mhurhangee/ep-ind-claims huggingface dataset:
A method for molding a polarizing film (20, 21), the method comprising: molding a shape of the polarizing film (20, 21), wherein one chamber is divided into a first space and a second space where a molding die is disposed, by the polarizing film disposed in the chamber, and the polarizing film is transfer-molded along a molding surface of the molding die by a differential pressure generated by making a pressure in the first space and a pressure in the second space different from each other, characterized in that before the polarizing film is disposed in the chamber, the polarizing film is left in an atmosphere having a relative humidity of 20% or more and 70% or less. molding a shape of the polarizing film (20, 21), wherein one chamber is divided into a first space and a second space where a molding die is disposed, by the polarizing film disposed in the chamber, and the polarizing film is transfer-molded along a molding surface of the molding die by a differential pressure generated by making a pressure in the first space and a pressure in the second space different from each other, characterized in that before the polarizing film is disposed in the chamber, the polarizing film is left in an atmosphere having a relative humidity of 20% or more and 70% or less.
An angular metal locking device comprising - a first metal element which is provided with a prismatic hollow member with a substantially triangular cross-section and which comprises a seat and which is formed to be supported with external surfaces of the respective cathetuses thereof at corresponding portions of an internal surface of an edge of a panel near an angular zone thereof, - a second metal element which is formed in order to be able to be placed in contact with the first element when it is received near the angular zone and which comprises a prismatic member which has substantially the same cross-section as the first element and which comprises, in the region of the surface opposite the one directed towards the first element, two channels, each of which in use is parallel with a corresponding portion of the edge of the panel and which are formed to receive corresponding portions of U-like free ends of the edge, - a third metal closure element which has a flat member which is capable of being inserted in the channel which is defined in the angular area of the edge and in the angular opening of the first element, mutually locking the first element and second element, in the seat of the first element which is substantially counter-formed and which is connected by means of a first access slot of the first element which in use is placed in the region of the channel in the angular area of the edge, characterized in that - at least the third element being at least partially covered with a thin ceramic film having a thickness which is between 1 and 200 micrometres. - a first metal element which is provided with a prismatic hollow member with a substantially triangular cross-section and which comprises a seat and which is formed to be supported with external surfaces of the respective cathetuses thereof at corresponding portions of an internal surface of an edge of a panel near an angular zone thereof, - a second metal element which is formed in order to be able to be placed in contact with the first element when it is received near the angular zone and which comprises a prismatic member which has substantially the same cross-section as the first element and which comprises, in the region of the surface opposite the one directed towards the first element, two channels, each of which in use is parallel with a corresponding portion of the edge of the panel and which are formed to receive corresponding portions of U-like free ends of the edge, - a third metal closure element which has a flat member which is capable of being inserted in the channel which is defined in the angular area of the edge and in the angular opening of the first element, mutually locking the first element and second element, in the seat of the first element which is substantially counter-formed and which is connected by means of a first access slot of the first element which in use is placed in the region of the channel in the angular area of the edge, characterized in that - at least the third element being at least partially covered with a thin ceramic film having a thickness which is between 1 and 200 micrometres.
A container for circulating organic raw materials such as slurry or for producing biogas for example, comprising a drive unit together with a rotor, and a flow ring/tube for circulating the organic raw materials in a ring channel system of the container and through an opening, which is adjustable in its vertical position within the container, of a bulkhead wall filling a cross-section of the ring channel system, wherein the bulkhead wall comprises a breakthrough extending over a part of the height of the bulkhead wall, and a bulkhead curtain, which is an upper curtain with respect to the depth of the container, and a bottom bulkhead curtain are provided, which cover an upper and a bottom section of the breakthrough and form the opening between themselves, wherein the bulkhead curtains (12, 13) are arranged as flexible elements which are respectively variable in their length and are guided in vertically extending rail elements (16a, 16b), characterized in that a lower end region of the bottom bulkhead curtain facing away from the opening is fixed in position by means of a retaining apparatus preferably in a bottom end region of the breakthrough or in a bottom end region of the bulkhead in an operating position, wherein the retaining apparatus can be actuated from a region situated above the opening, preferably from outside of the container, and the positional fixing of the bottom end region of the bottom bulkhead curtain can thus be removed.
