mhurhangee/ep-ind-claims huggingface dataset:
A conductive ink for forming a conductive pattern by letterpress reverse printing using a silicone blanket, comprising as essential components thereof: conductive particles, a release agent, a surface energy regulator and a solvent component, the solvent component is a mixture of a solvent having a surface energy at 25°C of 27 mN/m or more and a volatile solvent having a boiling point at atmospheric pressure of 120°C or lower, the surface energy of the ink at 25°C is 10 to 21 mN/m, and the amount of resin component based on the total weight of the ink is 2% or less, characterized in that the conductive particles have a volume average particle diameter (Mv) of 10 to 700 nm and in that the release agent is a silicone oil. conductive particles, a release agent, a surface energy regulator and a solvent component, the solvent component is a mixture of a solvent having a surface energy at 25°C of 27 mN/m or more and a volatile solvent having a boiling point at atmospheric pressure of 120°C or lower, the surface energy of the ink at 25°C is 10 to 21 mN/m, and the amount of resin component based on the total weight of the ink is 2% or less, characterized in that the conductive particles have a volume average particle diameter (Mv) of 10 to 700 nm and in that the release agent is a silicone oil.
A retaining device for connecting a functional component of a vehicle to a threaded stud integrally fixed to a vehicle bodywork, comprising a body divided into a first portion or section designed to be integrally attached to the functional component to be connected, and a second portion or section designed to engage in use the threaded stud by snap fit, the first and the second portion or section (5,6) of the body being integral with each other; the second portion or section comprising at least one hole designed to receive in use the threaded stud via an inlet opening of the hole defined by an open first end thereof, and a plurality of resiliently deformable fins which project out radially inside the hole, starting from a lateral wall of the hole, and which are oriented obliquely to an axis of symmetry of the hole so as to converge towards the axis of symmetry towards a second end of the hole opposite to the first end of the hole; said resiliently deformable fins being designed, in use, to engage by an interference fit a lateral wall of the threaded stud; characterized in that in combination: i) said resiliently deformable fins are arranged axially in series or "in tandem", that is in an axial sequence in said hole so as to occupy the entire length thereof apart from at least one axial length thereof which is without fins; ii) the second portion or section of the body also comprises at least a first and a second element (15,16) made of an elastomer material which are firmly mounted on the second portion or section at the first and second ends (9,12) of the hole, arranged in an axially offset way with respect to said resiliently deformable fins, "in tandem" or axial sequence with respect thereto, respectively upstream and downstream of said fins with respect to a direction in which said hole is inserted onto the threaded stud; iii) at least the second element made of elastomer material being housed within said length of the hole that is without fins located at the second end of the hole; iv) at least the second element of elastomer material being designed, in use, to engage the threaded stud by an interference fit. i) said resiliently deformable fins are arranged axially in series or "in tandem", that is in an axial sequence in said hole so as to occupy the entire length thereof apart from at least one axial length thereof which is without fins; ii) the second portion or section of the body also comprises at least a first and a second element (15,16) made of an elastomer material which are firmly mounted on the second portion or section at the first and second ends (9,12) of the hole, arranged in an axially offset way with respect to said resiliently deformable fins, "in tandem" or axial sequence with respect thereto, respectively upstream and downstream of said fins with respect to a direction in which said hole is inserted onto the threaded stud; iii) at least the second element made of elastomer material being housed within said length of the hole that is without fins located at the second end of the hole; iv) at least the second element of elastomer material
A delivery device for a stented heart valve comprising: a handle; an elongate shaft extending from a distal end of the handle; and a conical housing having a proximal end coupled to the elongate shaft and an open distal end, the conical housing having a conical lumen therein with a first internal diameter adjacent to the proximal end of the conical housing and a larger second internal diameter adjacent to the open distal end of the conical housing, wherein the elongate shaft includes a shaft lumen structured to provide a pathway between the conical lumen of the conical housing and an interior of the handle, wherein the conical housing comprises a proximal base portion which includes a central passage that is structured to provide a pathway from the cone-shaped lumen to the shaft lumen, such that the central passage in the base portion is aligned with the shaft lumen to allow a control suture to be received therein. a handle; an elongate shaft extending from a distal end of the handle; and a conical housing having a proximal end coupled to the elongate shaft and an open distal end, the conical housing having a conical lumen therein with a first internal diameter adjacent to the proximal end of the conical housing and a larger second internal diameter adjacent to the open distal end of the conical housing, wherein the elongate shaft includes a shaft lumen structured to provide a pathway between the conical lumen of the conical housing and an interior of the handle, wherein the conical housing comprises a proximal base portion which includes a central passage that is structured to provide a pathway from the cone-shaped lumen to the shaft lumen, such that the central passage in the base portion is aligned with the shaft lumen to allow a control suture to be received therein.
