mhurhangee/ep-ind-claims huggingface dataset:
A burner for solid fuel such as biomass, or tyres, that comprises a heating body in the shape of a cylinder (1, 1', 1") provided with solid fuel supply means and means for the inlet of primary air (13, 13', 13") as the oxidant, with said cylinder (1, 1', 1") being provided with a plate (3, 3', 3") in its lower part, wherein said plate is positioned above the means for the inlet of primary air (13, 13', 13"), with said plate (3, 3', 3") having through holes and being so arranged as to receive the fuel without the fuel flowing therethrough, and said burner further comprising inside said cylinder (1, 1', 1") means generating a negative pressure within the burner so as to generate a primary air circulation from the underside of the plate (3, 3', 3"), and through said plate and the fuel resting thereon up to a gas outlet duct (4, 4', 4") in the upper portion of said burner, and wherein the means for generating a negative pressure within the burner consist of means for the inlet of compressed air (2, 2', 2") positioned in the upper part of the cylinder (1, 1', 1") of the burner and generating a venturi effect creating the negative pressure.
Combination of a profile and a hinge for a window or a door of a building, the hinge comprising an accessory for the sideways adjustment of the position of a hinge leaf of the hinge on the profile of the window or door, wherein the profile is provided with a first groove and with a second groove and the hinge leaf is provided with a thickened section that in the mounted situation of the position of the hinge leaf on the profile is slidably engaged in the first groove with a certain sideways play, characterised in that the hinge leaf is provided with a slot that, in the mounted situation of the hinge leaf on the profile, extends in a direction that runs obliquely with respect to the longitudinal direction of the profile, and in that the hinge is provided with an accessory that is constructed as a sliding piece that in the mounted situation of the hinge on the profile is affixed between the hinge leaf and the profile and which is provided with a guide rib with which the sliding piece is movably affixed in the second groove of the profile and which is provided with a peg that is guided in the slot of the hinge leaf.
A system for use in a vehicle, comprising: a steering element situated opposite a driver seat in a vehicle, wherein an opening extends through the steering element from the driver-facing side of the steering element to the side of the steering element opposite the driver-facing side; a sensor that provides a detection zone (501, 510 - 512) in the opening, the sensor comprising: a first row of emitters (104, 106 - 108) at one end of the opening that project vertical, collimated light beams (606 - 608) across the opening; a first row of receivers at the opposite end of the opening that receive the vertical collimated light beams; a second row of emitters at the left or right end of the opening that project horizontal, collimated light beams across the opening; and a second row of receivers at the end of the opening opposite the second row of emitters that receive the horizontal collimated light beams; and a processor housed in the vehicle, connected with said emitters and with said receivers that provide a two-dimensional detection of an object inserted in the detection zone that interrupts the vertical and horizontal collimated light beams, and controls the vehicle entertainment and navigation system in response to detection of the object inside the detection zone (501, 510 - 512). a steering element situated opposite a driver seat in a vehicle, wherein an opening extends through the steering element from the driver-facing side of the steering element to the side of the steering element opposite the driver-facing side; a sensor that provides a detection zone (501, 510 - 512) in the opening, the sensor comprising: a first row of emitters (104, 106 - 108) at one end of the opening that project vertical, collimated light beams (606 - 608) across the opening; a first row of receivers at the opposite end of the opening that receive the vertical collimated light beams; a second row of emitters at the left or right end of the opening that project horizontal, collimated light beams across the opening; and a second row of receivers at the end of the opening opposite the second row of emitters that receive the horizontal collimated light beams; and a first row of emitters (104, 106 - 108) at one end of the opening that project vertical, collimated light beams (606 - 608) across the opening; a first row of receivers at the opposite end of the opening that receive the vertical collimated light beams; a second row of emitters at the left or right end of the opening that project horizontal, collimated light beams across the opening; and a second row of receivers at the end of the opening opposite the second row of emitters that receive the horizontal collimated light beams; and a processor housed in the vehicle, connected with said emitters and with said receivers that provide a two-dimensional detection of an object inserted in the detection zone that interrupts the vertical and horizontal collimated light beams, and controls the vehicle entertainment and navigation system in response to detection of the object inside the detection zone (501, 510 - 512).
