mhurhangee/ep-ind-claims huggingface dataset:
A method of preparing a polymeric substrate, the method comprising: in a non-aqueous solvent, contacting the polymer substrate with a carboxyl activating compound, the polymer substrate including an alkanoic acid moiety or ester derivative thereof, the carboxylate activating compound being a succinimidyl compound comprising a succinimidyl uronium compound, a succinimidyl phosphonium compound, or a combination thereof, the carboxyl activating compound and the alkanoic acid moiety reacting to form an activated alkanoate moiety; and contacting a lipophilic amine-terminated oligonucleotide and the polymer substrate in the non-aqueous solvent, an amine termination moiety of the lipophilic amine-terminated oligonucleotide forming an alkanamide moiety in place of the activated alkanoate moiety. in a non-aqueous solvent, contacting the polymer substrate with a carboxyl activating compound, the polymer substrate including an alkanoic acid moiety or ester derivative thereof, the carboxylate activating compound being a succinimidyl compound comprising a succinimidyl uronium compound, a succinimidyl phosphonium compound, or a combination thereof, the carboxyl activating compound and the alkanoic acid moiety reacting to form an activated alkanoate moiety; and contacting a lipophilic amine-terminated oligonucleotide and the polymer substrate in the non-aqueous solvent, an amine termination moiety of the lipophilic amine-terminated oligonucleotide forming an alkanamide moiety in place of the activated alkanoate moiety.
A welding or additive manufacturing torch comprising a contact tip and a diffuser, wherein the contact tip is configured to be attached to the diffuser by rotating the contact tip within the diffuser by less than 360°, wherein the contact tip comprises: an electrically-conductive body extending from a proximal end of the body to a distal end of the body, characterized in the body forming: a first bore terminating at a first exit orifice at a distal end face of the body; and a second bore terminating at a second exit orifice at the distal end face of the body; wherein the first and second exit orifices (701, 702) are separated from each other by a distance configured to facilitate formation of a bridge droplet between a first wire electrode (E1, E2) delivered through the first bore and a second wire electrode (E1, E2) delivered through the second bore during a deposition operation, while preventing said electrodes (E1, E2) from contacting each other, other than the bridge droplet, wherein the body includes a mounting shank at the proximal end face of the body, and two or more entrance orifices, wherein the first entrance orifice and the second entrance orifice are located on the mounting shank, and the mounting shank includes a radially-projecting tab, wherein the radially-projecting tab is configured to be inserted into a slot in the interior wall of the diffuser, the slot comprising an axial portion and a helical portion. a first bore terminating at a first exit orifice at a distal end face of the body; and a second bore terminating at a second exit orifice at the distal end face of the body; wherein the first and second exit orifices (701, 702) are separated from each other by a distance configured to facilitate formation of a bridge droplet between a first wire electrode (E1, E2) delivered through the first bore and a second wire electrode (E1, E2) delivered through the second bore during a deposition operation, while preventing said electrodes (E1, E2) from contacting each other, other than the bridge droplet, wherein the body includes a mounting shank at the proximal end face of the body, and two or more entrance orifices, wherein the first entrance orifice and the second entrance orifice are located on the mounting shank, and the mounting shank includes a radially-projecting tab, wherein the radially-projecting tab is configured to be inserted into a slot in the interior wall of the diffuser, the slot comprising an axial portion and a helical portion.
Method for producing an at least two-layered board (35, 36), the board comprising a carrier layer, which consists at least in part of wood or lignocellulose-containing particles or fibres, and at least one coating which consists of a wood polymer composite material (Wood Polymer Composites or WPC material) and is arranged on at least one side of the carrier layer, characterised by the following steps: - providing a finished carrier board which forms the carrier layer, - providing WPC coating material on at least one of the two surfaces of the carrier board, - pressing the WPC coating material and carrier board under the effect of heat and pressure. - providing a finished carrier board which forms the carrier layer, - providing WPC coating material on at least one of the two surfaces of the carrier board, - pressing the WPC coating material and carrier board under the effect of heat and pressure.
