mhurhangee/ep-ind-claims huggingface dataset:
A guide pin (100, 200) for dental implant surgery comprising: an insertion portion (130, 230) extending in a length direction so as to be poked and inserted between an alveolar bone and the gum; and a guide portion (110, 210) coupled to the insertion portion (130, 230) to be extended in the length direction, and configured to guide an inclination of the alveolar bone by being exposed outside the gum when the insertion portion is inserted between the alveolar bone and the gum, wherein the insertion portion (130, 230) comprises a bone contact portion that is configured to closely contact to the alveolar bone in a direction facing the alveolar bone and a periosteal contact portion that is convexly formed in a direction facing a periosteum of a gum, wherein the guide portion is bent at an angle of about 3° to about 15° with respect to the insertion portion. an insertion portion (130, 230) extending in a length direction so as to be poked and inserted between an alveolar bone and the gum; and a guide portion (110, 210) coupled to the insertion portion (130, 230) to be extended in the length direction, and configured to guide an inclination of the alveolar bone by being exposed outside the gum when the insertion portion is inserted between the alveolar bone and the gum, wherein the insertion portion (130, 230) comprises a bone contact portion that is configured to closely contact to the alveolar bone in a direction facing the alveolar bone and a periosteal contact portion that is convexly formed in a direction facing a periosteum of a gum, wherein the guide portion is bent at an angle of about 3° to about 15° with respect to the insertion portion.
Apparatus for cleaning or pre-cleaning medical or surgical devices having a lumen, the apparatus comprising: • a sink for holding cleaning liquid, the sink having at least a first wall and a bottom and being adapted to expose objects to the cleaning liquid; • an overflow for draining cleaning liquid that reaches the overflow; • a drain located in the bottom of the sink for draining cleaning liquid from the sink; • an inlet for injecting cleaning liquid through the first wall; • a movable draining layer in the sink, movable in a vertical direction by a lifting system to lift the draining layer out of the cleaning liquid for an inspection and brushing step and to lower it into the cleaning liquid for a rinsing step, • a bottom skimmer configured for moving sunken debris or detritus along the bottom of the sink towards and down the drain, and • an image capture device configured for capturing images of the medical or surgical devices to be or being cleaned. • a sink for holding cleaning liquid, the sink having at least a first wall and a bottom and being adapted to expose objects to the cleaning liquid; • an overflow for draining cleaning liquid that reaches the overflow; • a drain located in the bottom of the sink for draining cleaning liquid from the sink; • an inlet for injecting cleaning liquid through the first wall; • a movable draining layer in the sink, movable in a vertical direction by a lifting system to lift the draining layer out of the cleaning liquid for an inspection and brushing step and to lower it into the cleaning liquid for a rinsing step, • a bottom skimmer configured for moving sunken debris or detritus along the bottom of the sink towards and down the drain, and • an image capture device configured for capturing images of the medical or surgical devices to be or being cleaned.
A method for controlling a motorized blind installation, the installation comprising a frame holding a rolling up tube intended to be rotated by an actuator comprising a tubular driving motor allowing a blind fabric to be rolled up or unrolled around the tube at a first end, the blind fabric being secured at a second end to a loading bar laid out substantially parallel to the rolling up tube and movably mounted relatively to the frame between respectively rolled up and unrolled travel end positions of the fabric through foldable arms (6, 7), the method comprising, during the fabric deployment, a step for controlling the actuator in order to bring the fabric in a stretched, unrolled travel end position, the method being characterized in that it comprises an adjustment phase comprising: during the fabric deployment, a step for monitoring the motor rotation speed or the motor torque, a step for detecting an increase of the motor rotation speed or the motor torque, following to an unfolding movement of the arms at the end of the deployment preceding the arrival of the arms in an arms locking position, the end of the deployment being automatically initiated in response to the detection of the increase of the motor rotation speed or the motor torque; a step for memorizing the position of the blind at the deployment end, the memorized position corresponding to the stretched, unrolled travel end position; a step for continuous folding of the blind up to the rolled up travel end position; the method comprising, during the next operating cycles: during the fabric deployment, a step intended to automatically stop the deployment at the position memorized during the adjustment phase. during the fabric deployment, a step for monitoring the motor rotation speed or the motor torque, a step for detecting an increase of the motor rotation speed or the motor torque, following to an unfolding movement of the arms at the end of the deployment preceding the arrival of the arms in an arms locking position, the end of the deployment being automatically initiated in response to the detection of the increase of the motor rotation speed or the motor torque; a step for memorizing the position of the blind at the deployment end, the memorized position corresponding to the stretched, unrolled travel end position; a step for continuous folding of the blind up to the rolled up travel end position; the method comprising, during the next operating cycles: during the fabric deployment, a step intended to automatically stop the deployment at the position memorized during the adjustment phase.
