mhurhangee/ep-ind-claims huggingface dataset:
A process of producing a fermentation product, comprising converting a starch-containing material to a dextrin with an alpha-amylase; saccharifying the dextrin to a sugar with a saccharifying enzyme; and fermenting the sugar using a fermenting organism in the presence of a glycoside hydrolase Family 61 polypeptide in a single step at a temperature below the initial gelatinization temperature of the starch-containing material, wherein the glycoside hydrolase Family 61 polypeptide is present in an amount which results in a greater amount of the fermentation product than the amount of the fermentation produced by the same process without the glycoside hydrolase Family 61 polypeptide, wherein the glycoside hydrolase Family 61 polypeptide comprises the following motifs: ILMV − P − X 4 5 − G − X − Y − ILMV − X − R − X − EQ − X 4 − HNQ and FW − TF − K − AIV, wherein X is any amino acid, X(4,5) is any four or five contiguous amino acids, and X is any four contiguous amino acids.
A device for influencing reactive-power flows in multi-phase alternating current systems comprising a plurality of thyristor-controlled, or thyristor-switched, coil branches (3, 3"), wherein a first coil branch is connected to a first phase and a second phase of the alternating current system, and another coil branch (3") is connected to the first phase and another phase (2") of the alternating current system, and wherein each coil branch (3, 3") comprises a first partial coil (4, 4") and a second partial coil (5, 5"), which partial coils (4, 4", 5, 5") are connected via first electrical terminals (7, 7", 8, 8") respectively to the corresponding phase (2, 2', 2") of the alternating current system, and via second electrical terminals (9, 9", 10, 10") to a thyristor unit (6, 6") connected between the partial coils (4, 4", 5, 5"), and wherein a first partial coil (4, 4") and a second partial coil (5, 5") respectively form a structurally independent coil subassembly, and the longitudinal central axes of the partial coils (4, 4", 5, 5") in the coil subassembly are oriented essentially vertically with respect to a support plane, characterised in that the inductance factor of the first partial coil (4, 4") is specifically dimensioned so as to be at least 10 % greater than the inductance factor of the second partial coil (5, 5"), and in that the second partial coil (5, 5") in a coil subassembly is arranged structurally above the first partial coil (4, 4"), and the second partial coil (5, 5") is supported by the first partial coil (4, 4").
A method of radio resource control in a communication network entity (701, 901, 1200) designed for supporting a communication between a terminal (702, 1300) and a communication network that comprises said communication network entity (701, 901, 1200), said communication between said communication network and said terminal (702, 1300) being carried over one or more radio resources, said terminal (702, 1300) and said communication network being arranged to support a radio resource control suspend operation and a radio resource control resume operation in which each of said terminal (702, 1300) and said communication network stores respective radio resource control information related to a configured connected state of said terminal (702, 1300) and refers to the respectively stored radio resource control information for resuming a connected state of said terminal, said radio resource control information comprising a radio resource configuration information belonging to a set of bearers associated with said configured connected state, wherein the radio resource control information is embodied as user equipment, UE, context, said method comprising performing an admission control process during said radio resource control resume operation, said admission control process comprising a procedure for examining whether said connected state is to be resumed according to the stored radio resource configuration information or if a radio resource reconfiguration procedure is to be performed for resuming the connected state. said terminal (702, 1300) and said communication network being arranged to support a radio resource control suspend operation and a radio resource control resume operation in which each of said terminal (702, 1300) and said communication network stores respective radio resource control information related to a configured connected state of said terminal (702, 1300) and refers to the respectively stored radio resource control information for resuming a connected state of said terminal, said radio resource control information comprising a radio resource configuration information belonging to a set of bearers associated with said configured connected state, wherein the radio resource control information is embodied as user equipment, UE, context, said method comprising performing an admission control process during said radio resource control resume operation, said admission control process comprising a procedure for examining whether said connected state is to be resumed according to the stored radio resource configuration information or if a radio resource reconfiguration procedure is to be performed for resuming the connected state.
An apparatus for measuring an applied force comprising: a reflective surface configured to: deform based on an applied force; and reflect radar signals; and a radar-based force-sensing system configured to: transmit the radar signals to the reflective surface; receive the radar signals reflected by the reflective surface; detect the deformation (408, 416, 422) on the reflective surface based on the received radar signals; and measure a characteristic of the applied force based on the detected deformation. a reflective surface configured to: deform based on an applied force; and reflect radar signals; and deform based on an applied force; and reflect radar signals; and a radar-based force-sensing system configured to: transmit the radar signals to the reflective surface; receive the radar signals reflected by the reflective surface; detect the deformation (408, 416, 422) on the reflective surface based on the received radar signals; and measure a characteristic of the applied force based on the detected deformation. transmit the radar signals to the reflective surface; receive the radar signals reflected by the reflective surface; detect the deformation (408, 416, 422) on the reflective surface based on the received radar signals; and measure a characteristic of the applied force based on the detected deformation.
