mhurhangee/ep-ind-claims huggingface dataset:
A robotic system for preparing a bone to receive a prosthetic device, the robotic system comprising: a controllable guide structure configured to guide cutting of the bone into a shape for receiving the prosthetic device; a computer readable medium for storing data representative of the prosthetic device, wherein the prosthetic device includes a body portion having an implantation surface configured to face the bone upon implantation and at least one feature that provides a constraint structure that will constrain the prosthetic device in the bone; and a control system for controlling the guide structure, characterized in that the control system is configured to define at least one bone-cutting pattern for (i) removing a first portion of bone in a first area, the first portion comprising a pocket having a substantially planar portion and a circumferential perimeter extending from the substantially planar portion and (ii) at least one of removing and maintaining a second portion of bone in a second area, the second portion in the circumferential perimeter of the pocket to form a plurality of projections extending from the circumferential perimeter of the pocket and configured to interact with the constraint structure wherein the plurality of projections are spaced apart around the circumferential perimeter of the pocket. a controllable guide structure configured to guide cutting of the bone into a shape for receiving the prosthetic device; a computer readable medium for storing data representative of the prosthetic device, wherein the prosthetic device includes a body portion having an implantation surface configured to face the bone upon implantation and at least one feature that provides a constraint structure that will constrain the prosthetic device in the bone; and a control system for controlling the guide structure, characterized in that the control system is configured to define at least one bone-cutting pattern for (i) removing a first portion of bone in a first area, the first portion comprising a pocket having a substantially planar portion and a circumferential perimeter extending from the substantially planar portion and (ii) at least one of removing and maintaining a second portion of bone in a second area, the second portion in the circumferential perimeter of the pocket to form a plurality of projections extending from the circumferential perimeter of the pocket and configured to interact with the constraint structure wherein the plurality of projections are spaced apart around the circumferential perimeter of the pocket.
A method for manufacturing an electrode having a laminated body comprising an insulating layer laminated on an electrode active material layer, said method comprising: a step of laminating an insulating layer on an electrode active material layer formed on a base, such that a thickness value of the insulating layer is at least twice a surface roughness Rz value of the electrode active material layer, the surface roughness Rz value being a ten point average roughness as measured in accordance with JIS B0601 1994. a step of laminating an insulating layer on an electrode active material layer formed on a base, such that a thickness value of the insulating layer is at least twice a surface roughness Rz value of the electrode active material layer, the surface roughness Rz value being a ten point average roughness as measured in accordance with JIS B0601 1994.
A photosensitive drum driving head of a process cartridge for an image forming apparatus, said process cartridge being detachably mountable in the image forming apparatus, the photosensitive drum driving head comprising: a drum flange disposed on the end portion of a photosensitive drum and connected with the photosensitive drum; a drum shaft axially extended from the end portion of the drum flange; and a boss axially extended from the end face of the drum shaft and arranged to engage with a twisted recess of a driving head of the image forming apparatus, wherein at least one convex tooth, radially extended along the boss and arranged to engage with a power transmission portion of the driving head of the image forming apparatus, is formed on the side wall of the boss; the convex tooth is provided with a first side face (500b1) and a second side face (500b2) being a graded bevel gradually varied towards the root of the convex tooth along the end portion of the convex tooth; the convex tooth is provided with a mating surface parallel to an axial line of the photosensitive drum, the mating surface being arranged to engage with an edge of a twisted bevel (11a1) in the recess of the driving head of the image forming apparatus to transmit power. a drum flange disposed on the end portion of a photosensitive drum and connected with the photosensitive drum; a drum shaft axially extended from the end portion of the drum flange; and a boss axially extended from the end face of the drum shaft and arranged to engage with a twisted recess of a driving head of the image forming apparatus, wherein
A sensor control apparatus, comprising: a first System on Chip, SoC, configured to generate a first sensor configuration value for a sensor parameter; a second SoC configured to generate a second sensor configuration value for the sensor parameter; a sensor communicatively coupled to the first SoC and the second SoC; a control logic circuit communicatively coupled to the first SoC, the second SoC, and the sensor, wherein the control logic circuit is configured to select between the first SoC and the second SoC as a host SoC and to apply to the sensor one of the first sensor configuration value or the second sensor configuration value for the sensor parameter based on the selected host SoC; and a monitor communicatively coupled to the control logic circuit, the sensor, the first SoC, and the second SoC, wherein the monitor is configured to: record a number of register updates from the selected host SoC in a predefined window; determine if the number of register updates in the predefined window exceeds a threshold; deselect the selected host SoC when the number of register updates in the predefined window does not exceed the threshold; and broadcast a release signal to the control logic circuit, the first SoC, and the second SoC when the selected