mhurhangee/ep-ind-claims huggingface dataset:
A heater for melting glass, comprising: a heating member containing carbon configured to emit heat rays upon power feeding; and a tubular member made of metal configured to have one end closed, and to house the heating member, wherein the heating member includes a first heat generating part and a second heat generating part along an extending axis direction of the heater, and the first heat generating part is arranged at a position closer to the one end of the tubular member than is the second heat generating part, and wherein denoting a unit-length resistance of the first heat generating part along the extending axis direction by X (Ω/m), and denoting a unit-length resistance of the second heat generating part by Y (Ω/m), 1 / 30 X < Y < 1 / 2 X is satisfied. a heating member containing carbon configured to emit heat rays upon power feeding; and a tubular member made of metal configured to have one end closed, and to house the heating member, wherein the heating member includes a first heat generating part and a second heat generating part along an extending axis direction of the heater, and the first heat generating part is arranged at a position closer to the one end of the tubular member than is the second heat generating part, and wherein denoting a unit-length resistance of the first heat generating part along the extending axis direction by X (Ω/m), and denoting a unit-length resistance of the second heat generating part by Y (Ω/m), 1 / 30 X < Y < 1 / 2 X is satisfied.
An organic light emitting diode comprising: an anode; a cathode; a light emitting layer including a fluorescent dopant provided between the anode and the cathode; and an organic material layer provided between the cathode and the light emitting layer, characterized in that the organic material layer includes one of the following compounds: Compound 13 Compound 56 Compound 100 an anode; a cathode; a light emitting layer including a fluorescent dopant provided between the anode and the cathode; and an organic material layer provided between the cathode and the light emitting layer, characterized in that the organic material layer includes one of the following compounds: Compound 13 Compound 56 Compound 100
Method for providing a sports flooring, in particular a clay court, a sand court or an ash court, the sports flooring comprising a top layer arranged above a dynamic layer, said method comprising i. providing a dynamic layer comprising a mixture of - lava particles and/or limestone particles and/or clinker particles, and microporous zeolite mineral particles, wherein the microporous zeolite mineral particles are present in the amount of 4% to 65% of the total mass of the dynamic layer and wherein the grain size of the microporous zeolite mineral particles is between 0.4 mm and 12 mm, and ii. applying a top layer on top of the dynamic layer. i. providing a dynamic layer comprising a mixture of - lava particles and/or limestone particles and/or clinker particles, and microporous zeolite mineral particles, wherein the microporous zeolite mineral particles are present in the amount of 4% to 65% of the total mass of the dynamic layer and wherein the grain size of the microporous zeolite mineral particles is between 0.4 mm and 12 mm, and - lava particles and/or limestone particles and/or clinker particles, and microporous zeolite mineral particles, wherein the microporous zeolite mineral particles are present in the amount of 4% to 65% of the total mass of the dynamic layer and wherein the grain size of the microporous zeolite mineral particles is between 0.4 mm and 12 mm, and ii. applying a top layer on top of the dynamic layer.
Welding control (10; 100) for a welding tool, with a memory module, with a force control module for controlling a progression of a force (F s (t); F S_ACT), which at least one electrode (22, 23) of a welding tool exerts on at least one component (5, 6) when producing a welded connection, characterized in that the force control module is designed to calculate a system deviation FS1 = FS(t) - FS_ACT when carrying out a welding operation, specifically with a welding current being applied, or a servicing operation, specifically without a welding current being applied, where F s (t) is a setpoint value for the holding and/or pressing force (F s (t)), which is stored in the memory module as a time-dependent setpoint force, and F S_ACT is an actual force of the holding and/or pressing force (F s (t)) detected by a detecting device during the welding operation or servicing operation carried out, and an evaluating module (11; 110) for evaluating the control of the force control module, the evaluating module (11; 110) being designed to change at least one controller parameter of the force control module if the evaluation of the control of the force control module finds that the progression of the force (F s (t); F S_ACT) has oscillations.
