mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: projecting a projection pattern onto a surface of an object from a projection point of a distance sensor, wherein the projection point comprises a light source and a diffractive optical element, wherein the projection pattern is created by a plurality of beams of light projected from the projection point, wherein the plurality of beams of light creates a plurality of projection artifacts that is arranged on the surface of the object; characterized in that prior to the projecting, a positional relationship between the projection point and an image capturing device of the distance sensor is adjusted by adjusting a difference in height between the projection point and a front nodal point of the image capturing device of the distance sensor in a direction of an optical axis of the image capturing device, wherein the adjusting minimizes an overlap of a plurality of trajectories, wherein each trajectory of the plurality of trajectories describes a movement of one projection artifact of the plurality of projection artifacts relative to the image capturing device with variations in distance from the surface of the object; capturing an image of the object, including at least a portion of the projection pattern; and calculating a distance from the distance sensor to the object using information from the image. projecting a projection pattern onto a surface of an object from a projection point of a distance sensor, wherein the projection point comprises a light source and a diffractive optical element, wherein the projection pattern is created by a plurality of beams of light projected from the projection point, wherein the plurality of beams of light creates a plurality of projection artifacts that is arranged on the surface of the object; characterized in that prior to the projecting, a positional relationship between the projection point and an image capturing device of the distance sensor is adjusted by adjusting a difference in height between the projection point and a front nodal point of the image capturing device of the distance sensor in a direction of an optical axis of the image capturing device, wherein the adjusting minimizes an overlap of a plurality of trajectories, wherein each trajectory of the plurality of trajectories describes a movement of one projection artifact of the plurality of projection artifacts relative to the image capturing device with variations in distance from the surface of the object; capturing an image of the object, including at least a portion of the projection pattern; and calculating a distance from the distance sensor to the object using information from the image.
A fountain apparatus, comprising: a submersible pump; a water supply pipe including one end connected to a discharge port of the submersible pump; a rotating mechanism including a rotating shaft and a water jet nozzle configured to jet water supplied through the water supply pipe; a support mechanism provided at the other end of the water supply pipe and configured to rotatably support the rotating mechanism via the rotating shaft; and a float that surrounds the water supply pipe, wherein the water jet nozzle includes a first jet nozzle configured to jet the water in a jetting direction having a propulsive force component in a circumferential direction of the rotating shaft, characterized in that the submersible pump is disposed on a rotation center axis (α) of the rotating shaft. a submersible pump; a water supply pipe including one end connected to a discharge port of the submersible pump; a rotating mechanism including a rotating shaft and a water jet nozzle configured to jet water supplied through the water supply pipe; a support mechanism provided at the other end of the water supply pipe and configured to rotatably support the rotating mechanism via the rotating shaft; and a float that surrounds the water supply pipe, wherein the water jet nozzle includes a first jet nozzle configured to jet the water in a jetting direction having a propulsive force component in a circumferential direction of the rotating shaft, characterized in that the submersible pump is disposed on a rotation center axis (α) of the rotating shaft.
Method for the air-conditioning, in particular temperature control and ventilation, of a room having at least one convector which is arranged in a floor duct covered by a floor grating, wherein air from the interior of the room is channelled along on the convector as required, and, additionally or alternatively to the air from the interior of the room, cold air originating from the region of at least one window is channelled along on the convector, characterized in that the cold air from the region of at least one window is channelled into the floor duct through at least one air inlet opening of the floor grating, and, after flowing along on the convector, is channelled into the interior of the room on the floor side from an air outlet opening, which is formed by the floor grating, of the floor duct.
Vehicle having a front end and having a fuel cell system which has a fuel cell stack, which fuel cell system is, at a cathode side, connected at least indirectly to an exhaust-gas line through which a fluid emerging from the fuel cell stack can be discharged, wherein the exhaust-gas line is associated with an exhaust-gas system, and the exhaust-gas system comprises a sorption system for the adsorption of a liquid of the fluid emerging from the fuel cell stack, wherein the exhaust system can be shifted between an adsorption configuration in which the fluid containing the liquid can be supplied to the sorption system and thus the liquid can be adsorbed by the latter, and a passage configuration in which the fluid containing the liquid can be discharged, characterised in that the fuel cell system is arranged in the front end, that fluid emerging from the fuel cell stack can be discharged from the front end in the passage configuration, and that the exhaust system has the adsorption configuration when the speed is less than a predetermined or predeterminable limit speed and has the passage configuration when a predetermined or predeterminable limit speed is exceeded.