A method of displaying ultrasound images, the method comprising: reading an ultrasound image stored in a storage medium, based on a user's input; displaying, on a screen, the ultrasound image and time gain compensation information that is matched to the ultrasound image; receiving an input of modifying the TGC information via adjusting at least one TGC value in the TGC information that corresponds to a respective depth value in the ultrasound image; and updating the ultrasound image, which is displayed on the screen, based on the modified TGC information. reading an ultrasound image stored in a storage medium, based on a user's input; displaying, on a screen, the ultrasound image and time gain compensation information that is matched to the ultrasound image; receiving an input of modifying the TGC information via adjusting at least one TGC value in the TGC information that corresponds to a respective depth value in the ultrasound image; and updating the ultrasound image, which is displayed on the screen, based on the modified TGC information.
A continuously variable transmission comprising: an electric oil pump disposed in an oil path between a piston oil chamber of a primary pulley and a piston oil chamber of a secondary pulley; and a controlling portion configured to control entry and exit of oil in the piston oil chamber of the primary pulley by the electric oil pump, wherein a piston area of the primary pulley is smaller than a piston area of the secondary pulley, characterized in that based on a leak characteristic of the oil path to a hydraulic pressure of the piston oil chamber of the primary pulley, the piston area of the primary pulley is a magnitude at which an amount of leak in the oil path at a time when a thrust of the primary pulley is maximum does not exceed a supply flow rate limiting value set in advance. an electric oil pump disposed in an oil path between a piston oil chamber of a primary pulley and a piston oil chamber of a secondary pulley; and a controlling portion configured to control entry and exit of oil in the piston oil chamber of the primary pulley by the electric oil pump, wherein a piston area of the primary pulley is smaller than a piston area of the secondary pulley, characterized in that based on a leak characteristic of the oil path to a hydraulic pressure of the piston oil chamber of the primary pulley, the piston area of the primary pulley is a magnitude at which an amount of leak in the oil path at a time when a thrust of the primary pulley is maximum does not exceed a supply flow rate limiting value set in advance.
A method of communication among two or more modules over a common control network, the method comprising: sending from a communication device over a control network a message packet having at least a data portion, the message packet defined by bits (1, 2, 3, 4, 5, 6, 7, 8) having a plurality of bit quanta, wherein data for the message packet is defined by a signal level at defined bit quanta of a bit, the defined bit quanta being less than every bit quanta of a bit; sending an authentication identifier embedded within the message packet using a portion of the message packet other than the defined bit quanta; receiving the authentication identifier by a receiving module of the common control network; determining whether the message packet is an authorized message packet based on the authentication identifier, characterised by modifying the time length of the bit such that a receiving module can determine the change in the received bit's time length and associate that change with a particular logic value through application of controlled variation of a sending module's oscillator frequency up to 0.5% range. sending from a communication device over a control network a message packet having at least a data portion, the message packet defined by bits (1, 2, 3, 4, 5, 6, 7, 8) having a plurality of bit quanta, wherein data for the message packet is defined by a signal level at defined bit quanta of a bit, the defined bit quanta being less than every bit quanta of a bit; sending an authentication identifier embedded within the message packet using a portion of the message packet other than the defined bit quanta; receiving the authentication identifier by a receiving module of the common control network; determining whether the message packet is an authorized message packet based on the authentication identifier, characterised by modifying the time length of the bit such that a receiving module can determine the change in the received bit's time length and associate that change with a particular logic value through application of controlled variation of a sending module's oscillator frequency up to 0.5% range.
Antigen-binding construct for use in the treatment of tumour diseases, whereby the construct specifically binds to and inhibits human superoxide dismutase or binds to and inhibits human catalase, characterized by being a single-domain-VHH-fragment, comprising at least three CDR sequences; whereby the said three CDR sequences each are selected from (a) SEQ ID NO:19 as CDR1, SEQ ID NO:20 as CDR2 and SEQ ID NO:21 as CDR3; or (b) SEQ ID NO:25 as CDR1, SEQ ID NO:26 as CDR2 and SEQ ID NO:27 as CDR3; or (c) SEQ ID NO:34 as CDR1, SEQ ID NO:35 as CDR2 and SEQ ID NO:36 as CDR3. (a) SEQ ID NO:19 as CDR1, SEQ ID NO:20 as CDR2 and SEQ ID NO:21 as CDR3; or (b) SEQ ID NO:25 as CDR1, SEQ ID NO:26 as CDR2 and SEQ ID NO:27 as CDR3; or (c) SEQ ID NO:34 as CDR1, SEQ ID NO:35 as CDR2 and SEQ ID NO:36 as CDR3.
