mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal in a wireless communication system , the terminal comprising: a transceiver ; and a processor configured to: receive, from a base station via the transceiver , a radio resource control, RRC, message including channel state information, CSI, configuration information, the CSI configuration information including a pair of a first channel state information reference signal, CSI-RS, resource configuration associated with a multiple input multiple output, MIMO, type as CLASS A and a second CSI-RS resource configuration associated with a MIMO type as CLASS B; receive, from the base station via the transceiver , two CSI-RSs corresponding to the first CSI-RS resource configuration and the second CSI-RS resource configuration; obtain CSI associated with the first CSI-RS resource configuration and the second CSI-RS resource configuration; and transmit, to the base station via the transceiver , CSI reports including the obtained CSI, and wherein, in case that a maximum number of downlink layers supported by the terminal is 4 or 8, a rank indicator, RI, of the CSI associated with the first CSI-RS resource configuration is restricted as either 1 or 3. a transceiver ; and a processor configured to: receive, from a base station via the transceiver , a radio resource control, RRC, message including channel state information, CSI, configuration information, the CSI configuration information including a pair of a first channel state information reference signal, CSI-RS, resource configuration associated with a multiple input multiple output, MIMO, type as CLASS A and a second CSI-RS resource configuration associated with a MIMO type as CLASS B; receive, from the base station via the transceiver , two CSI-RSs corresponding to the first CSI-RS resource configuration and the second CSI-RS resource configuration; obtain CSI associated with the first CSI-RS resource configuration and the second CSI-RS resource configuration; and receive, from a base station via the transceiver , a radio resource control, RRC, message including channel state information, CSI, configuration information, the CSI configuration information including a pair of a first channel state information reference signal, CSI-RS, resource configuration associated with a multiple input multiple output, MIMO, type as CLASS A and a second CSI-RS resource configuration associated with a MIMO type as CLASS B; receive, from the base station via the transceiver , two CSI-RSs corresponding to the first CSI-RS resource configuration and the second CSI-RS resource configuration; obtain CSI associated with the first CSI-RS resource configuration and the second CSI-RS resource configuration; and transmit, to the base station via the transceiver , CSI reports including the obtained CSI, and wherein, in case that a maximum number of downlink layers supported by the terminal is 4 or 8, a rank indicator, RI, of the CSI associated with the first CSI-RS resource configuration is restricted as either 1 or 3.
A wiredrawing line for wiredrawing at least one metal wire, wire rod or strip, the wiredrawing line comprising: - a plurality of rotary organs acting upon said metal wire, wire rod or strip during the working process of the wiredrawing line ; - a plurality of induction motors , each being designed to cause the rotation of one or more of said rotary organs ; - a plurality of drives (21-23), each being designed to control a respective one of said motors and comprising at least one DC/AC inverter; and - power supply means designed to generate a direct current intermediate-volt voltage (Udc) to supply said drives (21-23) with power; the wiredrawing line being characterized in that said drives (21-23) are mounted on board the respective motor and in that it comprises a single direct current voltage bus , which is connected to the output of said power supply means and is mounted along the wiredrawing line so as to supply all the drives (21-23) with said intermediate-volt voltage. - a plurality of rotary organs acting upon said metal wire, wire rod or strip during the working process of the wiredrawing line ; - a plurality of induction motors , each being designed to cause the rotation of one or more of said rotary organs ; - a plurality of drives (21-23), each being designed to control a respective one of said motors and comprising at least one DC/AC inverter; and - power supply means designed to generate a direct current intermediate-volt voltage (Udc) to supply said drives (21-23) with power; the wiredrawing line being characterized in that said drives (21-23) are mounted on board the respective motor and in that it comprises a single direct current voltage bus , which is connected to the output of said power supply means and is mounted along the wiredrawing line so as to supply all the drives (21-23) with said intermediate-volt voltage.
A method of grinding comprising: contacting a polycrystalline diamond compact with a grinding wheel; the method being characterised in that the grinding wheel comprising a high concentration diamond portion having diamonds, a resin binder, and a mixture of hard filler particles and soft filler particles; wherein the high concentration diamond portion has a diamond concentration from 175 to 225 based on the volume of the high concentration diamond portion, the resin binder comprises 30 percent to 40 percent based on the volume of the high concentration diamond portion, a ratio of hard filler particles to soft filler particles in the mixture is from 85:15 to 15:85, and the mixture of hard filler particles and soft filler particles comprises 8 percent to 20 percent based on the volume of the high concentration diamond portion. contacting a polycrystalline diamond compact with a grinding wheel; the method being characterised in that the grinding wheel comprising a high concentration diamond portion having diamonds, a resin binder, and a mixture of hard filler particles and soft filler particles; wherein the high concentration diamond portion has a diamond concentration from 175 to 225 based on the volume of the high concentration diamond portion, the resin binder comprises 30 percent to 40 percent based on the volume of the high concentration diamond portion, a ratio of hard filler particles to soft filler particles in the mixture is from 85:15 to 15:85, and the mixture of hard filler particles and soft filler particles comprises 8 percent to 20 percent based on the volume of the high concentration diamond portion.
