mhurhangee/ep-ind-claims huggingface dataset:
A compound having formula IIA: wherein R 1 and R 2 are independently hydrogen, PO 3 H 2, PO 3 2- M, wherein M is one or more ammonium ions, alkali metal ions, or alkaline earth metal ions, phosphate ester, sulfonic ester or sulfonamide; wherein if R 2 is H, R 1 is not H or sulfonate; or having formula IIB: wherein R 1 and R 2 are independently hydrogen, PO 3 H 2, PO 3 2- M, wherein M is one or more ammonium ions, alkali metal ions, or alkaline earth metal ions, phosphate ester, sulfonate with ammonium or alkali or alkaline earth metal ions, sulfonic ester or sulfonamide; wherein if R 2 is H, R 1 is not H; or having the structure: or having the structure:
A street ironwork, including: - a frame, - a covering element, - a hinge for pivotably connecting the covering element relative to the frame between a closed position and an open position, - the hinge including a frame knuckle and a covering element knuckle, characterized in that the street ironwork includes a locking element attached to the covering element knuckle and suitable for preventing the covering element knuckle from being released from the frame knuckle in at least one of the open positions of the covering element relative to the frame or in the closed position. - a frame, - a covering element, - a hinge for pivotably connecting the covering element relative to the frame between a closed position and an open position, - the hinge including a frame knuckle and a covering element knuckle, characterized in that
Tapping saddle for a plastic main pipe carrying a medium, the saddle comprising a stub, preferably with an internal thread, wherein the stub has a central axis, a saddle piece and preferably a drill, wherein the drill is preferably arranged in the stub and is axially displaceable in the stub, preferably by means of an external thread arranged on the drill, wherein a heating element geometry, which is used for welding the tapping saddle to the main pipe outer circumference, is arranged on the inside diameter of the saddle piece, wherein the heating element geometry has a winding, preferably made of wire, wherein the winding has an outer winding region and an inner winding region, wherein the winding of the inner winding region extends in meandering loops along a circle concentric with the central axis of the stub, characterized in that the meandering loops project into the inside diameter of the stub, wherein they are arranged in the saddle piece.
A multimedia redirection method, comprising: converting, by a client device, a hardware decoding capability of an non-Window operating system of the client device into a hardware decoding capability in a video hardware acceleration DXVA specification; sending, by the client device, the hardware decoding capability in the video hardware acceleration specification to a server; receiving, by the client device, a video code stream that is of a standard encoding format and that is obtained by restoring video data by the server, wherein receiving the video code stream comprises receiving, by the client device, a video frame instruction sent by the server, wherein the video frame instruction comprises decoding parameter information in a structure corresponding to the standard encoding format and a video frame of a video frame sequence in the video data, and the decoding parameter information in the structure corresponding to the standard encoding format comprises a specification, a profile level, and video resolution that correspond to a code stream of the video data; and wherein receiving the video code stream further comprises receiving, by the client device, a rendering instruction that is corresponding to the video frame instruction and that is sent by the server, wherein the rendering instruction comprises an identifier of the video frame and a display area; decoding, by the client device, the video code stream according to the video frame instruction and the rendering instruction; and displaying, by the client device, the decoded video code stream. converting, by a client device, a hardware decoding capability of an non-Window operating system of the client device into a hardware decoding capability in a video hardware acceleration DXVA specification; sending, by the client device, the hardware decoding capability in the video hardware acceleration specification to a server; receiving, by the client device, a video code stream that is of a standard encoding format and that is obtained by restoring video data by the server, wherein receiving the video code stream comprises receiving, by the client device, a video frame instruction sent by the server, wherein the video frame instruction comprises decoding parameter information in a structure corresponding to the standard encoding format and a video frame of a video frame sequence in the video data, and the decoding parameter information in the structure corresponding to the standard encoding format comprises a specification, a profile level, and video resolution that correspond to a code stream of the video data; and wherein receiving the video code stream further comprises receiving, by the client device, a rendering instruction that is corresponding to the video frame instruction and that is sent by the server, wherein the rendering instruction comprises an identifier of the video frame and a display area; decoding, by the client device, the video code stream according to the video frame instruction and the rendering instruction; and displaying, by the client device, the decoded video code stream.
