mhurhangee/ep-ind-claims huggingface dataset:
A medical, in particular dental, handpiece comprising: an outer case with a central axis, a drive device for setting in motion a tool which can be connected to the handpiece and an illumination device to illuminate the tool and/or a treatment site on which the tool is acting, wherein the illumination device comprises an optical semiconductor element as well as electrical contacts to connect the optical semiconductor element to an energy source and wherein the illumination device is disposed at an opening of the outer case, characterized by a pin which fixes at least the optical semiconductor element or the illumination device at or in the opening of the outer case, wherein at least a portion of the pin is disposed in a receptacle (9, 9A, 9B) of the handpiece which is disposed at an angle to the central axis and wherein the pin pushes the illumination device into the opening.
A stator heat shield segment for a gas turbine, the stator heat shield segment comprising: - an inner surface facing a hot gas main flow of the gas turbine; - an outer surface opposite to the inner surface and at least partially exposed to cooling air; - a first impingement cavity provided with a plurality of first impingement holes fluidly connected with the cooling air supplied outside the outer surface; - a feeding cavity isolated from the cooling air supplied outside the outer surface and fluidly connected with first impingement cavity; - a second impingement cavity provided with a plurality of second impingement holes fluidly connected to the feeding cavity; wherein the first and the second impingement cavity are arranged one beside the other parallel with respect to the inner surface and are separated by a partition wall; characterized in that the partition wall comprises at least a bypass cooling hole. - an inner surface facing a hot gas main flow of the gas turbine; - an outer surface opposite to the inner surface and at least partially exposed to cooling air; - a first impingement cavity provided with a plurality of first impingement holes fluidly connected with the cooling air supplied outside the outer surface; - a feeding cavity isolated from the cooling air supplied outside the outer surface and fluidly connected with first impingement cavity; - a second impingement cavity provided with a plurality of second impingement holes fluidly connected to the feeding cavity; wherein the first and the second impingement cavity are arranged one beside the other parallel with respect to the inner surface and are separated by a partition wall; characterized in that the partition wall comprises at least a bypass cooling hole.
A method for making a tight buffer upcoated optical fiber having a predetermined buffer stripping force comprising: controlling residual acrylate unsaturation, RAU, in at least an outer surface of a single un-buffered optical fiber by injecting an inert gas into a fiber path of the single un-buffered optical fiber after applying an outer coating on the single un-buffered optical fiber and prior to entering an ultraviolet,UV, curing oven to achieve a predetermined buffer stripping characteristic; curing the outer coating of the single un-buffered optical fiber in the UV curing oven; applying a tight buffer composition comprising acrylate to the outer coating of the un-buffered optical fiber without the use of slip layer materials; and UV curing the tight buffer composition. controlling residual acrylate unsaturation, RAU, in at least an outer surface of a single un-buffered optical fiber by injecting an inert gas into a fiber path of the single un-buffered optical fiber after applying an outer coating on the single un-buffered optical fiber and prior to entering an ultraviolet,UV, curing oven to achieve a predetermined buffer stripping characteristic; curing the outer coating of the single un-buffered optical fiber in the UV curing oven; applying a tight buffer composition comprising acrylate to the outer coating of the un-buffered optical fiber without the use of slip layer materials; and UV curing the tight buffer composition.
Encoder head aligning apparatus including: a first support member connected to a moveable unit moved along a base; a second support member connected to said first support member through a resilient member, said second support member being provided with an encoder head facing a linear scale attached to said base; and at least three adjustment members (400, 400', 400"), which are not aligned in a straight line and penetrating said first support member to contact said second support member for adjusting the distance and the angle between said first support member and said second support member so as to properly align said encoder head with said linear scale; and wherein at least two of the points of said second support member contacting said adjustment members (400, 400', 400") are made to have a contact groove (310, 320); and wherein one of said contact grooves (310, 320) is shaped like an inverted cone, and the other is shaped like an inverted quadrangular pyramid. a first support member connected to a moveable unit moved along a base; a second support member connected to said first support member through a resilient member, said second support member being provided with an encoder head facing a linear scale attached to said base; and at least three adjustment members (400, 400', 400"), which are not aligned in a straight line and penetrating said first support member to contact said second support member for adjusting the distance and the angle between said first support member and said second support member so as to properly align said encoder head with said linear scale; and wherein at least two of the points of said second support member contacting said adjustment members (400, 400', 400") are made to have a contact groove (310, 320); and wherein one of said contact grooves (310, 320) is shaped like an inverted cone, and the other is shaped like an inverted quadrangular pyramid.
