mhurhangee/ep-ind-claims huggingface dataset:
Machine for cutting sheet material, comprising: - a worktable adapted to provide a support plane for a sheet of material to be cut; - at least one cutting unit adapted to cut the sheet arranged on the worktable; - at least one arm that is arranged at least partially above the worktable and is adapted to support the cutting unit; - support means of the arm, which is supported so as to be movable along a sliding direction; and - at least one protective screen connected to the arm, said protective screen being adapted to translate in the sliding direction due to the movement of said arm, said machine being characterized in that the protective screen is hinged at a hinging point so as to be tilting with respect to the arm, said protective screen being adapted to perform an at least partial rotation with respect to the hinging point, wherein the machine comprises a control unit configured to stop the movement of the arm based on the rotational movement of the protective screen. - a worktable adapted to provide a support plane for a sheet of material to be cut; - at least one cutting unit adapted to cut the sheet arranged on the worktable; - at least one arm that is arranged at least partially above the worktable and is adapted to support the cutting unit; - support means of the arm, which is supported so as to be movable along a sliding direction; and - at least one protective screen connected to the arm, said protective screen being adapted to translate in the sliding direction due to the movement of said arm, said machine being characterized in that the protective screen is hinged at a hinging point so as to be tilting with respect to the arm, said protective screen being adapted to perform an at least partial rotation with respect to the hinging point, wherein the machine comprises a control unit configured to stop the movement of the arm based on the rotational movement of the protective screen.
A reaction product H of at least one cyclic urea U, at least one multifunctional aldehyde A and at least one polyol P selected from the group consisting of hexanediol, 2-methyl-1,3-propanediol, 2-ethyl-1,2-hydroxymethyl-1,3-propanediol, trimethylol propane, tris (hydroxymethyl) ethane, cyclohexanedimethanol, neopentyl glycol, trimethylpentanediol, dimethylolpropionic acid, and Pentaerythritol.
A ceiling light unit, comprising - a housing, the housing having an interior, - a plurality of light sources disposed on a board within the housing, characterised in that the board is provided with a protective light diffusing cover over the light sources preventing a user from touching electrical connections on the board. - a housing, the housing having an interior, - a plurality of light sources disposed on a board within the housing, characterised in that the board is provided with a protective light diffusing cover over the light sources preventing a user from touching electrical connections on the board.
An autonomous floor cleaner comprising: an autonomously moveable housing, a drive system for autonomously moving the housing over the surface to be cleaned, a controller for controlling the operation of the autonomous floor cleaner, and a plurality of occupiable space sensors (94A, 94B, 94C, 94D) having overlapping sensing zones and configured to detect open areas around the autonomous floor cleaner and provide this information as input to the controller; wherein the controller is configured to: drive the autonomous floor cleaner in a zero-radius turn; analyze input from the plurality of occupiable space sensors (94A, 94B, 94C, 94D) to determine at least one area of occupiable space around the autonomous floor cleaner, wherein the at least one area of occupiable space comprises an open area large enough to drive the autonomous floor cleaner through; select a heading for the autonomous floor cleaner based on the determination of at least one area of occupiable space around the autonomous floor cleaner; and operate the drive system to drive the autonomous floor cleaner forwardly on the heading. an autonomously moveable housing, a drive system for autonomously moving the housing over the surface to be cleaned, a controller for controlling the operation of the autonomous floor cleaner, and a plurality of occupiable space sensors (94A, 94B, 94C, 94D) having overlapping sensing zones and configured to detect open areas around the autonomous floor cleaner and provide this information as input to the controller; wherein the controller is configured to: drive the autonomous floor cleaner in a zero-radius turn; analyze input from the plurality of occupiable space sensors (94A, 94B, 94C, 94D) to determine at least one area of occupiable space around the autonomous floor cleaner, wherein the at least one area of occupiable space comprises an open area large enough to drive the autonomous floor cleaner through; select a heading for the autonomous floor cleaner based on the determination of at least one area of occupiable space around the autonomous floor cleaner; and operate the drive system to drive the autonomous floor cleaner forwardly on the heading. drive the autonomous floor cleaner in a zero-radius turn; analyze input from the plurality of occupiable space sensors (94A, 94B, 94C, 94D) to determine at least one area of occupiable space around the autonomous floor cleaner, wherein the at least one area of occupiable space comprises an open area large enough to drive the autonomous floor cleaner through; select a heading for the autonomous floor cleaner based on the determination of at least one area of occupiable space around the autonomous floor cleaner; and operate the drive system to drive the autonomous floor cleaner forwardly on the heading.
