mhurhangee/ep-ind-claims huggingface dataset:
Device for heating a liquid medium, in particular a mashing device, having a vessel, a heater for heating the liquid medium, in particular the mash, with a heating medium, a control unit for controlling a heating rate, a temperature sensor for measuring the flow temperature of the heating medium, a temperature sensor for measuring the return temperature of the heating medium, a temperature sensor for measuring the temperature of the liquid medium, wherein the control unit is configured such that a constant heating rate takes place either through the control of the logarithmic temperature difference, which is obtained as follows: Δ θ ln = θ VL − θ M − θ RL − θ M ln θ VL − θ M θ RL − θ M wherein Δθ ln = logarithmic temperature difference, θ VL = flow temperature, θ RL = return temperature, θ M = temperature liquid medium, or at least the mean heating-medium temperature is determined according to the mean value between flow and return temperature of the heating medium and the temperature of the liquid medium, and the heating rate is controlled via the difference between the mean heating-medium temperature and the respective current temperature of the liquid medium during heating.
Brace comprising: - a bottom (F1; F2) comprising a sole (2; 102) made of soft material provided with a tread (21; 121) intended to come in contact with the ground, - a rigid body (6; 106) comprising a base plate, - a monolithic upper removably connected to the rigid body (6; 106), and - at least one intermediate sole made of soft material disposed on the base plate of the rigid body (6; 106), characterized in that said bottom (F1; F2) comprises a stiffening plate made of non-deformable hard material and fixed on the sole (2; 102), said base plate of the rigid body (6; 106) is removably connected to the stiffening plate by means of fit-in coupling. - a bottom (F1; F2) comprising a sole (2; 102) made of soft material provided with a tread (21; 121) intended to come in contact with the ground, - a rigid body (6; 106) comprising a base plate, - a monolithic upper removably connected to the rigid body (6; 106), and - at least one intermediate sole made of soft material disposed on the base plate of the rigid body (6; 106),
Turbomachine, in particular a turbocompressor, comprising a rotor which is at least partly arranged in a casing and extends along a rotational axis, wherein the turbomachine has at least one radial bearing in which the rotor is radially mounted at a radial bearing point, wherein the radial bearing is designed as an oil-lubricated slide bearing, wherein in the axial region of the radial bearing point, the rotor has a cavity which is annularly located in a circumferential direction in the region of the outer 20% of the diameter of the radial bearing point of the rotor and which provides thermal insulation between a radially inner core region of the rotor in the region of the radial bearing point and the radially outer region of the rotor in the region of the radial bearing point, characterized in that a first shaft end of the rotor protrudes from the axial center of the radial bearing point by an overhang over the radial bearing point, wherein a first quotient of the overhang to a total length of the rotor is QLO=OVH/TLE > 0.15, wherein a radial height of the cavity is less than 10% of the rotor diameter at the radial bearing position.
A method for producing a synthetic fibre (10, 20, 30, 40) for use in an artificial grass sports field using a co-extrusion process, comprising the steps of: i. supplying a first synthetic material; ii. supplying at least a second synthetic material; iii. composing by co-extrusion a layer of synthetic material consisting of at least a layer of first synthetic material (11, 21, 31, 41) and a layer of said second synthetic material (12, 22, 32, 42), wherein the layer of synthetic material is composed of an inner layer of said first synthetic material and one or more outer layers, each layer consisting of a different synthetic material iv. obtaining the synthetic fibre from the layer of synthetic material, characterized in that after step iii) the layer of synthetic material is stretched. i. supplying a first synthetic material; ii. supplying at least a second synthetic material; iii. composing by co-extrusion a layer of synthetic material consisting of at least a layer of first synthetic material (11, 21, 31, 41) and a layer of said second synthetic material (12, 22, 32, 42), wherein the layer of synthetic material is composed of an inner layer of said first synthetic material and one or more outer layers, each layer consisting of a different synthetic material iv. obtaining the synthetic fibre from the layer of synthetic material,
A polynucleotide, at least 90% identical to the sequence of SEQ ID NO: 1, wherein a polypeptide encoded by the polynucleotide is specific for hepatocellular carcinoma cells.
