mhurhangee/ep-ind-claims huggingface dataset:
A control unit to control containers comprising: a plurality of holding devices, each designed to house a container and designed to rotate the container on itself around a first longitudinal rotation axis; a feeding conveyor, which moves the holding devices along a control path; at least one first control device; and an auxiliary conveyor, which moves the first control device back and forth parallel to the control path and along a segment of the control path so as to cause the first control device to travel an operating stroke, in which the first control device moves in a synchronous manner with the feeding conveyor from an initial position to a final position, and a following return stroke, in which the first control device moves in an opposite direction relative to the feeding conveyor from the final position to the initial position; wherein each holding device comprises a lower support, which is mounted in a rotary manner and on which a lower portion of a container rests, and a countering element, which is mounted in a rotary manner and engages an upper portion of a container; the control unit is characterized in that the first control device carried by the auxiliary conveyor is designed to detect the presence of rotation of a countering element of a holding device while the first control device moves in a synchronous manner with the feeding conveyor during an operating stroke. a plurality of holding devices, each designed to house a container and designed to rotate the container on itself around a first longitudinal rotation axis; a feeding conveyor, which moves the holding devices along a control path; at least one first control device; and an auxiliary conveyor, which moves the first control device back and forth parallel to the control path and along a segment of the control path so as to cause the first control device to travel an operating stroke, in which the first control device moves in a synchronous manner with the feeding conveyor from an initial position to a final position, and a following return stroke, in which the first control device moves in an opposite direction relative to the feeding conveyor from the final position to the initial position; wherein each holding device comprises a lower support, which is mounted in a rotary manner and on which a lower portion of a container rests, and a countering element, which is mounted in a rotary manner and engages an upper portion of a container; the control unit is characterized in that the first control device carried by the auxiliary conveyor is designed to detect the presence of rotation of a countering element of a holding device while the first control device moves in a synchronous manner with the feeding conveyor during an operating stroke.
A liquid crystal display, comprising: a first substrate; a gate line and a data line disposed on the first substrate; a pixel electrode disposed on the first substrate; a first alignment layer disposed on the pixel electrode; a second substrate opposing the first substrate; a common electrode disposed on the second substrate; and a second alignment layer disposed on the common electrode, a liquid crystal layer disposed between the first substrate and the second substrate and including prepolymers being polymerizable by ultraviolet light to form photo-polymerized material, wherein the first alignment layer comprises first photo-polymerization protrusions including the photo-polymerized material; and the second alignment layer comprises second photo-polymerization protrusions including the photo-polymerized material; and wherein the density and average size of the first photo-polymerization protrusions are greater than the density and average size of the second photo-polymerization protrusions; and wherein the liquid crystal layer further includes ultraviolet light absorption particles, which are configured to absorb a portion of the ultraviolet light which passes the liquid crystal layer. a first substrate; a gate line and a data line disposed on the first substrate; a pixel electrode disposed on the first substrate; a first alignment layer disposed on the pixel electrode; a second substrate opposing the first substrate; a common electrode disposed on the second substrate; and a second alignment layer disposed on the common electrode, a liquid crystal layer disposed between the first substrate and the second substrate and including prepolymers being polymerizable by ultraviolet light to form photo-polymerized material, wherein the first alignment layer comprises first photo-polymerization protrusions including the photo-polymerized material; and the second alignment layer comprises second photo-polymerization protrusions including the photo-polymerized material; and wherein the density and average size of the first photo-polymerization protrusions are greater than the density and average size of the second photo-polymerization protrusions; and wherein the liquid crystal layer further includes ultraviolet light absorption particles, which are configured to absorb a portion of the ultraviolet light which passes the liquid crystal layer.
