mhurhangee/ep-ind-claims huggingface dataset:
A resource allocation apparatus in a cognitive radio system, comprising: a transmission opportunity evaluating device configured to evaluate availability of transmission opportunities in wireless resources of a primary communication system; a vector generating device configured to set a transmission opportunity selection vector for each secondary user in the cognitive radio system according to a result of the evaluating of the availability of the transmission opportunities, the transmission opportunity selection vector comprising information for identifying a plurality of transmission opportunities that have been evaluated as available and ranked according to their availability; and a transmitting device configured to transmit the transmission opportunity selection vector to the secondary user; wherein the resource allocation apparatus is configured to receive transmission result information fed back from the secondary user, the transmission result information being indicative of a transmission opportunity selected by the secondary user for data transmission, wherein, a transmission opportunity with a larger availability according to its rank being preferentially selected by the secondary user. a transmission opportunity evaluating device configured to evaluate availability of transmission opportunities in wireless resources of a primary communication system; a vector generating device configured to set a transmission opportunity selection vector for each secondary user in the cognitive radio system according to a result of the evaluating of the availability of the transmission opportunities, the transmission opportunity selection vector comprising information for identifying a plurality of transmission opportunities that have been evaluated as available and ranked according to their availability; and a transmitting device configured to transmit the transmission opportunity selection vector to the secondary user; wherein the resource allocation apparatus is configured to receive transmission result information fed back from the secondary user, the transmission result information being indicative of a transmission opportunity selected by the secondary user for data transmission, wherein, a transmission opportunity with a larger availability according to its rank being preferentially selected by the secondary user.
A connection device for connecting a compressed gas cylinder to an inflatable device, where the connection device comprises a releaser providing a fluid connection between the compressed gas cylinder and the inflatable device, the releaser comprises a primary activation mechanism for controlled puncture of the compressed gas cylinder via a piston provided with a bunching dart, said primary activation mechanism is provided with means for axially displacement of the piston towards the compressed gas cylinder, characterised in that the releaser further comprises: - a rotatable adapter with means for irreversible fastening of the compressed gas cylinder to the adapter; - a secondary trigger device adapted for puncturing the compressed gas cylinder, said secondary trigger device comprising a displacing means for axially displacing a trigger towards the compressed gas cylinder, where the secondary trigger device is in an activated position when the adapter is in an axially displaced position. - a rotatable adapter with means for irreversible fastening of the compressed gas cylinder to the adapter; - a secondary trigger device adapted for puncturing the compressed gas cylinder, said secondary trigger device comprising a displacing means for axially displacing a trigger towards the compressed gas cylinder, where the secondary trigger device is in an activated position when the adapter is in an axially displaced position.
- A drilling machine to drill into panels made of wood or the like comprising a base defining a support surface for at least one panel; a feeding device to feed the panel on the support surface along a given path and in a given first direction; and a first drilling station and a second drilling station, which are obtained along the path; the first drilling station comprising at least one horizontal drill bit, which is substantially parallel to the first direction and is movable in the first direction, and a first pressing device, which is mounted upstream of the horizontal drill bit in the first direction and is movable between a locking position, in which the panel is locked on the support surface, and a release position; and the second drilling station comprising at least one vertical drill bit, which is substantially parallel to a second direction, which is perpendicular to the support surface and transverse to the first direction; and characterized in that the first drilling station is further provided with a second pressing device, which is mounted downstream of the horizontal drill bit in the first direction and is movable between a locking position, in which the panel is locked on the support surface, and a release position.
A rechargeable flexible electric battery, electric elements of which have been made by using a roll-to-roll manufacturing equipment, characterized in that the electric battery comprises a spiral coil around an electrode of the electric battery, which spiral coil has been manufactured from the same flexible metal foil that supports one of the electrodes of the electric battery, the electric battery having been configured to be charged wirelessly and/or to be connected to a wireless data transfer system by using the spiral coil.