A system comprising - a radio frequency, RF, transmitter device arranged for supplying energy by RF transmission within a transmitter coverage area, - at least one sensor unit detached from said RF transmitter device and arranged for detecting a living being within a sensing coverage area and for communicating with said RF transmitter device, said sensing coverage area at least partially overlapping said transmitter coverage area, said RF transmitter device further being arranged for receiving information on a detected living being from said at least one sensor unit and characterised in that said RF transmitter device is arranged for identifying the at least one sensor unit from which said information on said detected living being was received and for adapting according to said received information a transmit power of said RF transmission by lowering or increasing said transmit power in at least a part of said transmitter coverage area overlapping said sensing coverage area from a first power level to a second power level with an amount determined based on said identified at least one sensor unit. - a radio frequency, RF, transmitter device arranged for supplying energy by RF transmission within a transmitter coverage area, - at least one sensor unit detached from said RF transmitter device and arranged for detecting a living being within a sensing coverage area and for communicating with said RF transmitter device, said sensing coverage area at least partially overlapping said transmitter coverage area,
A goods picking system, comprising: a shelf, comprising at least one layer of carrier, each layer of the carrier comprising at least one goods area for storing goods; a picking vehicle, configured to not only run on the shelf, but also run outside of the shelf for loading, unloading and transporting the goods; the picking vehicle comprises a vehicle body, and a running wheel and a universal wheel which are arranged on the vehicle body for realizing that the picking vehicle runs outside of the shelf; and a lifting mechanism, configured to make the picking vehicle run up and down on the shelf to load and unload the goods; characterized in that, the lifting mechanism comprises a linear motor, a stator or a rotor of the linear motor being arranged on the shelf, and correspondingly, the rotor or the stator of the linear motor being arranged on the picking vehicle. a shelf, comprising at least one layer of carrier, each layer of the carrier comprising at least one goods area for storing goods; a picking vehicle, configured to not only run on the shelf, but also run outside of the shelf for loading, unloading and transporting the goods; the picking vehicle comprises a vehicle body, and a running wheel and a universal wheel which are arranged on the vehicle body for realizing that the picking vehicle runs outside of the shelf; and a lifting mechanism, configured to make the picking vehicle run up and down on the shelf to load and unload the goods; characterized in that, the lifting mechanism comprises a linear motor, a stator or a rotor of the linear motor being arranged on the shelf, and correspondingly, the rotor or the stator of the linear motor being arranged on the picking vehicle.
An optical system, comprising: an optical system mount arrangement, wherein the optical system mount arrangement, comprises: a stop; a mount for an optical element having a first position and a second position, the mount abutting the stop in the first position, the mount spaced apart from the stop in the second position; and an electromagnet fixed relative to the stop configured and adapted to exert a holding force when the mount is in the first position., wherein the first position is an upright alignment position, and further comprising a mirror fixed to the mount; a voltage source disposed in electrical communication with the electromagnet, wherein the voltage source is a variable voltage source for tuning holding force generated by the electromagnet; a drive motor operably connected to the mount for movement between the first and second positions; and a controller operatively connected to the electromagnet to engage and disengage a holding force, the controller operatively connected to the drive motor to move the mount between the first position and the second position. an optical system mount arrangement, wherein the optical system mount arrangement, comprises: a stop; a mount for an optical element having a first position and a second position, the mount abutting the stop in the first position, the mount spaced apart from the stop in the second position; and an electromagnet fixed relative to the stop configured and adapted to exert a holding force when the mount is in the first position., wherein the first position is an upright alignment position, and further comprising a mirror fixed to the mount; a voltage source disposed in electrical communication with the electromagnet, a stop; a mount for an optical element having a first position and a second position, the mount abutting the stop in the first position, the mount spaced apart from the stop in the second position; and an electromagnet fixed relative to the stop configured and adapted to exert a holding force when the mount is in the first position., wherein the first position is an upright alignment position, and further comprising a mirror fixed to the mount; a voltage source disposed in electrical communication with the electromagnet, wherein the voltage source is a variable voltage source for tuning holding force generated by the electromagnet; a drive motor operably connected to the mount for movement between the first and second positions; and a controller operatively connected to the electromagnet to engage and disengage a holding force, the controller operatively connected to the drive motor to move the mount between the first position and the second position. a drive motor operably connected to the mount for movement between the first and second positions; and a controller operatively connected to the electromagnet to engage and disengage a holding force, the controller operatively connected to the drive motor to move the mount between the first position and the second position.