A radiopharmaceutical system for generating radioisotopes by elution, and comprising a radioisotope generator having an input needle, and output needle spaced from the input needle and a radiation shielded enclosure disposed about said generator, characterized in that a radio-frequency identification (RFID) tag is coupled to said generator, an RFID communication device is disposed inside the radiation shielded enclosure, an RFID repeater is coupled to an exterior portion of the radiation shielded enclosure, wherein the RFID repeater is communicatively coupled to the RFID communication device, an RFID communication transmission passage extends through the radiation shielded enclosure, and said RFID communication transmission passage is angled or curved between opposite sides of the radiation shielded enclosure to block radioactivity rays from said generator.
A multi-layer reduced pressure delivery apparatus for applying reduced pressure tissue treatment to a tissue site comprising: a first layer having a scaffold adapted to contact a tissue site; a second layer having a water-soluble polymer and a plurality of flow channels, the water-soluble polymer contacting the scaffold; and a third layer having a distribution manifold contacting the water-soluble polymer. a first layer having a scaffold adapted to contact a tissue site; a second layer having a water-soluble polymer and a plurality of flow channels, the water-soluble polymer contacting the scaffold; and a third layer having a distribution manifold contacting the water-soluble polymer.
A method for determining information relating to the operation of a traffic light, comprising: using digital map data indicative of a location of the traffic light to select live positional data relating to one or more devices having position determining capability moving along a path subject to control by the traffic light; using the live positional data to determine the distance of the one or more devices from the traffic light when at a standstill; using the live positional data to determine the time that the one or more devices pass the traffic light; using the live positional data to compute the red-green transition time of the traffic light using the distance and time measurements; using the transition time data to determine cycle time data indicative of a cycle time of the traffic light; and using the transition time data and cycle time data to predict one or more times at which a future transition between phases of the traffic light is expected to occur. using digital map data indicative of a location of the traffic light to select live positional data relating to one or more devices having position determining capability moving along a path subject to control by the traffic light; using the live positional data to determine the distance of the one or more devices from the traffic light when at a standstill; using the live positional data to determine the time that the one or more devices pass the traffic light; using the live positional data to compute the red-green transition time of the traffic light using the distance and time measurements; using the transition time data to determine cycle time data indicative of a cycle time of the traffic light; and using the transition time data and cycle time data to predict one or more times at which a future transition between phases of the traffic light is expected to occur.
A method for whitening teeth comprising the steps of: coating a tooth whitening composition including a peroxide onto the teeth; and irradiating anions to the tooth whitening composition. coating a tooth whitening composition including a peroxide onto the teeth; and irradiating anions to the tooth whitening composition.
Ink composition for deflected continuous jet printing, liquid at ambient temperature, comprising: a) a solvent comprising, preferably constituted by, one or more organic solvent compound(s), and optionally water; b) a binder, comprising at least one binding resin; c) at least one plasticizer of said binding resin; d) at least one dye which belongs to the family of anthraquinone dyes; e) at least one or more other dye(s) and/or pigment(s) which do not belong to the family of anthraquinone dyes; said ink composition being characterized in that it comprises a dye belonging to the family of anthraquinone dyes, which is of a first color, for example blue, and another dye and/or pigment not belonging to the family of anthraquinone dyes, which is of a second color, different from the first color, for example black; preferably the dye belonging to the family of anthraquinone dyes is the dye Solvent Blue 104, and the other dye is the dye Solvent Black 3; and further being characterized in that the binder is constituted by a cellulosic resin, such as a cellulose acetobutyrate resin. a) a solvent comprising, preferably constituted by, one or more organic solvent compound(s), and optionally water; b) a binder, comprising at least one binding resin; c) at least one plasticizer of said binding resin; d) at least one dye which belongs to the family of anthraquinone dyes; e) at least one or more other dye(s) and/or pigment(s) which do not belong to the family of anthraquinone dyes;