A method of enabling the setting up of telephone calls for a user of a user terminal, said user being a first party associated with a communication handling device, the method being performed in a call handling unit of the user terminal and comprising the steps of receiving a user selection of a second party with which the first party desires to communicate, investigating if the user terminal comprises an association between a first access number belonging to the communication handling device and the second party, where the first access number is a number in a group of access numbers used for identifying different entities in relation to several users, if there does then further performing selecting the first access number, attempting to set up an initial telephone call from said user terminal to the communication handling device using said first access number, disrupting the initial telephone call based on an ensuring by the communication handling device that the establishment is not completed, and receiving a return call from the communication handling device, where said return call is a first telephone call between said terminal and the communication handling device being interconnected in the communication handling device with a second telephone call between the communication handling device and the terminal of the second party, where the second party has been selected by the communication handling device based on the first access number and a calling party identifier of the first party. selecting the first access number, attempting to set up an initial telephone call from said user terminal to the communication handling device using said first access number, disrupting the initial telephone call based on an ensuring by the communication handling device that the establishment is not completed, and receiving a return call from the communication handling device, where said return call is a first telephone call between said terminal and the communication handling device being interconnected in the communication handling device with a second telephone call between the communication handling device and the terminal of the second party, where the second party has been selected by the communication handling device based on the first access number and a calling party identifier of the first party.
An agent for use in treating a disease selected from abnormal glucose tolerance and hyperinsulinemia, which comprises a compound selected from 9,19-cyclolanostan-3-ol and 24-methylene-9,19-cyclolanostan-3-ol.
A method performed by a mobile station (20, 106, 116, 136), the method comprising: determining whether an access point (102, 108, 110, 112, 118, 120, 122, 124, 126, 128) belongs to a first type of wireless local area network 'WLAN' deployment that is expected to support seamless roaming or to a second type of WLAN deployment that is not expected to support seamless roaming, the access point having been selected by the mobile station from results of a discovery scan for a connection attempt; responsive to determining that the access point belongs to the first type of WLAN deployment, configuring the mobile station in a first configuration; and responsive to determining that the access point belongs to the second type of WLAN deployment, configuring the mobile station in a second configuration that differs from the first configuration. determining whether an access point (102, 108, 110, 112, 118, 120, 122, 124, 126, 128) belongs to a first type of wireless local area network 'WLAN' deployment that is expected to support seamless roaming or to a second type of WLAN deployment that is not expected to support seamless roaming, the access point having been selected by the mobile station from results of a discovery scan for a connection attempt; responsive to determining that the access point belongs to the first type of WLAN deployment, configuring the mobile station in a first configuration; and responsive to determining that the access point belongs to the second type of WLAN deployment, configuring the mobile station in a second configuration that differs from the first configuration.
A composite hose comprising a tubular body of flexible material for transfer of cryogenic fluid through the hose and to prevent fluid leakage through the body, the tubular body comprising: - an inner wire helix spirally wound along the length of the hose, - an outer wire helix spirally wound along the length of the hose, - at least two reinforcing layers (11, 12, 22) placed in between the inner and outer wire (5, 8) - at least one sealing layer placed between two reinforcing layers (11, 12, 22), and - an end fitting at both ends of the tubular body, - wherein each end fitting is provided with a flange part for connection to another hose flange and an elongated cylindrical part, - wherein the cylindrical part is divided in an anchoring area for anchoring the tubular body and a static sealing area for fluid tight sealing of the hose, characterized by: - a gas tight sealing is created by bonding the at least one sealing layer to the cylindrical part over a ring shaped bonding area, - an additional outer wire pack is placed over the outer wire to apply a radial compression force on the outer wire in the sealing area of the cylindrical part, and - a deformable metal sheet or ferrule is placed between the outer wire and the outer wire pack (9, 17). - an inner wire helix spirally wound along the length of the hose, - an outer wire helix spirally wound along the length of the hose, - at least two reinforcing layers (11, 12, 22) placed in between the inner and outer wire (5, 8) - at least one sealing layer placed between two reinforcing layers (11, 12, 22), and - an end fitting at both ends of the tubular body, - wherein each end fitting is provided with a flange part for connection to another hose flange and an elongated cylindrical part, - wherein the cylindrical part is divided in an anchoring area for anchoring the tubular body and a static sealing area for fluid tight sealing of the hose, characterized by: - a gas tight sealing is created by bonding the at least one sealing layer to the cylindrical part over a ring shaped bonding area, - an additional outer wire pack is placed over the outer wire to apply a radial compression force on the outer wire in the sealing area of the cylindrical part, and - a deformable metal sheet or ferrule is placed between the outer wire and the outer wire pack (9, 17).