A chemical mechanical polishing composition comprising: a liquid carrier; cubiform ceria abrasive particles dispersed in the liquid carrier; and a cationic polymer having a charge density of less than about 6 milliequivalents per gram (meq/g). a liquid carrier; cubiform ceria abrasive particles dispersed in the liquid carrier; and a cationic polymer having a charge density of less than about 6 milliequivalents per gram (meq/g).
A beverage product having a formulation for preventing fading of colors derived from natural fruit or vegetable sources, the beverage product comprising: water; an added color, wherein the color is derived from at least one natural fruit or vegetable source; and a compound in an effective amount to inhibit fading of the color derived from the at least one natural source, wherein the compound is selected from cis-aconitic acid, trans-aconitic acid or combinations thereof and wherein the compound is present at a concentration of between 30 ppm and 1000 ppm. water; an added color, wherein the color is derived from at least one natural fruit or vegetable source; and a compound in an effective amount to inhibit fading of the color derived from the at least one natural source, wherein the compound is selected from cis-aconitic acid, trans-aconitic acid or combinations thereof and wherein the compound is present at a concentration of between 30 ppm and 1000 ppm.
A thermoplastic resin composition with improved flowability comprising a heat-resistant acrylonitrile-butadiene-styrene resin; and a styrene-acrylonitrile resin having a weight average molecular weight (Mw) of 10,000 to 70,000, wherein said heat-resistant acrylonitrile-butadiene-styrene resin further comprises a styrene-acrylonitrile resin having a weight average molecular weight of 100,000 to 180,000, wherein said heat-resistant acrylonitrile butadiene styrene resin comprises a copolymer wherein acrylonitrile and styrene are grafted to a butadiene rubbery polymer, and at least one selected from the group consisting of a α-methylstyrene based heat resistant resin, N-phenylmaleimide based heat-resistant resin and a combination thereof.
An artificial vascular graft comprising a primary scaffold structure encompassing an inner space of the artificial vascular graft, said primary scaffold structure having a. an inner surface facing towards said inner space and b. an outer surface facing away from said inner space and c. a coating on said inner surface and on said outer surface characterized in that a plurality of grooves is comprised in said coating of said inner surface and said primary scaffold structure and said coating on said inner surface and on said outer surface are designed in such a way that cells, in particular progenitor cells, can migrate through said outer surface of said coating, said primary scaffold structure and said inner surface of said coating to said inner space, wherein said coating comprises a structure pattern in form of pores with a diameter of 50 nm to 500 nm. a. an inner surface facing towards said inner space and b. an outer surface facing away from said inner space and c. a coating on said inner surface and on said outer surface
An electric tool in which a pulsating input voltage is inputted to a drive circuit of a motor, characterized in that the electric tool comprises: a control part configured to vary output power or output voltage supplied to the motor from the drive circuit in accordance with the pulsation of the input voltage inputted to the drive circuit.
Extension foot sleeve consisting of an L-shaped foot-receiving shell having an adapter block located on the outside close to the heel, for arrangement on an operating table, and having quick-release clasps and latching tabs for securing a patient's foot, characterized in that quick-release clasps are arranged in pairs, right and left, on both sides of side edges of the foot-receiving shell in an edge region of the corner of the L close to the heel and in an edge region of the upper end of the foot-receiving shell close to the calf, and the extension foot sleeve is assigned tensioning straps with latching tabs on both sides, which latching tabs are designed such as to be able to be inserted in parallel into the quick-release clasps and latched therein.
A method for producing a carbon absorbent material from acidogenic digestate, comprising: feeding dewatered acidogenic digestate into a thermal reactor which is heated to a temperature of at least 500°C; humidifying gas to a relative humidity in a range of between 2% and 95%; passing the humidified gas through the acidogenic digestate in the thermal reactor for a period of at least 30 minutes; withdrawing heat treated absorbent carbon after cooling from the thermal reactor; and using exit gas from the reactor as a supplemental fuel for generating heat for the thermal reactor. feeding dewatered acidogenic digestate into a thermal reactor which is heated to a temperature of at least 500°C; humidifying gas to a relative humidity in a range of between 2% and 95%; passing the humidified gas through the acidogenic digestate in the thermal reactor for a period of at least 30 minutes; withdrawing heat treated absorbent carbon after cooling from the thermal reactor; and using exit gas from the reactor as a supplemental fuel for generating heat for the thermal reactor.
