mhurhangee/ep-ind-claims huggingface dataset:
Drive device for a joint arranged between two axis members of a manipulator of a robot system for rotatably driving one of the axis members relative to the other axis member, with a motor which drives a drive shaft, with an output element (3, 4) which is in connection with the one axis member and is set in rotation indirectly or directly by the drive shaft, with a circuit board on which a sensor device for the drive provided by the drive shaft and a sensor device for the output provided by the output element (3, 4) are arranged, wherein the sensor device for the drive and the sensor device for the output being arranged on opposite sides of the circuit board, and with a sensor shaft to which the output element (3, 4) is connected in a rotationally fixed manner, wherein the sensor shaft extends through an opening in the circuit board to the side of the circuit board that is located opposite the motor, and wherein a sensor ring which cooperates with the sensor device for the output is arranged in a region of the axial end of the sensor shaft that is located on the side of the circuit board that is located opposite of the motor,, wherein the sensor ring is rotatably mounted in a bearing seat and is connected to the sensor shaft in a rotationally fixed manner, characterized in that the sensor ring is rotatably mounted in the bearing seat by means of at least one ball bearing. with a motor which drives a drive shaft, with an output element (3, 4) which is in connection with the one axis member and is set in rotation indirectly or directly by the drive shaft, with a circuit board on which a sensor device for the drive provided by the drive shaft and a sensor device for the output provided by the output element (3, 4) are arranged, wherein the sensor device for the drive and the sensor device for the output being arranged on opposite sides of the circuit board, and with a sensor shaft to which the output element (3, 4) is connected in a rotationally fixed manner, wherein the sensor shaft extends through an opening in the circuit board to the side of the circuit board that is located opposite the motor, and wherein a sensor ring which cooperates with the sensor device for the output is arranged in a region of the axial end of the sensor shaft that is located on the side of the circuit board that is located opposite of the motor,, wherein the sensor ring is rotatably mounted in a bearing seat and is connected to the sensor shaft in a rotationally fixed manner, characterized in that the sensor ring is rotatably mounted in the bearing seat by means of at least one ball bearing.
A preprocessing method for nesting and shear cutting of a defective plate, comprising the following steps: acquiring plate information of the plate, wherein the plate information includes defect information and plate dimension information; making an electronic defect map based on the defect information and the plate dimension information, and partitioning out a region available for nesting and shear cutting; and partitioning the plate to obtain small plates according to the region available for nesting and shear cutting. acquiring plate information of the plate, wherein the plate information includes defect information and plate dimension information; making an electronic defect map based on the defect information and the plate dimension information, and partitioning out a region available for nesting and shear cutting; and partitioning the plate to obtain small plates according to the region available for nesting and shear cutting.
A decoration member comprising: a color developing layer including a light reflective layer; and a light absorbing layer provided on the light reflective layer and including a convex portion or concave portion shape having an asymmetric-structured cross-section; and an in-mold label layer provided on one surface of the color developing layer, wherein the light absorbing layer has an extinction coefficient of greater than 0 and less than or equal to 4 at 400 nm, the decoration member being further characterized in that the light absorbing layer includes one, two or more selected from copper oxides, copper nitrides, copper oxynitrides, aluminum oxides, aluminum nitrides, aluminum oxynitrides and molybdenum titanium oxynitrides, wherein the light absorbing layer has a refractive index of 1 to 3; wherein the in-mold label layer includes one or more types of acrylonitrile butadiene styrene, polymethyl methacrylate (PMMA), polycarbonate, acrylonitrile-styrene, styrene-acrylonitrile, polyethylene terephthalate and polypropylene; and wherein the light absorbing layer includes one or more regions in which an upper surface has an inclined surface with an inclined angle of greater than 0 degrees and less than or equal to 90 degrees, and the light absorbing layer includes one or more regions having a thickness different from a thickness in any one region having the inclined surface. a color developing layer including a light reflective layer; and a light absorbing layer provided on the light reflective layer and including a convex portion or concave portion shape having an asymmetric-structured cross-section; and an in-mold label layer provided on one surface of the color developing layer, wherein the light absorbing layer has an extinction coefficient of greater than 0 and less than or equal to 4 at 400 nm, the decoration member being further characterized in that the light absorbing layer includes one, two or more selected from copper oxides, copper nitrides, copper oxynitrides, aluminum oxides, aluminum nitrides, aluminum oxynitrides and molybdenum titanium oxynitrides, wherein the light absorbing layer has a refractive index of 1 to 3; wherein the in-mold label layer includes one or more types of acrylonitrile butadiene styrene, polymethyl methacrylate (PMMA), polycarbonate, acrylonitrile-styrene, styrene-acrylonitrile, polyethylene terephthalate and polypropylene; and wherein the light absorbing layer includes one or more regions in which an upper surface has an inclined surface with an inclined angle of greater than 0 degrees and less than or equal to 90 degrees, and the light absorbing layer includes one or more regions having a thickness different from a thickness in any one region having the inclined surface.