host SoC is deselected. a first System on Chip, SoC, configured to generate a first sensor configuration value for a sensor parameter; a second SoC configured to generate a second sensor configuration value for the sensor parameter; a sensor communicatively coupled to the first SoC and the second SoC; a control logic circuit communicatively coupled to the first SoC, the second SoC, and the sensor, wherein the control logic circuit is configured to select between the first SoC and the second SoC as a host SoC and to apply to the sensor one of the first sensor configuration value or the second sensor configuration value for the sensor parameter based on the selected host SoC; and a monitor communicatively coupled to the control logic circuit, the sensor, the first SoC, and the second SoC, wherein the monitor is configured to: record a number of register updates from the selected host SoC in a predefined window; determine if the number of register updates in the predefined window exceeds a threshold; deselect the selected host SoC when the number of register updates in the predefined window does not exceed the threshold; and broadcast a release signal to the control logic circuit, the first SoC, and the second SoC when the selected host SoC is deselected. record a number of register updates from the selected host SoC in a predefined window; determine if the number of register updates in the predefined window exceeds a threshold; deselect the selected host SoC when the number of register updates in the predefined window does not exceed the threshold; and broadcast a release signal to the control logic circuit, the first SoC, and the second SoC when the selected host SoC is deselected.
A photovoltaic module comprising: a first outer protective layer comprising a glass sheet having a thickness of 100 μm or less; a second outer protective layer comprising a glass sheet having a thickness of 100 μm or less; and a plurality of photovoltaic wafers defining an active area of the photovoltaic module and at least partially surrounded by an encapsulant layer between the first and second outer protective layers; wherein the first outer protective layer and the second outer protective layer are approximately less than 100 μm in thickness across a substantial entirety of the active area; and the glass sheet of the first outer protective layer and the glass sheet of the second outer protective layer are aluminoborosilicate glasses that are substantially sodium-free; and the photovoltaic module further comprises an additional glass layer comprising a Na-based glass, wherein the Na-based glass comprises more than 1 wt.% Na and has a thickness and rigidity exceeding that of the first and second outer protective layers; wherein the additional glass layer is separated from the photovoltaic wafers by one of the first and second protective layers to form an impurity barrier that impedes impurity migration from the additional glass layer into the portions of the module encapsulated by first and second outer protective layers. a first outer protective layer comprising a glass sheet having a thickness of 100 μm or less; a second outer protective layer comprising a glass sheet having a thickness of 100 μm or less; and a plurality of photovoltaic wafers defining an active area of the photovoltaic module and at least partially surrounded by an encapsulant layer between the first and second outer protective layers; wherein the first outer protective layer and the second outer protective layer are approximately less than 100 μm in thickness across a substantial entirety of the active area; and the glass sheet of the first outer protective layer and the glass sheet of the second outer protective layer are aluminoborosilicate glasses that are substantially sodium-free; and the photovoltaic module further comprises an additional glass layer comprising a Na-based glass, wherein the Na-based glass comprises more than 1 wt.% Na and has a thickness and rigidity exceeding that of the first and second outer protective layers; wherein the additional glass layer is separated from the photovoltaic wafers by one of the first and second protective layers to form an impurity barrier that impedes impurity migration from the additional glass layer into the portions of the module encapsulated by first and second outer protective layers.
A sports apparatus (10,10') for throwing and catching a projectile (100,100'), comprising: a frame (12,12') having a handle (14,14'); catching means (16,16') arranged on the frame (12,12'); and throwing means (18,18') arranged on the frame (12,12'); wherein the throwing means (18,18') comprises a gripping component that is arranged to partially surround and releasably grip and retain a projectile (100,100') therein, whereby a retained projectile (100,100') may be released from the throwing means (18,18') upon acceleration of the frame (12,12'), and wherein the gripping component (18,18') is a plurality of fingers (18a,18b,18c,18d) extending away from the frame (12,12') and defining a holding space therebetween for retaining a projectile (100,100'); characterised in that the frame (12, 12') defines a loop (12a, 12a') and the catching means comprises a net (16, 16') attached to the frame (12, 12') around the loop (12a, 12a'), wherein the net (16, 16') is loose so as to define a volume capable of receiving a projectile (100, 100'). a frame (12,12') having a handle (14,14'); catching means (16,16') arranged on the frame (12,12'); and throwing means (18,18') arranged on the frame (12,12'); wherein the throwing means (18,18') comprises a gripping component that is arranged to partially surround and releasably grip and retain a projectile (100,100') therein, whereby a retained projectile (100,100') may be released from the throwing means (18,18') upon acceleration of the frame (12,12'), and wherein the gripping component (18,18') is a plurality of fingers (18a,18b,18c,18d) extending away from the frame (12,12') and defining a holding space therebetween for retaining a projectile (100,100'); characterised in that the frame (12, 12') defines a loop (12a, 12a') and the catching means comprises a net (16, 16') attached to the frame (12, 12') around the loop (12a, 12a'), wherein the net (16, 16') is loose so as to define a volume capable of receiving a projectile (100, 100').