A downhole tool, comprising: an internal nozzle; an annular nozzle surrounding the internal nozzle; a central channel located at an uphole end of the downhole tool, wherein the central channel is configured to receive a pressurized power fluid; a port which fluidly connects the central channel and the annular nozzle, wherein the power fluid flows, in use, from the central channel to the annular nozzle via the port; a volume of production fluid located towards a downhole end of the downhole tool; an annular channel surrounding the annular nozzle, wherein the annular channel is configured to receive a production fluid from a downhole end of the downhole tool; and a reverse channel which fluidly connects the annular channel and the internal nozzle, wherein the production fluid flows from the annular channel to the internal nozzle via the reverse channel. an internal nozzle; an annular nozzle surrounding the internal nozzle; a central channel located at an uphole end of the downhole tool, wherein the central channel is configured to receive a pressurized power fluid; a port which fluidly connects the central channel and the annular nozzle, wherein the power fluid flows, in use, from the central channel to the annular nozzle via the port; a volume of production fluid located towards a downhole end of the downhole tool; an annular channel surrounding the annular nozzle, wherein the annular channel is configured to receive a production fluid from a downhole end of the downhole tool; and a reverse channel which fluidly connects the annular channel and the internal nozzle, wherein the production fluid flows from the annular channel to the internal nozzle via the reverse channel.
The compound of formula I: in which z is a single bond and wherein A is 2,3-dichlorophenyl and R 1 is -CH 2 CCl 3; or a salt thereof. in which z is a single bond and wherein A is 2,3-dichlorophenyl and R 1 is -CH 2 CCl 3;
A network node (110, 120, 130) for radio access resource allocation of a mobile station within a wireless communication system, comprising the network node (110, 120, 130) and the mobile station, wherein the network node (110, 120, 130) comprises: • a receiver configured to receive at least one first parameter value associated with a radio communication condition of the mobile station, at least one second parameter value associated with communication capabilities of the mobile station, and at least one third parameter indicating in which one of a parallel Multi Radio Transmit Diversity, MRTD, a switched MRTD or no MRTD diversity scheme the mobile station is operable in, wherein the parallel MRTD diversity scheme implies that the mobile station utilizes a plurality of radio accesses for data transmission in any transmission time interval, TTI, of a plurality of TTIs, the switched MRTD diversity scheme implies that the mobile station utilizes only one radio access for the data transmission in any TTI of the plurality of TTIs, and no MRTD diversity scheme implies that the mobile station utilizes only one radio access for the data transmission for all TTIs of the plurality of TTIs; • a processor configured to allocate at least one radio access resource to the mobile station based on the received parameter values; and • a transmitter configured to inform the mobile station of the at least one allocated radio access resource. • a receiver configured to receive at least one first parameter value associated with a radio communication condition of the mobile station, at least one second parameter value associated with communication capabilities of the mobile station, and at least one third parameter indicating in which one of a parallel Multi Radio Transmit Diversity, MRTD, a switched MRTD or no MRTD diversity scheme the mobile station is operable in, wherein the parallel MRTD diversity scheme implies that the mobile station utilizes a plurality of radio accesses for data transmission in any transmission time interval, TTI, of a plurality of TTIs, the switched MRTD diversity scheme implies that the mobile station utilizes only one radio access for the data transmission in any TTI of the plurality of TTIs, and no MRTD diversity scheme implies that the mobile station utilizes only one radio access for the data transmission for all TTIs of the plurality of TTIs; • a processor configured to allocate at least one radio access resource to the mobile station based on the received parameter values; and • a transmitter configured to inform the mobile station of the at least one allocated radio access resource.