A slip ring assembly adapted to provide electrical contact between a stator and a rotor, the assembly comprising: a current-carrying conductor mounted on said stator; a brush tube mounted on said conductor; a fiber bundle, the individual fibers of said bundle having a diameter of less than about 3 mm, the upper marginal end portions of said fibers being received in said brush tube, the lower ends of the fibers in said bundle extending beyond said brush tube and being adapted to engage said rotor, and a collimator tube surrounding a portion of said brush tube and extending therebeyond; characterized in that: the upper margin of said brush tube is crimped or swaged to hold the upper marginal end portions of said fibres therein, said fibres having an average free length of about 8-10 mm, and the lower end of said collimator tube is adapted to limit lateral movement of the fibres in said bundle when said rotor rotates, said collimator tube is adjustably mounted on said brush tube and concentric with said brush tube; and the length of overlap of said collimator and brush tubes (46, 45) is adjustable. a current-carrying conductor mounted on said stator; a brush tube mounted on said conductor; a fiber bundle, the individual fibers of said bundle having a diameter of less than about 3 mm, the upper marginal end portions of said fibers being received in said brush tube, the lower ends of the fibers in said bundle extending beyond said brush tube and being adapted to engage said rotor, and a collimator tube surrounding a portion of said brush tube and extending therebeyond; characterized in that: the upper margin of said brush tube is crimped or swaged to hold the upper marginal end portions of said fibres therein, said fibres having an average free length of about 8-10 mm, and the lower end of said collimator tube is adapted to limit lateral movement of the fibres in said bundle when said rotor rotates, said collimator tube is adjustably mounted on said brush tube and concentric with said brush tube; and the length of overlap of said collimator and brush tubes (46, 45) is adjustable. the upper margin of said brush tube is crimped or swaged to hold the upper marginal end portions of said fibres therein, said fibres having an average free length of about 8-10 mm, and the lower end of said collimator tube is adapted to limit lateral movement of the fibres in said bundle when said rotor rotates, said collimator tube is adjustably mounted on said brush tube and concentric with said brush tube; and the length of overlap of said collimator and brush tubes (46, 45) is adjustable.
Method for operating a washing machine comprising a suds container for receiving washing liquid for treating laundry and comprising a water reservoir, characterised in that, before a process step of a washing phase and/or at least one rinsing phase of a washing programme is carried out, some of the washing liquid is conducted from the suds container into the water reservoir and, after the process step, at least some of the washing liquid flows back into the suds container.
A network node capable to work, within a cellular communication system comprising a plurality of base stations, according to a device-to-device, D2D, communication mode, characterised by the network node also having backhaul capability via a second communication network distinct from a backbone network of the cellular communication network and is capable to provide D2D communication by direct or multi-hop communication with other nodes or terminals (104, 106) on a peer level for providing service via the second communication network when operating in the D2D communication mode.
A vehicle seat rail assembly composing: a lower rail having a groove portion that extends in the longitudinal direction of a vehicle body and that opens upward in the vertical direction of the vehicle body and adapted to be supported stationary relative to the vehicle body; an upper rail adapted to be attached to a vehicle seat and guided by the lower rail for sliding movement in the longitudinal direction of the lower rail; a stationary closing member (30, 64) adapted to be supported stationary relative to the vehicle body; and a movable closing member (35, 65) supported for sliding movement in the longitudinal direction of the lower rail relative to at least one of the lower rail and the stationary closing member (30, 64), the stationary closing member (30, 64) being disposed between a pair of groove walls defining the groove portion of the lower rail, and the movable closing member (35, 65) being disposed between the paired groove walls of the lower rail, so that said stationary closing member and said movable closing member close a part of the groove portion in which they are provided, characterized in that the stationary closing member (30, 64) is located on the side of a first limit of movement of the upper rail relative to the lower rail, and in that the amount of overlap of the movable closing member (35, 65) with the stationary closing member (30, 64) in the longitudinal direction of the lower rail when the upper rail is located at the first limit of movement is greater than that when the upper rail is located at a second limit of movement opposite the first limit of movement. a lower rail having a groove portion that extends in the longitudinal direction of a vehicle body and that opens upward in the vertical direction of the vehicle body and adapted to be supported stationary relative to the vehicle body; an upper rail adapted to be attached to a vehicle seat and guided by the lower rail for sliding movement in the longitudinal direction of the lower rail; a stationary closing member (30, 64) adapted to be supported stationary relative to the vehicle body; and a movable closing member (35, 65) supported for sliding movement in the longitudinal direction of the lower rail relative to at least one of the lower rail and the stationary closing member (30, 64), the stationary closing member (30, 64) being disposed between a pair of groove walls defining the groove portion of the lower rail, and the movable closing member (35, 65) being disposed between the paired groove walls of the lower rail, so that said stationary closing member and said movable closing member close a part of the groove portion in which they are provided, characterized in that the stationary closing member (30, 64) is located on the side of a first limit of movement of the upper rail relative to the lower rail, and in that the amount of overlap of the movable closing member (35, 65) with the stationary closing member (30, 64) in the longitudinal direction of the lower rail when the upper rail is located at the first limit of movement is greater than that when the upper rail is located at a second limit of movement opposite the first limit of movement.