Optoelectronic sensor (10, 60) with at least one measuring light source for emitting at least one measuring light beam in the infrared wavelength range along a transmitting beam path into a monitoring area, a light receiver for receiving measured light rays emitted or reflected from the monitoring area and generating corresponding reception signals, a control and evaluation unit for controlling the light receiver and the measuring light source and for evaluating the receiving signals, characterized in that the photoelectric sensor has at least one nonlinear optical element for generating at least one pilot light beam in the visible wavelength range from at least one part of the measuring light beam.
A system for use with a gas turbine engine, comprising: a conduit having a fluid flow path along an axis defining an axial direction; and a silencer baffle disposed in the conduit along the fluid flow path, wherein the silencer baffle has a plurality of baffle sections aligned adjacent to one another, and at least two of the plurality of baffle sections are coupled together via mating interlock structures, wherein each of the mating interlock structures comprise a male joint portion disposed in a female joint portion configured to interlock the baffle sections in the axial direction; the male joint portion and the female joint portion slidingly couple together in a radial direction which is perpendicular to the axial direction; characterized in that the mating interlock structures comprise mating rail structures; and the mating rail structures comprise a dovetail joint having a male dovetail joint portion disposed in a female dovetail joint portion. a conduit having a fluid flow path along an axis defining an axial direction; and a silencer baffle disposed in the conduit along the fluid flow path, wherein the silencer baffle has a plurality of baffle sections aligned adjacent to one another, and at least two of the plurality of baffle sections are coupled together via mating interlock structures, wherein each of the mating interlock structures comprise a male joint portion disposed in a female joint portion configured to interlock the baffle sections in the axial direction; the male joint portion and the female joint portion slidingly couple together in a radial direction which is perpendicular to the axial direction; characterized in that the mating interlock structures comprise mating rail structures; and the mating rail structures comprise a dovetail joint having a male dovetail joint portion disposed in a female dovetail joint portion.
A method for producing a rare earth sintered magnet, the method comprising the steps of: molding a mixture of magnetic powder containing a rare earth compound and oil-extended rubber containing oil and rubber to produce a molded body; removing the oil-extended rubber from the molded body; and calcining the molded body from which the oil-extended rubber is removed to produce a rare earth sintered magnet, wherein the oil is selected from hydrocarbon oils, carboxylic acids and fatty acids, and wherein the rubber is selected from ethylene-propylene rubber, styrene-butadiene rubber, butadiene rubber, isoprene rubber, butyl rubber and ethylene-propylene diene monomer rubber. molding a mixture of magnetic powder containing a rare earth compound and oil-extended rubber containing oil and rubber to produce a molded body; removing the oil-extended rubber from the molded body; and calcining the molded body from which the oil-extended rubber is removed to produce a rare earth sintered magnet, wherein the oil is selected from hydrocarbon oils, carboxylic acids and fatty acids, and wherein the rubber is selected from ethylene-propylene rubber, styrene-butadiene rubber, butadiene rubber, isoprene rubber, butyl rubber and ethylene-propylene diene monomer rubber.
A rim block cage having solid or gel-like preparations, comprising at least two containers (3a, 3b, 3c, 3d) for receiving at least two preparations (4a, 4b, 4c, 4d), it being possible for the containers (3a, 3b, 3c, 3d) to be positioned below the toilet bowl rim in such a manner that flushing water can flow over said containers when the toilet is flushed, and in each case at least one inlet opening (5a, 5b, 5c, 5d) and one outlet opening (6a, 6b, 6c, 6d) being formed in the container wall for the flushing water, and comprising a retainer for fastening the rim block cage to the rim, characterized in that a flushing water distribution element is arranged and configured on the rim block cage such that flushing water acts on the flushing water distribution element during flushing and the flushing water is discharged into the inlet openings (5a, 5b, 5c, 5d) of the containers (3a, 3b, 3c, 3d) in a uniformized manner, the flushing water distribution element being integral with the containers (3a, 3b, 3c, 3d), the flushing water distribution element being arranged below the inlet openings (5a, 5b, 5c, 5d).