Photonic component having a photonic integrated chip and a fibre mount mechanically connected to the photonic integrated chip, wherein the fibre mount comprises: - at least one groove, into which an optical fibre, in particular single-mode fibre, is inserted, and - at least one mirror surface, which reflects radiation of the fibre in the direction of the photonic integrated chip and/or reflects radiation of the photonic integrated chip in the direction of the fibre, wherein - a chip stack having at least two chips, of which one borders the fibre mount and one borders the photonic integrated chip, is arranged between the photonic integrated chip and the fibre mount, - the chip stack is provided with at least two through holes, - one guide pin is guided through each of the at least two through holes of the chip stack, which guide pin extends into an associated positioning hole in the fibre mount and in the direction of the photonic integrated chip and positions at least the chip stack and the fibre mount in relation to one another, - the fibre mount, the chip of the chip stack which borders the fibre mount and the guide pins are fixedly connected to one another and jointly form a plug, and - the photonic integrated chip and the chip which borders the photonic integrated chip are fixedly connected to one another and form a plug receptacle, in particular a socket, and - the guide pins of the plug are inserted into the plug receptacle. - at least one groove, into which an optical fibre, in particular single-mode fibre, is inserted, and - at least one mirror surface, which reflects radiation of the fibre in the direction of the photonic integrated chip and/or reflects radiation of the photonic integrated chip in the direction of the fibre, - a chip stack having at least two chips, of which one borders the fibre mount and one borders the photonic integrated chip, is arranged between the photonic integrated chip and the fibre mount, - the chip stack is provided with at least two through holes, - one guide pin is guided through each of the at least two through holes of the chip stack, which guide pin extends into an associated positioning hole in the fibre mount and in the direction of the photonic integrated chip and positions at least the chip stack and the fibre mount in relation to one another, - the fibre mount, the chip of the chip stack which borders the fibre mount and the guide pins are fixedly connected to one another and jointly form a plug, and - the photonic integrated chip and the chip which borders the photonic integrated chip are fixedly connected to one another and form a plug receptacle, in particular a socket, and - the guide pins of the plug are inserted into the plug receptacle.
Building material mixture for use as an electrical heating material mixture with a building material which can be hardened with the addition of water and acts as a binder and with a previously added, carbon-based, electrically conductive, fine powder material, the hardened mixture forming an electrical heating resistor between a plurality of electrical poles (3, 4) or terminals (5, 6), such that, when a voltage is applied to the poles (3, 4) or terminals (5, 6) the building material mixture heats up when a voltage is applied to the poles (3, 4) or terminals (5, 6) as a result of the electric current flowing through the building material mixture, characterized in that the binder is a mineral system material, the mineral system material being characterized as fly ash-dominant and the proportion of fly ash in the binder used being between 50 and 80 % by weight, the ratio of powder material to the building material acting as binder being 3:1 to 1:3, and the powder material containing graphite.
Low voltage lamp (10, 20, 30, 50) for external use, comprising: - a hollow sealed container body consisting of at least two opening half-shells (11.1, 21.1, 31.1, 51.1), filled with insulating gel (G, G', G") and containing a terminal connection block (12, 22, 32, 42, 52) electrically connected, by means of first electrical wires (14, 24, 34, 44, 54), to an electrical power supply network at least partially external to said hollow and sealed container body; - at least one light source (L, L', L") having at one of its extremities at least one electrical and mechanical connection means; - an electrical and mechanical connection means (13, 23) of said light source (L, L', L") electrically branched by means of second electrical wires (25, 45, 55) with respect to said terminal connection block (12, 22, 32, 42, 52); wherein at least said second electrical wires (25, 45, 55) and at least one corresponding portion of said electrical and mechanical connection means (13, 23) are housed in a sealed manner in said sealed container body by means of said insulating gel (G, G', G"), which encloses them like a cast, and by the fact that said gel (G, G', G") is configured to model its shape on said second electrical wires (25, 45, 54, 55), said terminal connection block (12, 22, 32, 42, 52) and said at least one corresponding portion of said electrical and mechanical connection means (13, 23), in a reversible manner. - a hollow sealed container body consisting of at least two opening half-shells (11.1, 21.1, 31.1, 51.1), filled with insulating gel (G, G', G") and containing a terminal connection block (12, 22, 32, 42, 52) electrically connected, by means of first electrical wires (14, 24, 34, 44, 54), to an electrical power supply network at least partially external to said hollow and sealed container body; - at least one light source (L, L', L") having at one of its extremities at least one electrical and mechanical connection means; - an electrical and mechanical connection means (13, 23) of said light source (L, L', L") electrically branched by means of second electrical wires (25, 45, 55) with respect to said terminal connection block (12, 22, 32, 42, 52);
An array of interconnected photovoltaic cells comprising: a first string of first photovoltaic cells electrically connected in series; and a second string of second photovoltaic cells electrically connected in series, said second string electrically connected in parallel with said first string; wherein the array is provided on a flexible insulating layer and/or a flexible insulating and conducting composite layer; characterized in that each of said first cells have a first shape and each of said second cells have a second shape different from said first shape; wherein said different shapes enable the array to be flexible. a first string of first photovoltaic cells electrically connected in series; and a second string of second photovoltaic cells electrically connected in series, said second string electrically connected in parallel with said first string; wherein the array is provided on a flexible insulating layer and/or a flexible insulating and conducting composite layer; characterized in that each of said first cells have a first shape and each of said second cells have a second shape different from said first shape; wherein said different shapes enable the array to be flexible.