Control system for a battery system, the control system comprising: a power switch configured for disconnecting the battery system from an external load in response to a control signal (41, 42); a battery system manager, BSM, comprising a first microcontroller, MCU, configured for performing at least one control function with respect to the battery system and for controlling the power switch via a first control signal suitable for controlling the power switch in a normal operation mode of the first MCU; a battery disconnect unit, BDUe, comprising a second microcontroller, MCU, and configured for detecting an output current of the battery system, for transmitting a current signal indicative of the detected output current to the BSM, wherein the second MCU is further configured for detecting a fault state of the first MCU and, in the fault mode of the first MCU, for controlling the power switch via a second control signal suitable for controlling the power switch; and a multiplexer configured for receiving the first control signal from the first MCU, for receiving the second control signal from the second MCU and for outputting, in the normal operation mode of the first MCU, the first control signal to the power switch and, in the fault mode of the first MCU, the second control signal to the power switch, wherein the second MCU is alternative to the first MCU for controlling the power switch. a power switch configured for disconnecting the battery system from an external load in response to a control signal (41, 42); a battery system manager, BSM, comprising a first microcontroller, MCU, configured for performing at least one control function with respect to the battery system and for controlling the power switch via a first control signal suitable for controlling the power switch in a normal operation mode of the first MCU; a battery disconnect unit, BDUe, comprising a second microcontroller, MCU, and configured for detecting an output current of the battery system, for transmitting a current signal indicative of the detected output current to the BSM, wherein the second MCU is further configured for detecting a fault state of the first MCU and, in the fault mode of the first MCU, for controlling the power switch via a second control signal suitable for controlling the power switch; and a multiplexer configured for receiving the first control signal from the first MCU, for receiving the second control signal from the second MCU and for outputting, in the normal operation mode of the first MCU, the first control signal to the power switch and, in the fault mode of the first MCU, the second control signal to the power switch, wherein the second MCU is alternative to the first MCU for controlling the power switch.
Sensor device for measuring a measurement variable which characterizes a state of rotation of a shaft part of a motor vehicle, in particular a steering shaft of the motor vehicle, comprising a holder which can be connected to the shaft part of the motor vehicle, comprising a magnetic stator part which is arranged on the holder and is designed for conducting magnetic flux from a magnet towards a magnetic sensor and has an annular radial base element which, by way of its axial front side, is axially supported on the holder, and comprising a fastening element by means of which the stator part, from its axial rear side which is situated opposite the front side, is fixed to the holder at least in the axial direction, wherein the holder has at least one welding rib by means of which the holder is connected to the fastening element by friction welding, characterized in that the holder has a cylindrical first axial region, on which the base element is axially supported by way of the front side, and also a cylindrical second axial region which is arranged concentrically in relation to the first region and has a smaller diameter and is connected, in particular integrally, to the first axial region by means of a large number of connecting elements which are arranged in a manner distributed in a peripheral direction, wherein the stator part is plug-mounted onto the second axial region of the holder and the at least one welding rib is formed on one of the connecting elements, wherein the stator part has a large number of tooth elements, which are arranged in a manner distributed in a peripheral direction and protrude from the radial base element in the axial direction, for receiving the magnetic flux from the magnet, which tooth elements extend axially into the first axial region of the holder and in each case one radial recess is formed on the inner periphery of the base element between two adjacent tooth elements, and wherein the connecting elements are received in the recesses in the base element and a radial passage opening through which the tooth elements can be inserted is formed between the connecting elements in each case.
A mounting element for mounting a gangway interface section of a rail vehicle to a car interface section of the rail vehicle, wherein the mounting element comprises at least one positioning thread hole and at least one fixation thread hole, wherein the fixation thread hole is provided by a reinforced section of the mounting element, wherein a thread diameter of the at least one fixation thread hole is larger than a thread diameter of the at least one positioning thread hole, characterized in that the fixation thread hole is provided by a threaded element which is welded to the body of the mounting element.
