mhurhangee/ep-ind-claims huggingface dataset:
A powdery composition comprising the following components,, and, wherein a molar ratio of component to component, /, is 0.1 or more and 10 or less and the water content is 10 mass% or less: Component: an alkanolamine having an SP value by the Fedors method of 10 (cal/cm 3) 1/2 or more and 16 (cal/cm 3) 1/2 or less or a salt thereof; Component: a compound having an SP value by the Fedors method within ±6 (cal/cm 3) 1/2 inclusive of the SP value of the component as an alkanolamine, with a proviso that compounds corresponding to component are excluded from component; Component: a powdery carrier; Component: an ammonium halide. Component: an alkanolamine having an SP value by the Fedors method of 10 (cal/cm 3) 1/2 or more and 16 (cal/cm 3) 1/2 or less or a salt thereof; Component: a compound having an SP value by the Fedors method within ±6 (cal/cm 3) 1/2 inclusive of the SP value of the component as an alkanolamine, with a proviso that compounds corresponding to component are excluded from component; Component: a powdery carrier; Component: an ammonium halide.
A method for monitoring and controlling remote devices and/or systems comprising: receiving, via a capture service executable by a first processor of an edge device, input data from one or more data sources, the input data comprising information associated with a monitored environment, one or more monitored devices (152; 402; 502), or both, wherein the first processor comprises a central processing unit, wherein the input data includes video stream data associated with one or more video streams captured by cameras disposed within the monitored environment, wherein each camera has a field of view that includes a remote device; applying, by a modelling engine executable by a second processor of the edge device, two or more machine learning models to at least a portion of the input data to produce model output data, wherein the second processor comprises a graphics processing unit; executing, by control logic executable by the first processor, control logic against the model output data to produce control data; generating, via a message broker service executable by the first processor, at least one control message (252; 424; 524) based on the control data, the control message (252; 424; 524) comprising one or more commands corresponding to the remote device (152; 404; 504); and transmitting, by the message broker service, the at least one control message (252; 424; 524) to the remote device (152; 402; 502). receiving, via a capture service executable by a first processor of an edge device, input data from one or more data sources, the input data comprising information associated with a monitored environment, one or more monitored devices (152; 402; 502), or both, wherein the first processor comprises a central processing unit, wherein the input data includes video stream data associated with one or more video streams captured by cameras disposed within the monitored environment, wherein each camera has a field of view that includes a remote device; applying, by a modelling engine executable by a second processor of the edge device, two or more machine learning models to at least a portion of the input data to produce model output data, wherein the second processor comprises a graphics processing unit; executing, by control logic executable by the first processor, control logic against the model output data to produce control data; generating, via a message broker service executable by the first processor, at least one control message (252; 424; 524) based on the control data, the control message (252; 424; 524) comprising one or more commands corresponding to the remote device (152; 404; 504); and transmitting, by the message broker service, the at least one control message (252; 424; 524) to the remote device (152; 402; 502).
Cold-rolled and recrystallization-annealed flat steel product having a ferritic microstructure, consisting of a steel having the following composition (in % by weight): C: 0.0001%-0.003%, Si: 0.001%-0.025%, Mn: 0.05%-0.20%, P: 0.001%-0.015%, Al: 0.02%-0.055%, Ti: 0.01%- 0.1%, the remainder being iron and unavoidable impurities, wherein the steel may additionally contain the following optional alloy elements: Cr: 0.001%-0.05%, V: up to 0.005%, Mo: up to 0.015%, N: 0.001%-0.004%, wherein the unavoidable impurities include B, Cu, Nb, Ni, Sb, Sn and S, which amount to at most 0.2% by weight and which has a yield strength Rp0.2 of up to 180 MPa, a tensile strength Rm of up to 340 MPa, an elongation at break A80 of at least 40%, an n value of at least 0.23, and, on at least one of its surfaces, an arithmetic mean roughness Ra of 0.8-1.6 μm and a peak count RPc of at least 75 1/cm, wherein the depressions and peaks shaped into the surface that account for the mean roughness Ra and the peak count RPc are in stochastic distribution. C: 0.0001%-0.003%, Si: 0.001%-0.025%, Mn: 0.05%-0.20%, P: 0.001%-0.015%, Al: 0.02%-0.055%, Ti: 0.01%- 0.1%, Cr: 0.001%-0.05%, V: up to 0.005%, Mo: up to 0.015%, N: 0.001%-0.004%,
A flight control surface actuation system comprising: a rotary actuator having an output shaft configured to rotate about an axis; an output lever connected to the output shaft; and a connecting rod having a first end and a second end, characterised in that: the connecting rod is rotatably connected to the output lever at the first end such that the connecting rod pivots about the first end relative to the output lever; and a position sensor is mounted to the connecting rod, wherein the output lever and the connecting rod are connected via the position sensor, and the position sensor is arranged to measure the angular displacement of the first end of the connecting rod about the axis. a rotary actuator having an output shaft configured to rotate about an axis; an output lever connected to the output shaft; and a connecting rod having a first end and a second end, characterised in that: the connecting rod is rotatably connected to the output lever at the first end such that the connecting rod pivots about the first end relative to the output lever; and a position sensor is mounted to the connecting rod, wherein the output lever and the connecting rod are connected via the position sensor, and the position sensor is arranged to measure the angular displacement of the first end of the connecting rod about the axis. the connecting rod is rotatably connected to the output lever at the first end such that the connecting rod pivots about the first end relative to the output lever; and a position sensor is mounted to the connecting rod, wherein the output lever and the connecting rod are connected via the position sensor, and the position sensor is arranged to measure the angular displacement of the first end of the connecting rod about the axis.