A method of laser processing comprising generating a laser beam having, at different longitudinal positions in a propagation direction, first and second transverse beam profiles of energy density, wherein the first transverse beam profile is different to the second transverse beam profile and is non-Gaussian and the second transverse beam profile is Gaussian or Gaussian-like, and carrying out a scan of the laser beam across a working surface, wherein, during the scan, the laser beam and/or working surface is adjusted such that, for a first part of the scan, the first transverse beam profile is located at the working surface and, for a second part of the scan, the second transverse beam profile is located at the working surface, characterised in that the first transverse beam profile is formed at a focal point of the laser beam and the second transverse beam profile is formed away from a focal point of the laser beam, wherein adjustment of the laser beam and/or working surface comprises adjusting a relative position of the working surface to the focal point.
A light controller system for selecting one of a plurality of color shows generated by at least one of light emitting diode landscape, pool, and spa lights with decode circuitry for receiving and processing a clipped or truncated AC voltage, the light controller system comprising: an overlay indicating the plurality of color shows available to select from; a selector adjacent to the overlay positioned to select one of the plurality of color shows; a microcontroller in communication with the selector and configured to receive information on a position of the selector; characterized in that the light controller system comprises a triac circuit in communication with the microcontroller and configured to provide communication between an AC source the at least one of light emitting diode landscape, pool, and spa lights, the microcontroller being configured to control the at least one of light emitting diode landscape, pool, and spa lights using the triac circuit in response to the position of the selector by outputting a specific number of voltage pulses capable of being interpreted by the decode circuitry of the at least one of light emitting diode landscape, pool, and spa lights as one of the plurality of color shows. an overlay indicating the plurality of color shows available to select from; a selector adjacent to the overlay positioned to select one of the plurality of color shows; a microcontroller in communication with the selector and configured to receive information on a position of the selector; characterized in that the light controller system comprises a triac circuit in communication with the microcontroller and configured to provide communication between an AC source the at least one of light emitting diode landscape, pool, and spa lights, the microcontroller being configured to control the at least one of light emitting diode landscape, pool, and spa lights using the triac circuit in response to the position of the selector by outputting a specific number of voltage pulses capable of being interpreted by the decode circuitry of the at least one of light emitting diode landscape, pool, and spa lights as one of the plurality of color shows.
Piston-cylinder unit, having a piston which is movable in a bore of a cylinder back and forth along a longitudinal axis, wherein the cylinder has a first side at which hydraulically pressurized lubricant for lubricating the surface between the cylinder and the piston is arranged, wherein, on the circumferential surface of the piston, there is formed at least one longitudinal depression (25; 25a to 25g) which runs preferably in the direction of the longitudinal axis and which is connected to the lubricant on the first side of the cylinder, wherein, axially spaced apart from the other, second side, arranged opposite the first side, of the cylinder, the at least one longitudinal depression (25; 25a to 25g) ends on the piston in an end region (27; 27a to 27c), wherein the second side of the cylinder forms an entry region of the piston into the bore of the cylinder, wherein the entry region is, in every operating position of the piston, hydraulically separated from the end region (27; 27a to 27c), averted from the first side of the cylinder, of the at least one longitudinal depression (25; 25a to 25g) aside from possibly occuring leakage losses, wherein the at least one longitudinal depression (25; 25a to 25g) is formed in the manner of a groove and has a groove width (b) between 1 μm and 100 μm, characterized in that the cross-sectional area of the at least one longitudinal depression (25; 25a to 25g) varies over the axial length thereof, and in that the at least one longitudinal depression (25; 25a to 25e) extends from an end side, which has a connection to a lubricant reservoir, of the piston.
A method for selecting an operation mode of a camera, the method comprising: sensing scene lighting; detecting movement of the camera including detection of rotational movement for Panorama photography; detecting selection of a selector of the camera, the selector being for selecting between a first set of one or more operation modes based on scene lighting and a second set of one or more operation modes based on movement of the camera; and selecting one of the operation modes from the first and second sets of one or more operation modes based on conditions defined by data associated with the movement of the camera, the scene lighting, and the selection of the selector, wherein the selection and a transition between the operation modes are performed automatically and are selected based on said conditions. sensing scene lighting; detecting movement of the camera including detection of rotational movement for Panorama photography; detecting selection of a selector of the camera, the selector being for selecting between a first set of one or more operation modes based on scene lighting and a second set of one or more operation modes based on movement of the camera; and selecting one of the operation modes from the first and second sets of one or more operation modes based on conditions defined by data associated with the movement of the camera, the scene lighting, and the selection of the selector, wherein the selection and a transition between the operation modes are performed automatically and are selected based on said conditions.