Method for gluing labels, comprising the following steps: supplying glue, in particular cold glue, via a supply line to a glue application unit; and determining a volume flow of glue through the supply line; wherein the supply of glue is adjusted by means of an adjustable supply device (100, 200, 300) depending on the determined volume flow in such a way that glue is dispensed from the glue application unit at a constant flow rate, wherein the adjustable supply device (200, 300) comprises a dosing cylinder (140, 240) comprising a piston that can be moved in a controlled manner, wherein the adjustment of the glue supply to the glue application unit comprises conveying glue stored in the dosing cylinder by moving the piston, and wherein the method further comprises determining a glue pressure in the glue feed of the glue application unit, in particular less than 20 cm, preferably less than 10 cm, from the glue application unit in the supply line, wherein the glue supply is adjusted depending on the specific volume flow and the specific glue pressure. supplying glue, in particular cold glue, via a supply line to a glue application unit; and determining a volume flow of glue through the supply line; wherein the supply of glue is adjusted by means of an adjustable supply device (100, 200, 300) depending on the determined volume flow in such a way that glue is dispensed from the glue application unit at a constant flow rate, wherein the adjustable supply device (200, 300) comprises a dosing cylinder (140, 240) comprising a piston that can be moved in a controlled manner, wherein the adjustment of the glue supply to the glue application unit comprises conveying glue stored in the dosing cylinder by moving the piston, and wherein the method further comprises determining a glue pressure in the glue feed of the glue application unit, in particular less than 20 cm, preferably less than 10 cm, from the glue application unit in the supply line, wherein the glue supply is adjusted depending on the specific volume flow and the specific glue pressure. wherein the adjustable supply device (200, 300) comprises a dosing cylinder (140, 240) comprising a piston that can be moved in a controlled manner, wherein the adjustment of the glue supply to the glue application unit comprises conveying glue stored in the dosing cylinder by moving the piston, and wherein the method further comprises determining a glue pressure in the glue feed of the glue application unit, in particular less than 20 cm, preferably less than 10 cm, from the glue application unit in the supply line, wherein the glue supply is adjusted depending on the specific volume flow and the specific glue pressure.
A method for adapting earth-fault protection settings in a three-phase electric network, the method comprising: detecting an earth fault in the three-phase electric network; determining, after the earth fault has been detected in the electric network, a value for a directional phasor quantity at a measuring point in the three-phase electric network; and comparing the determined value for the directional phasor quantity with predetermined boundaries on a complex plane, characterized in that the method comprises: determining, on the basis of the comparison, a neutral earthing state of the electric network; and adapting one or more earth-fault protection settings on the basis of the determined neutral earthing state of the electric network. detecting an earth fault in the three-phase electric network; determining, after the earth fault has been detected in the electric network, a value for a directional phasor quantity at a measuring point in the three-phase electric network; and comparing the determined value for the directional phasor quantity with predetermined boundaries on a complex plane, characterized in that the method comprises: determining, on the basis of the comparison, a neutral earthing state of the electric network; and adapting one or more earth-fault protection settings on the basis of the determined neutral earthing state of the electric network. determining, on the basis of the comparison, a neutral earthing state of the electric network; and adapting one or more earth-fault protection settings on the basis of the determined neutral earthing state of the electric network.
System for predictive chassis control for an off-road utility vehicle, with a wheel-spring device which is controllable with respect to a damping characteristic and/or suspension characteristic, with a sensor means for ascertaining a force profile (F(t)) of a disturbance acting on the wheel-spring device by reason of a condition of a ground surface to be driven along, with a navigation means for ascertaining a current geoposition of the off-road utility vehicle in the form of associated position data, and with a memory unit in which a control unit saves a quantity derived from the force profile (F(t)) brought about by reason of the disturbance, inclusive of the position data corresponding thereto, as an associated data pair, wherein the control unit detects an imminent renewed crossing of the disturbance by continuous reconciliation of the current geoposition, made available by the navigation means, of the off-road utility vehicle with the saved position data, and adapts the damping characteristic and/or suspension characteristic, on the basis of the saved quantity by pilot control of the wheel-spring device in such a manner that an influence of the disturbance on the wheel-spring device is at least partly compensated, wherein the derived quantity is a category allocated to the respective disturbance, characterized in that the control unit deletes the data pair saved in the memory unit upon expiration of a predetermined storage-time, wherein a variable presetting of the storage-time is undertaken by the control unit as a function of the meteorological conditions.
Dielectric composition comprising particles having a perovskite crystal structure including at least Bi, Na, Sr and Ti, characterized in that: at least some of the particles have a core-shell structure comprising a core portion and a shell portion; and the content of Bi present in the core portion is no greater than 0.83 times the content of Bi present in the shell portion. at least some of the particles have a core-shell structure comprising a core portion and a shell portion; and the content of Bi present in the core portion is no greater than 0.83 times the content of Bi present in the shell portion.