A tetherable cavity washer, comprising: a substantially planar base surface having a fastener aperture extending longitudinally therethrough, the base surface having a base surface perimeter, and the entirety of the fastener aperture being located in a laterally spaced-apart relationship with the base surface perimeter; a longitudinally oriented wall extending longitudinally to at least a first longitudinal distance from at least a portion of the base surface perimeter; and two tether apertures extending laterally through the wall, the tether apertures being laterally spaced apart along the wall, and both of the tether apertures being laterally arranged along the wall in a rotationally asymmetric configuration. a substantially planar base surface having a fastener aperture extending longitudinally therethrough, the base surface having a base surface perimeter, and the entirety of the fastener aperture being located in a laterally spaced-apart relationship with the base surface perimeter; a longitudinally oriented wall extending longitudinally to at least a first longitudinal distance from at least a portion of the base surface perimeter; and two tether apertures extending laterally through the wall, the tether apertures being laterally spaced apart along the wall, and both of the tether apertures being laterally arranged along the wall in a rotationally asymmetric configuration.
A bypass switch for providing a bypass path between a first terminal and a second terminal, the bypass switch comprising: a first contact device (104, 104'); a second contact device; and a plunger being moveable from an initial state, via a first state, to a second state, wherein in the initial state the first terminal and second terminal are conductively separated; in the first state a movement of the plunger causes the first contact device (104, 104') to close a first conductive connection between the first terminal and the second terminal; and in the second state the plunger mechanically forces the second contact device to close a second conductive connection between the first terminal and the second terminal, characterized in that the plunger comprises a front section and a back section, wherein the front section is detachably connected to the back section, and wherein, in the first state, it is the back section which causes the first contact device (104, 104') to close the first conductive connection. a first contact device (104, 104'); a second contact device; and a plunger being moveable from an initial state, via a first state, to a second state, wherein in the initial state the first terminal and second terminal are conductively separated; in the first state a movement of the plunger causes the first contact device (104, 104') to close a first conductive connection between the first terminal and the second terminal; and in the second state the plunger mechanically forces the second contact device to close a second conductive connection between the first terminal and the second terminal, characterized in that the plunger comprises a front section and a back section, wherein the front section is detachably connected to the back section, and wherein, in the first state, it is the back section which causes the first contact device (104, 104') to close the first conductive connection.
An orthopedic prosthesis for implantation into a bone of a patient, said orthopedic prosthesis comprising: a shell adapted to be affixed within the bone, said shell having an outer surface, an inner surface, and an elongated slot extending between said outer and inner surfaces (24, 22); an augment defining a body and having a passage therethrough; and a securing member extending through said passage and said slot, wherein the securing member collectively defines a fastener and a nut, the fastener including a head, wherein said securing member is movable between a locked position wherein said augment is precluded from relative movement with said shell and an unlocked position wherein said securing member is adapted to move between a first position on the slot and a second position on the slot to locate said augment at said first and second positions, respectively, and wherein said head nests in one of said shell and said augment in said locked position and said nut nests in the other of said shell and said augment in said locked position. a shell adapted to be affixed within the bone, said shell having an outer surface, an inner surface, and an elongated slot extending between said outer and inner surfaces (24, 22); an augment defining a body and having a passage therethrough; and a securing member extending through said passage and said slot, wherein the securing member collectively defines a fastener and a nut, the fastener including a head, wherein said securing member is movable between a locked position wherein said augment is precluded from relative movement with said shell and an unlocked position wherein said securing member is adapted to move between a first position on the slot and a second position on the slot to locate said augment at said first and second positions, respectively, and wherein said head nests in one of said shell and said augment in said locked position and said nut nests in the other of said shell and said augment in said locked position.