A refrigerator having a refrigerant circuit including a compressor, said compressor having a motor and a drive unit, the refrigerator comprising: - a detecting means (16, 17) for detecting a current and/or voltage of said motor; characterised in that the drive unit comprises: - a prediction means for predicting an internal condition of the compressor based on detection values obtained by said detecting means (16, 17), wherein the internal condition predicted by the prediction means is an occurrence of an impact load within the compressor, wherein a detection value obtained by the detecting means is the current of the motor, and wherein the prediction means predicts occurrence of an impact load from a higher harmonic component of the detection current obtained by the detecting means. - a detecting means (16, 17) for detecting a current and/or voltage of said motor; - a prediction means for predicting an internal condition of the compressor based on detection values obtained by said detecting means (16, 17),
A loudspeaker rigging apparatus for suspending a plurality of loudspeakers from temporary or permanent structure, the loudspeaker rigging apparatus comprising: a beam configured to be secured to an uppermost speaker in an array of speakers; and a trolley coupled to the beam and moveable along at least part of a length of the beam and comprising at least one rotatable element (130a-d) in contact with a downward facing surface of the beam such that at least a part of a load resulting from suspension of the array of speakers is supported by the at least one rotatable element, the at least one rotatable element being configured to rotate on movement of the trolley along the length of the beam, the trolley further comprising a rigging point configured for connection to the temporary or permanent structure, and configured to permit angular displacement of the beam with respect to a horizontal plane, the rigging point comprising a single suspension point about which the beam may rotate when the rigging point is connected to the temporary or permanent structure. a beam configured to be secured to an uppermost speaker in an array of speakers; and a trolley coupled to the beam and moveable along at least part of a length of the beam and comprising at least one rotatable element (130a-d) in contact with a downward facing surface of the beam such that at least a part of a load resulting from suspension of the array of speakers is supported by the at least one rotatable element, the at least one rotatable element being configured to rotate on movement of the trolley along the length of the beam, the trolley further comprising a rigging point configured for connection to the temporary or permanent structure, and configured to permit angular displacement of the beam with respect to a horizontal plane, the rigging point comprising a single suspension point about which the beam may rotate when the rigging point is connected to the temporary or permanent structure.
Multilayer body for viewing from the front and rear side in transmitted light and/or in incident light, wherein the multilayer body (1, 3, 4, 5) has one or more transparent first layers and has a second layer (14, 54) which has a plurality of micropatterns made of one or more opaque first sub-regions and one or more transparent second sub-regions, wherein the multilayer body is formed to be continuously transparent in the region of the second sub-regions, wherein one of the first layers has a surface profile on its surface facing away from the second layer (14, 54), said surface profile forming an arrangement of a plurality of first microlenses, wherein the microlenses have a diameter smaller than 50 μm and in each case, one pixel of the micropattern per microlens is selected by the microlenses, and wherein the thickness of this first layer or this first layer and one or more further first layers arranged between this first layer and the second layer (14, 54) corresponds approximately to the focal length of the first microlenses, wherein the micropatterns form pixels of a greyscale image and the dimensions of the pixels are < 300 μm, and wherein the greyscale image is visible from the side of the second layer, said side facing away from the microlenses.
Vehicle with a crew compartment and a drive unit, wherein the vehicle is designed to be submersible, wherein the drive unit takes air from the crew compartment for operation, with a hatch which forms the access of the vehicle to the crew compartment, wherein an interface is present, by means of which a main shaft can be connected to the hatch in a watertight manner, characterized in that a flange is arranged on the vehicle, by means of which a safety shaft can be connected in a watertight manner, and wherein the flange is arranged at the interface.
A work machine comprising: a multi-joint type work implement; a plurality of hydraulic actuators (5, 6, 7) driving the work implement; an operation device (45a, 45b, 46a) outputting an operation signal to the plurality of hydraulic actuators (5, 6, 7), a storage section storing a target configuration defined by connecting a plurality of target surfaces; a control object surface selection section that uses a target surface closest to a control point set at a forward end portion of the work implement on the target configuration as a control object surface; and a target operation control section that when an excavation operation is input from an operator via the operation device (45a, 45b, 46a), controls the plurality of hydraulic actuators (5, 6, 7) such that operational range of the control point is limited to the control object surface and a region above the control object surface, characterized in that the control object surface selection section is configured to determine whether or not a point closest to the control point on the target configuration is an inflection point when the control point is on the target configuration or in the region above the target configuration, and use as the control object surface an imaginary plane passing an inflection point on the target configuration corresponding to the inflection point when it is determined that a point closest to the control point is an inflection point and when the inflection point is a top of slope. a multi-joint type work implement; a plurality of hydraulic actuators (5, 6, 7) driving the work implement; an operation device (45a, 45b, 46a) outputting an operation signal to the plurality of hydraulic actuators (5, 6, 7), a storage section storing a target configuration defined by connecting a plurality of target surfaces; a control object surface selection section that uses a target surface closest to a control point set at a forward end portion of the work implement on the target configuration as a control object surface; and a target operation control section that when an excavation operation is input from an operator via the operation device (45a, 45b, 46a), controls the plurality of hydraulic actuators (5, 6, 7) such that operational range of the control point is limited to the control object surface and a region above the control object surface, determine whether or not a point closest to the control point on the target configuration is an inflection point when the control point is on the target configuration or in the region above the target configuration, and use as the control object surface an imaginary plane passing an inflection point on the target configuration corresponding to the inflection point when it is determined that a point closest to the control point is an inflection point and when the inflection point is a top of slope.