A process for the manufacture of a dialkyl furan-2,5-dicarboxylate (DAFD) vapor composition comprising: a. feeding furan-2,5-dicarboxylic acid ("FDCA") to an esterification reactor; and b. providing a liquid reaction mixture in the esterification reactor, said liquid reaction mixture comprising FDCA, an alcohol compound, DAFD, water, and 5-(alkoxycarbonyl)furan-2-carboxylic acid (ACFC); and c. in the presence of said alcohol compound, conducting an esterification reaction in the liquid reaction mixture; and d. providing an esterification vapor in an esterification vapor space within the esterification reactor above the liquid reaction mixture, said esterification vapor comprising, in vapor form, DAFD, unreacted alcohol compound, ACFC, and water; and e. continuously passing at least a portion of the esterification vapor into a rectification zone in which at least a portion of the ACFC in the esterification vapor is converted to a liquid phase condensate; and f. contacting at least a portion of the liquid phase condensate with the liquid reaction mixture; and g. continuously discharging from the rectification zone a DAFD vapor composition comprising DAFD, water, unreacted alcohol, and by-products; the process further comprising a rectification solvent fed to the rectification zone to flow countercurrently to the flow of the esterification vapor to convert at least a portion of the ACFC in the esterification vapor into a liquid phase condensate. a. feeding furan-2,5-dicarboxylic acid ("FDCA") to an esterification reactor; and b. providing a liquid reaction mixture in the esterification reactor, said liquid reaction mixture comprising FDCA, an alcohol compound, DAFD, water, and 5-(alkoxycarbonyl)furan-2-carboxylic acid (ACFC); and c. in the presence of said alcohol compound, conducting an esterification reaction in the liquid reaction mixture; and d. providing an esterification vapor in an esterification vapor space within the esterification reactor above the liquid reaction mixture, said esterification vapor comprising, in vapor form, DAFD, unreacted alcohol compound, ACFC, and water; and e. continuously passing at least a portion of the esterification vapor into a rectification zone in which at least a portion of the ACFC in the esterification vapor is converted to a liquid phase condensate; and f. contacting at least a portion of the liquid phase condensate with the liquid reaction mixture; and g. continuously discharging from the rectification zone a DAFD vapor composition comprising DAFD, water, unreacted alcohol, and by-products;
A support distributor for a scallop for use in a radial flow reactor, comprising an elongated sheet having: (a) a plurality of perforations extending through a thickness thereof, and (b) at least three edges along a length thereof so as to form a member having at least three support points (A-E) which engage an inner surface of the scallop. (a) a plurality of perforations extending through a thickness thereof, and (b) at least three edges along a length thereof so as to form a member having at least three support points (A-E) which engage an inner surface of the scallop.
A smooth or corrugated antistatic tube construction, said tube construction comprises a strip spirally wound so as to form said tube, in said strip being embedded two rigid reinforcement elements (3, 33), spaced by a first set pitch from one another, a single conductive cable being spirally wound, characterized in that said conductive cable being wound with a second winding pitch, on the outer surface of the tube, said second pitch of said conductive cable being double than said first pitch of said reinforcement elements.
Method to limit corrosion and emissions in thermal process equipment, integrating the problematic substances released during combustion, where halogens and combustion-critical metals, dioxins and furans, chlorinated hydrocarbons, polychlorinated biphenyls and polycyclic aromatic hydrocarbons are defined as problematic substances, combustion-critical metals are defined as alkali and alkaline earth metals, heavy metals with a density ≥5 g/cm3, the light metal aluminium in metallic form and other low-melting point metallic phases with melting points ≤1,000°C, and halogens are defined as the elements of the seventh group of the periodic table, comprising chlorine, as well as sulphur, phosphor, nitrogen, chromium and their oxides, characterized in that a hydrated sorbent of an alkaline nature is added during combustion and before reaching the exhaust system, where either geopolymers, hydrated hydraulic and latent hydraulic phases or sedimentary rocks are used as a hydrated sorbent of an alkaline nature, and in that the chemically bonded water and/or the hydroxide groups and/or the hydronium ions of the hydrated sorbent are separated after the hydrated sorbent is added to the combustion process, forming reactive oxide blends, where the hydrated sorbent has a molar factor of aluminium oxide to silica of ≥0.13 and hence is of an alkaline nature.
A mobile machine, comprising: a harvesting mechanism arranged to harvest a crop; a crop loss sensor (130, 132) arranged to generate a crop loss sensor signal indicative of crop loss sensed during harvesting; a context sensor arranged to generate a context information signal indicative of a context of the mobile machine; and a crop loss correction system adapted to generate a corrected loss signal based on the crop loss sensor signal and the context information signal, characterized in that the machine can have different configurations whereby the particular configuration of the machine affects the ability to accurately sense grain loss, that the context sensor comprises a machine state sensor that is adapted to sense the configuration of the mobile machine and to generate the context information signal to be indicative of the sensed machine configuration, and that the crop loss correction system is adapted to generate the corrected loss signal based on the sensed machine configuration. a harvesting mechanism arranged to harvest a crop; a crop loss sensor (130, 132) arranged to generate a crop loss sensor signal indicative of crop loss sensed during harvesting; a context sensor arranged to generate a context information signal indicative of a context of the mobile machine; and a crop loss correction system adapted to generate a corrected loss signal based on the crop loss sensor signal and the context information signal, characterized in that the machine can have different configurations whereby the particular configuration of the machine affects the ability to accurately sense grain loss, that the context sensor comprises a machine state sensor that is adapted to sense the configuration of the mobile machine and to generate the context information signal to be indicative of the sensed machine configuration, and that the crop loss correction system is adapted to generate the corrected loss signal based on the sensed machine configuration.