A helmet comprising: two layers configured to slide with respect to each other; and wherein the surface of one or both layers comprises a sliding facilitator to improve slidability between the two layers, characterised in that the two layers configured to slide with respect to each other are each disposed within an outer shell of the helmet and both of the two layers are made of foam material, and wherein the sliding facilitator comprises (i) an organic polymer, a polysiloxane and a surfactant; (ii) an organic polymer and a copolymer based on a polysiloxane and an organic polymer; or (iii) a non-elastomeric cross-linked polymer obtained or obtainable by subjecting a polysiloxane and an organic polymer to a cross-linking reaction. two layers configured to slide with respect to each other; and wherein the surface of one or both layers comprises a sliding facilitator to improve slidability between the two layers, characterised in that the two layers configured to slide with respect to each other are each disposed within an outer shell of the helmet and both of the two layers are made of foam material, and wherein the sliding facilitator comprises (i) an organic polymer, a polysiloxane and a surfactant; (ii) an organic polymer and a copolymer based on a polysiloxane and an organic polymer; or (iii) a non-elastomeric cross-linked polymer obtained or obtainable by subjecting a polysiloxane and an organic polymer to a cross-linking reaction. (i) an organic polymer, a polysiloxane and a surfactant; (ii) an organic polymer and a copolymer based on a polysiloxane and an organic polymer; or (iii) a non-elastomeric cross-linked polymer obtained or obtainable by subjecting a polysiloxane and an organic polymer to a cross-linking reaction.
A method for transmitting location information of a User Equipment, UE, comprising: receiving, by a control plane management device, the location information reported from a Relay Node, RN, wherein the location information comprises relevant information of a donor cell where the RN is connected; and determining, by the control plane management device, a location of the UE according to the received location information, and sending the latest location information of the UE to a charging function node when there is a change in location of the UE; wherein before receiving, by the control plane management device, the location information reported from the RN, the method further comprises: sending, by the control plane management device, configuration information to indicate a user location information reporting condition to the RN; characterized in that before the control plane management device sends the configuration information to indicate the user location information reporting condition to the RN, the method further comprises: sending, by the control plane management device, an indication flag to indicate a support of a location information reporting function to the charging function node and receiving an activation indicator from the charging function node, wherein the indication flag to indicate a support of the location information reporting function is a location information reporting indication flag to indicate a support of a donor cell location information reporting function or a location information change reporting indication flag to indicate a support of a donor cell location information reporting function. receiving, by a control plane management device, the location information reported from a Relay Node, RN, wherein the location information comprises relevant information of a donor cell where the RN is connected; and determining, by the control plane management device, a location of the UE according to the received location information, and sending the latest location information of the UE to a charging function node when there is a change in location of the UE; sending, by the control plane management device, configuration information to indicate a user location information reporting condition to the RN;
A computer-implemented method of generating an artefact estimation image representing the predicted effect of one or more cone-beam artefacts in a computed tomography image (220, 490), the computer-implemented method comprising: obtaining a computed tomography image of an individual; characterized in that the method further comprises: identifying the position of one or more gradients of the computed tomography image, wherein a gradient is a change in the magnitude of pixel values of the computed tomography image, over a predetermined distance in a direction parallel to a first axis of the computed tomography image, greater than a predetermined value, wherein the first axis represents a rotation axis of the computed tomography system that generated the computed tomography image; identifying, for each gradient, the relative position of the gradient with respect to an artefact estimation image; obtaining a look-up table that correlates a relative position of a gradient with respect to the artefact estimation image with a value that represents a change in intensity value resulting from a cone-beam artefact caused by the gradient; and generating an artefact estimation image that represents the change of intensity caused by one or more cone-beam artefacts in the computed tomography image, by processing the identified positions of the one or more gradients of the computed tomography image and the look-up table. identifying the position of one or more gradients of the computed tomography image, wherein a gradient is a change in the magnitude of pixel values of the computed tomography image, over a predetermined distance in a direction parallel to a first axis of the computed tomography image, greater than a predetermined value, wherein the first axis represents a rotation axis of the computed tomography system that generated the computed tomography image; identifying, for each gradient, the relative position of the gradient with respect to an artefact estimation image; obtaining a look-up table that correlates a relative position of a gradient with respect to the artefact estimation image with a value that represents a change in intensity value resulting from a cone-beam artefact caused by the gradient; and generating an artefact estimation image that represents the change of intensity caused by one or more cone-beam artefacts in the computed tomography image, by processing the identified positions of the one or more gradients of the computed tomography image and the look-up table.
