.1, 15.3); - at least one reinforcing rib, which is arranged between the arc flanks (15.1, 15.3), characterized in that the reinforcing rib is divided into two part-ribs (17.1, 17.2), via which a respective arc flank (15.1, 15.3) is supported on the arc bottom (15.2), wherein there is a spacing between the part-ribs (17.1, 17.2) right down to the arc bottom (15.2). - two opposite end portions (11, 12), each of which has a through-opening (13, 14) for receiving a bolt; - a central arc, which extends between the end portions (11, 12) and has, at least in a rope receiving region, an arc bottom (15.2) and mutually spaced-apart arc flanks (15.1, 15.3) arranged on either side of the latter, wherein the arc has, at least in the rope receiving region, on its inner side, a convexly rounded rope supporting face, which extends from a top edge (15.4, 15.5) of one arc flank (15.1, 15.3) to the top edge (15.4, 15.5) of the respectively other arc flank (15.1, 15.3); - at least one reinforcing rib, which is arranged between the arc flanks (15.1, 15.3),
A method of controlling an exhaust gas recirculation valve in an engine system, the method comprising: determining a current valve position of the EGR valve; generating, based on an engine operating condition detected in an engine system and the determined current valve position, an EGR valve control signal, wherein generating the EGR valve control signal comprises an actuator command signal configured to control the position of an EGR valve actuator and calibrated to counteract a predicted torque on an EGR valve shaft of the EGR valve in the engine system, the predicted torque resulting from exhaust gas pressure associated with the engine operating condition; and operating the EGR valve based on sending the actuator command signal to the EGR valve actuator configured to control the position of an EGR valve actuator by applying a counter-phase torque to the EGR valve shaft, the counter-phase torque and the predicted torque having substantially equal magnitudes and opposite directions. determining a current valve position of the EGR valve; generating, based on an engine operating condition detected in an engine system and the determined current valve position, an EGR valve control signal, wherein generating the EGR valve control signal comprises an actuator command signal configured to control the position of an EGR valve actuator and calibrated to counteract a predicted torque on an EGR valve shaft of the EGR valve in the engine system, the predicted torque resulting from exhaust gas pressure associated with the engine operating condition; and operating the EGR valve based on sending the actuator command signal to the EGR valve actuator configured to control the position of an EGR valve actuator by applying a counter-phase torque to the EGR valve shaft, the counter-phase torque and the predicted torque having substantially equal magnitudes and opposite directions.
A heating device having a housing with, arranged therein, a fluid passage having a fluid inlet (6, 7) and a fluid outlet (6, 7), wherein an element generating an alternating magnetic field is provided in the housing, wherein furthermore there is provided at least one metallic areal heating element (18, 19, 20) which can be heated by means of the alternating magnetic field, wherein the at least one areal heating element (18, 19, 20) is arranged in the fluid passage, wherein the element generating the alternating magnetic field is formed by a hollow-cylindrical coil that can be operated with an AC voltage, wherein the coil is separated from the fluid passage in a fluid-tight manner, wherein the coil is arranged in a coil housing that can be inserted into the housing, wherein the coil housing is thermally conductive, characterised in that the housing can be closed in a fluid-tight manner at a first one of its axial end regions by a first cover (4, 5) and at a second one of its axial end regions by a second cover (4, 5), and wherein the first cover has an annularly circumferential groove into which the coil housing can be inserted.
An optical fiber preform which is composed of silica-based glass comprising: a core portion containing an alkali metal at an average concentration of 5 atomic ppm or more; a first cladding portion which is disposed on the perimeter of the core portion; and a second cladding portion disposed on the perimeter of the first cladding portion, characterized in that: (i) the first cladding portion has a concentration of OH groups of 200 mol ppm or more in its perimeter portion; and (ii) the optical fiber preform is capable of being drawn to form an optical fiber having a first cladding portion whose outside diameter is 30 μm or more and 45 μm or less. a core portion containing an alkali metal at an average concentration of 5 atomic ppm or more; a first cladding portion which is disposed on the perimeter of the core portion; and a second cladding portion disposed on the perimeter of the first cladding portion, (i) the first cladding portion has a concentration of OH groups of 200 mol ppm or more in its perimeter portion; and (ii) the optical fiber preform is capable of being drawn to form an optical fiber having a first cladding portion whose outside diameter is 30 μm or more and 45 μm or less.