A control device for operating one or more road milling machines, wherein the control device is adapted to perform at least the following steps: - capturing and storing material properties of roads and/or road segments, and/or characteristic values correlating with the material properties, together with respectively pertinent geographic coordinates; - capturing at least two roads and/or road segments to be processed by milling; - ascertaining, on the basis of the material properties and/or characteristic values determined for the roads or road segments, at least one milling output of the road milling machine for the roads and/or road segments to be processed, characterized in that the control device is adapted to perform the following step: - ascertaining and outputting a sequence of different milling segments within a construction site or of different road milling tasks at different construction sites which is optimized at least in terms of the milling output and/or wear (74.2). - capturing and storing material properties of roads and/or road segments, and/or characteristic values correlating with the material properties, together with respectively pertinent geographic coordinates; - capturing at least two roads and/or road segments to be processed by milling; - ascertaining, on the basis of the material properties and/or characteristic values determined for the roads or road segments, at least one milling output of the road milling machine for the roads and/or road segments to be processed, - ascertaining and outputting a sequence of different milling segments within a construction site or of different road milling tasks at different construction sites which is optimized at least in terms of the milling output and/or wear (74.2).
Method of relaying implemented by a half-duplex relay j intended for a telecommunication system comprising a plurality of sources, the half-duplex relay j and at least one other relay and a recipient, comprising: - a phase of receiving code words transmitted by the sources during N uses of the transmission channel, the successive code words transmitted by a source corresponding to B blocks, the first block of which may be decoded independently of the other blocks, comprising a decoding step for estimating by source from received code words a message associated with the code words (c s) transmitted by the source, - a step of error detection and decision by the relay of the error-free decoded messages and - a phase of encoding and transmission to the recipient of a signal representative of only the error-free decoded messages comprising channel coding, characterized in that the channel coding is an incremental redundancy coding for obtaining a channel-encoded code word and in that the relay passes from non-selective reception to selective reception after receiving B1 blocks and switches from the receiving phase to the encoding and transmission phase under the control of the decision step, 1 ≤ B1 < B - 1, B > 2. - a phase of receiving code words transmitted by the sources during N uses of the transmission channel, the successive code words transmitted by a source corresponding to B blocks, the first block of which may be decoded independently of the other blocks, comprising a decoding step for estimating by source from received code words a message associated with the code words (c s) transmitted by the source, - a step of error detection and decision by the relay of the error-free decoded messages and - a phase of encoding and transmission to the recipient of a signal representative of only the error-free decoded messages comprising channel coding,
Cosmetic product applicator comprising a brush made up of fibres trapped between two twisted arms extending in an axial direction and defining turns, the arms 106a, 106b of two adjacent turns being in contact on a portion of turn p, such that the fibres are driven out on either side of this portion of turn p, turns in contact describing noncircular ellipses, noncircular turns being formed by crushing circular turns.
A method of in-situ detecting the saturation level of water in oil in a mechanical system, comprising: providing an optical sensor having a gap for transmission of light between an emitter and receiver through a sample of the oil; passing light through the oil from the emitter to the receiver; detecting at the receiver, the light transmitted from the emitter and producing a light signal representative of the detected light intensity; characterized by analysing the light signal to determine an amount of fluctuation of the light intensity in time; and monitoring the amount of fluctuation of the light signal to identify a step change attributable to the formation of bubbles of free water and generating a saturation signal indicative of saturation if the identified step change exceeds a predetermined value representing saturation of the oil. providing an optical sensor having a gap for transmission of light between an emitter and receiver through a sample of the oil; passing light through the oil from the emitter to the receiver; detecting at the receiver, the light transmitted from the emitter and producing a light signal representative of the detected light intensity; characterized by analysing the light signal to determine an amount of fluctuation of the light intensity in time; and monitoring the amount of fluctuation of the light signal to identify a step change attributable to the formation of bubbles of free water and generating a saturation signal indicative of saturation if the identified step change exceeds a predetermined value representing saturation of the oil.
Door wing, comprising a door leaf with a door leaf body, and an actuating mechanism having a door handle set cooperating with a door fitting, wherein the door fitting includes a sub-structure for pivotally mounting the door handle set and a cover for covering the sub-structure, wherein the door handle set comprises a door handle (42, 42a, 42b) having a handle portion and a neck portion, wherein the neck portion comprises an insertion end, wherein the sub-structure has a through opening into which the insertion end can be inserted and rotationally supported, wherein in the door leaf body a lock case recess for accommodating a lock actuatable by the door handle (42, 42a, 42b) and an at least partially continuous handle recess between at least one of the broadsides (31a, 31b) of the door leaf and the lock case recess are provided, wherein the sub-structure of the door fitting is received in the door handle recess, so that the door fitting terminates flush with a surrounding surface, wherein the sub-structure is received in the door handle recess in a form-locking manner and secured against rotation and is fixed exclusively a) by a positive locking on its outer contour and by framing between a step on the door handle recess and the cover or b) by a positive locking on its outer contour, encasing between a step on the door handle recess and the cover and by an adhesive connection, wherein a further locking mechanism is provided that prevents rotation of the door handle (42, 42a) relative to the sub-structure in the locking position and enables the same in the unlocking position. a) by a positive locking on its outer contour and by framing between a step on the door handle recess and the cover or b) by a positive locking on its outer contour, encasing between a step on the door handle recess and the cover and by an adhesive connection, wherein a further locking mechanism is provided that prevents rotation of the door handle (42, 42a) relative to the sub-structure in the locking position and enables the same in the unlocking position.