Watch with a digital date display, which comprises two digits (10, 18) in a common window or two separate windows, with a single-digit disc and a ten-digit disc, the ten-digit disc carrying a first cog star and the single-digit disc carrying a second cog star, wherein the two cog stars (4, 5) are engaged with a shifting ring mounted on a board, which is driven by a date shifting wheel and comprises shifting cogs for rotating the single-digit disc, wherein, seen in the direction of rotation of the shifting ring, after a first shifting cog that extends the single-digit disc from the 30 th to the 31 st a second shifting cog is arranged on the shifting ring, which is ineffective with respect to the single-digit disc, characterized in that the second shifting cog is controlled such that it is moved in the region of the single-digit disc such that it does not engage with the second cog star.
A system for providing instillation therapy to a tissue site, the system comprising: a fluid interface configured to be fluidly coupled to the tissue site; a pressure sensor fluidly coupled to the fluid interface and configured to measure a pressure proximate the tissue site; a valve fluidly coupled to the fluid interface and having an open position configured to permit fluid communication through the valve and a closed position configured to prevent fluid communication through the valve; a flow meter configured to be fluidly coupled between the valve and the fluid interface; a fluid reservoir fluidly coupled to the valve; and a controller communicatively coupled to the pressure sensor and the valve, the controller configured to monitor the pressure measured by the pressure sensor and, in response, operate the valve, and configured to monitor a volume of fluid flow through the flow meter and, in response, operate the valve, wherein the controller is configured to open the valve in response to the pressure sensor detecting a trigger pressure. a fluid interface configured to be fluidly coupled to the tissue site; a pressure sensor fluidly coupled to the fluid interface and configured to measure a pressure proximate the tissue site; a valve fluidly coupled to the fluid interface and having an open position configured to permit fluid communication through the valve and a closed position configured to prevent fluid communication through the valve; a flow meter configured to be fluidly coupled between the valve and the fluid interface; a fluid reservoir fluidly coupled to the valve; and a controller communicatively coupled to the pressure sensor and the valve, the controller configured to monitor the pressure measured by the pressure sensor and, in response, operate the valve, and configured to monitor a volume of fluid flow through the flow meter and, in response, operate the valve, wherein the controller is configured to open the valve in response to the pressure sensor detecting a trigger pressure.
A method of communicating wirelessly between a first device and a second device, the method comprising: establishing a first routable address at the first device associated with the first device and recording at the first device a second routable address associated with the second device, wherein the second routable address is an end-to-end routable protocol address prefix encoding routing information for the second device; communicating over a first network from the first device to the second device using the second routable address and receiving over the first network at the first device from the second device a communication addressed to the first routable address; and detecting (407, 408) at the first device that the first device is no longer able to communicate over the first network and in response communicating from the first device to the second device over a second network using the second routable address, thereby reestablishing communications between the first device and the second device, wherein the second network is a geographically larger network than the first network. establishing a first routable address at the first device associated with the first device and recording at the first device a second routable address associated with the second device, wherein the second routable address is an end-to-end routable protocol address prefix encoding routing information for the second device; communicating over a first network from the first device to the second device using the second routable address and receiving over the first network at the first device from the second device a communication addressed to the first routable address; and detecting (407, 408) at the first device that the first device is no longer able to communicate over the first network and in response communicating from the first device to the second device over a second network using the second routable address, thereby reestablishing communications between the first device and the second device, wherein the second network is a geographically larger network than the first network.
Motor vehicle chassis with a subframe, which has at least one cavity formed as a pressure accumulator and has a crossmember which at its two front sides (27, 28) is connected respectively with one nodal element (3, 4) as connecting element, is in particular welded with a casting joint, wherein at the nodal elements (3, 4), mounting elements (10 to 12) and/or further frame elements are mounted, wherein the crossmember is formed as a continuous rib-reinforced component and forms a pressure resistant cavity for the pressure accumulator, which is sealed on the front side by the nodal elements (3, 4), and that the subframe is a rear axle subframe with one rear and one front crossmember (1, 2) the rear crossmember of which contains the pressure resistant cavity for the pressure accumulator and at which are disposed mounting elements (9 to 12) for a subframe mounting and fastening eyes (13, 14) for chassis links.