A nanoparticle (10a, 10b) comprising: an iron-based core, wherein the iron-based core (12a, 12b) comprises at least one of α"-Fe 16 N 2 and α'-Fe(Co)N; and characterised by a manganese nitride shell (14a, 14b).
A keyswitch assembly corresponding to a single key for a keyboard, comprising: a display unit comprising a display surface and a setting surface opposite to the display surface, wherein a plurality of display regions (A1, A2, A3) are arranged on the display surface, and a plurality of control regions (C1, C2, C3) corresponding respectively to the display regions are disposed on the setting surface; and a carrier supporting the display unit, wherein the carrier comprises a first surface, a second surface opposite to the first surface and a plurality of contact pads arranged on the first surface of the carrier and extending to the second surface, the contact pads each respectively electrically connected to a corresponding one of the control regions (C1, C2, C3); a light-shielding layer positioned corresponding to the display regions (A1, A2, A3), the light-shielding layer comprising a plurality of transparent patterns (P1, P2, P3), the transparent patterns (P1, P2, P3) being positioned respectively corresponding to the display regions (A1, A2, A3); and a transparent keycap positioned on the display unit; wherein each of the display regions (A1, A2, A3) is configured to display individually in response to a control signal received from the corresponding contact pad. a display unit comprising a display surface and a setting surface opposite to the display surface, wherein a plurality of display regions (A1, A2, A3) are arranged on the display surface, and a plurality of control regions (C1, C2, C3) corresponding respectively to the display regions are disposed on the setting surface; and a carrier supporting the display unit, wherein the carrier comprises a first surface, a second surface opposite to the first surface and a plurality of contact pads arranged on the first surface of the carrier and extending to the second surface, the contact pads each respectively electrically connected to a corresponding one of the control regions (C1, C2, C3); a light-shielding layer positioned corresponding to the display regions (A1, A2, A3), the light-shielding layer comprising a plurality of transparent patterns (P1, P2, P3), the transparent patterns (P1, P2, P3) being positioned respectively corresponding to the display regions (A1, A2, A3); and a transparent keycap positioned on the display unit; wherein each of the display regions (A1, A2, A3) is configured to display individually in response to a control signal received from the corresponding contact pad.
A beverage dispensing apparatus, comprising; a liquid flow system defining a liquid flow path between an aqueous liquid source and a beverage dispensing outlet; a liquid carbonation sub-system for impregnating the liquid with carbon dioxide and comprising a carbonation chamber linked to the liquid flow system for receiving a quantity of liquid from said source and being associated with a source of carbon dioxide for carbonating said quantity while in said chamber; a beverage dispensing outlet linked to said chamber; a pressure-lowering utility operative after carbonation of the water in said chamber and prior to dispensing of the carbonated water for reducing the carbon dioxide pressure in the carbonation chamber, the pressure-lowering utility comprises a pressure-reducing regulator in gas communication with said chamber characterized in that the pressure-lowering utility further comprises module for separating between released gas and liquid droplets carried by it.
