mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for the simultaneous collection of solar energy in both thermal and electrical form which features the following characteristics: Solar cells, hoses which are filled with water as a coolant and are optionally made of silicone rubber, a metal surface with good thermal conductivity with a retaining mechanism which preferably has intensive contact with the hoses; the metal surface is in turn elastically connected to the solar cells via a highly electrically insulating but thermally conductive thin separating layer (4, 5, 6); between the solar cells and a covering pane of glass there is a layer of air which is up to 20 mm thick, optionally between three and twelve millimetres, so that the solar cells are not in direct contact with the covering pane of glass, whereby the insulating separating layer between the solar cells and the metallic cooling element is equipped with at least two different oxides or silicates, of which at least one is situated inside a varnish-like polymer layer, whereby a part of the oxides or silicates has a mean particle size of less than a micrometre, and is characterised in that the particle size distribution features two strongly differing maxima overall, so that the average particle size of the one maximum of the particles in the insulating separating layer has at least ten times the value of the other maximum of particle size distribution. Solar cells, hoses which are filled with water as a coolant and are optionally made of silicone rubber, a metal surface with good thermal conductivity with a retaining mechanism which preferably has intensive contact with the hoses; the metal surface is in turn elastically connected to the solar cells via a highly electrically insulating but thermally conductive thin separating layer (4, 5, 6); between the solar cells and a covering pane of glass there is a layer of air which is up to 20 mm thick, optionally between three and twelve millimetres, so that the solar cells are not in direct contact with the covering pane of glass, whereby the insulating separating layer between the solar cells and the metallic cooling element is equipped with at least two different oxides or silicates, of which at least one is situated inside a varnish-like polymer layer, whereby a part of the oxides or silicates has a mean particle size of less than a micrometre, and is characterised in that the particle size distribution features two strongly differing maxima overall, so that the average particle size of the one maximum of the particles in the insulating separating layer has at least ten times the value of the other maximum of particle size distribution.
A method for providing information on the validity of encoded audio data so that invalid data caused by an encoder delay or data padding can be trimmed, the encoded audio data being a series of frames, wherein each frame can contain information on the valid audio data, the method comprising: providing either information on a frame level which describes the amount of data at the beginning of an frame being invalid, said information being provided to be handled by an audio decoder for the encoded audio data, or providing information on the frame level which describes the amount of data at the end of the frame being invalid, said information being provided to be handled by the audio decoder, or providing information on the frame level which describes both the amount of data at the beginning and the end of the frame being invalid, said information being provided to be handled by the audio decoder, and providing information on a frame level which describes, whether the corresponding frame is a pre-roll Access Unit or a post-roll Access Unit, said information causing a Systems layer having an interface with the Audio decoder to provide the pre-roll or post-roll Access Unit to the audio decoder and to discard a corresponding output of the audio decoder after decoding. providing either information on a frame level which describes the amount of data at the beginning of an frame being invalid, said information being provided to be handled by an audio decoder for the encoded audio data, or providing information on the frame level which describes the amount of data at the end of the frame being invalid, said information being provided to be handled by the audio decoder, or providing information on the frame level which describes both the amount of data at the beginning and the end of the frame being invalid, said information being provided to be handled by the audio decoder, and providing information on a frame level which describes, whether the corresponding frame is a pre-roll Access Unit or a post-roll Access Unit, said information causing a Systems layer having an interface with the Audio decoder to provide the pre-roll or post-roll Access Unit to the audio decoder and to discard a corresponding output of the audio decoder after decoding.