An apparatus for assembling blade sections for forming a blade, the apparatus comprising: • at least two members (1, 2) movable with respect to each other, said members having respective opposing surfaces (1A, 2A) forming a pressing space, said pressing space being adapted to receive respective joining end portions (110, 210) of said blade sections to be assembled; • moving means for moving said members (1, 2) with respect to each other; • control means for controlling said moving means; • supply means for supplying a fluid into a boundary portion between said blade sections when received in said space, said control means controlling said moving means to exert a predetermined pressure to at least one of said joining end portions (110, 210) of said blade sections when received in said pressing space, wherein said supply means is arranged to supply said fluid into an inlet of a flow path which is provided in said boundary portion between said blade sections when received in said pressing space, further comprising supply monitoring means for monitoring an amount of fluid supplied by said supply means. • at least two members (1, 2) movable with respect to each other, said members having respective opposing surfaces (1A, 2A) forming a pressing space, said pressing space being adapted to receive respective joining end portions (110, 210) of said blade sections to be assembled; • moving means for moving said members (1, 2) with respect to each other; • control means for controlling said moving means; • supply means for supplying a fluid into a boundary portion between said blade sections when received in said space,
Apparatus for use in a microgrid which comprises a DC bus with at least one DC power source connected thereto, an AC bus connected to a mains power grid that supplies the microgrid, loads including a plurality of controllable DC loads wherein at least one of the controllable DC loads is not a battery, and a one way or bidirectional DC/AC converter coupling the DC bus and the AC bus, the apparatus comprising: a plurality of DC power converters; and the apparatus is characterised in that it further comprises: a control system configured: to control the plurality of DC power converters, each of which is configured to couple a respective controllable DC load to the DC bus; and to control the power flowing from the DC bus to each of the controllable DC loads, so as to control: each of the controllable DC loads to fulfil its function; and the voltage on the DC bus. to control the plurality of DC power converters, each of which is configured to couple a respective controllable DC load to the DC bus; and to control the power flowing from the DC bus to each of the controllable DC loads, so as to control: each of the controllable DC loads to fulfil its function; and the voltage on the DC bus. each of the controllable DC loads to fulfil its function; and the voltage on the DC bus.
A service transmission method, comprising: acquiring, by a base station, a service transmission pattern provided by a sender, the service transmission pattern at least comprising one of the following information: starting time of a service transmission, ending time of the service transmission, a service transmission period or interval, a service transmission time length in each transmission period, a data packet size or Guaranteed Bit Rate, GBR, in each transmission period, and a service transmission delay requirement; pre-configuring, by the base station, a transport resource according to the service transmission pattern; acquiring, by the base station, user data provided by the sender, the user data containing an instruction sequence of a service and a taking-effective time point of the service at a destination end; and transmitting, by the base station, the user data to the destination end through the transport resource before the taking-effective time point. acquiring, by a base station, a service transmission pattern provided by a sender, the service transmission pattern at least comprising one of the following information: starting time of a service transmission, ending time of the service transmission, a service transmission period or interval, a service transmission time length in each transmission period, a data packet size or Guaranteed Bit Rate, GBR, in each transmission period, and a service transmission delay requirement; pre-configuring, by the base station, a transport resource according to the service transmission pattern; acquiring, by the base station, user data provided by the sender, the user data containing an instruction sequence of a service and a taking-effective time point of the service at a destination end; and transmitting, by the base station, the user data to the destination end through the transport resource before the taking-effective time point.
A compound represented by a following Formula 1 or pharmaceutically acceptable salts thereof: wherein, X and Y are each independently -CH 2 - or -O-; m is 1; R 1 is halogen, C1-C4 alkyl or C3-C7 cykloalkyl; R 2 and R 3 are each independently hydrogen, halogen, C1-C4 alkyl, C2-C4 alkenyl, C1-C4 alkoxy, -OCF 3, -SR 5 or phenyl (wherein at least one hydrogen of the said C1-C4 alkyl may be each independently unsubstituted or substituted with halogen); and R 5 is C1-C4 alkyl. X and Y are each independently -CH 2 - or -O-; m is 1; R 1 is halogen, C1-C4 alkyl or C3-C7 cykloalkyl; R 2 and R 3 are each independently hydrogen, halogen, C1-C4 alkyl, C2-C4 alkenyl, C1-C4 alkoxy, -OCF 3, -SR 5 or phenyl (wherein at least one hydrogen of the said C1-C4 alkyl may be each independently unsubstituted or substituted with halogen); and R 5 is C1-C4 alkyl.