An underwater robot for equipment assisting an underwater exploration, comprising • means of underwater movement; • an image capturing device designed to capture images adapted to creating an underwater environment in three dimensions for visualization; • a communication device designed to transmit to a remote control device said captured images and to receive commands for guiding the movement in the created three-dimensional underwater environment; characterized in that it comprises • a jet propulsion nozzle of pressurized water designed to clear away deposits, particularly sediments, from a zone being cleared; and • an aspiration pipe for at least some of the deposits released by the water jet; • a pipe for evacuation of the aspirated deposits connected to a collection bag of said aspirated elements, the bag being connected to the pipe for evacuation. • means of underwater movement; • an image capturing device designed to capture images adapted to creating an underwater environment in three dimensions for visualization; • a communication device designed to transmit to a remote control device said captured images and to receive commands for guiding the movement in the created three-dimensional underwater environment; • a jet propulsion nozzle of pressurized water designed to clear away deposits, particularly sediments, from a zone being cleared; and • an aspiration pipe for at least some of the deposits released by the water jet; • a pipe for evacuation of the aspirated deposits connected to a collection bag of said aspirated elements, the bag being connected to the pipe for evacuation.
An electronic device comprising: a communication unit configured to request and receive a server page including a plurality of object address information; a display unit to display partial progress bars respectively showing reception progress states of the received objects as they are received, and at least one item identifying each object; and a controller to control the generation of each partial progress bar by extracting at least a part of received Hypertext Markup Language (HTML) data describing the plurality of objects and displaying an individual reception state of each of the objects through the partial progress bars, and to control the display unit to display output area icons in at least two partial progress bars, each output area icon representing an output location in the server page where objects corresponding to each of the at least two partial progress bars are to be displayed; wherein the at least two progress bars comprise reception cancelling items which, when selected by a user, cause the reception of the object associated with the partial progress bar of the selected reception cancelling item to be cancelled; and wherein the controller is configured to control the display unit to display the server page including the received objects after end of reception of said received objects. a communication unit configured to request and receive a server page including a plurality of object address information; a display unit to display partial progress bars respectively showing reception progress states of the received objects as they are received, and at least one item identifying each object; and a controller to control the generation of each partial progress bar by extracting at least a part of received Hypertext Markup Language (HTML) data describing the plurality of objects and displaying an individual reception state of each of the objects through the partial progress bars, and to control the display unit to display output area icons in at least two partial progress bars, each output area icon representing an output location in the server page where objects corresponding to each of the at least two partial progress bars are to be displayed; wherein the at least two progress bars comprise reception cancelling items which, when selected by a user, cause the reception of the object associated with the partial progress bar of the selected reception cancelling item to be cancelled; and wherein the controller is configured to control the display unit to display the server page including the received objects after end of reception of said received objects.
Device for generating an occupation signal (BS) indicating the occupation status of a track section of a railway track installation, wherein the device has - a transmission device for feeding a transmission signal (S) having at least intermittently a predefined operating frequency (f4) into at least one rail of the track section , - a receiving device for receiving the transmission signal (S), - an evaluation device for evaluating the receiving signal (E) of the receiving device and - at least one tuning device switchable between the transmission device and the rail or between the receiving device and the rail, which enables a modification of the frequency behaviour of the signal path in the section between the transmission device and the receiving device with a view to minimum signal damping for the predefined operating frequency (f4), and wherein the evaluation unit is designed such that it generates an occupation signal (BS) indicating an occupation status of the track section , when the signal level for the predefined operating frequency (f4) reaches or falls below a predefined minimum level, characterised in that - the transmission device is designed such that it generates or can generate the transmission signal (S) additionally with at least two comparison frequencies (f1-f3, f5-f7), wherein one of the comparison frequencies (f1-f3, f5-f7) lies below the operating frequency (f4) and the other lies above the operating frequency (f4), and - the evaluation device is suitable for emitting the measured signal levels of the receiving signal (E) for the operating frequency (f4) and the at least two comparison frequencies (f1-f3, f5-f7) or for using them to form a control signal (OK) or error signal (Fe, Fs). - a transmission device for feeding a transmission signal (S) having at least intermittently a predefined operating frequency (f4) into at least one rail of the track section , - a receiving device for receiving the transmission signal (S), - an evaluation device for evaluating the receiving signal (E) of the receiving device and - at least one tuning device switchable between the transmission device and the rail or between the receiving device and the rail, which enables a modification of the frequency behaviour of the signal path in the section between the transmission device and the receiving device with a view to minimum signal damping for the predefined operating frequency (f4), and - the transmission device is designed such that it generates or can generate the transmission signal (S) additionally with at least two comparison frequencies (f1-f3, f5-f7), wherein one of the comparison frequencies (f1-f3, f5-f7) lies below the operating frequency (f4) and the other lies above the operating frequency (f4), and - the evaluation device is suitable for emitting the measured signal levels of the receiving signal (E) for the operating frequency (f4) and the at least two comparison frequencies (f1-f3, f5-f7) or for using them to form a control signal (OK) or error signal (Fe, Fs).