An electronic device with a rollable display, comprising at least the rollable display, a rear cover, a middle frame located between the rollable display and the rear cover, and an antenna assembly,; wherein the middle frame comprises a metal middle plate and a top metal frame and a bottom metal frame that are located at two ends of the metal middle plate, the metal middle plate is located in space enclosed by the rollable display and the rear cover, and the top metal frame and the bottom metal frame are respectively located at the top and the bottom of the rollable display and the rear cover; wherein the rollable display has curly parts (111, 121) curling toward the rear cover, and a first extension stub and a second extension stub, in the antenna assembly extend into the space enclosed by the rollable display and the rear cover; wherein the antenna assembly comprises a first antenna, and the first antenna comprises a first radiator, the first extension stub, and a first feed point and a first ground point that are electrically connected to the first extension stub; and one end of the first extension stub is connected to the first radiator, the other end of the first extension stub extends into the electronic device, and the first radiator is a part of the top metal frame or a part of the bottom metal frame of the electronic device. wherein the middle frame comprises a metal middle plate and a top metal frame and a bottom metal frame that are located at two ends of the metal middle plate, the metal middle plate is located in space enclosed by the rollable display and the rear cover, and the top metal frame and the bottom metal frame are respectively located at the top and the bottom of the rollable display and the rear cover; wherein the rollable display has curly parts (111, 121) curling toward the rear cover, and a first extension stub and a second extension stub, in the antenna assembly extend into the space enclosed by the rollable display and the rear cover; wherein the antenna assembly comprises a first antenna, and the first antenna comprises a first radiator, the first extension stub, and a first feed point and a first ground point that are electrically connected to the first extension stub; and one end of the first extension stub is connected to the first radiator, the other end of the first extension stub extends into the electronic device, and the first radiator is a part of the top metal frame or a part of the bottom metal frame of the electronic device.
Method for selectively improving the strength, toughness and fatigue resistance of a structural member meant to be subjected to a high operational stress, the method being characterized in that it comprises: securing a structural member to prevent movement; identifying a region of the structural member which, when the structural member is subjected to the high operational stress, is subjected to a magnitude of operational stress which is comparatively higher than that of the other regions of the structural member; thereafter, mixing the region of the structural member having been identified as subjected to a comparatively higher magnitude of operational stress with a rotating friction stir welding probe to locally refine the grain structure of the structural member within the region of comparatively higher magnitude of operational stress to thereby improve the strength, toughness and fatigue resistance of the structural member in the identified region. securing a structural member to prevent movement; identifying a region of the structural member which, when the structural member is subjected to the high operational stress, is subjected to a magnitude of operational stress which is comparatively higher than that of the other regions of the structural member; thereafter, mixing the region of the structural member having been identified as subjected to a comparatively higher magnitude of operational stress with a rotating friction stir welding probe to locally refine the grain structure of the structural member within the region of comparatively higher magnitude of operational stress to thereby improve the strength, toughness and fatigue resistance of the structural member in the identified region.
A method of reporting a timing difference among the reception of positioning reference signals, PRSs, from a plurality of cells, the method comprising: receiving the PRSs from the plurality of cells in a plurality of positioning subframes among a plurality of downlink subframes, each of the plurality of positioning subframes being classified into a first type or a second type; reporting the timing difference measured among the reception of the PRSs from the plurality of cells, wherein if the plurality of positioning subframes includes both the first type and the second type, a cyclic prefix, CP, of a positioning subframe classified into the first type is the same as a CP of a positioning subframe classified into the second type, and wherein if the plurality of positioning subframes includes both the first type and the second type, the PRSs are received based on a PRS pattern, the PRS pattern of a positioning subframe classified into the first type being the same as the PRS pattern of a positioning subframe classified into the second type, the PRS pattern being defined by a unit of subframe in a time domain, and by a unit of physical resource block, PRB, in a frequency domain. receiving the PRSs from the plurality of cells in a plurality of positioning subframes among a plurality of downlink subframes, each of the plurality of positioning subframes being classified into a first type or a second type; reporting the timing difference measured among the reception of the PRSs from the plurality of cells, wherein if the plurality of positioning subframes includes both the first type and the second type, a cyclic prefix, CP, of a positioning subframe classified into the first type is the same as a CP of a positioning subframe classified into the second type, and wherein if the plurality of positioning subframes includes both the first type and the second type, the PRSs are received based on a PRS pattern, the PRS pattern of a positioning subframe classified into the first type being the same as the PRS pattern of a positioning subframe classified into the second type, the PRS pattern being defined by a unit of subframe in a time domain, and by a unit of physical resource block, PRB, in a frequency domain.