A construction machine comprising: a closed circuit pump (12, 14) consisting of a bidirectionally tiltable hydraulic pump having two suction/delivery ports; a hydraulic actuator (1, 3) connected in a closed circuit manner to the closed circuit pump (12, 14); a charge pump; a charge line connected to a delivery port of the charge pump; a check valve (30a, 30b, 31a, 31b) that is provided in a hydraulic line connecting the charge line and the closed circuit pump (12, 14) to each other and permits hydraulic operating fluid to flow from the charge line into the closed circuit pump (12, 14); a charge relief valve provided in the charge line; an operation lever (56a, 56d) for instructing an operation of the hydraulic actuator (1, 3); and a controller that controls a delivery volume of the closed circuit pump (12, 14) according to an input from the operation lever (56a, 56d); characterised in that the construction machine includes a switching valve (70, 71) that is provided in a hydraulic line (95, 96) connecting one of the suction/delivery ports of the closed circuit pump (12, 14) and the charge line to each other and is opened and closed according to a control signal from the controller, and in that the controller is configured to, in a case where a state in which the delivery volume of the closed circuit pump (12, 14) is kept to zero continues for a predetermined time period or more, open the switching valve (70, 71) and keep the delivery volume of the closed circuit pump (12, 14) to a predetermined delivery volume or more, the predetermined delivery volume being greater than zero. a closed circuit pump (12, 14) consisting of a bidirectionally tiltable hydraulic pump having two suction/delivery ports; a hydraulic actuator (1, 3) connected in a closed circuit manner to the closed circuit pump (12, 14); a charge pump; a charge line connected to a delivery port of the charge pump; a check valve (30a, 30b, 31a, 31b) that is provided in a hydraulic line connecting the charge line and the closed circuit pump (12, 14) to each other and permits hydraulic operating fluid to flow from the charge line into the closed circuit pump (12, 14); a charge relief valve provided in the charge line; an operation lever (56a, 56d) for instructing an operation of the hydraulic actuator (1, 3); and a controller that controls a delivery volume of the closed circuit pump (12, 14) according to an input from the operation lever (56a, 56d); characterised in that the construction machine includes a switching valve (70, 71) that is provided in a hydraulic line (95, 96) connecting one of the suction/delivery ports of the closed circuit pump (12, 14) and the charge line to each other and is opened and closed according to a control signal from the controller, and in that the controller is configured to, in a case where a state in which the delivery volume of the closed circuit pump (12, 14) is kept to zero continues for a predetermined time period or more, open the switching valve (70, 71) and keep the delivery volume of the closed circuit pump (12, 14) to a predetermined delivery volume or more, the predetermined delivery volume being greater than zero.
A protective device for a pressure line for conveying pressurized fluids that extends in the longitudinal direction, the radial direction and a circumferential direction referred to the radial direction, featuring: ▪ spacers and ▪ energy absorption means that are locally fixed by the spacers and feature at least two shell parts (33, 34) that extend in the longitudinal direction and are curved in the radial direction, wherein said shell parts surround an inner region that is protected by the protective device and in which at least one pressure line is arranged such that the edge regions of the shell parts (33, 34) circumferentially overlap along the longitudinal direction and a direct fluid jet discharged from pressure lines arranged in the inner region in case of a leak in the at least one pressure line is intercepted by at least one of the shell parts (33, 34), wherein the energy absorption means circumferentially surround along the longitudinal direction the inner region that is protected by the protective device and in which the pressure line is arranged such that the kinetic energy of the fluid being discharged in case of a leak in the pressure line is reduced due to the impact of the fluid on the energy absorption means, ▪ wherein an outer casing is provided that at least partially surrounds the energy absorption means and wherein the entire energy absorption means are arranged between the inner region and the outer casing such that the fluid escaping in case of a leak in the pressure line initially can only impact on the energy absorption means, and wherein the energy absorption means are provided with at least one opening that is designed such that the fluid can come in contact with the outer casing with reduced kinetic energy and exit the protective device through this outer casing. characterized in that the outer casing is realised in a porous and/or screen-like fashion and therefore permeable to the fluid in the pressure line, and in that the spacers locally fix the energy absorption means and the outer casing. ▪ spacers and ▪ energy absorption means that are locally fixed by the spacers and feature at least two shell parts (33, 34) that extend in the longitudinal direction and are curved in the radial direction, wherein said shell parts surround an inner region that is protected by the protective device and in which at least one pressure line is arranged such that the edge regions of the shell parts (33, 34) circumferentially overlap along the longitudinal direction and a direct fluid jet discharged from pressure lines arranged in the inner region in case of a leak in the at least one pressure line is intercepted by at least one of the shell parts (33, 34), ▪ wherein an outer casing is provided that at least partially surrounds the energy absorption means and
A filter bag for a vacuum sweeper, comprising: a bag portion for collecting debris material; and a top plate attached to the bag portion, the top plate including a first edge portion having a key formed therein; characterized in that the top plate further includes a second edge portion which is opposite the first edge portion and has a concave spring receiving portion formed therein. a bag portion for collecting debris material; and a top plate attached to the bag portion, the top plate including a first edge portion having a key formed therein; characterized in that the top plate further includes a second edge portion which is opposite the first edge portion and has a concave spring receiving portion formed therein.