Assembly for shelving device, comprising a support for displaying articles, a lighting device and a mounting element which is configured to bear said lighting device and to be mounted on said support, wherein said mounting element comprises at least one guiding member and said lighting device comprises at least one complementary guiding member (72, 74) configured to be movable in rotation relative to said at least one guiding member, said mounting element further comprises at least one stop member and said lighting device further comprises at least one complementary stop member configured to come into abutment against said at least one stop member; by virtue of which said lighting device is adjustable in rotation between at least two positions defined by said at least one stop member of said mounting element; wherein said at least one guiding member is formed by a first portion of said mounting element, said first portion having a semi-annular shape defining an internal space and being configured to receive at least partially said lighting device into said internal space; characterized in that said first portion further comprises a semi-annular rib protruding in said internal space.
Metering device for introducing a bulk cleaning agent into a processing chamber of a program-controlled cleaning machine, in particular a dishwasher, comprising a replaceable storage container which is used to store cleaning agent, the storage container being mounted so as to be rotatable about a rotary shaft and comprising a cleaning agent outlet, characterised by a drying unit that comprises a drying agent and is held securely in position by a receptacle, the receptacle being arranged in the mouth region of the cleaning agent outlet such that ambient air flowing in through the cleaning agent outlet sweeps past an active surface of the drying unit.
A light emitting device comprising: a semiconductor layer which sequentially includes a p-type semiconductor layer, a light emission layer and an n-type semiconductor layer from the lower part, and wherein the semiconductor layer is located on a support layer made of a metal or a semiconductor; and a light extraction structure formed as a photonic crystal on the semiconductor layer with a pattern having unit structures, each of the unit structures having a hole shape, wherein the side wall of each of the unit structures is sloped at an angle of up to 45° (excluding 0°) from a virtual vertical line being parallel to a main light emitting direction of the light emitting device and extends from an inner surface to an outer surface of the light extraction structure, each of the unit structures thus having beveled side walls; characterized in that: r o is 0.35 a and r i is from 0 to less than 0.35 a, wherein r o is the radius of each unit structure on the outer surface, whilst r i is the radius of each unit structure on the inner surface, and wherein "a" represents the period of the pattern. a semiconductor layer which sequentially includes a p-type semiconductor layer, a light emission layer and an n-type semiconductor layer from the lower part, and wherein the semiconductor layer is located on a support layer made of a metal or a semiconductor; and a light extraction structure formed as a photonic crystal on the semiconductor layer with a pattern having unit structures, each of the unit structures having a hole shape, wherein the side wall of each of the unit structures is sloped at an angle of up to 45° (excluding 0°) from a virtual vertical line being parallel to a main light emitting direction of the light emitting device and extends from an inner surface to an outer surface of the light extraction structure, each of the unit structures thus having beveled side walls; characterized in that: r o is 0.35 a and r i is from 0 to less than 0.35 a,
An elongate percussion drill component to form part of a drill string comprising: an elongate length section having a pair of axial ends (200, 201); a male spigot provided at at least one of the ends (200, 201) and having an externally threaded section and a non-threaded shank positioned axially intermediate the threaded section and the length section; the male spigot projecting axially from an annular side surface of the length section or an annular side surface of the radially outward extending shoulder, the threaded section having an outside diameter (Dy) corresponding to a crest of the thread and the non-threaded shank comprises an axial length (Ls) defined between an axially inner end of the threaded section and the side surface; wherein the shank comprises a transitional region (300, 301) positioned adjacent the annular side surface wherein a cross sectional profile at the transition region (300, 301) in a plane extending in a longitudinal axis of the component is curved such that a cross sectional area of the shank increases axially towards the annular side surface; characterized in that the quotient Ls/Dy is equal to or greater than 0.4. an elongate length section having a pair of axial ends (200, 201); a male spigot provided at at least one of the ends (200, 201) and having an externally threaded section and a non-threaded shank positioned axially intermediate the threaded section and the length section; the male spigot projecting axially from an annular side surface of the length section or an annular side surface of the radially outward extending shoulder, the threaded section having an outside diameter (Dy) corresponding to a crest of the thread and the non-threaded shank comprises an axial length (Ls) defined between an axially inner end of the threaded section and the side surface; wherein the shank comprises a transitional region (300, 301) positioned adjacent the annular side surface wherein a cross sectional profile at the transition region (300, 301) in a plane extending in a longitudinal axis of the component is curved such that a cross sectional area of the shank increases axially towards the annular side surface; characterized in that the quotient Ls/Dy is equal to or greater than 0.4.