Electronic control device for a shading apparatus such as a roller shutter, an awning, a roller blind, a curtain or the like, comprising a receiving part, a light guide cable which can be connected to the receiving part, and a passive light irradiation element which is connected or can be connected to the light guide cable at the end, wherein the light irradiation element is preferably connected to or provided with a fastening element, in particular a suction cup, for fastening to a substrate, wherein the receiving part has an optoelectrical transducer and the light guide cable, by way of that end of its light guide which is associated with the receiving part, is optically coupled or can be optically coupled to the optical side of the optoelectrical transducer, characterized in that the light guide cable has a plug-in connector at least at that end which is associated with the receiving part, which plug-in connector can be inserted into a plug-in socket on the receiving part, and in that the optoelectrical transducer is arranged on or in the immediate vicinity of the plug-in socket.
Ethylene-vinyl alcohol copolymer pellets comprising: an ethylene-vinyl alcohol copolymer; and water; wherein the ethylene-vinyl alcohol copolymer comprises monomer units including at least an ethylene unit and a vinyl alcohol unit, as well as a carboxylic acid group and a lactone ring present in polymer terminals of the ethylene-vinyl alcohol copolymer; wherein the carboxylic acid group includes carboxylic acid groups and carboxylic acid salt groups, wherein a carboxylic acid content means a total content of the carboxylic acid groups and the carboxylic acid salt groups, wherein a ratio (Y/Z) of a lactone ring content to a sum of the carboxylic acid content and the lactone ring content measured by a method recited in the description of the specification is from 62 to 80 % in molar ratio; and wherein the pellets have a water content measured by a method recited in the description of the specification of not higher than 0.5 wt.%. an ethylene-vinyl alcohol copolymer; and water; wherein the ethylene-vinyl alcohol copolymer comprises monomer units including at least an ethylene unit and a vinyl alcohol unit, as well as a carboxylic acid group and a lactone ring present in polymer terminals of the ethylene-vinyl alcohol copolymer; wherein the carboxylic acid group includes carboxylic acid groups and carboxylic acid salt groups, wherein a carboxylic acid content means a total content of the carboxylic acid groups and the carboxylic acid salt groups, wherein a ratio (Y/Z) of a lactone ring content to a sum of the carboxylic acid content and the lactone ring content measured by a method recited in the description of the specification is from 62 to 80 % in molar ratio; and wherein the pellets have a water content measured by a method recited in the description of the specification of not higher than 0.5 wt.%.
Mounting plate for fastening a mounting bracket for facade elements to a wall, having a front face with a region in which a limb of the mounting bracket can be placed, wherein oblong holes (16, 17) are arranged in the mounting plate in the region in which the limb of the mounting bracket abuts, through which the mounting bracket can be screwed to the wall with the mounting plate, characterized in that the mounting plate has a projection on which the mounting bracket can be supported in its angular region in the installed state, that the mounting plate, on the front face facing the mounting bracket, has a profiled surface in form of ribs (10, 19), that the region comprises two protruding ribs, and is formed in a flat manner in between, that the projection extends in the position of use at the lower end of the region between two projecting ribs, and that the projection has a curved surface corresponding to a curvature of the corner region of the mounting bracket.
Method for the preparation of a metal exchanged crystalline microporous material or mixtures of metal exchanged crystalline microporous materials comprising the steps of providing a dry mixture containing a) one or more crystalline microporous materials that exhibit ion exchange capacity, wherein the crystalline microporous material is in the H-form, and b) one or more metal compounds, wherein the metals in the metal compounds are selected from the group of Fe, Co, Cu; heating the mixture in a gaseous atmosphere containing ammonia and one or more oxides of nitrogen to a temperature in a range between 150°C and 250°C and for a time sufficient to initiate and perform a solid state ion exchange of ions of the metal compound and ions of the crystalline microporous material; and obtaining the crystalline metal-exchanged microporous material.