A thermally conductive panel for a placed-in-front interior lining comprising: - a panel material; and - a plurality of recessed heat conducting elements; wherein the panel material comprises a lesser degree of heat passage than the heat conducting elements; wherein the heat conducting elements extend at least from the proximity of a first surface to a second surface; wherein the first and the second surface are provided on two different sides of the panel, and wherein the first surface forms a side which is to be facing towards a room; wherein the heat conducting elements are configured as webs recessed into the panel material, the webs in their length extending over at least one half of the panel dimension; and wherein the heat conducting elements can be connected to a heating or cooling device on the second surface; characterised in that the heat conducting elements are profile devices, which can be adapted to different panel thicknesses. - a panel material; and - a plurality of recessed heat conducting elements;
An illumination optical system for illuminating an illumination target surface with light from a light source, the illumination optical system comprising: a first spatial light modulator with a plurality of first optical elements which are arranged two-dimensionally, the postures of each of which are individually controllable; a second spatial light modulator with a plurality of second optical elements which are arranged two-dimensionally, the postures of each of which are individually controllable, the second spatial light modulator being arranged at a position where light having traveled via the first spatial light modulator arrives; and a distribution forming optical system for forming a predetermined light intensity distribution on an illumination pupil of the illumination optical system, based on a beam having traveled via the first spatial light modulator and the second spatial light modulator, the distribution optical system including an optical integrator, the illumination optical system comprising: a control unit configured to control a position and an angle of the beam incident on the optical integrator by controlling the first spatial light modulator and the second spatial light modulator. a first spatial light modulator with a plurality of first optical elements which are arranged two-dimensionally, the postures of each of which are individually controllable; a second spatial light modulator with a plurality of second optical elements which are arranged two-dimensionally, the postures of each of which are individually controllable, the second spatial light modulator being arranged at a position where light having traveled via the first spatial light modulator arrives; and a distribution forming optical system for forming a predetermined light intensity distribution on an illumination pupil of the illumination optical system, based on a beam having traveled via the first spatial light modulator and the second spatial light modulator, the distribution optical system including an optical integrator, the illumination optical system comprising: a control unit configured to control a position and an angle of the beam incident on the optical integrator by controlling the first spatial light modulator and the second spatial light modulator. a control unit configured to control a position and an angle of the beam incident on the optical integrator by controlling the first spatial light modulator and the second spatial light modulator.
A method, comprising: selecting, at a first network node, a security algorithm identity for a user equipment which is determined to handover to a second network node, based at least in part on security information of the user equipment and a list of security algorithm identities for the second network node; generating security keys for a communication between the user equipment and the second network node, based at least in part on the selected security algorithm identity; providing the security keys and the selected security algorithm identity to the second network node from the first network node; and sending the selected security algorithm identity to the user equipment from the first network node, in response to a handover acknowledgement from the second network node. selecting, at a first network node, a security algorithm identity for a user equipment which is determined to handover to a second network node, based at least in part on security information of the user equipment and a list of security algorithm identities for the second network node; generating security keys for a communication between the user equipment and the second network node, based at least in part on the selected security algorithm identity; providing the security keys and the selected security algorithm identity to the second network node from the first network node; and sending the selected security algorithm identity to the user equipment from the first network node, in response to a handover acknowledgement from the second network node.
A method in a radio base station of a telecommunication network for configuring a user equipment to perform one or more downlink measurements on a plurality of cells within a coverage area, said cells operating with same or different transmission bandwidths, characterized by the step of: - signaling a measurement bandwidth over which the user equipment shall perform said one or more measurements. - signaling a measurement bandwidth over which the user equipment shall perform said one or more measurements.
A sheet-like element, such as a net, particularly for geotechnical applications, comprising an extruded polymer sheet-like body formed by superimposing at least two sets of filaments (2a,2b) in order to provide a lattice-like structure, characterized in that said sheet-like body is provided by means of a first polymer, which defines said lattice-like structure, and a second polymer, which is mutually coextruded together with said first polymer to form said extruded polymer sheet-like body as a single element, and said second polymer being arranged at regions of at least one face of said sheet-like body, said regions of said second polymer being constituted by a plurality of mutually parallel linear strands being arranged on and extending exclusively along one set of said two sets of filaments, said first polymer having physical and mechanical characteristics of compressive and tensile strength so said net has functional strength and durability required by said net, said second polymer having a high friction coefficient.