A method of detecting an abnormal electrical connection in a switchgear, the method comprising: measuring respective resistance values for areas of respective electrical connections in the switchgear for a first state of the electrical connections; determining respective normalized resistance values from the measured resistance values; acquiring a plurality of temperature rising values for the areas of the electrical connections, wherein the plurality of temperature rising values comprise a temperature rising value at a joint area of at least one of the electrical connections; calculating a weighted average temperature of the plurality of temperature rising values; dividing respective ones of the plurality of temperature rising values by the weighted average temperature to get respective normalized temperature rising values for the areas of the respective electrical connections; comparing each of the normalized temperature rising values for the areas of the electrical connections to the normalized resistance values; and detecting the abnormal connection responsive to the comparison. measuring respective resistance values for areas of respective electrical connections in the switchgear for a first state of the electrical connections; determining respective normalized resistance values from the measured resistance values; acquiring a plurality of temperature rising values for the areas of the electrical connections, wherein the plurality of temperature rising values comprise a temperature rising value at a joint area of at least one of the electrical connections; calculating a weighted average temperature of the plurality of temperature rising values; dividing respective ones of the plurality of temperature rising values by the weighted average temperature to get respective normalized temperature rising values for the areas of the respective electrical connections; comparing each of the normalized temperature rising values for the areas of the electrical connections to the normalized resistance values; and detecting the abnormal connection responsive to the comparison.
A percussive handheld power tool with a tool holder for supporting a percussive tool on a working axis, an electric motor, a striking mechanism which has an exciter, a striker, which is coupled to the exciter via a pneumatic chamber arranged between the exciter and the striker, and a ram arranged in the direction of percussion in front of the striker, wherein the ram, in a working position, rests on a stop against the direction of percussion, the ram is displaced to the working position in a starting position in the direction of percussion, and in the ram is displaced to the starting position in the direction of percussion in a position of rest, with a slide valve formed by a first radial opening of the pneumatic chamber and the striker, wherein the striker, in the starting position, closes the slide valve resting on the ram, and wherein the striker, in the position of rest, opens the slide valve whilst resting on the ram, with a second radial opening of the pneumatic chamber, and a shutoff valve, characterised in that the shutoff valve, is closed in the working position, actuated by the ram, and in that the shutoff valve is automatically opened in the starting position, in that the handheld power tool has a non-return valve which is connected to the shutoff valve on the inlet side, and which is connected to the second radial opening of the pneumatic chamber on the outlet side, and in that the pneumatic chamber has a throttle opening for exchanging air between the pneumatic chamber and the area surrounding the handheld power tool.
A lighting fixture, comprising: an extruded aluminum housing including at least one channel formed therein and at least one enclosed cavity formed therein; at least one light source mechanically supported by the extruded aluminum housing; and at least one copper pipe thermally coupled to the extruded aluminum housing to carry a fluid coolant, the copper pipe secured to the at least one channel of the extruded aluminum housing; control circuitry, disposed in the at least one enclosed cavity of the extruded aluminum housing, to receive AC power and to control the at least one light source; wherein during operation of the lighting fixture the fluid coolant flowing through the at least one copper pipe extracts heat generated by the light source of the lighting fixture, the copper pipe and the channel positioned between the control circuitry and the light source in order to reduce thermal effects due to the heat generated by the light source. an extruded aluminum housing including at least one channel formed therein and at least one enclosed cavity formed therein; at least one light source mechanically supported by the extruded aluminum housing; and at least one copper pipe thermally coupled to the extruded aluminum housing to carry a fluid coolant, the copper pipe secured to the at least one channel of the extruded aluminum housing; control circuitry, disposed in the at least one enclosed cavity of the extruded aluminum housing, to receive AC power and to control the at least one light source; wherein during operation of the lighting fixture the fluid coolant flowing through the at least one copper pipe extracts heat generated by the light source of the lighting fixture, the copper pipe and the channel positioned between the control circuitry and the light source in order to reduce thermal effects due to the heat generated by the light source.
