mhurhangee/ep-ind-claims huggingface dataset:
Assembly comprising: - a straightening iron to be moved along a lock of hair to which water and/or a cosmetic composition has been applied, and - a collecting device coupled to the straightening iron so as to collect a liquid or a foam runoff generated during the movement of the straightening iron over the hair on account of the presence of water and/or said composition on the hair, the collecting device having a reservoir for picking up the liquid or the foam runoff. - a straightening iron to be moved along a lock of hair to which water and/or a cosmetic composition has been applied, and - a collecting device coupled to the straightening iron so as to collect a liquid or a foam runoff generated during the movement of the straightening iron over the hair on account of the presence of water and/or said composition on the hair, the collecting device having a reservoir for picking up the liquid or the foam runoff.
A method of reducing the friction between the wall(s) of a mold and the outer wall(s) of a metal container fitting snugly in the mold and containing a material comprising a metal ammine complex salt selected from the group consisting of salts of the general formula: M a (NH 3) n X z, wherein M is one or more cations selected from the group consisting of alkali metals, such as Li, Na, K or Cs, alkaline earth metals, such as Mg, Ca, Ba or Sr, aluminium and transition metals, V, Cr, Mn, Fe, Co, Ni, Cu or Zn or combinations of said metals, such as NaAl, KAI, K 2 Zn, CsCu or K 2 Fe; X is one or more anions selected from the group consisting of fluoride, chloride, bromide, iodide, nitrate, thiocyanate, sulphate, molybdate and phosphate ions; a is the number of cations per salt molecule; z is the number of anions per salt molecule; and n is the coordination number of 2 to 12; and mixtures thereof, which is uniaxially compacted within the container, wherein the method comprises a) treating or covering the inner wall(s) of the container with a lubricant before the material comprising the metal ammine complex salt or the material comprising the metal ammine complex salt wrapped into a gas-permeable enclosure made of a flexible material is placed into the container, or b) mixing a solid lubricant with the material comprising the metal ammine complex salt to be filled into the container, or c) treating or covering a gas-permeable enclosure made of a flexible material with a lubricant into which the material comprising the metal ammine complex salt is wrapped before the material comprising the metal ammine complex salt wrapped into the enclosure is filled into the container, or any combination of a), b), and c), so as to facilitate the removal of the metal container from the mold. a) treating or covering the inner wall(s) of the container with a lubricant before the material comprising the metal ammine complex salt or the material comprising the metal ammine complex salt wrapped into a gas-permeable enclosure made of a flexible material is placed into the container, or b) mixing a solid lubricant with the material comprising the metal ammine complex salt to be filled into the container, or c) treating or covering a gas-permeable enclosure made of a flexible material with a lubricant into which the material comprising the metal ammine complex salt is wrapped before the material comprising the metal ammine complex salt wrapped into the enclosure is filled into the container, or
Gripping mechanism for robots, machines and handling equipment with one arm and at least one movable gripper finger, acting together in a coordinated manner with another fixed or movable gripper finger, characterized by the case of the gripping mechanism in form of a slim and multi-stage tower in sandwich construction, composed of at least two cages (I and II) above the gripper flange, with two fixed cage plates (2a and 3a), with their mutual distance being maintained by rods, spokes, ropes and/or wires and the fact that actuators and all movable parts of the gripper are mainly located within the cages, when in retracted state. the case of the gripping mechanism in form of a slim and multi-stage tower in sandwich construction, composed of at least two cages (I and II) above the gripper flange, with two fixed cage plates (2a and 3a), with their mutual distance being maintained by rods, spokes, ropes and/or wires and the fact that actuators and all movable parts of the gripper are mainly located within the cages, when in retracted state.
Industrial truck with a vehicle-fixed vehicle radio module and a portable radio operating unit, which can wirelessly transmit operating commands in a coupled state to the vehicle radio module in a first protocol, characterised in that the vehicle radio module and the radio operating unit each comprise an additional radio unit for a first-time pairing, which additional radio units each exchange an identification address for the first protocol, a plurality of radio operating units being provided, each of which is configured to carry out the initial pairing with the vehicle-fixed vehicle radio module by means of the additional radio unit thereof and the additional radio units of the radio operating unit and the vehicle radio module being configured to perform the initial pairing in a near field, which pairing takes place without input from the user.