Method for locally modifying the elasticity of an elastic substrate designed for the growth of living cells thereon and/or therein, comprising: emitting laser radiation by a laser, locally depositing energy in at least one spatial area located inside and/or on the surface of the substrate by focusing the emitted laser radiation into/onto the at least one spatial area, wherein the amount of locally deposited energy is sufficient to locally modify the elasticity, stiffness and/or the elastic modulus of the substrate, and populating, before, during or after the local energy deposition therein, the at least one predetermined spatial area in which the elasticity of the substrate has been modified and/or at least one adjacent area of the substrate at least partly with the cells. emitting laser radiation by a laser, locally depositing energy in at least one spatial area located inside and/or on the surface of the substrate by focusing the emitted laser radiation into/onto the at least one spatial area, wherein the amount of locally deposited energy is sufficient to locally modify the elasticity, stiffness and/or the elastic modulus of the substrate, and populating, before, during or after the local energy deposition therein, the at least one predetermined spatial area in which the elasticity of the substrate has been modified and/or at least one adjacent area of the substrate at least partly with the cells.
Method for managing a communication session between a multi-access terminal and a device for managing mobility of heterogeneous access networks of ANDSF type, characterized in that the management method comprises a maintaining of a communication session open between said multi-access terminal and said device for managing mobility of heterogeneous access networks of ANDSF type during a service session between said multi-access terminal and a service provision device, said service session allowing a provision by said service provision device of a service to said multi-access terminal, the maintaining comprising a periodic dispatching of notification by said multi-access terminal to the device for managing mobility of heterogeneous access networks of ANDSF type.
A dome assembly for a gas turbine combustion system; the gas combustion system extending along a central axis (A-A); the dome assembly comprising: a dome plate having a generally hemispherical cross section, the dome plate encompassing an inlet to a combustion liner; the dome assembly comprising: a plurality of openings in the dome plate where each opening has a diameter and a neck length; a plurality of dome dampers extending in a direction away from the dome plate, opposite of the combustion liner; the dome dampers being oriented in an annular array about the central axis (A-A); each of the dome dampers encompassing a respective opening in the dome plate and comprising: a damper body having a cavity located therein; a coverplate secured to at least an end of the damper body to form a damper volume; and a plurality of purge holes located about the damper body; characterized in that the plurality of openings are oriented on the dome plate so as to be parallel with the central axis (A-A). a dome plate having a generally hemispherical cross section, the dome plate encompassing an inlet to a combustion liner; the dome assembly comprising: a plurality of openings in the dome plate where each opening has a diameter and a neck length; a plurality of dome dampers extending in a direction away from the dome plate, opposite of the combustion liner; the dome dampers being oriented in an annular array about the central axis (A-A); each of the dome dampers encompassing a respective opening in the dome plate and comprising: a damper body having a cavity located therein; a coverplate secured to at least an end of the damper body to form a damper volume; and a plurality of purge holes located about the damper body; a plurality of openings in the dome plate where each opening has a diameter and a neck length; a plurality of dome dampers extending in a direction away from the dome plate, opposite of the combustion liner; the dome dampers being oriented in an annular array about the central axis (A-A); each of the dome dampers encompassing a respective opening in the dome plate and comprising: a damper body having a cavity located therein; a coverplate secured to at least an end of the damper body to form a damper volume; and a plurality of purge holes located about the damper body; a damper body having a cavity located therein; a coverplate secured to at least an end of the damper body to form a damper volume; and a plurality of purge holes located about the damper body;
A method of manufacturing a hyaluronate fiber through melt spinning, comprising the steps of: (a) controlling a water content of a hyaluronate having a weight average molecular weight of 500 ∼ 3,000 kDa to 5 ∼ 20%; (b) producing a hyaluronate fiber by placing the hyaluronate having a controlled water content in a melt-spinning apparatus and performing heating to 150 ∼ 200°C and then high-pressure spinning; and (c) hardening a surface of the hyaluronate fiber by immersing the hyaluronate fiber in an ethanol aqueous solution. (a) controlling a water content of a hyaluronate having a weight average molecular weight of 500 ∼ 3,000 kDa to 5 ∼ 20%; (b) producing a hyaluronate fiber by placing the hyaluronate having a controlled water content in a melt-spinning apparatus and performing heating to 150 ∼ 200°C and then high-pressure spinning; and (c) hardening a surface of the hyaluronate fiber by immersing the hyaluronate fiber in an ethanol aqueous solution.