A top drive apparatus for facilitating communication between a computer apparatus and a device in a drill string, the drill string comprising a pipe having a threaded box end and a pipe communication element therein, the top drive apparatus comprising a top drive having a main shaft and a tool rotationally coupled therewith, the tool comprising a threaded pin end characterised in that a tool communication element projects from the threaded pin end sufficient that in use the threaded pin end and threaded box end do not have to be made up to obtain a communication between the pipe communication element and the tool communication element, the tool further comprising a resilient member arranged to bias said tool communication element away from the pin end, said tool communication element arranged on a stinger having a flow bore for allowing drilling mud to flow therethrough, said stinger concentric and slideable within a flowbore of the pin end.
A chair seat board 100 comprising: a frame unit 40 having a plurality of frames (41, 42, 43, 44) configured in a hollow shape, respectively, and implemented to allow independent movement; and a support unit configured to support the frame unit 40 while being coupled to the frame unit 40 on a lower side of the frame unit 40, and wherein the support unit includes a first support plate 10 consisting of a first central support plate 11 and side support plates (12-1, 12-2) disposed on both sides of the first central support plate 11; a second support plate 20 coupled to an upper portion of the first support plate 10 and consisting of a second central support plate 21 and a limiting plate 22 disposed on an upper surface of one side of the second central support plate 21; and a third support plate 30 coupled to an upper portion of the second support plate 20 and consisting of a plurality of leg support plates (31, 32) and a plurality of hip support plates (33, 34) formed to correspond to the plurality of frames (41, 42, 43, 44). a frame unit 40 having a plurality of frames (41, 42, 43, 44) configured in a hollow shape, respectively, and implemented to allow independent movement; and a support unit configured to support the frame unit 40 while being coupled to the frame unit 40 on a lower side of the frame unit 40, and wherein the support unit includes a first support plate 10 consisting of a first central support plate 11 and side support plates (12-1, 12-2) disposed on both sides of the first central support plate 11; a second support plate 20 coupled to an upper portion of the first support plate 10 and consisting of a second central support plate 21 and a limiting plate 22 disposed on an upper surface of one side of the second central support plate 21; and a third support plate 30 coupled to an upper portion of the second support plate 20 and consisting of a plurality of leg support plates (31, 32) and a plurality of hip support plates (33, 34) formed to correspond to the plurality of frames (41, 42, 43, 44).
A transformer oil basestock comprising at least 99 wt% of naphthenes and paraffins, based on the total weight of the transformer oil basestock, wherein the weight ratio of naphthenes to paraffins is from 1.2 to 4.0, as measured by GC-MS, and wherein the paraffins consist essentially of isoparaffins, as determined by GC-FID, and wherein the basestock has a viscosity index of at least 80, as calculated based on ASTM D2270.
A method for wireless communication, comprising: transmitting, by a user equipment, UE, a random access preamble for system access by the UE on a random access channel, RACH, the RACH being associated with a radio network temporary identity; receiving a first part of a random access response message on a physical downlink control channel, the first part of the random access response message comprising the radio network temporary identity associated with the RACH; and receiving a second part of the random access response message on a physical downlink shared channel, the second part of the random access response message comprising a timing advance command for the UE, a grant of uplink resources assigned to the UE, a cell radio network temporary identity, a random access preamble identifier, channel quality indicator, CQI, resources, power control, PC, resources, and a PC correction. transmitting, by a user equipment, UE, a random access preamble for system access by the UE on a random access channel, RACH, the RACH being associated with a radio network temporary identity; receiving a first part of a random access response message on a physical downlink control channel, the first part of the random access response message comprising the radio network temporary identity associated with the RACH; and receiving a second part of the random access response message on a physical downlink shared channel, the second part of the random access response message comprising a timing advance command for the UE, a grant of uplink resources assigned to the UE, a cell radio network temporary identity, a random access preamble identifier, channel quality indicator, CQI, resources, power control, PC, resources, and a PC correction.