A document upon which a data sequence configured for machine reading is placed, the data sequence comprising, in combination, identification data and verification data (3, 4) suitable for verification of the data sequence, wherein the identification data comprises alpha-numeric characters; the verification data (3, 4) comprises a check digit and is represented as a non-alpha-numeric pattern placed upon the document, the check digit and the identification data together satisfying a mathematical verification formula; the alpha-numeric characters of the identification data and the non-alpha-numeric pattern of the verification data being aligned along a common axis; characterised in that the identification data uniquely identifies the document and the non-alpha-numeric pattern is a dot array. the verification data (3, 4) comprises a check digit and is represented as a non-alpha-numeric pattern placed upon the document, the check digit and the identification data together satisfying a mathematical verification formula; the alpha-numeric characters of the identification data and the non-alpha-numeric pattern of the verification data being aligned along a common axis; characterised in that the identification data uniquely identifies the document and the non-alpha-numeric pattern is a dot array.
A breast pump apparatus for expressing breast milk, comprising a container unit for receiving expressed breast milk, and a pump unit including a pump body and a pumping device for applying negative pressure to a pump volume defined by the pump body, the pump body comprising an inlet portion adapted to be received on a female breast and an outlet portion adapted to channel expressed milk to the container unit, wherein the pump body further comprises an actuator element (200, 300, 400) comprising an active material capable of deforming upon application of a control signal to it and configured to have a bi-stable or multi-stable configuration, wherein deformation of the actuator element (200, 300, 400) modifies at least one of a shape and size of the pump volume and wherein the actuator element is arranged at the pump body distant from the portion designated to be in contact with the female breast, wherein a deformation of the actuator element modifies the volume of the pump volume defined inside the pump body.
A dice shaker device for providing a randomized state of at least one die, said dice shaker device comprising: a dice plate; a dice plate actuator configured to apply a reciprocating force to said dice plate; a casing; a circumferential ridge surface extending around an outer perimeter of said dice plate; a dice rolling space at least partly defined by said casing, said dice plate, and said circumferential ridge surface; wherein said circumferential ridge surface is parallel with an upper surface of said dice plate and wherein said circumferential ridge surface has a width that is less than half the width of the at least one die that the dice shaker device is arranged to provide a randomized state of; and characterized in that the width of the circumferential ridge surface is larger than 36% of the width of the at least one die that the device is arranged to provide a randomized state of. a dice plate; a dice plate actuator configured to apply a reciprocating force to said dice plate; a casing; a circumferential ridge surface extending around an outer perimeter of said dice plate; a dice rolling space at least partly defined by said casing, said dice plate, and said circumferential ridge surface; wherein said circumferential ridge surface is parallel with an upper surface of said dice plate and wherein said circumferential ridge surface has a width that is less than half the width of the at least one die that the dice shaker device is arranged to provide a randomized state of; and characterized in that the width of the circumferential ridge surface is larger than 36% of the width of the at least one die that the device is arranged to provide a randomized state of.