A method for referencing a plurality of sensor units that can be arranged around the measurement object for surveying a three-dimensional surface of a measurement object, wherein each sensor unit comprises a source of structured illumination and a calibrated optical camera at a fixed distance therefrom, wherein a beam of the source of structured illumination is calibrated with respect to the camera, and a transformation of the image of the structured illumination, which is recorded by the camera, from two-dimensional image points into three-dimensional camera coordinates is determined through the calibration of the sensor unit, wherein the method comprises the following steps: - determination of positions of a plurality of reference points in two-dimensional image coordinates of cameras of a first and a second sensor unit, - reconstruction of the positions of the plurality of reference points in three-dimensional camera coordinates of the first sensor unit and of the second sensor unit, - determination of a transformation between the three-dimensional camera coordinates of the first sensor unit and the three-dimensional camera coordinates of the second sensor unit on the basis of the reconstructed positions of the reference points, - reconstruction of the position of the image of the structured illumination in the three-dimensional camera coordinates of the first sensor unit and the second sensor unit on the basis of the reconstructed reference points, - determination of a triangulated position of the image of the structured illumination in three-dimensional camera coordinates of the first sensor unit and of the second sensor unit, and - correction of the transformation between the three-dimensional camera coordinates of the first sensor unit and the three-dimensional camera coordinates of the second sensor unit on the basis of the triangulated positions of the image of the structured illumination. - determination of positions of a plurality of reference points in two-dimensional image coordinates of cameras of a first and a second sensor unit, - reconstruction of the positions of the plurality of reference points in three-dimensional camera coordinates of the first sensor unit and of the second sensor unit, - determination of a transformation between the three-dimensional camera coordinates of the first sensor unit and the three-dimensional camera coordinates of the second sensor unit on the basis of the reconstructed positions of the reference points, - reconstruction of the position of the image of the structured illumination in the three-dimensional camera coordinates of the first sensor unit and the second sensor unit on the basis of the reconstructed reference points, - determination of a triangulated position of the image of the structured illumination in three-dimensional camera coordinates of the first sensor unit and of the second sensor unit, and - correction of the transformation between the three-dimensional camera coordinates of the first sensor unit and the three-dimensional camera coordinates of the second sensor unit on the basis of the triangulated positions of the image of the structured illumination.
Brake arrangement for a utility vehicle, having an axle element for mounting a wheel hub whose axis of rotation coincides with the longitudinal centre axis of the axle element, and having a drum brake or disc brake comprising both axle-fixed elements and elements which can be rotated with the wheel hub, wherein a constituent part of the axle-fixed elements is a brake carrier (40, 60) which transmits the braking forces to the axle element and which is mounted on a fastening portion of the axle element, wherein the axle element, on the fastening portion, consists - of a basic body arranged on the longitudinal centre axis - and of first and second brackets (6, 7) which project outwardly from the basic body on mutually opposed sides thereof, wherein, to support the brake carrier (40, 60), each of the two brackets (6; 7) has formed thereon at least one fastening surface (6A, 6B; 7A, 7B) with a surface normal tangential to the longitudinal centre axis and parallel to the surface normal of a fastening surface on the other bracket (7; 6), wherein each bracket (6, 7) is provided with at least one bore (26.1, 26.2; 27.1, 27.2) which opens in the fastening surface (6A, 6B; 7A, 7B) and whose axis extends at a right angle to the fastening surface, characterized in that the axle element, on the fastening portion, is designed as a forged body which comprises the basic body and the brackets (6, 7) and on which the fastening surfaces (6A, 6B, 7A, 7B) and the bores (26.2, 26.2, 27.1, 27.2) are produced by machining operations following the forging process. - of a basic body arranged on the longitudinal centre axis - and of first and second brackets (6, 7) which project outwardly from the basic body on mutually opposed sides thereof,
Odor adsorbent, in particular for use in absorptive hygiene articles, comprising: a) peroxomonosulfuric acid and/or salts thereof, b) zeolite, and also water-absorbing polymeric particles, wherein the term "zeolite" comprehends molecular sieves. a) peroxomonosulfuric acid and/or salts thereof, b) zeolite,
A method for assisting a driver of a vehicle in a coupling process of the vehicle with a trailer parked parallel to a roadway, comprising the steps: - receiving environmental data from at least one environmental sensor (51, 52), - detecting the trailer parked parallel to the roadway by means of the environmental data, - determining at least one coupling position which describes a possible position of the vehicle for coupling to the trailer parked parallel to the roadway, and - presenting at least one coupling position proposal to the driver, wherein the coupling position proposal is based on the at least one coupling position, characterized in that - a free area, which describes an area located in front of the trailer in the towing direction, is determined by means of the environmental data, - the free area is characterized depending on a free area length determined in the towing direction of the trailer, and - the at least one coupling position is determined depending on the characterized free area length. - receiving environmental data from at least one environmental sensor (51, 52), - detecting the trailer parked parallel to the roadway by means of the environmental data, - determining at least one coupling position which describes a possible position of the vehicle for coupling to the trailer parked parallel to the roadway, and - presenting at least one coupling position proposal to the driver, wherein the coupling position proposal is based on the at least one coupling position, characterized in that - a free area, which describes an area located in front of the trailer in the towing direction, is determined by means of the environmental data, - the free area is characterized depending on a free area length determined in the towing direction of the trailer, and - the at least one coupling position is determined depending on the characterized free area length.