An electronic circuit comprising: a first circuit coupled to a first ground node, the first ground node coupled to a first ground reference; a second circuit coupled to a second ground node the second ground node coupled to a second ground reference; and a ground fault detection circuit configured to detect an open circuit between the first ground node and the first ground reference or between the second ground node and the second ground reference by comparing a voltage at the first ground node to a voltage at the second ground reference and/or comparing a voltage at the second ground node to a voltage at the first ground reference, wherein the ground fault detection circuit comprises: (i) a minimum voltage detection circuit to determine a minimum voltage of the first and second ground nodes; and/or (ii) a maximum voltage detection circuit to determine a maximum voltage of the first and second ground nodes. a first circuit coupled to a first ground node, the first ground node coupled to a first ground reference; a second circuit coupled to a second ground node the second ground node coupled to a second ground reference; and a ground fault detection circuit configured to detect an open circuit between the first ground node and the first ground reference or between the second ground node and the second ground reference by comparing a voltage at the first ground node to a voltage at the second ground reference and/or comparing a voltage at the second ground node to a voltage at the first ground reference, wherein the ground fault detection circuit comprises: (i) a minimum voltage detection circuit to determine a minimum voltage of the first and second ground nodes; and/or (ii) a maximum voltage detection circuit to determine a maximum voltage of the first and second ground nodes.
A method of reconstructing colour and depth information of a scene, the method comprising: receiving at least one colour image of a scene, the at least one colour image being captured from a respective viewpoint; obtaining depth information of the scene for the respective viewpoint; generating a point cloud of the scene based on the at least one colour image and the obtained depth information; generating a projection of the point cloud from an alternative viewpoint, the alternative viewpoint being different from the respective viewpoint, and including occluded parts of the scene for which colour and depth information is missing; converting the projection of the point cloud to respective sparse colour and depth images; estimating colour information for at least some of the scene in the sparse colour image for which there is no colour information, thereby reconstructing a more complete colour image of the scene from the alternative viewpoint; and estimating, based on the reconstructed colour image and the obtained depth information, depth information for at least some of the scene for which there is no depth information, thereby reconstructing a more complete depth image of the scene from the alternative viewpoint. receiving at least one colour image of a scene, the at least one colour image being captured from a respective viewpoint; obtaining depth information of the scene for the respective viewpoint; generating a point cloud of the scene based on the at least one colour image and the obtained depth information; generating a projection of the point cloud from an alternative viewpoint, the alternative viewpoint being different from the respective viewpoint, and including occluded parts of the scene for which colour and depth information is missing; converting the projection of the point cloud to respective sparse colour and depth images; estimating colour information for at least some of the scene in the sparse colour image for which there is no colour information, thereby reconstructing a more complete colour image of the scene from the alternative viewpoint; and estimating, based on the reconstructed colour image and the obtained depth information, depth information for at least some of the scene for which there is no depth information, thereby reconstructing a more complete depth image of the scene from the alternative viewpoint.
An apparatus for applying at least one coating onto at least one substrate, said apparatus comprising: a deposition chamber, at least one evaporant source, at least one energetic beam for impinging said evaporant source, at least one hollow cathode for delivering a discharge current, at least one plasma-forming gas emitted from said at least one hollow cathode, and at least one anode for electrostatically attracting said discharge current from said at least one hollow cathode, characterized in that said at least one hollow cathode is aligned at least substantially coaxially with said evaporant source. a deposition chamber, at least one evaporant source, at least one energetic beam for impinging said evaporant source, at least one hollow cathode for delivering a discharge current, at least one plasma-forming gas emitted from said at least one hollow cathode, and at least one anode for electrostatically attracting said discharge current from said at least one hollow cathode, characterized in that said at least one hollow cathode is aligned at least substantially coaxially with said evaporant source.