A water bottle cap assembly (10, 20, 50), comprising: at least one port, extending outwardly from an exterior surface of the cap, a multi-channel passage member for providing or receiving a fluid to an endoscopic device, wherein the multi-channel passage member includes an inner channel and a first and second c-shaped outer channel (514, 516), wherein the port extends a predetermined length and is configured to engage the multi-channel passage member, a plurality of interior threads, configured to engage a plurality of external threads on a water bottle, an annular sealing platform, extending outwardly from an interior side wall of the cap, wherein the annular sealing platform comprises a substantial horizontal contact area, configured to provide a water-tight seal to a neck of a water bottle when the cap is engaging the water bottle, and a channel connector configured to couple the inner channel to a water passage disposed inside the water bottle cap for distributing water from the water bottle to the endoscopic device, wherein the first and second outer channels do not extend into the water bottle, and wherein the at least one port is configured to provide water to an endoscopic device through the inner channel and a pressurized air to the endoscopic device through at least one of the outer channels. at least one port, extending outwardly from an exterior surface of the cap, a multi-channel passage member for providing or receiving a fluid to an endoscopic device, wherein the multi-channel passage member includes an inner channel and a first and second c-shaped outer channel (514, 516), wherein the port extends a predetermined length and is configured to engage the multi-channel passage member, a plurality of interior threads, configured to engage a plurality of external threads on a water bottle, an annular sealing platform, extending outwardly from an interior side wall of the cap, wherein the annular sealing platform comprises a substantial horizontal contact area, configured to provide a water-tight seal to a neck of a water bottle when the cap is engaging the water bottle, and a channel connector configured to couple the inner channel to a water passage disposed inside the water bottle cap for distributing water from the water bottle to the endoscopic device, wherein the first and second outer channels do not extend into the water bottle, and wherein the at least one port is configured to provide water to an endoscopic device through the inner channel and a pressurized air to the endoscopic device through at least one of the outer channels.
A method for concentrating a substance, wherein the method comprises the steps of: (a) providing the substance, the substance comprising chargeable particles in a liquid carrier; (b) passing the substance between a conveyor and a first electrode, wherein a potential is applied between the conveyor and the first electrode such that the substance becomes adhered to the conveyor, and wherein some liquid carrier may be removed from the substance on the conveyor; (c) passing the substance on the conveyor past a moving surface, wherein the substance contacts the moving surface and a potential is applied between the conveyor and the moving surface, such that the chargeable particles are disposed to move toward the conveyor and some of the liquid carrier is removed to increase the concentration of the chargeable particles in the liquid carrier on the conveyor to form a concentrated substance on the conveyor, the conveyor and the moving surface then diverging from one another; (d) removing at least some of the concentrated substance from the conveyor and transferring it to a storage vessel; (e) wherein at least some of the liquid carrier removed from the conveyor in step (b) or step (c) is passed between a second electrode and the conveyor, and a potential is applied between the conveyor and the second electrode such that the chargeable particles are disposed to move toward the conveyor, and some liquid carrier is removed; and wherein the substance is an electrostatic ink composition comprising the chargeable particles in the liquid carrier. (a) providing the substance, the substance comprising chargeable particles in a liquid carrier; (b) passing the substance between a conveyor and a first electrode, wherein a potential is applied between the conveyor and the first electrode such that the substance becomes adhered to the conveyor, and wherein some liquid carrier may be removed from the substance on the conveyor; (c) passing the substance on the conveyor past a moving surface, wherein the substance contacts the moving surface and a potential is applied between the conveyor and the moving surface, such that the chargeable particles are disposed to move toward the conveyor and some of the liquid carrier is removed to increase the concentration of the chargeable particles in the liquid carrier on the conveyor to form a concentrated substance on the conveyor, the conveyor and the moving surface then diverging from one another; (d) removing at least some of the concentrated substance from the conveyor and transferring it to a storage vessel; (e) wherein at least some of the liquid carrier removed from the conveyor in step (b) or step (c) is passed between a second electrode and the conveyor, and a potential is applied between the conveyor and the second electrode such that the chargeable particles are disposed to move toward the conveyor, and some liquid carrier is removed; and
A method for providing a spray gun in a washing space in a spray gun washing device, said spray gun comprising a paint passage with a paint inlet, said washing space comprising at least one cleaning nozzle which communicates with a cleaning medium system, wherein the method comprises steps of - configuring the paint passage of the spray gun to be open, - providing the spray gun at an attachment surface in the washing space, said attachment surface being configured to receive the spray gun whereby the position of the spray gun in the washing space is variable depending on the position of the paint inlet of the spray gun relative to the position of the cleaning nozzle in the washing space, characterized in that the spray gun is carried in its position at the attachment surface by magnetism. - configuring the paint passage of the spray gun to be open, - providing the spray gun at an attachment surface in the washing space, said attachment surface being configured to receive the spray gun whereby the position of the spray gun in the washing space is variable depending on the position of the paint inlet of the spray gun relative to the position of the cleaning nozzle in the washing space,
A composition comprising N-acetyl-glucosamine-6-phosphate, glucuronic acid, and a magnesium sulfate in the proportions of 50 to 75, 55 to 83 and 33 to 66 mmoles/kg respectively.