Drive train of a vehicle, in particular of a motor vehicle, the drive train comprising an oil container for cooling and/or lubricating bearings (15, 16, 17), a drive shaft, a transmission having a first gear, a second gear and a third gear, a differential, at least one wheel drive shaft (6, 7) and a housing, the differential comprising an axle drive gear and the axle drive gear being in engagement with a first gear of the transmission, at least one oil sump region being arranged in the lower region of the housing, the axle drive gear and/or the second gear of the transmission being arranged so as to splash at least partially in the oil sump region, the gears (4a, 4b, 4c) of the transmission and the axle drive gear forming at least two gear stages (I, II), and two gears (4b, 4c) of the transmission being arranged on an intermediate shaft, and the at least one wheel drive shaft (6, 7) being arranged coaxially to the drive shaft, and the intermediate shaft of the transmission being arranged on the side of the drive shaft opposite the oil sump region and/or on the at least one wheel drive shaft (6, 7), characterized in that the oil container is functionally arranged such that the oil container is arranged in the region between the two gear stages (I, II) and on the side of the drive shaft opposite the oil sump region and/or on the at least one wheel drive shaft (6, 7), and the longitudinal axis of the oil container extending in parallel with the respective planes determined by the respective diameters of the first gear of the transmission and the axle drive gear on the one hand, and the second and third gear (4a, 4b) on the other hand.
A method for controlling the height of a floor (18, 118) of a car (14; 114) of a vehicle (10; 110) relative to a platform (11; 111), the car (14; 114) comprising a body (16; 116) comprising the floor (18; 118), at least one bogie (20; 120) and at least one secondary suspension (22; 122) inserted between the bogie (20; 120) and the body (16; 116), the body (16; 116) being provided with a distance sensor (26; 126), the sensor (26; 126) being able to measure a distance between said sensor (26; 126) and a platform (11; 111) when the vehicle is parked near said platform (11; 111), the method comprising the following steps: - measuring the distance between the distance sensor (26; 126) and the platform (11; 111) via the distance sensor (26; 126), - calculating the difference between the height of the platform (H q) and the height of the floor (H pla) from the distance measured between the distance sensor (26; 126) and the platform (11; 111), the height of the platform (H q) and the height of the floor (H pla) being advantageously taken relative to a same reference point, and - adjusting the height of the secondary suspension (H sec), based on the difference, characterized in that, after the adjusting, the height (H pla) of the entire floor (18; 118) is substantially equal to the height of the platform (H q). the method comprising the following steps: - measuring the distance between the distance sensor (26; 126) and the platform (11; 111) via the distance sensor (26; 126), - calculating the difference between the height of the platform (H q) and the height of the floor (H pla) from the distance measured between the distance sensor (26; 126) and the platform (11; 111), the height of the platform (H q) and the height of the floor (H pla) being advantageously taken relative to a same reference point, and - adjusting the height of the secondary suspension (H sec), based on the difference, - measuring the distance between the distance sensor (26; 126) and the platform (11; 111) via the distance sensor (26; 126), - calculating the difference between the height of the platform (H q) and the height of the floor (H pla) from the distance measured between the distance sensor (26; 126) and the platform (11; 111), the height of the platform (H q) and the height of the floor (H pla) being advantageously taken relative to a same reference point, and - adjusting the height of the secondary suspension (H sec), based on the difference, characterized in that, after the adjusting, the height (H pla) of the entire floor (18; 118) is substantially equal to the height of the platform (H q).