Construction fence connector for connecting a first and a second construction fence element (200, 300), having a first and a second clamping element (11, 12) which can be connected to one another and, in a connected state, form a first and a second opening (13, 14) through each of which a frame section (210, 310) of the first and second construction fence elements (200, 300) can be guided, as a result of which the construction fence elements (200, 300) can be connected to one another, the clamping elements (11, 12) each having at least one insulator section (15, 16), the insulator sections (15, 16) being designed in such a way that the construction fence elements (200, 300) are electrically isolated from one another when the construction fence elements (200, 300) are connected by the clamping elements (11, 12), characterized in that the clamping elements (11, 12) have at least partially or completely a honeycomb structure, wherein preferably a surface of the clamping elements (11, 12) in the area of the openings is designed to be closed in itself. the clamping elements (11, 12) each having at least one insulator section (15, 16), the insulator sections (15, 16) being designed in such a way that the construction fence elements (200, 300) are electrically isolated from one another when the construction fence elements (200, 300) are connected by the clamping elements (11, 12), characterized in that the clamping elements (11, 12) have at least partially or completely a honeycomb structure, wherein preferably a surface of the clamping elements (11, 12) in the area of the openings is designed to be closed in itself.
An illumination device comprising: a replaceable lamp including at least one light emitting element; a lighting device for lighting the light emitting element by supplying a power to the lamp; and an illuminance correction unit for performing a dimming control on the lamp, wherein the illuminance correction unit includes a timer (121, 322) for counting a cumulative lighting time of the light emitting element and a memory for storing the cumulative lighting time counted by the timer (121, 322), and wherein the illuminance correction unit is adapted to determine a dimming ratio of the light emitting element based on the cumulative lighting time stored in the memory and an illuminance correction characteristic, in which the relationship between the cumulative lighting time and the dimming ratio of the light emitting element is determined to uniformly maintain a light output from the light emitting element even when the cumulative lighting time of the light emitting element increases, characterized in that the illuminance correction unit is provided in the lamp. a replaceable lamp including at least one light emitting element; a lighting device for lighting the light emitting element by supplying a power to the lamp; and an illuminance correction unit for performing a dimming control on the lamp, wherein the illuminance correction unit includes a timer (121, 322) for counting a cumulative lighting time of the light emitting element and a memory for storing the cumulative lighting time counted by the timer (121, 322), and wherein the illuminance correction unit is adapted to determine a dimming ratio of the light emitting element based on the cumulative lighting time stored in the memory and an illuminance correction characteristic, in which the relationship between the cumulative lighting time and the dimming ratio of the light emitting element is determined to uniformly maintain a light output from the light emitting element even when the cumulative lighting time of the light emitting element increases, characterized in that the illuminance correction unit is provided in the lamp.
A luminous body comprising a housing with a light emission surface, a plurality of light sources arranged in the housing, and at least a first optical medium having a first optical scattering power, into which first optical medium light of the light sources is coupled, the first optical medium comprising a plurality of cavities for accommodating the light sources, the light of the light sources being radiated substantially only in lateral directions, and into the first optical medium substantially only in directions parallel to the light emission surface, characterized in that the luminous body further comprises at least a second optical medium having a second optical scattering power, the second optical medium being introduced into a region between at least one of the light sources and the light emission surface, such that the light propagating in the second optical medium is at least substantially coupled thereinto from the first optical medium, and wherein the scattering power of at least one of the first and second optical media (1, 5) is chosen with a view to influencing the flow of light in the housing such that a predefinable brightness distribution of the light over the light emission surface is obtained.
A GLA compound having the following structure: or a pharmaceutically acceptable salt thereof, wherein: L 1, L 2, L 3, and L 4, are the same or different and independently -O-, -NH- or -(CH 2)-; Y 1 is an acid functional group; Y 2 and Y 3 are the same or different and independently -OH, -SH, or an acid functional group; and Y 4 is -OH or-SH. L 1, L 2, L 3, and L 4, are the same or different and independently -O-, -NH- or -(CH 2)-; Y 1 is an acid functional group; Y 2 and Y 3 are the same or different and independently -OH, -SH, or an acid functional group; and Y 4 is -OH or-SH.