A power station system operable to generate energy, said power station system comprises a heat engine system and a hydraulic system connected to said heat engine system, wherein said heat engine system comprises n number of energy cells (12 1,..., 12 n), wherein n is an integer, and n ≥ 1, a heat source connected to said energy cells (12 1,..., 12 n), and a cooler means connected to said energy cells (12 1,..., 12 n), wherein each energy cell (12 1;...; 12 n) is operable to generate a pressurized fluid when a phase change material, comprised in each energy cell (12 1;...; 12 n), changes from solid phase to liquid phase, and in that said energy cells (12 1,..., 12 n) are operable between a first phase, and a second phase, wherein, during said first phase, n/2 of said energy cells produces pressurized fluid, and the rest of said energy cells are cooling down, and vice versa during said second phase, and characterized in that said hydraulic system comprises a pressure transducer, and a hydraulic motor connected to said pressure transducer, and operable to generate a constant rotation speed.
An antenna structure, comprising a driven element and at least two parasitic elements, wherein the at least two parasitic elements are disposed around the driven element and spaced apart from the driven element; and each parasitic element is provided with a switch control module, wherein the switch control module has at least two switch statuses, and each of the switch statuses of the switch control module corresponds to one electrical length of the parasitic element; characterized in that the parasitic elements and the driven element are encapsulated in a columnar structure; the driven element is located inside the columnar structure; and some of the at least two parasitic elements are located inside the columnar structure, while other parasitic elements are located on an outer peripheral surface of the columnar structure. the at least two parasitic elements are disposed around the driven element and spaced apart from the driven element; and each parasitic element is provided with a switch control module, wherein the switch control module has at least two switch statuses, and each of the switch statuses of the switch control module corresponds to one electrical length of the parasitic element; characterized in that the parasitic elements and the driven element are encapsulated in a columnar structure; the driven element is located inside the columnar structure; and some of the at least two parasitic elements are located inside the columnar structure, while other parasitic elements are located on an outer peripheral surface of the columnar structure.
A drilling component comprising a spinodally-hardened copper-nickel-tin alloy; wherein the spinodally-hardened copper-nickel-tin alloy consists of from 8 to 20 wt % nickel, and from 5 to 11 wt % tin, and up to 0.5 wt% of iron, magnesium, manganese, molybdenum, niobium, tantalum, vanadium, zirconium, and mixtures thereof, the remaining balance being copper; and wherein the drilling component has a male connector extending from a first end of a main body and a female connector extending into a second end of the main body, or has a male connector extending from a first end of a main body and a male connector extending from a second end of the main body, or has a female connector extending into a first end of a main body and a female connector extending into a second end of the main body.
A RFCC process with maximized diesel yield which comprises selectively removing zeolite in a catalytic cracking catalyst, catalytically reacting the catalytic cracking catalyst in which zeolite has been selectively removed, with a petroleum feedstock in a reaction zone of a fluidized bed catalytic cracking unit to thereby obtain a product stream, an unreacted petroleum feedstock and a mixture of the used catalysts, and separating and collecting the product stream from the used catalyst and the unreacted petroleum feedstock, wherein the catalytic cracking catalyst in which zeolite has been selectively removed has pores in which those with a diameter greater than 20 Å make up more than 80% by volume of the total probe count of the catalyst, and the ratio (Z/M) of a specific surface area of zeolite and a specific surface area of matrix is 0.2 or less.
A method comprising: with a device operable in a plurality of selectable power modes (601, 602, 603), and with said device in a higher power mode: obtaining one or more attribute values including a phase value from a signal acquired from a ground-based transmitter, wherein the signal is a pilot signal; wherein the phase value is determined based, at least in part, on one or more time phase measurements; and in response to a determination that said one or more attribute values satisfy a profile test indicating that said device is within a characterized environment, transitioning to a lower power mode wherein at least a portion of a receiver used to acquire said signal is disabled and at least a portion of enabled device circuitry uses a timing circuit that is set based, at least in part, on at least said phase value. obtaining one or more attribute values including a phase value from a signal acquired from a ground-based transmitter, wherein the signal is a pilot signal; wherein the phase value is determined based, at least in part, on one or more time phase measurements; and in response to a determination that said one or more attribute values satisfy a profile test indicating that said device is within a characterized environment, transitioning to a lower power mode wherein at least a portion of a receiver used to acquire said signal is disabled and at least a portion of enabled device circuitry uses a timing circuit that is set based, at least in part, on at least said phase value.