A manufacturing method of architectural glass made of waste solar panel, comprising the steps of: removing an aluminum frame and taking out a glass plate with the largest area: using laser or diamond to cut the glass with the largest area of a waste solar panel, separating the aluminum frame from the waste solar panel, and taking out the glass plate with the largest area; removing the non-glass parts, such as the back plate, solar cell and wire, on the glass plate: removing the non-glass parts such as the back plate, solar cell and wire on the glass plate obtained in step with a grinding wheel to preserve a complete glass plate; polishing the surface of the glass plate: polishing the surface of the glass plate obtained in step to restore the bright surface of the glass plate; processing and cutting the glass plate: cutting the glass plate obtained in step into required sizes; and compositing the glass plates into architectural glasses: stacking and laminating the glass plates obtained in step in multiple layers to form a composite architectural glass. removing an aluminum frame and taking out a glass plate with the largest area: using laser or diamond to cut the glass with the largest area of a waste solar panel, separating the aluminum frame from the waste solar panel, and taking out the glass plate with the largest area; removing the non-glass parts, such as the back plate, solar cell and wire, on the glass plate: removing the non-glass parts such as the back plate, solar cell and wire on the glass plate obtained in step with a grinding wheel to preserve a complete glass plate; polishing the surface of the glass plate: polishing the surface of the glass plate obtained in step to restore the bright surface of the glass plate; processing and cutting the glass plate: cutting the glass plate obtained in step into required sizes; and compositing the glass plates into architectural glasses: stacking and laminating the glass plates obtained in step in multiple layers to form a composite architectural glass.
A user apparatus configured to communicate with a first base station (2a; 2b) and a second base station (2b; 2a) in a communication system which supports carrier aggregation in dual connectivity, the user apparatus comprising: a measurement unit configured to measure a timing gap between a reception timing of a first radio signal received from the first base station and a reception timing of a second radio signal received from the second base station; and a transmission unit (12, 14) configured to transmit information indicating the timing gap measured by the measurement unit to the first base station or the second base station, wherein the information indicating the timing gap is a discretized value using a predetermined number or an index number corresponding to a predetermined time gap, and wherein the measurement unit is configured to determine whether the timing gap is less than a predetermined threshold value, and in the case where the timing gap is less than the predetermined threshold value, the transmission unit (12, 14) is configured to transmit information indicating that the timing gap is less than the predetermined threshold value to the first base station (2a; 2b) or the second base station (2b; 2a). a measurement unit configured to measure a timing gap between a reception timing of a first radio signal received from the first base station and a reception timing of a second radio signal received from the second base station; and a transmission unit (12, 14) configured to transmit information indicating the timing gap measured by the measurement unit to the first base station or the second base station, wherein the information indicating the timing gap is a discretized value using a predetermined number or an index number corresponding to a predetermined time gap, and wherein the measurement unit is configured to determine whether the timing gap is less than a predetermined threshold value, and in the case where the timing gap is less than the predetermined threshold value, the transmission unit (12, 14) is configured to transmit information indicating that the timing gap is less than the predetermined threshold value to the first base station (2a; 2b) or the second base station (2b; 2a).
A computer implemented method for generating a digital model of a denture comprising a digital model of a denture base and at least one digital model of denture teeth, wherein the method comprises, in sequence, the steps of: - obtaining a digital model of a fitted existing denture, - identifying one or more gum-tooth border spline(s); - using the gum-tooth border spline(s) to segment the digital model of the fitted existing denture into an intermediate denture base model and at least one intermediate denture teeth model, - modifying the anatomy of the at least one intermediate denture base model, - designing a coupling arrangement between the intermediate denture base model and the at least one intermediate denture teeth model, wherein the coupling arrangement comprises at least one recess (30, 31, 32) formed in the intermediate denture base model and a protrusion (24, 25, 26) extending from the at least one intermediate denture teeth model shaped to match the at least one recess (30, 31, 32), and - generating a digital data file of a final denture base model based on the intermediate denture base model and generating a digital data file of at least one final denture teeth model based on the at least one intermediate denture teeth model. - obtaining a digital model of a fitted existing denture, - identifying one or more gum-tooth border spline(s); - using the gum-tooth border spline(s) to segment the digital model of the fitted existing denture into an intermediate denture base model and at least one intermediate denture teeth model, - modifying the anatomy of the at least one intermediate denture base model, - designing a coupling arrangement between the intermediate denture base model and the at least one intermediate denture teeth model, wherein the coupling arrangement comprises at least one recess (30, 31, 32) formed in the intermediate denture base model and a protrusion (24, 25, 26) extending from the at least one intermediate denture teeth model shaped to match the at least one recess (30, 31, 32), and - generating a digital data file of a final denture base model based on the intermediate denture base model and generating a digital data file of at least one final denture teeth model based on the at least one intermediate denture teeth model.