Tread for a passenger vehicle tyre, this tread being formed from at least one material that comes into contact with a road surface while the tyre is running via a tread surface forming the external surface of the tread, this tread having edge parts axially delimiting said tread, at least one of these edge parts being provided with a plurality of transversely or obliquely oriented cuts having a width at most equal to 2 mm and a depth at least equal to 75% of the thickness of the tread that is intended to be worn away, more than half of the cuts formed in the edge parts comprising at least one protuberance that locally reduces the width of this cut to a width at least equal to 0.2 mm and at most equal to 0.5 mm, this tread being characterized in that the material of which it is made and which is intended to come into contact with the road surface in the new state is chosen to have the following physical characteristics: - a Shore A hardness, measured in accordance with standard ASTM 2240 or DIN 53505, at a temperature of 23°C, at least equal to 48 and at most equal to 57, - a loss at 60°C at least equal to 12% and at most equal to 20%, a loss of energy at 60°C by rebound at a set energy level measured at the sixth impact and the value of which, expressed in %, is equal to the difference between the energy supplied and the energy returned, divided by the energy supplied, - a glass transition temperature Tg, measured in accordance with standard ASTM D 5992-96, at least equal to -20°C and at most equal to -10°C. - a Shore A hardness, measured in accordance with standard ASTM 2240 or DIN 53505, at a temperature of 23°C, at least equal to 48 and at most equal to 57, - a loss at 60°C at least equal to 12% and at most equal to 20%, a loss of energy at 60°C by rebound at a set energy level measured at the sixth impact and the value of which, expressed in %, is equal to the difference between the energy supplied and the energy returned, divided by the energy supplied, - a glass transition temperature Tg, measured in accordance with standard ASTM D 5992-96, at least equal to -20°C and at most equal to -10°C.
A method of performing an immersion tin process in the production of a component carrier, wherein the method comprises: electroless plating of tin on at least a part of a copper surface of the component carrier by immersing said part of the copper surface in a composition containing Sn, subsequently rinsing the tin-plated part of the copper surface carrier with a rinsing composition, characterised in that the rinsing composition comprises an alkali carbonate. electroless plating of tin on at least a part of a copper surface of the component carrier by immersing said part of the copper surface in a composition containing Sn, subsequently rinsing the tin-plated part of the copper surface carrier with a rinsing composition, characterised in that the rinsing composition comprises an alkali carbonate.
A receiver chip for use in an imaging system, comprising: a plurality of receiver dies, each of the receiver dies comprising one or more receiver circuits; a die interconnection layer located on top of the plurality of receiver dies; a dielectric layer; and a plurality of antennae located on the dielectric layer, each of the plurality of antennae corresponding to a respective receiver circuit, wherein the plurality of antennae are connected to the one or more receiver circuits through the dielectric layer and the die interconnection layer by respective vias; characterised in that: the dielectric layer is a quarter wave dielectric layer located on top of the die interconnection layer; and a distance between a topmost layer of the die interconnection layer and the plurality of antennae is determined by a thickness of the quarter wave dielectric layer. a plurality of receiver dies, each of the receiver dies comprising one or more receiver circuits; a die interconnection layer located on top of the plurality of receiver dies; a dielectric layer; and a plurality of antennae located on the dielectric layer, each of the plurality of antennae corresponding to a respective receiver circuit, wherein the plurality of antennae are connected to the one or more receiver circuits through the dielectric layer and the die interconnection layer by respective vias; characterised in that: the dielectric layer is a quarter wave dielectric layer located on top of the die interconnection layer; and a distance between a topmost layer of the die interconnection layer and the plurality of antennae is determined by a thickness of the quarter wave dielectric layer. the dielectric layer is a quarter wave dielectric layer located on top of the die interconnection layer; and a distance between a topmost layer of the die interconnection layer and the plurality of antennae is determined by a thickness of the quarter wave dielectric layer.