A centrifugal pump including at least one hydraulically powered rotary actuator (280, 280a, or 380), for adjusting the gap distance between a side liner and an impeller of the centrifugal pump , characterized in that the hydraulically powered rotary actuator (280, 280a, or 380) includes: a hydraulic linear actuator , which is moveable in both directions between a retracted position and an extended position; a clutch device , which is operable between an engaged condition and a disengaged condition; and a rotary output member (297 or 397); wherein the linear actuator is coupled to the rotary output member (297 or 397) by way of the clutch device . a hydraulic linear actuator , which is moveable in both directions between a retracted position and an extended position; a clutch device , which is operable between an engaged condition and a disengaged condition; and a rotary output member (297 or 397); wherein the linear actuator is coupled to the rotary output member (297 or 397) by way of the clutch device .
A display apparatus comprising: a substrate ; a display portion including a plurality of pixels; a driving circuit connecting portion outside the display portion on the substrate ; a display pad in the driving circuit connecting portion that is electrically connected to the plurality of pixels, respectively; a base film provided on the substrate to cover the display portion ; a touch sensing portion on the base film; a touch circuit connecting portion extending from a lower side of the base film; a cover window on the substrate that covers the display portion and exposes a part of the substrate ; and an insertion member in the driving circuit connecting portion in a gap space between the substrate and the cover window , wherein the insertion member is extended over to the exposed part of the substrate. a substrate ; a display portion including a plurality of pixels; a driving circuit connecting portion outside the display portion on the substrate ; a display pad in the driving circuit connecting portion that is electrically connected to the plurality of pixels, respectively; a base film provided on the substrate to cover the display portion ; a touch sensing portion on the base film; a touch circuit connecting portion extending from a lower side of the base film; a cover window on the substrate that covers the display portion and exposes a part of the substrate ; and an insertion member in the driving circuit connecting portion in a gap space between the substrate and the cover window , wherein the insertion member is extended over to the exposed part of the substrate.
A method of wireless communication performed by a user equipment, UE, comprising: receiving , during one or more time units up to a first time, a configuration to provide a positioning state information, PSI, report; measuring , after the first time up to a second time, one or more positioning reference signal, PRS, transmissions; and transmitting , at a third time after the second time, the PSI report on an uplink physical channel, the PSI report including measurements of the one or more PRS transmissions, wherein a length of time between the second time and the third time is greater than a timing requirement Z'. receiving , during one or more time units up to a first time, a configuration to provide a positioning state information, PSI, report; measuring , after the first time up to a second time, one or more positioning reference signal, PRS, transmissions; and transmitting , at a third time after the second time, the PSI report on an uplink physical channel, the PSI report including measurements of the one or more PRS transmissions, wherein a length of time between the second time and the third time is greater than a timing requirement Z'.
A geometrically transformable vacuum assisted infusion casting mould for producing an infusion-moulded reinforced composite article, the mould comprising - at least two movable mould walls (10, 11, 12, 26, 27, 50-57) defining a mould space , a mould surface and an opening to the mould space, the mould walls being positionable to provide a desired shape for the object to be moulded, wherein the contour formed by the mould walls define at least a partial outer surface or inner surface of the composite structure to be moulded, two mould walls being connected to each other by a junction, - a vacuum bag sealable to the mould and forming a vacuum space with the mould when sealed, - means for introducing vacuum into the vacuum space , and - sealing means located at each junction of the two mould walls (10, 11, 12, 26, 27, 50-57), such as butt junction, the material of the sealing means being flexible and the sealing means being arranged to seal the junction when vacuum is applied into the vacuum space, wherein the sealing means are elongated substantially flat pieces comprising elastic material, such as elastomeric or plastomeric material, wherein the sealing means are located on the other side of the mould than the vacuum space and the flexible material of the sealing means is arranged to be pressed by the suction of the inside vacuum to the junction of the two mould walls to air-tightly seal the junction. - at least two movable mould walls (10, 11, 12, 26, 27, 50-57) defining a mould space , a mould surface and an opening to the mould space, the mould walls being positionable to provide a desired shape for the object to be moulded, wherein the contour formed by the mould walls define at least a partial outer surface or inner surface of the composite structure to be moulded, two mould walls being connected to each other by a junction, - a vacuum bag sealable to the mould and forming a vacuum space with the mould when sealed, - means for introducing vacuum into the vacuum space , and - sealing means located at each junction of the two mould walls (10, 11, 12, 26, 27, 50-57), such as butt junction, the material of the sealing means being flexible and the sealing means being arranged to seal the junction when vacuum is applied into the vacuum space, wherein the sealing means are elongated substantially flat pieces comprising elastic material, such as elastomeric or plastomeric material, wherein the sealing means are located on the other side of the mould than the vacuum space and the flexible material of the sealing means is arranged to be pressed by the suction of the inside vacuum to the junction of the two mould walls to air-tightly seal the junction.