A method for recovering from a device failure, the method comprising: detecting that an unclean shutdown event has occurred; scanning a plurality of index pages of a non-volatile memory ("NVM") (120,220) for ages of the plurality of index pages, the plurality of index pages being stored in the NVM (120,220) comparing the ages of the plurality of index pages with ages of data pages of the NVM (120,220) corresponding to the plurality of index pages; determining the reliability of each index page of the plurality of index pages based at least in part on the comparison; and selectively using an index page to reconstruct a logical to physical mapping based on the determined reliability of that index page; the method being characterized in that the ages of the data pages of the NVM corresponding to the plurality of index pages are obtained by reading a block table-of-contents stored in the corresponding data block and including a logical address-age pair for each data page of the data block. detecting that an unclean shutdown event has occurred; scanning a plurality of index pages of a non-volatile memory ("NVM") (120,220) for ages of the plurality of index pages, the plurality of index pages being stored in the NVM (120,220) comparing the ages of the plurality of index pages with ages of data pages of the NVM (120,220) corresponding to the plurality of index pages; determining the reliability of each index page of the plurality of index pages based at least in part on the comparison; and selectively using an index page to reconstruct a logical to physical mapping based on the determined reliability of that index page;
A system for braking a motor, comprising: at least one resistor; a contactor connected to the at least one resistor and a motor; and a variable frequency drive electrically connected to the motor, wherein the variable frequency drive comprises a controller operably connected to the contactor, wherein at least a portion of the contactor closes connecting the at least one resistor to the motor in response to a command from the controller, and wherein variable frequency drive is configured to maintain a high level of motor flux until a motor torque level of approximately zero is output by the motor. at least one resistor; a contactor connected to the at least one resistor and a motor; and a variable frequency drive electrically connected to the motor, wherein the variable frequency drive comprises a controller operably connected to the contactor, wherein at least a portion of the contactor closes connecting the at least one resistor to the motor in response to a command from the controller, and wherein variable frequency drive is configured to maintain a high level of motor flux until a motor torque level of approximately zero is output by the motor.
A medical instrument comprising a coating on the surface of a nickel-titanium alloy component of the medical instrument as a substrate, wherein the medical instrument coating comprises an elementary copper phase, an amorphous titanium-containing substance, and a transition layer located between the nickel-titanium alloy substrate and the coating, the transition layer comprising a copper-nickel intermetallic phase.
A volumetric compressor for material collection and/or treatment equipment, said compressor comprising: - an operative chamber defining a longitudinal development axis, - a main body which defines said chamber, said body defining a suction section and an exhaust section of a first fluid; - a first header and a second header connected on opposite sides of said main body, said headers (61,62) delimiting said chamber on opposite sides along said longitudinal axis; - at least two rotors (80',80") with lobes (81',81") having a "helical" development wherein said lobes (81',81") are housed in said chamber and supported at opposite ends by said headers (61,62); each of said rotors (80',80") rotating about a rotation axis (108',108") substantially parallel to said longitudinal axis; - a feeding device of a second fluid, characterized in that each of said two headers (61,62) defines a first injection opening (71',72') and a second injection opening (71",72") communicating with said feeding device, each of said injection openings (71',71",72',72") being configured to inject said second fluid coming from said feeding device into said chamber, wherein for each of said headers (61,62) said first injection opening (71',72') is substantially specular to said second injection opening (71',72") with respect to a reference plane parallel to and equally distanced from said rotation axes (108',108") of said rotors (80',80"), wherein each of said headers (61,62) defines a first inner passage (65', 66') which develops between said first injection opening (71',71") and a first outlet of said feeding device and a second inner passage (65",66") which develops between said second injection opening (71",72") and a second outlet of said feeding device, and wherein each of said headers (61,62) comprises: - a main portion (61',62'); - a transversal surface (71,72) connected to said main portion (61',62'), said transversal surface (71,72) defining said first injection opening (71',72') and said second injection opening (71",72"), and wherein for each of said headers (61,62), said first inner passage (65', 66') and said second inner passage (65",66") are defined between said transversal surface (71,72) and said main portion (61',62'). - an operative chamber defining a longitudinal development axis, - a main body which defines said chamber, said body defining a suction section and an exhaust section of a first fluid; - a first header and a second header connected on opposite sides of said main body, said headers (61,62) delimiting said chamber on opposite sides along said longitudinal axis; - at least two rotors (80',80") with lobes (81',81") having a "helical" development wherein said lobes (81',81") are housed in said chamber and supported at opposite ends by said headers (61,62); each of said rotors (80',80") rotating about a rotation axis (108',108") substantially parallel to said longitudinal axis; - a feeding device of a second fluid, - a main portion (61',62'); - a transversal surface (71,72) connected to said main portion (61',62'), said transversal surface (71,72) defining said first injection opening (71',72') and said second injection opening (71",72"), and
Locking device for use with a first and a second component (10; 11) and an unlocking tool, wherein the locking device has a first and a separate second housing (30; 40) which are able to be fastened separately from one another to the respectively associated first or second component (10; 11), wherein a grip is mounted in a movable manner on the first housing, wherein a first locking body is mounted in a movable manner in the first housing, said first locking body being able to be coupled in terms of movement to the grip, wherein a second locking body is mounted in a movable manner in the second housing, wherein the first and the second locking body (31; 41) are able to be brought into form-fitting engagement in order to lock the locking device, wherein said form-fitting engagement is able to be undone both just by moving the first locking body relative to the first housing and just by moving the second locking body relative to the second housing, wherein the first and the second locking body (31; 41) are each mounted in the respectively associated first or second housing (30; 40) so as to be linearly movable in each case with respect to a common locking axis, characterized in that a first spring is arranged in the first housing, said first spring loading the first locking body in the direction of the locked state, wherein a second spring is arranged in the second housing, said second spring loading the second locking body in the direction of the locked state, wherein the second locking body has at least one unlocking slope, which is arranged in an inclined manner with respect to the locking axis, wherein the unlocking tool has a plate-like portion with which it is able to be introduced into a gap between the first and the second housing (30; 40) such that it is able to be brought into engagement with the unlocking slope of the second locking body in order to unlock the locking device.