A parking space monitoring system for detecting free and occupied parking bays in a parking space zone, said parking space monitoring system comprising - a detection system which is configured to detect a plurality of different vehicles in the parking bays of the parking space zone, and - at least one display unit for displaying a plurality of different occupied and/or free parking bays, wherein the display unit has a display area for displaying information, wherein the display area comprises at least two areal regions, wherein the areal regions are adjacent to and/or adjoin one another, each have a different spatial orientation and wherein the display unit is configured to display different information in different areal regions, in particular indications of different occupied and/or free parking bays, and wherein the display area has a plurality of individually controllable pixels, wherein the pixels are distributed over the different areal regions, characterized in that the display area is at least party shaped in the form of the lateral surface of a cylinder and/or as elliptical and/or in the form of the lateral surface of a truncated cone. - a detection system which is configured to detect a plurality of different vehicles in the parking bays of the parking space zone, and - at least one display unit for displaying a plurality of different occupied and/or free parking bays, wherein the display unit has a display area for displaying information, wherein the display area comprises at least two areal regions, wherein the areal regions are adjacent to and/or adjoin one another, each have a different spatial orientation and wherein the display unit is configured to display different information in different areal regions, in particular indications of different occupied and/or free parking bays, and wherein the display area has a plurality of individually controllable pixels, wherein the pixels are distributed over the different areal regions, characterized in that the display area is at least party shaped in the form of the lateral surface of a cylinder and/or as elliptical and/or in the form of the lateral surface of a truncated cone.
Anchor device for a prestressed diaphragm wall, comprising at least one prestressing reinforcement and a sleeve encasing said at least one prestressing reinforcement and forming an anchorage for said at least one prestressing reinforcement in the diaphragm wall, a length (Ld) of the anchor sleeve being strictly less than a length (La) of said at least one prestressing reinforcement, the anchor sleeve comprising a sealing material disposed in such a way as to coat each prestressing reinforcement, the anchor device comprising a corrosion-resistant coating of each prestressing reinforcement over the entire length of the prestressing reinforcement, characterized in that the corrosion-resistant coating comprises a duct for protecting the prestressing reinforcement and/or a material for coating the prestressing reinforcement in a part of the prestressing reinforcement disposed outside of the sleeve, the anchor device further comprising a sealed plug in an overlap zone between a part of said at least one prestressing reinforcement in the anchor sleeve and a part of said at least one prestressing reinforcement outside of the anchor sleeve.
A surge protection device comprising: a pair of terminal fittings; a circuit board on which a surge protection element is mounted, the surge protection element including two electrodes connected to the pair of terminal fittings and a ground electrode configured to cause a surge current to flow to a ground when a surge voltage is applied between the two electrodes; an earth wiring cable connected to the ground electrode; and a main body that houses the circuit board, the main body being configured such that the pair of terminal fittings and the earth wiring cable protrude from an inside of the main body to an outside, characterized in that the pair of terminal fittings is configured to be connected to a pair of power supply terminals of a field device together with a power supply cable; the pair of terminal fittings is arranged along an extending direction of the earth wiring cable, and the pair of terminal fittings is bent from roots thereof so that a direction in which distal ends of the pair of terminal fittings extend becomes oblique to the extending direction. a pair of terminal fittings; a circuit board on which a surge protection element is mounted, the surge protection element including two electrodes connected to the pair of terminal fittings and a ground electrode configured to cause a surge current to flow to a ground when a surge voltage is applied between the two electrodes; an earth wiring cable connected to the ground electrode; and a main body that houses the circuit board, the main body being configured such that the pair of terminal fittings and the earth wiring cable protrude from an inside of the main body to an outside, characterized in that the pair of terminal fittings is configured to be connected to a pair of power supply terminals of a field device together with a power supply cable; the pair of terminal fittings is arranged along an extending direction of the earth wiring cable, and the pair of terminal fittings is bent from roots thereof so that a direction in which distal ends of the pair of terminal fittings extend becomes oblique to the extending direction.
An assembly comprising: a resistor pack including a first clip-shaped cavity therein; a first spring clip disposed within the first clip-shaped cavity, wherein the first spring clip has an omega shape with first and second curved end portions (72, 80); a first connector abutted by opposing portions of the first spring clip; and characterised by a pin, wherein the pin is received by the first curved end portion of the first spring clip. a resistor pack including a first clip-shaped cavity therein; a first spring clip disposed within the first clip-shaped cavity, wherein the first spring clip has an omega shape with first and second curved end portions (72, 80); a first connector abutted by opposing portions of the first spring clip; and characterised by a pin, wherein the pin is received by the first curved end portion of the first spring clip.