A program generating device, comprising: information generating means for generating program area specifying information that specifies a start address and an end address of a placement area of an operating program established by compiling a source code of the operation program executed by a controller that controls equipment; and measuring process adding means for adding a program specifying process that specifies the operating program executed by the controller, on the basis of the start address and the end address specified by the program area specifying information generated by the information generating means and a program counter value of the controller, and an identification information transmitting process that transmits identification information identifying the specified operating program to a measuring program that measures an execution state of the operating program, characterized in that in the identification information transmitting process, a signal kept at a given level is output until a start of outputs of signals expressing the identification information for the specified operating program with two values of a signal value at the given level and a signal value at a level which is an inverse of the given level, and a signal kept at the level that is the inverse of the given level is output after transmission of the signals expressing the identification information finishes. information generating means for generating program area specifying information that specifies a start address and an end address of a placement area of an operating program established by compiling a source code of the operation program executed by a controller that controls equipment; and measuring process adding means for adding a program specifying process that specifies the operating program executed by the controller, on the basis of the start address and the end address specified by the program area specifying information generated by the information generating means and a program counter value of the controller, and an identification information transmitting process that transmits identification information identifying the specified operating program to a measuring program that measures an execution state of the operating program, characterized in that in the identification information transmitting process, a signal kept at a given level is output until a start of outputs of signals expressing the identification information for the specified operating program with two values of a signal value at the given level and a signal value at a level which is an inverse of the given level, and a signal kept at the level that is the inverse of the given level is output after transmission of the signals expressing the identification information finishes.
A dental light polymerization device, comprising an intra-oral tip portion and a handle portion, and further a polymerization light source and a light mixing element, wherein the polymerization light source comprises at least a first LED exhibiting a first light emission peak wavelength and a second LED exhibiting a second light emission peak wavelength, wherein the first and second LED each are configured for emitting visible light within a wavelength range of 380 nm to 495 nm, wherein the first and second light emission peak wavelength differ from each other by at least 10 nm, wherein the light mixing element is formed of a solid transparent body having a rear portion and an adjacent front portion, wherein the rear portion has the shape of a square-based truncated pyramid, a center axis of which forming an optical axis, and wherein the front portion has a convex shape, wherein the rear portion forms a rear end of the light mixing element and the front portion forms a front end of the light mixing element, wherein the rear end forms a first diagonal dimension and the rear portion, adjacent the front portion, forms a greater second diagonal dimension, and wherein the light mixing element is arranged with the rear end facing the polymerization light source and with the front end facing away from the polymerization light source.
A compound of formula a stereoisomer, an enantiomer, a pharmaceutically acceptable salt thereof or an amino acid conjugate thereof, for use in the treatement or prevention of a chronic liver disease disease or disorder, wherein said compound is to be administered at a dose in a range of about 3 μg to about 120 μg.
A T-cell receptor comprising a T-cell receptor α-chain comprising the amino acid sequence of LNTNAGKSTFGDGTTLTVKP (SEQ ID NO. 1) or the amino acid sequence of SEQ ID NO. 2.