A firearm attachment (20, 120, 320) configured to be attached to a muzzle (25, 26, 126, 326, 327) of a firearm, the firearm attachment comprising: a) a body (24, 34, 34 i, 124, 324, 334) comprising a lock ring attachment region; b) a lock ring (30, 30 i) rotatably mounted to a mounting base of the body; c) a lever (50, 50 i, 50 ii, 50 iii, 350) pivotally attached to the lock ring and configured to be substantially transverse to an axis of a barrel of the firearm, the lever comprising a lock engagement surface (64, 64 i, 64 ii, 64 iii, 364) providing a base reference line (90, 90 i) formed in an arc having at least one arc center point that is offset with respect to a center of rotation of the lever; and d) a locking surface (42, 42 i, 42 ii, 4 iii, 342) on the body or on the muzzle configured such that the lock engagement surface is in contact with the locking surface to prevent rotation of the lock ring. a) a body (24, 34, 34 i, 124, 324, 334) comprising a lock ring attachment region; b) a lock ring (30, 30 i) rotatably mounted to a mounting base of the body; c) a lever (50, 50 i, 50 ii, 50 iii, 350) pivotally attached to the lock ring and configured to be substantially transverse to an axis of a barrel of the firearm, the lever comprising a lock engagement surface (64, 64 i, 64 ii, 64 iii, 364) providing a base reference line (90, 90 i) formed in an arc having at least one arc center point that is offset with respect to a center of rotation of the lever; and d) a locking surface (42, 42 i, 42 ii, 4 iii, 342) on the body or on the muzzle configured such that the lock engagement surface is in contact with the locking surface to prevent rotation of the lock ring.
A vacuum cleaner comprising: a cleaner body including a suction motor for generating suction force; and a suction part communicating with the cleaner body to suck in air and dust, wherein the cleaner body includes a main body; wheels for moving the main body; and a battery detachably provided at a back side of the main body to supply power to the main body, wherein the main body is capable of rotating about a rotation center of the wheels, and wherein, when the battery is detached from the cleaner body, a center of gravity of the main body is located at a front side of a vertical line passing through the rotation center of the wheels, wherein a bottom of the cleaner body includes a first bottom and a second bottom forming a predetermined angle with respect to the first bottom, characterised in that when the battery is detached from the cleaner body, the first bottom contacts a floor and the second bottom is separated from the floor, and in that, when the battery is mounted in the battery attachment part, the first bottom is separated from the floor and the second bottom contacts the floor. a cleaner body including a suction motor for generating suction force; and a suction part communicating with the cleaner body to suck in air and dust, wherein the cleaner body includes a main body; wheels for moving the main body; and a battery detachably provided at a back side of the main body to supply power to the main body, wherein the main body is capable of rotating about a rotation center of the wheels, and wherein, when the battery is detached from the cleaner body, a center of gravity of the main body is located at a front side of a vertical line passing through the rotation center of the wheels, wherein a bottom of the cleaner body includes a first bottom and a second bottom forming a predetermined angle with respect to the first bottom, characterised in that when the battery is detached from the cleaner body, the first bottom contacts a floor and the second bottom is separated from the floor, and in that, when the battery is mounted in the battery attachment part, the first bottom is separated from the floor and the second bottom contacts the floor.
An animal identification device comprising: a metal ear tag having a first part comprising a frame and a first mating portion and a second part comprising a second mating portion, the frame further defining an aperture; and a transponder housing secured within the aperture in the frame, wherein the first and second mating portions (26, 18) are locatable on opposite sides of an animal's ear and engageable to connect the first and second parts, characterized in that: the transponder housing is secured within the aperture in the frame by an overmoulded casing that encases the transponder housing. a metal ear tag having a first part comprising a frame and a first mating portion and a second part comprising a second mating portion, the frame further defining an aperture; and a transponder housing secured within the aperture in the frame, wherein the first and second mating portions (26, 18) are locatable on opposite sides of an animal's ear and engageable to connect the first and second parts, characterized in that: the transponder housing is secured within the aperture in the frame by an overmoulded casing that encases the transponder housing. the transponder housing is secured within the aperture in the frame by an overmoulded casing that encases the transponder housing.