An absorbent article comprising a liquid-permeable body-side liner; a liquid-impermeable outer cover; an absorbent core positioned between the liquid-permeable body-side liner and the liquid-impermeable outer cover; a pouch positioned between the liquid-permeable body-side liner and the absorbent core, wherein the pouch is configured to collect and retain bodily waste through an opening facing the liquid-permeable body-side liner; and characterised by having a closing mechanism comprising at least two compressed substrates, wherein the compressed substrates are positioned on either side of the pouch such that upon contact with a liquid, the compressed substrates expand substantially in the compressed z-direction to close the pouch.
Method for determining magnetization parameters of a three-phase electric motor having a rotor and a stator, the method comprising and being characterized by: - feeding current pulses into a first and second phase (2212.1, 2212.2) of the three-phase electric motor, wherein the feeding-in of the current pulses takes place over a measurement period; - rotating the rotor by at least one part of an electrical revolution relative to the stator during the measurement period, wherein the rotation takes place evenly over the total measurement period; - measuring a voltage (U 3) across an inductive voltage divider of the three-phase electric motor during the measurement period and ascertaining measured values of the measured voltage at predetermined angles of rotation ( φ) of the rotor relative to the stator; - calculating corresponding simulation values of the voltage across the voltage divider at the predetermined angles of rotation ( φ) by using predetermined estimated values for the magnetization parameters and adjusting the predetermined estimated values for the magnetization parameters in such a way that a deviation of the simulation values of the voltage from the measured values of the measured voltage (U 3) is minimized; - determining at least one or more of the magnetization parameters of the three-phase motor with the aid of the estimated values of the magnetization parameters which were adjusted for the minimizing of the deviation of the simulation values from the measured values of the measured voltage (U 3). - feeding current pulses into a first and second phase (2212.1, 2212.2) of the three-phase electric motor, wherein the feeding-in of the current pulses takes place over a measurement period; - rotating the rotor by at least one part of an electrical revolution relative to the stator during the measurement period, wherein the rotation takes place evenly over the total measurement period; - measuring a voltage (U 3) across an inductive voltage divider of the three-phase electric motor during the measurement period and ascertaining measured values of the measured voltage at predetermined angles of rotation ( φ) of the rotor relative to the stator; - calculating corresponding simulation values of the voltage across the voltage divider at the predetermined angles of rotation ( φ) by using predetermined estimated values for the magnetization parameters and adjusting the predetermined estimated values for the magnetization parameters in such a way that a deviation of the simulation values of the voltage from the measured values of the measured voltage (U 3) is minimized; - determining at least one or more of the magnetization parameters of the three-phase motor with the aid of the estimated values of the magnetization parameters which were adjusted for the minimizing of the deviation of the simulation values from the measured values of the measured voltage (U 3).
A pharmaceutical composition comprising: an asialoglycoprotein (AsG) covalently attached to a polycation; and functional mammalian mitochondria that are at least partially purified; wherein the AsG, covalently attached to a polycation, is complexed electrostatically to the mitochondria. an asialoglycoprotein (AsG) covalently attached to a polycation; and functional mammalian mitochondria that are at least partially purified; wherein the AsG, covalently attached to a polycation, is complexed electrostatically to the mitochondria.