A method of diagnosing a lung disease in an individual comprising examining a biological sample of nucleic acids obtained from epithelial cells of a part of the airway of the individual other than the lungs and analyzing the expression in said sample of at least one gene from a group of genes displaying deviation in expression in an individual with a lung disease as compared to the expression of the same at least one gene in a control, wherein deviation in expression of said at least one gene is indicative that the individual has a lung disease, wherein the lung disease is lung cancer, and wherein the method further comprises applying a gene filter to the expression to exclude specimens potentially contaminated with inflammatory cells.
A computer system for providing an exception notification, the system comprising: a processor and memory configured to execute software instructions; a handler registration component configured to receive requests from an application to register one or more handlers to be invoked by the computer system when an exception occurs, the one or more handlers being a delegate of a type in a class associated with the application; an exception detection component configured to detect that an exception was raised while a program was executing; an object discovery component configured to look up an exception state in response to a detected exception and identify an application object associated with the detected exception; an exception notification component configured to call the one or more registered handlers to notify the one or more registered handlers about the detected exception before exception handling occurs, wherein notifying comprises providing an exception object as a parameter to the one or more registered handlers through which the one or more registered handlers can retrieve additional information about the cause of the exception and wherein the one or more registered handlers are associated with the identified application object; and an exception-handling component configured to perform exception handling after the one or more registered handlers return, wherein the system is adapted to ignore exceptions raised within the one or more registered handlers. a processor and memory configured to execute software instructions; a handler registration component configured to receive requests from an application to register one or more handlers to be invoked by the computer system when an exception occurs, the one or more handlers being a delegate of a type in a class associated with the application; an exception detection component configured to detect that an exception was raised while a program was executing; an object discovery component configured to look up an exception state in response to a detected exception and identify an application object associated with the detected exception; an exception notification component configured to call the one or more registered handlers to notify the one or more registered handlers about the detected exception before exception handling occurs, wherein notifying comprises providing an exception object as a parameter to the one or more registered handlers through which the one or more registered handlers can retrieve additional information about the cause of the exception and wherein the one or more registered handlers are associated with the identified application object; and an exception-handling component configured to perform exception handling after the one or more registered handlers return, wherein the system is adapted to ignore exceptions raised within the one or more registered handlers.
A method for detecting the stop of a yarn unwinding from a weft feeder to a textile machine, said feeder being provided with a sensor adapted to generate unwinding pulses that indicate the release of a turn or fraction of a turn of yarn, said machine continuously providing pulses indicative of its operating position, characterized in that it comprises the following steps: - continuously determining a relative operating position (NPSD_CNT) by counting the number of position pulses of said machine, measured starting from the last unwinding pulse generated, - continuously calculating the amount of yarn picked up at each machine revolution (YCPR) on the basis of the number of unwinding pulses generated, - continuously calculating a threshold operating position (NPSD) that can vary dynamically during operation on the basis of the formula NPSD = NPPR x YLME / YCPR, where NPSD is said threshold operating position, NPPR is the variation of position that corresponds to a machine revolution and is equal to the constant number of position pulses generated at each machine revolution, YLME is a maximum length of yarn that can be inserted in the machine and can be set by the user in such a way as to balance shorter response time with lower risk of false stoppages, and YCPR is the amount of yarn picked up at each machine revolution, - generating a stop signal when said relative operating position (NPSD_CNT) equals or exceeds said threshold operating position (NPSD). - continuously determining a relative operating position (NPSD_CNT) by counting the number of position pulses of said machine, measured starting from the last unwinding pulse generated, - continuously calculating the amount of yarn picked up at each machine revolution (YCPR) on the basis of the number of unwinding pulses generated, - continuously calculating a threshold operating position (NPSD) that can vary dynamically during operation on the basis of the formula NPSD = NPPR x YLME / YCPR, where NPSD is said threshold operating position, NPPR is the variation of position that corresponds to a machine revolution and is equal to the constant number of position pulses generated at each machine revolution, YLME is a maximum length of yarn that can be inserted in the machine and can be set by the user in such a way as to balance shorter response time with lower risk of false stoppages, and YCPR is the amount of yarn picked up at each machine revolution, - generating a stop signal when said relative operating position (NPSD_CNT) equals or exceeds said threshold operating position (NPSD).
A crystalline form of the compound of formula I, in an X-ray powder diffraction pattern of the crystalline form with Cu Kα radiation thereof, diffraction peaks are present at 2θ angles of 13.38, 15.71, 16.47, 20.15, 20.86, and 21.43 degrees.