An ion exchange membrane for alkali chloride electrolysis, having a layer comprising a fluorinated polymer having carboxylic acid functional groups, and a layer comprising a fluorinated polymer having sulfonic acid functional groups, characterized in that a reinforcing material comprising reinforcing threads is disposed in the layer, and when measured as defined in the description after the ion exchange membrane for alkali chloride electrolysis is immersed and held in a 32 mass% sodium hydroxide aqueous solution warmed at 90°C for 16 hours and subsequently immersed in a 32 mass% sodium hydroxide aqueous solution at 25°C for 3 hours, the AC resistance value A of said layer and the AC resistance value B of said layer satisfy the following formulae at the same time, 1 Ω ⋅ cm 2 ≦ A ≦ 10 Ω ⋅ cm 2 170 Ω ⋅ cm 2 ≦ B ≦ 550 Ω ⋅ cm 2; and wherein the thickness when dried of the layer is from 1 to 50 μm and the thickness when dried of the layer is from 30 to 200 μm.
An ink composition comprising: a metal salt amine complex; wherein the metal salt amine complex is formed from a metal salt and an amine; a compound selected from the group consisting of a stable free radical, a photoacid generator, and a thermal acid generator; and an optional solvent, wherein the stable free radical is selected from the group consisting of nitroxides, hydrazyls, trityl radicals, and combinations thereof. a metal salt amine complex; wherein the metal salt amine complex is formed from a metal salt and an amine; a compound selected from the group consisting of a stable free radical, a photoacid generator, and a thermal acid generator; and an optional solvent,
A support structure (1,101,201,301) for a flexible, heat-exchanging duct (3,230,2011) of the type that is locatable proximal to cells (4,17,2020) of a battery pack (2,2000), the support structure (1,101,201,301) being configured to provide support to a duct (3,230,2011) to prevent kinking, bulging and/or bursting of the duct (3,230,2011) at positions where the duct (3,230,2011) emerges from an array of cells (4,17,2020), changes direction and re-enters the array of cells (4,17,2020), the support structure (1,101,201,301) comprising an inner guide formation (6,106,206,306), an outer guide formation (8,108,208,308) and a guide path (5,105,205,305) located between the inner guide formation (6,106,206,306) and the outer guide formation (8,108,208,308).
A pouch handling machine comprising a frame, multiple pouch related process stations (10 - 18) arranged on the frame in series, and a reciprocating beams conveyor that is adapted to advance pouches intermittently in a horizontal path along said series of multiple stations, wherein the reciprocating beams conveyor comprises: - a left-hand side and a right-hand side elongated reciprocating beam (21,22), each of said reciprocating beams being provided at intervals along the length thereof with pouch retention members (23,24), - a left-hand side and a right-hand side support member (27,28), each of said support members supporting and forming a linear guide for said left-hand side and right-hand side reciprocating beam (21,22) respectively, - a longitudinal reciprocating motion drive mechanism adapted to cause an intermittent reciprocating motion of the reciprocating beams in the longitudinal direction thereof, - a transverse motion mechanism (40 - 45, 47, 48) adapted to cause a periodic transverse motion of the left-hand side and a right-hand side support members (23,24) towards and away from one another in order to clamp a pouch between opposed pouch retention members of the left-hand and right-hand reciprocating beams and to release a pouch, characterized in that the longitudinal reciprocating motion drive mechanism comprises a left-hand side and a right-hand side electromagnetic linear actuator (50,51), each of said electromagnetic linear actuators being mounted between the respective reciprocating beams (21,22) and the respective support member (27,28), and in that said electromagnetic linear actuators (50,51) are linked to an electronic controller that is adapted to synchronize the motions of the electromagnetic linear actuators, said controller is provided with a memory wherein, for each of multiple pouch types a respective data set at least representing an actuator motion profile to be performed by each of the actuators (50,51) when handling the corresponding pouch type, e.g. wherein the data set comprises a profile of linear speed and/or acceleration of the electromagnetic linear actuator as well as stop positions of the electromagnetic linear actuator. - a left-hand side and a right-hand side elongated reciprocating beam (21,22), each of said reciprocating beams being provided at intervals along the length thereof with pouch retention members (23,24), - a left-hand side and a right-hand side support member (27,28), each of said support members supporting and forming a linear guide for said left-hand side and right-hand side reciprocating beam (21,22) respectively, - a longitudinal reciprocating motion drive mechanism adapted to cause an intermittent reciprocating motion of the reciprocating beams in the longitudinal direction thereof, - a transverse motion mechanism (40 - 45, 47, 48) adapted to cause a periodic transverse motion of the left-hand side and a right-hand side support members (23,24) towards and away from one another in order to clamp a pouch between opposed pouch retention members of the left-hand and right-hand reciprocating beams and to release a pouch,