A switching device air conditioner with a compressor, a condenser, an expansion valve, a heat absorbing means and a cooling circuit for executing a compression operation, in which a cooling medium is compressed to a high-pressure level via a compressor and is supplied to a condenser and is cooled there, wherein thermal energy is released to an environment, and then is expanded via the expansion valve, so that the cooling medium evaporates by absorbing thermal energy through the heat absorbing means, wherein the switching device air conditioner has an additional pumping operation, in which the cooling medium can be is transferred without pressure change, so that a heat transport from a heat absorbing heat exchanger to a heat releasing heat exchanger according to a heat exchanger principle occurs, and wherein in the pumping operation, the cooling means can be pumped via the condenser facing the environment, wherein both in the compression operation and in the pumping operation a heat exchanger facing the inside of the switching device is provided, which is configured for both operations and forms the heat absorbing means, wherein parallel to the expansion valve, a pump is connected, through which in the pumping operation the cooling means can be conveyed, wherein parallel to the compressor, a bypass line is connected, through which in the pumping operation the cooling means can be conveyed, wherein an internal temperature sensor is provided as well as a control device connected thereto, by means of which a control or switch from the compression operation to the pumping operation and vice versa occurs, which is dependent on temperature regarding the interior of the switching device, and/or an ambient temperature sensor is provided as well as a control device connected thereto, by means of which a cooling operation, in particular a pumping operation, occurs, which is dependent on temperature regarding an ambient temperature.
Composition for the treatment of keratin fibres comprising, in a cosmetically acceptable medium: - one or more cationic polymers; - one or more fatty amides; - one or more anti-oxygen agents chosen from vitamin E, its ethers or its esters; and - one or more oxidizing agents; the pH of this composition being between 1.5 and 4.5, the composition further comprising at least 10 wt.% of one or more oils, relative to the total weight of the competition. - one or more cationic polymers; - one or more fatty amides; - one or more anti-oxygen agents chosen from vitamin E, its ethers or its esters; and - one or more oxidizing agents;
A method for a software build and load process using a compilation and deployment service comprising: receiving, at said service, new software, wherein said new software is semi-compiled code (310, 320, 510, 520) that is not human-readable; comparing, at said service, said received new software with data in a database (525, 725), wherein the data comprises active software, further comprising checking said semi-compiled code, on the statement and expression level, against predefined constraints and said active software, wherein the semi-compiled code is compiled if all constraints are met; merging, at said service, the components that are common between the compiled code and the active software down to the statement and expression level into one or more load modules (330, 550a, 550b); and deploying said one or more load modules to one or more target processing units (340, 400, 410). receiving, at said service, new software, wherein said new software is semi-compiled code (310, 320, 510, 520) that is not human-readable; comparing, at said service, said received new software with data in a database (525, 725), wherein the data comprises active software, further comprising checking said semi-compiled code, on the statement and expression level, against predefined constraints and said active software, wherein the semi-compiled code is compiled if all constraints are met; merging, at said service, the components that are common between the compiled code and the active software down to the statement and expression level into one or more load modules (330, 550a, 550b); and deploying said one or more load modules to one or more target processing units (340, 400, 410).
Node structure for a vehicle body, with at least two profile components (120, 130), more particularly formed from fibre-plastic composite material, and a connecting node formed from fibre-reinforced plastic, which connects the profile components (120, 130) on node-side profile ends (121, 131), characterised in that the connecting node is configured with integrated metallic load introducing elements for the connecting of at least one further component, wherein the load introducing elements have an anchoring plate and a sleeve projecting away from it and the anchoring plates are configured with anti-rotation protection, wherein the sleeve is configured with a waisted shape.
A dispensing device for metering flowable media, comprising a housing, at least one storage container being replaceably arranged in the housing and comprising at least one pumping device and at least one operating device, wherein the pumping device is arranged on the top of the storage container and consists of at least one pumping unit comprising a vertically displaceable activating pressure piece and a flexible outlet hose, characterized in that at least one outlet pipe for at least partially accommodating the flexible outlet hose of the pumping device is provided at the housing, wherein the flexible outlet hose extends across nearly the entire length of the outlet pipe and in that the operating device consists of at least one lifting table unit, which can be lifted via a tilt lever, for lifting the storage container, and of a stop element for the activating pressure piece of the pumping unit.