A method for generatively producing at least one component area of a component, in particular of a component of a turbine or of a compressor, in which at least the following steps are performed: a) applying a powder layer (10a-c) onto a component platform in the area of a construction and joining zone; b) locally melting and/or sintering the powder layer (10a-c) in that at least one high-energy beam is moved in relation to the component platform in the area of the construction and joining zone and selectively impinges on the powder layer (10a-c), wherein the at least one high-energy beam and the component platform are moved in relation to each other at least in certain areas in the form of a family of parallels arranged along a linear feed direction, whereby exposure strips of linear melting and/or sintering zones in the form of the family of parallels arise; c) lowering the component platform by a predetermined layer thickness in a lowering direction; and d) repeating the steps a) to c) until completion of the component area, characterized in that the at least one high-energy beam and the component platform are moved in relation to each other upon at least two different powder layers (10a-c) such that the respective families of parallels of the respective powder layers (10a-c) are arranged at different angles to the respective linear feed direction in powder layer areas, which are one above the other in lowering direction. a) applying a powder layer (10a-c) onto a component platform in the area of a construction and joining zone; b) locally melting and/or sintering the powder layer (10a-c) in that at least one high-energy beam is moved in relation to the component platform in the area of the construction and joining zone and selectively impinges on the powder layer (10a-c), wherein the at least one high-energy beam and the component platform are moved in relation to each other at least in certain areas in the form of a family of parallels arranged along a linear feed direction, whereby exposure strips of linear melting and/or sintering zones in the form of the family of parallels arise; c) lowering the component platform by a predetermined layer thickness in a lowering direction; and d) repeating the steps a) to c) until completion of the component area,
Wall element manufactured according to the method of claim 10 and comprising a brickwork which is joined together from a plurality of individual bricks, wherein the brickwork is circumferentially surrounded by a concrete frame which is closed along the entire circumference of the brickwork, so that the wall element forms a self-supporting and transportable unit and wherein the width of the concrete frame perpendicular to the plane of the wall element measures according to the width of the bricks perpendicular to the plane of the wall element.
Household refrigerator with an interior space (4, 5) for receiving food, which is bounded by walls of an inner container, and with a keep-fresh container for food arranged in the interior space (4, 5), which keep-fresh container can be closed by a cover, and with a storage device, with which the cover is mounted so that it can be raised and lowered for opening and closing the keep-fresh container in the interior space (4, 5), and with an operating element with which the cover can be actuated, wherein the operating element can be actuated for actuating the cover on an actuation path, such that the cover can, as a function of a position of the operating element, be positioned in a first closed position, in a second fully-open position or in an intermediate position between the end positions, wherein the operating element has a disc-shaped base body which has a guide track encircling an axis of rotation of the operating element, characterised in that the operating element can be locked in at least three different positions along the actuation path, and the encircling guide track has straight guide track sections (38, 39, 40), onto which a locking element engages as a function of the position of the operating element, in order to lock the operating element in one of the three positions.
A holding member of a curtain airbag strap that disengageably holds a strap which connects an end portion of a curtain airbag main body to a pillar of a vehicle body, and that can be attached to the vehicle body while holding the strap, the holding member comprising: a slope oriented towards the exterior and the bottom of the vehicle body when attached to the vehicle body; wherein the strap can be held on a top face of the slope, with the curtain airbag main body in a stored state; and the slope allows guiding, towards the exterior of the vehicle body, the strap moving in response to deployment and inflation of the curtain airbag main body, characterized in that a pressing body for pressing and bringing the strap into pressure contact with the slope is provided adjacent to the slope. a slope oriented towards the exterior and the bottom of the vehicle body when attached to the vehicle body; wherein the strap can be held on a top face of the slope, with the curtain airbag main body in a stored state; and the slope allows guiding, towards the exterior of the vehicle body, the strap moving in response to deployment and inflation of the curtain airbag main body, characterized in that a pressing body for pressing and bringing the strap into pressure contact with the slope is provided adjacent to the slope.
An antistatic sheet comprising a multilayer structure comprising a base and a layer stacked on the base, wherein the layer contains an aluminum-containing compound, a polymer having a phosphonic acid unit and an inorganic phosphorus compound, the layer has a surface electrical resistivity of 1.0 × 10 6 Ω/sq or more and 4.0 × 10 13 Ω/sq or less, and a ratio W BO /W BI between a weight W BI of the inorganic phosphorus compound and a weight W BO of the polymer having the phosphonic acid unit is less than 0.32.