A device for treating a liquid comprising a solvent and a solute, and separating the solvent and solute, the device comprising a continuous flow treatment chamber including: (a) one or more drying zones ; (b) one or more return zones to circulate heating fluid continuously through drying zone(s) and return zone(s) sequentially, the heating fluid including a fluid which contains the same molecules as the solvent; (c) a heating fluid inlet(s) in at least one of the return zones for the introduction of the heating fluid; (d) a circulating fan to circulate the heating fluid; (e) a liquid inlet(s) in the drying zone(s) including nozzles through which liquid to be treated is introduced in misted form into the zones ; (f) a solute collector(s) located in the drying zone(s) downstream of the liquid inlet(s) and that collects the droplets of said liquid in misted form; wherein the introduced liquid is heated by direct interaction with the heating fluid and wherein the solute collector(s) is a mist eliminator, and wherein at least one of the drying zones include at least two drying cells , each drying cell having: (i) a liquid inlet(s) including nozzles though which liquid to be treated is introduced in misted form into the drying cell ; (ii) a solute collector(s) located in the drying cell downstream of the liquid inlet(s); and (iii) a drying cell inlet for heating fluid. (a) one or more drying zones ; (b) one or more return zones to circulate heating fluid continuously through drying zone(s) and return zone(s) sequentially, the heating fluid including a fluid which contains the same molecules as the solvent; (c) a heating fluid inlet(s) in at least one of the return zones for the introduction of the heating fluid; (d) a circulating fan to circulate the heating fluid; (e) a liquid inlet(s) in the drying zone(s) including nozzles through which liquid to be treated is introduced in misted form into the zones ; (f) a solute collector(s) located in the drying zone(s) downstream of the liquid inlet(s) and that collects the droplets of said liquid in misted form; (i) a liquid inlet(s) including nozzles though which liquid to be treated is introduced in misted form into the drying cell ; (ii) a solute collector(s) located in the drying cell downstream of the liquid inlet(s); and (iii) a drying cell inlet for heating fluid.
A process for the preparation of a compound of formula (I), or a solvate thereof wherein X represents H or it forms together with the carbon atom to which it is bonded a ketone protecting group; Y together with the carbon atom to which it is bonded represents C=CH 2 or C(OH)CH 2 Z, wherein Z is selected from H and SiR' 3 wherein each R' is independently selected from C 1 -C 6 alkyl and C 6 -C 10 aryl; R 6 is selected from H, C 1 -C 6 alkyl and halogen; R 10 is selected from H, C 1 -C 6 alkyl and halogen, or is absent when there is a double bond between C 1 and C 10 ; R 13 is selected from H and C 1 -C 6 alkyl; R 16 is selected from H, C 1 -C 6 alkyl and halogen; --- is a single or double bond; which comprises reacting a compound of formula (II) or a solvate thereof wherein X, R 6 , R 10 , R 13 , R 16 , and --- can take the meanings defined above; with a compound of formula (III) wherein Z can take the meanings defined above and M is selected from Li, MgBr, MgCl and Mgl. X represents H or it forms together with the carbon atom to which it is bonded a ketone protecting group; Y together with the carbon atom to which it is bonded represents C=CH 2 or C(OH)CH 2 Z, wherein Z is selected from H and SiR' 3 wherein each R' is independently selected from C 1 -C 6 alkyl and C 6 -C 10 aryl; R 6 is selected from H, C 1 -C 6 alkyl and halogen; R 10 is selected from H, C 1 -C 6 alkyl and halogen, or is absent when there is a double bond between C 1 and C 10 ; R 13 is selected from H and C 1 -C 6 alkyl; R 16 is selected from H, C 1 -C 6 alkyl and halogen; --- is a single or double bond;