A trocar support apparatus for use with a trocar separate from the apparatus for maintaining the trocar in fixed position in a body wall of a patient while the trocar extends through the body wall of a patient, the support comprising: an annular expandable member for extending around the trocar, said annular expandable member being movable in an expansion movement from a collapsed condition radially outwardly of the trocar to a predetermined size; an annular abutment collar arranged to be received on the trocar at a required position thereon; the annular abutment collar being adjustable longitudinally of the trocar so as to be located at a selected position; a releasable clamping member on the annular abutment collar for locating the annular abutment collar on the trocar at the selected position; said annular expandable member being arranged while in said collapsed condition to be inserted through an incision in the body wall and expanded when inserted to engage an inside surface of the body wall; wherein the manually operable device comprises a pair of members (205, 207) locating an inflation fluid containing member therebetween; characterized in that the members (205, 207) each include a manually engageable projection (212, 213) extending generally radially outwardly from the annular abutment collar which form a manually operable compression device for rotating one member around the axis of the trocar toward of the other member for expelling the inflation fluid from the fluid containing member. an annular expandable member for extending around the trocar, said annular expandable member being movable in an expansion movement from a collapsed condition radially outwardly of the trocar to a predetermined size; an annular abutment collar arranged to be received on the trocar at a required position thereon; the annular abutment collar being adjustable longitudinally of the trocar so as to be located at a selected position; a releasable clamping member on the annular abutment collar for locating the annular abutment collar on the trocar at the selected position; said annular expandable member being arranged while in said collapsed condition to be inserted through an incision in the body wall and expanded when inserted to engage an inside surface of the body wall; wherein the manually operable device comprises a pair of members (205, 207) locating an inflation fluid containing member therebetween; characterized in that the members (205, 207) each include a manually engageable projection (212, 213) extending generally radially outwardly from the annular abutment collar which form a manually operable compression device for rotating one member around the axis of the trocar toward of the other member for expelling the inflation fluid from the fluid containing member.
An instrument configured to remove tissue from a facet joint between articular processes (AP1, AP2) of adjacent vertebrae (V1, V2), the instrument including: a body which includes a shaft and a handle for controlling the placement of the instrument, a first cutting face located on a side of the instrument, coupled to the body, and configured to be oriented toward the first articular process of the facet joint to remove tissue from the articular process as the instrument is introduced into the facet joint, wherein the first cutting face includes rasp teeth, a second cutting face, coupled to the body and oriented toward the second articular process of the facet joint when the first cutting face is oriented toward the first articular process to remove tissue from the articular process as the instrument is introduced into the facet joint, wherein the second cutting face includes rasp teeth, characterised in that the body comprises self-distracting leading end including a curved incline that is more curved near the first cutting face than the second cutting face and configured to separate the vertebrae (V1, V2) from each other when the self-distracting leading end is introduced into the facet joint, and a stop extending substantially perpendicularly from the first cutting face which terminates advancement of the instrument by being configured to contact the superior vertebra. a body which includes a shaft and a handle for controlling the placement of the instrument, a first cutting face located on a side of the instrument, coupled to the body, and configured to be oriented toward the first articular process of the facet joint to remove tissue from the articular process as the instrument is introduced into the facet joint, wherein the first cutting face includes rasp teeth, a second cutting face, coupled to the body and oriented toward the second articular process of the facet joint when the first cutting face is oriented toward the first articular process to remove tissue from the articular process as the instrument is introduced into the facet joint, wherein the second cutting face includes rasp teeth, characterised in that the body comprises self-distracting leading end including a curved incline that is more curved near the first cutting face than the second cutting face and configured to separate the vertebrae (V1, V2) from each other when the self-distracting leading end is introduced into the facet joint, and a stop extending substantially perpendicularly from the first cutting face which terminates advancement of the instrument by being configured to contact the superior vertebra.
A negative electrode for a lithium metal battery, comprising: a negative electrode current collector; and a passivation layer disposed on the negative electrode current collector to include a halogen-based flame retardant, a ceramic, and an organic binder, wherein a volume ratio of the ceramic and the organic binder in the passivation layer is 6.5 or less (but greater than 0). a negative electrode current collector; and a passivation layer disposed on the negative electrode current collector to include a halogen-based flame retardant, a ceramic, and an organic binder, wherein a volume ratio of the ceramic and the organic binder in the passivation layer is 6.5 or less (but greater than 0).