Apparatus for cleaning at least one lens, with a plurality of cleaning devices (4, 5, 6), each of which has its own enclosed processing space, and with a handling device for feeding the lens and/or a carrier with the lens to the cleaning devices (4, 5, 6), characterized in that the handling device is designed to move or advance the lens or the carrier with the lens transversely to the feed direction in one or each of the cleaning devices (4, 5, 6).
An orthopaedic device with a base body made of an electrically insulating material and at least one electric conductor, which is arranged on or in the base body, wherein the electric conductor comprises an electrically conductive elastomer, characterized in that the at least one conductor comprises a core made of the electrically conductive elastomer and an electrically insulating coating, wherein the elastomer is a silicone, a thermoplastic elastomer or a polyurethane, in which graphite, soot and/or metal particles and/or carbon nanotubes and/or conductive fibers are found and the electrically insulating coating comprises or is made of a parylene. a base body made of an electrically insulating material and at least one electric conductor, which is arranged on or in the base body, wherein the electric conductor comprises an electrically conductive elastomer,
A method of purifying exhaust gas exhausted from an internal combustion engine comprising an exhaust purification catalyst arranged in an engine exhaust passage and a hydrocarbon feed valve arranged in the engine exhaust passage upstream of the exhaust purification catalyst, a precious metal catalyst being carried on an exhaust gas flow surface of the exhaust purification catalyst, a basic layer being formed around the precious metal catalyst, and an air-fuel ratio of an exhaust gas flowing into the exhaust purification catalyst being made rich when releasing NO x which is stored in the basic layer from the exhaust purification catalyst, wherein when releasing the stored NO x from the exhaust purification catalyst, the air-fuel ratio of the exhaust gas flowing into the exhaust purification catalyst is made rich by generating combustion gas of a rich air-fuel ratio in a combustion chamber or the air-fuel ratio of the exhaust gas flowing into the exhaust purification catalyst is made rich by injecting hydrocarbons from the hydrocarbon feed valve into the engine exhaust passage, wherein, for the temperature of the exhaust purification catalyst, an allowable lowest temperature which enables to release the stored NO x from the exhaust purification catalyst by generating the combustion gas of a rich air-fuel ratio in the combustion chamber and an upper limit temperature higher than said allowable lowest temperature are set in advance, and wherein, when the temperature of the exhaust purification catalyst is between said allowable lowest temperature and said upper limit temperature, an amount of injection of hydrocarbons from the hydrocarbon feed valve is made greater as compared with when the temperature of the exhaust purification catalyst is higher than said upper limit temperature.
A relative position positioning method is used in a relative position positioning system to acquire a relative position relationship between a main device and a device of interest in a space, and space also including a plurality of receivers, the method including the following steps: broadcasting, by a plurality of receivers, a plurality of positioning signals; receiving, by the main device, the plurality of positioning signals and then returning a first reply signal; integrating, by the plurality of first receivers and transmitting a first positioning data according to the first reply signal to the main device; calculating, by the main device, a plurality of distances to the plurality of first receivers, wherein the plurality of first receivers are devices that have received the first reply signal; after the device of interest receives the plurality of positioning signals, returning a second reply signal; integrating, by a second receiver, and transmitting a second positioning data according to the second reply signal to the main device, wherein the second receiver belongs to the plurality of first receivers and has received the second reply signal; and calculating, by the main device, the relative position relationship between the main device and the device of interest based on the second positioning data. broadcasting, by a plurality of receivers, a plurality of positioning signals; receiving, by the main device, the plurality of positioning signals and then returning a first reply signal; integrating, by the plurality of first receivers and transmitting a first positioning data according to the first reply signal to the main device; calculating, by the main device, a plurality of distances to the plurality of first receivers, wherein the plurality of first receivers are devices that have received the first reply signal; after the device of interest receives the plurality of positioning signals, returning a second reply signal; integrating, by a second receiver, and transmitting a second positioning data according to the second reply signal to the main device, wherein the second receiver belongs to the plurality of first receivers and has received the second reply signal; and calculating, by the main device, the relative position relationship between the main device and the device of interest based on the second positioning data.