A resin composition for forming an insulation layer of a power cable, the resin composition comprising: polyethylene, wherein the polyethylene includes methine groups, and the polyethylene satisfies the following formula in a 13 C nuclear magnetic resonance spectrum, RX ≤ 5 where RX satisfies RX = X/(X+Y+Z)} × 100, and X, Y, and Z respectively represent an integrated intensity of the methine groups, an integrated intensity of methylene groups, and an integrated intensity of methyl groups in the 13 C nuclear magnetic resonance spectrum of the polyethylene, measured as detailed in the description. polyethylene, wherein the polyethylene includes methine groups, and the polyethylene satisfies the following formula in a 13 C nuclear magnetic resonance spectrum, RX ≤ 5 where RX satisfies RX = X/(X+Y+Z)} × 100, and X, Y, and Z respectively represent an integrated intensity of the methine groups, an integrated intensity of methylene groups, and an integrated intensity of methyl groups in the 13 C nuclear magnetic resonance spectrum of the polyethylene, measured as detailed in the description.
A light sensor comprising - a filter arrangement, which filter arrangement comprises a plurality of spectral filters (F 1, F 2,..., F n) for filtering incident light, wherein each spectral filter (F 1, F 2,..., F n) is realized to pass a distinct component of the incident light; - an aperture arrangement comprising a plurality of apertures for admitting a fraction of the incident light; - a sensor arrangement realized to collect the admitted filtered light (L'), which sensor arrangement comprises an array of sensor elements for generating image-related signals (S, S 1, S 2,..., S n) and which sensor array is sub-divided into a plurality of regions (R 1, R 2,..., R n), wherein each region (R 1, R 2,..., R n) of the sensor array comprises a plurality of sensor elements and is allocated to an aperture of said plurality of apertures and a corresponding spectral filter (F 1, F 2,..., F n) of said plurality of filters such that an image-related signal generated by a sensor element of a particular region (R 1, R 2,..., R n) comprises information pertaining to the direction of origin and the spectral composition of the light passed by the corresponding spectral filter (F 1, F 2,..., F n). - a filter arrangement, which filter arrangement comprises a plurality of spectral filters (F 1, F 2,..., F n) for filtering incident light, wherein each spectral filter (F 1, F 2,..., F n) is realized to pass a distinct component of the incident light; - an aperture arrangement comprising a plurality of apertures for admitting a fraction of the incident light; - a sensor arrangement realized to collect the admitted filtered light (L'), which sensor arrangement comprises an array of sensor elements for generating image-related signals (S, S 1, S 2,..., S n) and which sensor array is sub-divided into a plurality of regions (R 1, R 2,..., R n), wherein each region (R 1, R 2,..., R n) of the sensor array comprises a plurality of sensor elements and is allocated to an aperture of said plurality of apertures and a corresponding spectral filter (F 1, F 2,..., F n) of said plurality of filters such that an image-related signal generated by a sensor element of a particular region (R 1, R 2,..., R n) comprises information pertaining to the direction of origin and the spectral composition of the light passed by the corresponding spectral filter (F 1, F 2,..., F n).