A connector fixing structure for fastening and connecting a power receiving side connector to which a feeder side connector can be fitted and connected to a connector attaching part of a vehicle body of an electric vehicle by a screw part, comprising the connector attaching part including an electric wire insertion opening for inserting an electric wire, or the like, extended from a back surface of the power receiving side connector and a screw insertion hole formed in the periphery of the electric wire insertion opening to screw the power receiving side connector, the power receiving side connector includes an outer tube wall part formed in a tubular structure which has a diameter smaller than that of the electric wire insertion opening and to which a front side tube part of a tubular housing of the feeder side connector is fitted and connected, a flange part protruding in an outer periphery of the outer tube wall part and overlapped on a peripheral edge part of the electric wire insertion opening and a metal collar as a tubular member fixed to a position of the flange part corresponding to the screw insertion hole so as to insert a screw member (85, 88) characterised in that it further comprises a female screw which is provided in an inner peripheral surface of the metal collar and to which a male screw (85, 88) inserted into the screw insertion hole can be screwed, when the flange part is attached to the connector attaching part from an outer surface side of the vehicle body, a first male screw member whose screw diameter is smaller than that of the female screw is inserted into the metal collar and the screw insertion hole from the outer surface side of the vehicle body and a nut is screwed to the first male screw member inserted into the screw insertion hole to fix the power receiving side connector to the connector attaching part, or when the flange part is attached to the connector attaching part from an inner surface side of the vehicle body, a second male screw member having a male screw part screwed to the female screw part is inserted into the screw insertion hole from the outer surface side of the vehicle body and screwed to the female screw of the metal collar to fix the power receiving side connector to the connector attaching part.
A search system of space of interest SOI which performs searching by using indexing of a second space of interest SOI object on the basis of a first space of interest SOI object, the system comprising: 1.1) a location-based service LBS indexer configured to perform indexing of information for a distance, direction, and relationship of the second space of interest SOI object with respect to the first space of interest SOI object, and 1.2) wherein the location-based service LBS indexer is configured to provide the information for a distance, direction, and relationship of the second space of interest SOI object with respect to the first space of interest SOI object together with a search result for the first SOI object when searching for the first space of interest SOI object is requested. 1.1) a location-based service LBS indexer configured to perform indexing of information for a distance, direction, and relationship of the second space of interest SOI object with respect to the first space of interest SOI object, and 1.2) wherein the location-based service LBS indexer is configured to provide the information for a distance, direction, and relationship of the second space of interest SOI object with respect to the first space of interest SOI object together with a search result for the first SOI object when searching for the first space of interest SOI object is requested.
Method for determining a flux of an asynchronous machine, wherein the flux is set as a function of a loss of the asynchronous machine, wherein the flux is set as a function of load, characterised in that a specified load state of the asynchronous machine is based on a fixed torque and a fixed speed.
Pulverulent peroxide preparation comprising at least one organic peroxide and at least one alkyl benzoate with a melting or softening point above 45°C, characterized in that the alkyl benzoate is glycerol tribenzoate, neopentyl glycol dibenzoate, pentaerythritol tetrabenzoate, 1,4-cyclohexanedimethanol dibenzoate or a mixture of glycerol tribenzoate and neopently glycol dibenzoate.
A non-pneumatic tire and wheel assembly comprising a wheel and a non-pneumatic tire, the non-pneumatic tire comprising a spoke loop structure forming an annular ring, a ground contacting tread portion and a shear band, wherein the spoke loop structure comprises a first row and a second row of spoke loops aligned in the circumferential direction, both the first and the second row of spoke loops having a plurality of flexible loops extending radially inward from the shear band, wherein each loop is formed from a strip of elastomeric material, and wherein each loop is connected to the wheel, characterized in that the strip length of each of the spoke loops of the second row of spoke loops is longer than the strip length of each of the spoke loops of the first row of spoke loops.
A collating device (10, 10', 10"), in particular for printed products such as brochures, flyers or the like, comprising a collecting section having at least two collecting zones (11a, b) arranged in parallel and working independently of each other, onto which in each case a plurality of products is fed successively and is united lying on top of one another so as to form a collected product, and further comprising at least one further processing section (13, 15) positioned behind the collecting section and having at least one further processing device (13a, b; 15a, b), characterized in that between the collecting section and the at least one further processing section (13, 15) there is arranged a distribution device which selectively feeds the collected products coming from the collecting zones (11a, b) to the at least one further processing device (13a, b; 15a, b), wherein the at least one further processing section (13, 15) comprises two further processing devices (13a, b; 15a, b) arranged in parallel und working independently of each other, and that the distribution device selectively feeds the collected products coming from the collecting zones (11a, b) to one or both further processing devices (13a, b; 15a, b), wherein the distribution device is designed as a diverter module which selectively feeds the collected products coming from the collecting zones (11a, b) as product streams to one or both further processing devices 13a, b; 15a, b).