A topological insulator having magnetism, comprising: a first region having a first coercivity; and a second region having a second coercivity that is different from the first coercivity. a first region having a first coercivity; and a second region having a second coercivity that is different from the first coercivity.
A digitmap configuration method, comprising: detecting, by a session initiation protocol, SIP, server, a configuration condition; characterized by further comprising: sending, by the SIP server, a latest digitmap to a SIP terminal through a MESSAGE message when the configuration condition is satisfied, wherein the MESSAGE message carries the digitmap so that the SIP terminal can identify the MESSAGE message; the SIP terminal identifying and saving the digitmap in the MESSAGE message and applying the digitmap to a later call process, wherein the digitmap is a dialing plan stored in the SIP terminal and used for detecting and reporting dialing events, and the digitmap defines one or a plurality of rules of permitting a user to dial numbers, wherein, the configuration condition comprises any one or more of the following conditions: a service attribute of a service on the SIP server changes, and a digitmap of a user is required to be modified; different digitmaps are required to be used at different stages of a voice service. detecting, by a session initiation protocol, SIP, server, a configuration condition; characterized by further comprising: sending, by the SIP server, a latest digitmap to a SIP terminal through a MESSAGE message when the configuration condition is satisfied, wherein the MESSAGE message carries the digitmap so that the SIP terminal can identify the MESSAGE message; the SIP terminal identifying and saving the digitmap in the MESSAGE message and applying the digitmap to a later call process, wherein the digitmap is a dialing plan stored in the SIP terminal and used for detecting and reporting dialing events, and the digitmap defines one or a plurality of rules of permitting a user to dial numbers, wherein, the configuration condition comprises any one or more of the following conditions: a service attribute of a service on the SIP server changes, and a digitmap of a user is required to be modified; different digitmaps are required to be used at different stages of a voice service. a service attribute of a service on the SIP server changes, and a digitmap of a user is required to be modified; different digitmaps are required to be used at different stages of a voice service.
A material transport carriage for transporting bulk material, in particular ballast, comprising a frame, which frame extends in a longitudinal direction and a transverse direction and spans a frame plane with an upper side and a lower side, at least two drive units which are in connection with the frame and an upper conveyor unit which is arranged on the upper side of the frame plane, wherein the material transport carriage comprises a lower conveyor unit which is arranged on the lower side of the frame plane, wherein the material transport carriage further comprises at least one silo unit, characterized in that the upper conveyor belt unit comprises a charging conveyor belt and at least one unloading conveyor belt, wherein the charging conveyor belt is displaceable along the longitudinal direction and the delivery conveyor belt or the at least one silo unit can thereby be selectively charged.
A preparation for use in the treatment of arthropathies due to microcrystal deposition, comprising a diluent aqueous sterile solution and a linear polymetaphosphate of the formula M n+2 P n O 3n+1, or a cyclic polymetaphosphate of the formula (MPO 3) n, wherein M represents an alkaline metal, as sterile lyophilized powder, wherein the volume of diluent solution is from 100 ml to 1500 ml and the weight/volume ratio of the lyophilized polymetaphosphate powder to the diluent solution is from 1:1000 to 10:1000, and wherein said treatment is carried out, upon reconstitution of the polymetaphosphate powder in said diluent solution, a) by step-wise lavage, i.e. by using, for an articular lavage, a plurality of defined portions of said reconstituted solution, in sequence; or b) by a continuous lavage with said reconstituted solution, wherein said polymetaphosphate is selected from polymeric metaphosphate, tripolymetaphosphate and cyclic hexametaphosphate. a) by step-wise lavage, i.e. by using, for an articular lavage, a plurality of defined portions of said reconstituted solution, in sequence; or b) by a continuous lavage with said reconstituted solution,
A device for diffusing volatile substances comprising a receptacle that defines a neck, wherein a liquid that impregnates diffusing means (3, 4) is housed inside the receptacle, - said diffusion means comprise a first band and a second band in contact with each other, the first band being in contact with the liquid inside the receptacle, - the device also comprises an inner closing element that fits tightly inside said neck and a regulation element complementary to said inner closing element, wherein the second band is associated with said regulation element, the position of which determines the surface of the second band arranged on the outside of the receptacle, characterized in that said regulation element is connected to said inner closing element by means of threading. - said diffusion means comprise a first band and a second band in contact with each other, the first band being in contact with the liquid inside the receptacle, - the device also comprises an inner closing element that fits tightly inside said neck and a regulation element complementary to said inner closing element, wherein the second band is associated with said regulation element, the position of which determines the surface of the second band arranged on the outside of the receptacle, characterized in that said regulation element is connected to said inner closing element by means of threading.