A device for packaging machines, which comprises a substantially flat region that ends with a collar, the plane of arrangement of said region being inclined with respect to the axis of extension of said collar, said collar having a slit along its wall that lies opposite said region, parallel to the axis of extension thereof, said device being characterized in that said collar has an internal profile with a continuous curve with at least four changes of curvature with respect to circularity, said device further comprising two tabs (20a, 20b) which extend parallel to the axis of extension of said collar and define substantially the wall of said collar that lies opposite said region, said slit extending in the interface region between said two tabs (20a, 20b), said slit passing through the thickness of said wall of said collar that lies opposite said region.
A recording medium having a hierarchical directory structure, comprising: a root directory; a default directory and a service domain directory both below the root directory; and a movie directory below the service domain directory, wherein the default directory contains a startup program, the service domain directory is created at a time when an AV stream is received, the movie directory contains the AV stream, the startup program is a program to be first executed by a playback device upon loading of the recording medium to the playback device, when executed, the startup program causes the playback device to display a menu, in response to a user operation made on the menu to select the movie directory, the startup program causes the playback device to execute a root change function, and when executed, the root change function causes the playback device to recognize that the service domain directory to which the selected movie directory belongs is a virtual root directory. a root directory; a default directory and a service domain directory both below the root directory; and a movie directory below the service domain directory, wherein the default directory contains a startup program, the service domain directory is created at a time when an AV stream is received, the movie directory contains the AV stream, the startup program is a program to be first executed by a playback device upon loading of the recording medium to the playback device, when executed, the startup program causes the playback device to display a menu, in response to a user operation made on the menu to select the movie directory, the startup program causes the playback device to execute a root change function, and when executed, the root change function causes the playback device to recognize that the service domain directory to which the selected movie directory belongs is a virtual root directory.
Method for producing a scale-inhibiting product, comprising at least the following steps: - a step of preparing plant material comprising saponosides, monosaccharides and holosides and flavonoids, - a step of infusing said plant material, - a step of filtering said infusion, - a step of preparing scale-inhibiting solution from a filtrate obtained during the filtration step, characterized in that the infusion step is carried out by means of water brought to boiling point and in that the plant material originates from plants of at least one of the following families: Caryophyllaceae, Asteraceae, Illecebraceae or Urticaceae, and in that it comprises a step of initial polar fractionation carried out on the filtrate obtained during the filtration step. - a step of preparing plant material comprising saponosides, monosaccharides and holosides and flavonoids, - a step of infusing said plant material, - a step of filtering said infusion, - a step of preparing scale-inhibiting solution from a filtrate obtained during the filtration step,
A separator, comprising a top plate, a bottom plate, and a plurality of grid bars, wherein both the top plate and the bottom plate are circular in shape, and a diameter of the top plate is less than that of the bottom plate; the separator has a motor connection portion, and a center of the motor connection portion coincides with a rotation center of the separator; the plurality of grid bars are circumferentially spaced between the top plate and the bottom plate; and the top plate is provided with a plurality of second through holes, and the plurality of second through holes are circumferentially spaced around the motor connection portion. the separator has a motor connection portion, and a center of the motor connection portion coincides with a rotation center of the separator; the plurality of grid bars are circumferentially spaced between the top plate and the bottom plate; and the top plate is provided with a plurality of second through holes, and the plurality of second through holes are circumferentially spaced around the motor connection portion.