A non-invasive device for modulation of PGC-1 expression in a target tissue, the device comprising a controller and ultrasonic irradiation means, the device having specific parameters of ultrasonic irradiation appropriate for modulating PGC-1 expression, wherein the specific parameters of ultrasonic irradiation are such that the frequency of ultrasonic waves is in a range from 0.5 MHz to 3 MHz ± 10 %, the irradiation time is in a range from 20 minutes to 40 minutes ± 10 % per day, the duty ratio is 10% ± 10 % or 20% ± 10 % and PRF is 1 kHz ± 10 % or 100 kHz ± 10 %; and wherein the controller is configured to get feedback on an expression level of PGC-1 or VEGF measured at a site subjected to ultrasonic irradiation, and control ultrasonic wave output from the ultrasonic irradiation means in accordance with the feedback.
A surgical training device comprising a model comprising a base having an outer surface, characterised in that the model further comprises a plurality of eyelets connected to the base and wherein: the plurality of eyelets are configured along the outer surface to define a pathway for practicing the passing of at least one needle and suture through one or more of the plurality of eyelets of the pathway; at least one of the plurality of eyelets is retractable with respect to the outer surface such that the at least one retractable eyelet has a first position in which the aperture is at a first distance relative to the outer surface and a second position in which the aperture is at a second distance relative to the outer surface; the second distance is greater above the outer surface than the first distance; and the at least one retractable eyelet is biased towards the first position. the plurality of eyelets are configured along the outer surface to define a pathway for practicing the passing of at least one needle and suture through one or more of the plurality of eyelets of the pathway; at least one of the plurality of eyelets is retractable with respect to the outer surface such that the at least one retractable eyelet has a first position in which the aperture is at a first distance relative to the outer surface and a second position in which the aperture is at a second distance relative to the outer surface; the second distance is greater above the outer surface than the first distance; and the at least one retractable eyelet is biased towards the first position.
A valve arrangement for controlling fluid flow comprising: a valve housing defining a chamber and a conduit wherein a seating region is defined at a transition between the chamber and the conduit; a valve member engageable with the seating region; a retaining member received within the chamber; a stop member having a first surface engageable with the retaining member and a second surface which is spaced a predetermined distance from the valve member when the first surface is engaged with the retaining member thereby to provide a means to limit the maximum travel of the valve member away from the seating region, and wherein the retaining member includes a hub having a central aperture to provide access to the stop member, and wherein a plurality of arms extend from the hub in the direction of the valve member to form a cage around the stop member and the valve member thereby guiding movement thereof, whereby the stop member is shaped so as to be slidable within the volume defined between the arms of the retaining member. a valve housing defining a chamber and a conduit wherein a seating region is defined at a transition between the chamber and the conduit; a valve member engageable with the seating region; a retaining member received within the chamber; a stop member having a first surface engageable with the retaining member and a second surface which is spaced a predetermined distance from the valve member when the first surface is engaged with the retaining member thereby to provide a means to limit the maximum travel of the valve member away from the seating region, and wherein the retaining member includes a hub having a central aperture to provide access to the stop member, and wherein a plurality of arms extend from the hub in the direction of the valve member to form a cage around the stop member and the valve member thereby guiding movement thereof, whereby the stop member is shaped so as to be slidable within the volume defined between the arms of the retaining member.
A display substrate comprising: a base substrate, a black matrix and a color filter formed on the base substrate, the color filter and the black matrix arranged alternately with a height difference between the black matrix and the color filter, wherein the display substrate further comprising a planarizing layer configured to minimize the height difference between the black matrix and the color filter; characterized in that the planarizing layer is made of an opaque photoresist formed on the black matrix and has an upper surface flushed with the upper surface of the color filter. a base substrate, a black matrix and a color filter formed on the base substrate, the color filter and the black matrix arranged alternately with a height difference between the black matrix and the color filter, wherein the display substrate further comprising a planarizing layer configured to minimize the height difference between the black matrix and the color filter; characterized in that the planarizing layer is made of an opaque photoresist formed on the black matrix and has an upper surface flushed with the upper surface of the color filter.