A system for stacking containers in an automated storage and retrieval system, comprising: one or more clamps, each clamp defining a stack location and configured for clamping a lowest container in a stack, the one or more clamps configured to support the weight of a plurality of containers in the stack; and a lifter configured for enabling engagement by one of the clamps to a container which is disposed beneath the stack, wherein engagement and disengagement of the clamps enables containers to be added to or removed from a bottom of the stack; characterised in that the system comprises: a grid comprising at least one overhead load handler configured to travel above the grid on rails of the grid structure and to engage containers from above, wherein the rails are perpendicular tracks, wherein the overhead load handler is configured to travel along the rails to access the various stacks in the system, wherein the overhead load handler has two sets of perpendicular wheels for engaging the tracks, the at least one overhead load handler being configured for lifting one or more containers from a top of the stack, and for lowering one or more containers onto the top of the stack. one or more clamps, each clamp defining a stack location and configured for clamping a lowest container in a stack, the one or more clamps configured to support the weight of a plurality of containers in the stack; and a lifter configured for enabling engagement by one of the clamps to a container which is disposed beneath the stack, wherein engagement and disengagement of the clamps enables containers to be added to or removed from a bottom of the stack; characterised in that the system comprises: a grid comprising at least one overhead load handler configured to travel above the grid on rails of the grid structure and to engage containers from above, wherein the rails are perpendicular tracks, wherein the overhead load handler is configured to travel along the rails to access the various stacks in the system, wherein the overhead load handler has two sets of perpendicular wheels for engaging the tracks, the at least one overhead load handler being configured for lifting one or more containers from a top of the stack, and for lowering one or more containers onto the top of the stack. a grid comprising at least one overhead load handler configured to travel above the grid on rails of the grid structure and to engage containers from above, wherein the rails are perpendicular tracks, wherein the overhead load handler is configured to travel along the rails to access the various stacks in the system, wherein the overhead load handler has two sets of perpendicular wheels for engaging the tracks, the at least one overhead load handler being configured for lifting one or more containers from a top of the stack, and for lowering one or more containers onto the top of the stack.
A color correction device used for an image capturing device, the color correction device comprising: a linear matrix circuit configured to generate a second R signal, a second G signal, and a second B signal by performing a matrix operation of a correction coefficient of 3 rows x 3 columns including first to third correction coefficients (kRR', kRG', kRB'), fourth to sixth correction coefficients (kGR', kGG', kGB'), and seventh to ninth correction coefficients (kBR, kBG, kBB) on a first R signal, a first G signal, and a first B signal that are generated by the image capturing device capturing an image of a subject; and an R coefficient corrector configured to perform correction so that the first correction coefficient (kRR') to be multiplied by the first R signal is caused to be more close to 1, and the second and third correction coefficients (kRG', kRB') to be respectively multiplied by the first G signal and the first B signal are caused to be more close to 0, the more a first difference value obtained by subtracting the first G signal from the first B signal increases, when the first difference value exceeds a first threshold (th). a linear matrix circuit configured to generate a second R signal, a second G signal, and a second B signal by performing a matrix operation of a correction coefficient of 3 rows x 3 columns including first to third correction coefficients (kRR', kRG', kRB'), fourth to sixth correction coefficients (kGR', kGG', kGB'), and seventh to ninth correction coefficients (kBR, kBG, kBB) on a first R signal, a first G signal, and a first B signal that are generated by the image capturing device capturing an image of a subject; and an R coefficient corrector configured to perform correction so that the first correction coefficient (kRR') to be multiplied by the first R signal is caused to be more close to 1, and the second and third correction coefficients (kRG', kRB') to be respectively multiplied by the first G signal and the first B signal are caused to be more close to 0, the more a first difference value obtained by subtracting the first G signal from the first B signal increases, when the first difference value exceeds a first threshold (th).
Adjustable guide device for a sliding element, such as a sliding door, comprising a mounting part, which has a mounting body mountable on the floor, a guide member which is rotatably connected to the mounting part and which is intended to co-operate with the underside of the sliding element, and a locking element by means of which the connection between the mounting part and the guide member is fixable or releasable, wherein the guide member comprises a guide body which has a guide column aligned along a guide axis (y) and a guide foot connected thereto and resting on the upper side of the mounting body, which guide foot is connected to the mounting body by a bolt-shaped joint element about a pivot axis (x) spaced from the guide axis (y) and is rotatable between two end positions and is fixable by means of the locking element, characterised in that the underside of the guide foot has a structured first contact surface which bears against a structured second contact surface provided on the upper side of the mounting body, and in that the first and the second contact surfaces (123; 143) have structural elements which, after the mounting part and the guide member have been connected, engage positively with one another selectively in one of a plurality of rotational positions between the two end positions.