A method of multiple level resource reservation for a deterministic data stream in a peer-to-peer protocol, comprising: making, by a first node, a resource reservation request to a second node at a first protocol layer; receiving, at the first node, a reservation acknowledgement from the second node at the first protocol layer, in response to the resource reservation request; and subsequently making, by the first node, a resource reservation request to the second node at a second protocol layer, wherein the second protocol layer is higher than the first protocol layer; wherein, if the resource reservation request at the first protocol layer fails, then failing the resource reservation at the second protocol layer; wherein if the resource reservation request at the second protocol layer fails, then withdrawing the resource reservation at the first protocol layer. making, by a first node, a resource reservation request to a second node at a first protocol layer; receiving, at the first node, a reservation acknowledgement from the second node at the first protocol layer, in response to the resource reservation request; and subsequently making, by the first node, a resource reservation request to the second node at a second protocol layer, wherein the second protocol layer is higher than the first protocol layer; wherein, if the resource reservation request at the first protocol layer fails, then failing the resource reservation at the second protocol layer; wherein if the resource reservation request at the second protocol layer fails, then withdrawing the resource reservation at the first protocol layer.
A terminal casing, comprising a casing body, a metal frame, a first feeder unit, a second feeder unit and a main board grounding area, wherein the metal frame surrounds side edge parts of the casing body; the metal frame comprises a top frame, two side frames and a bottom frame, and the bottom frame comprises a horizontal part (101c-1) and two perpendicular parts (101c-2), the horizontal part (101c-1) and the two perpendicular parts (101c-2) being divided by two gaps; wherein a distance between the two gaps in the bottom frame is 40 millimeters to 50 millimeters; the main board grounding area is positioned in a specified area within the terminal casing, and is connected with the two side frames of the metal frame; there is also a clearance area positioned between the main board grounding area and the bottom frame within the terminal casing; the first feeder unit and the second feeder unit are positioned in the clearance area; and the first feeder unit and the horizontal part (101c-1) of the bottom frame form a first antenna unit, and the second feeder unit and any perpendicular part (101c-2) of the bottom frame form a second antenna unit orthogonal to the first antenna unit; wherein the first antenna unit and the second antenna unit are configured to implement Long Term Evolution, LTE, inter-band carrier aggregation; wherein the second feeder unit comprises a second feeder part, a second grounding part and a second strip, the second feeder part and the second grounding part are positioned in the same conductive substance filled area, and the second strip is filled with a conductive substance and extends along a direction perpendicular to a direction along which the horizontal part (101c-1) is extending, a first end of the second strip forms a gap with the second feeder part and a second end of the second strip is connected with any perpendicular part (101c-2) of the bottom frame, and the second strip is configured for coupled feeding with the second feeder part, so that the second feeder unit and any perpendicular part (101c-2) of the bottom frame form the second antenna unit; wherein a width of the gap between the second strip and the second feeder part is 1 millimeter to 4 millimeters, and wherein the first antenna unit is a low and intermediate-frequency antenna, and the second antenna unit is a high-frequency antenna; or, the first antenna unit is a high-frequency antenna, and the second antenna unit is a low-frequency antenna, a bandwidth of the low and intermediate-frequency antenna being 800MHZ-2170MHZ and a bandwidth of the high-frequency antenna being 2300MHZ-2690MHZ.
Cosmetic hair treatment preparation with cationic surfactants wherein at least 95% of the cationic surfactants used are ester quats and palmitamidopropyltrimonium chloride and the ratio of palmitamidopropyltrimonium chloride to ester quat is from 3/1 to 1/5, characterized in that volatile and/or non-volatile silicones are present and characterized in that distearoylethyl hydroxyethylmonium methosuiphate is present as ester quat.
A displacement system for an assembly or welding table, comprising: a foot element for an assembly or welding table, which can be brought into contact with a guide rail at a first end region, wherein a contact area and a rolling means are arranged at said first end region; and an adjustment means which is coupled to said rolling means, wherein said rolling means can be brought from a first position relative to said contact area to a second position relative to said contact area using said adjustment means, and wherein, in said first position, said contact area is in contact with said guide rail in a planar fashion, and, in said second position, said foot element on said guide rail is supported on said rolling means and is linearly displaceable along said guide rail using said rolling means, characterized in that said displacement system further comprises a guide rail having grid holes. a foot element for an assembly or welding table, which can be brought into contact with a guide rail at a first end region, wherein a contact area and a rolling means are arranged at said first end region; and an adjustment means which is coupled to said rolling means, wherein said rolling means can be brought from a first position relative to said contact area to a second position relative to said contact area using said adjustment means, and wherein, in said first position, said contact area is in contact with said guide rail in a planar fashion, and, in said second position, said foot element on said guide rail is supported on said rolling means and is linearly displaceable along said guide rail using said rolling means, characterized in that said displacement system further comprises a guide rail having grid holes.