An assembly consisting of a support plate and a pallet connectable to a carrying drone, the pallet comprising: a strap; a body part which is adapted to press and support goods loaded on the support plate from the top, connect and fix the goods with the support plate up and down through the strap, and has a fastening port fastenable to the carrying drone; and a power supply unit which is embedded in a partial region of the body part to provide power to the carrying drone connected to a power cable, wherein the body part comprises a fork insertion hole which is provided on the circumferential surface of the body part so that a fork of a forklift can be inserted, a connection port which is adapted to connect and fix the support plate using the strap, a fastening port in which at least two fastening ports are provided on one side of the body part to be fastened to the carrying drone, and a first receiving portion provided on a circumferential surface of the fastening port in a groove shape in which the fastening port is adapted to be received. a strap; a body part which is adapted to press and support goods loaded on the support plate from the top, connect and fix the goods with the support plate up and down through the strap, and has a fastening port fastenable to the carrying drone; and a power supply unit which is embedded in a partial region of the body part to provide power to the carrying drone connected to a power cable, wherein the body part comprises a fork insertion hole which is provided on the circumferential surface of the body part so that a fork of a forklift can be inserted, a connection port which is adapted to connect and fix the support plate using the strap, a fastening port in which at least two fastening ports are provided on one side of the body part to be fastened to the carrying drone, and a first receiving portion provided on a circumferential surface of the fastening port in a groove shape in which the fastening port is adapted to be received.
A spa, comprising: a spa cabinet defining a support structure of the spa; a shell supported by said spa cabinet and configured to hold a volume of liquid; a cover assembly including a first cover member selectively movable between a covered position, in which said first cover member is generally horizontally arranged atop said shell, and an uncovered position, in which said first cover member is arranged generally vertically and positioned adjacent to said base; and a lifting mechanism for pivotally connecting said first cover member to said spa cabinet and configured to effect movement of said cover member between said covered position and said uncovered position, whereby said lifting mechanism includes a pair of lifting arms located outside of said spa cabinet and characterised in that said lifting mechanism further comprises an assist mechanism located interior to said spa cabinet, said assist mechanism exerting a generally upwards biasing force on said first cover member when said first cover member is moved to said uncovered position. a spa cabinet defining a support structure of the spa; a shell supported by said spa cabinet and configured to hold a volume of liquid; a cover assembly including a first cover member selectively movable between a covered position, in which said first cover member is generally horizontally arranged atop said shell, and an uncovered position, in which said first cover member is arranged generally vertically and positioned adjacent to said base; and a lifting mechanism for pivotally connecting said first cover member to said spa cabinet and configured to effect movement of said cover member between said covered position and said uncovered position, whereby said lifting mechanism includes a pair of lifting arms located outside of said spa cabinet and characterised in that said lifting mechanism further comprises an assist mechanism located interior to said spa cabinet, said assist mechanism exerting a generally upwards biasing force on said first cover member when said first cover member is moved to said uncovered position.
A threaded joint for metal pipes comprising a pin and a box capable of mating with each other, the pin having an externally threaded portion and an unthreaded metal contact portion, and the box having an internally threaded portion and an unthreaded metal contact portion, wherein at least one of the pin and the box has a lubricating coating formed on at least part of the threaded portion and/or unthreaded metal contact portion, the lubricating coating being formed from a lubricating coating composition consisting essentially of 25-80 wt% of a volatile organic solvent, and 75-20 wt% of at least one nonvolatile component, wherein 100 parts by weight of the nonvolatile component consists essentially of 30-80 parts by weight of the at least one basic lubricant selected from a basic sulfonate, a basic salicylate, and a basic phenate which is at least partially dissolved in the solvent, 0-30 parts by weight of a thermoplastic resin, 0-90 parts by weight of a lubricant other than a basic lubricant, and 0-15 parts by weight of an extreme pressure agent by evaporation of the solvent, the basic lubricant having a base number of 100 to 500mg KOH/g, wherein the volatile organic solvent shows a tendency to vaporise at a temperature from room temperature to 150°C when in the form of a coating.
An arrangement for sealing line interfaces in a motor vehicle, wherein the arrangement comprises a functional unit and a seal, wherein, in the motor vehicle, at least one line (5, 6) from an engine compartment of the motor vehicle is routed into a vehicle interior, wherein the engine compartment is separated from the vehicle interior by a partition which has an opening through which the at least one line (5, 6) is routed and the opening is closed on the vehicle interior side by the seal which is fastened to the functional unit, which can be arranged in the vehicle interior, characterized in that a flange of the functional unit bearing the seal is configured to be movable relative to the functional unit or the seal is moveably arranged on the flange which is rigidly fastened to the functional unit.