A method for measuring aluminum concentration in an aqueous sample, comprising: preparing a chromeazurol S indicator solution; placing the chromeazurol S indicator solution in a sample containing aluminum, wherein the placing causes the chromeazurol S to chelate aluminum within the sample creating a colored complex, wherein the sample comprises a standing volume of liquid; and measuring, using colorimetric techniques, a concentration of aluminum within the sample, characterized in that the measuring comprises measuring an absorbance at a first wavelength for the colored complex and measuring an absorbance at a second wavelength for the colored complex in the presence of the aluminum, wherein the concentration of aluminum is based upon a ratio of the absorbance at the first wavelength for the colored complex and the absorbance at the second wavelength for the colored complex in the presence of aluminum, in that the ratio absorbance intensity is directly proportional to the concentration of aluminum within the sample and in that the measuring comprises determining the concentration of aluminum based upon a calibration curve of the ratio. preparing a chromeazurol S indicator solution; placing the chromeazurol S indicator solution in a sample containing aluminum, wherein the placing causes the chromeazurol S to chelate aluminum within the sample creating a colored complex, wherein the sample comprises a standing volume of liquid; and measuring, using colorimetric techniques, a concentration of aluminum within the sample, characterized in that the measuring comprises measuring an absorbance at a first wavelength for the colored complex and measuring an absorbance at a second wavelength for the colored complex in the presence of the aluminum, wherein the concentration of aluminum is based upon a ratio of the absorbance at the first wavelength for the colored complex and the absorbance at the second wavelength for the colored complex in the presence of aluminum, in that the ratio absorbance intensity is directly proportional to the concentration of aluminum within the sample and in that the measuring comprises determining the concentration of aluminum based upon a calibration curve of the ratio.
A rolling bearing with a rotation sensor comprising: an inner race: an outer race, wherein one of the inner race and the outer race is a rotating race and the other of the inner race and the outer race is a stationary race; an annular magnetic encoder alternately magnetized in opposite polarities in a circumferential direction of the magnetic encoder and mounted on the rotating race; a magnetic sensor configured to detect changes in magnetic flux when the magnetic encoder is rotated; and a resin sensor housing in which is mounted the magnetic sensor and mounted on the stationary race; wherein the sensor housing is formed of a resin material which is a resin composition containing polyphenylene sulfide, an inorganic filler, and glass fiber, characterized in that the resin material comprises 20% by weight or more and 30% by weight or less of the inorganic filler, and 20% by weight or more and 30% by weight or less of the glass fiber, with respect to the total amount of the resin material. an outer race, wherein one of the inner race and the outer race is a rotating race and the other of the inner race and the outer race is a stationary race; an annular magnetic encoder alternately magnetized in opposite polarities in a circumferential direction of the magnetic encoder and mounted on the rotating race; a magnetic sensor configured to detect changes in magnetic flux when the magnetic encoder is rotated; and a resin sensor housing in which is mounted the magnetic sensor and mounted on the stationary race; wherein the sensor housing is formed of a resin material which is a resin composition containing polyphenylene sulfide, an inorganic filler, and glass fiber, characterized in that the resin material comprises 20% by weight or more and 30% by weight or less of the inorganic filler, and 20% by weight or more and 30% by weight or less of the glass fiber, with respect to the total amount of the resin material.
An indication method for accessing a cell, comprising: broadcasting, by a base station, network access control information; characterized in that the network access control information is to indicate whether a cell of the base station permits access of a user equipment, UE, with a specific UE category, and the specific UE category is defined by downlink physical layer parameters, uplink physical layer parameters and layer 2 buffer size. broadcasting, by a base station, network access control information; characterized in that the network access control information is to indicate whether a cell of the base station permits access of a user equipment, UE, with a specific UE category, and the specific UE category is defined by downlink physical layer parameters, uplink physical layer parameters and layer 2 buffer size.