An optical system comprising: an illumination source configured to emit coherent light; a volume hologram positioned to receive and diffract the coherent light; and a reflective holographic image-forming optic arranged downstream of the volume hologram and configured to receive the coherent light diffracted by the volume hologram and to spatially modulate the coherent light to form a desired image; wherein the reflective holographic image forming optic has an exit pupil and the volume hologram is situated within the exit pupil of the reflective holographic image forming optic; wherein the system is arranged such that rays diffracted by the volume hologram are incident at normal incidence on the reflective holographic image forming optic; and wherein the volume hologram is configured to receive and diffractively divert zero order light reflected by the reflective holographic image-forming optic, and to pass undiffracted the light reflectively diffracted by the reflective holographic image-forming optic towards the exit pupil of the reflective holographic image-forming optic. an illumination source configured to emit coherent light; a volume hologram positioned to receive and diffract the coherent light; and a reflective holographic image-forming optic arranged downstream of the volume hologram and configured to receive the coherent light diffracted by the volume hologram and to spatially modulate the coherent light to form a desired image; wherein the reflective holographic image forming optic has an exit pupil and the volume hologram is situated within the exit pupil of the reflective holographic image forming optic; wherein the system is arranged such that rays diffracted by the volume hologram are incident at normal incidence on the reflective holographic image forming optic; and wherein the volume hologram is configured to receive and diffractively divert zero order light reflected by the reflective holographic image-forming optic, and to pass undiffracted the light reflectively diffracted by the reflective holographic image-forming optic towards the exit pupil of the reflective holographic image-forming optic.
An image reconstruction system for statistically reconstructing images from a plurality of transmission measurements comprising a transmission measurement providing unit for providing a plurality of transmission measurements; an update equation providing unit for providing an update equation based on an iterative statistical model, wherein said update equation comprises a data term and a regularization term; a processing unit for processing the measurements with an algorithm based on said statistical model which accounts for an energy variation of said plurality of transmission measurements to obtain at least one final component image which has reduced noise, wherein said update equation is employed by said processing unit; wherein said data term comprises a counteract weighting factor that is dependent on the respective voxel and on the respective measurement, and wherein said counteract weighting factor modifies a statistical weight of said respective measurement.
A method for establishing a stub network based on a Machine-to-Machine/Man, M2M, gateway, wherein the M2M gateway is adapted to directly forward service data between M2M terminals, which have been authorised networking, in the stub network, the method comprising: sending, by the M2M gateway, a networking request message to an M2M platform, wherein the networking request comprises identification of an M2M terminal with requests networking; receiving, by the M2M gateway, a networking confirmation message sent from the M2M platform, wherein the networking confirmation message comprises networking authorization information indicating that the M2M terminal has been authorised networking; sending, by the M2M gateway, a domain-join request for joining a domain to the M2M terminal which has been authorized networking according to the networking authorization information; receiving, by the M2M gateway, a domain-join confirmation returned by the M2M terminal which has been authorized networking and establishing a link for the M2M terminal which has been authorized networking and confirmed to join the domain; receiving, by the M2M gateway, from an M2M terminal in the domain a data forwarding request which comprises identification of a target M2M terminal; and determining, by the M2M gateway, the target M2M terminal as an M2M terminal in the domain according to the identification of the target M2M terminal, and directly forwarding service data to the target M2M target terminal. sending, by the M2M gateway, a networking request message to an M2M platform, wherein the networking request comprises identification of an M2M terminal with requests networking; receiving, by the M2M gateway, a networking confirmation message sent from the M2M platform, wherein the networking confirmation message comprises networking authorization information indicating that the M2M terminal has been authorised networking; sending, by the M2M gateway, a domain-join request for joining a domain to the M2M terminal which has been authorized networking according to the networking authorization information; receiving, by the M2M gateway, a domain-join confirmation returned by the M2M terminal which has been authorized networking and establishing a link for the M2M terminal which has been authorized networking and confirmed to join the domain; receiving, by the M2M gateway, from an M2M terminal in the domain a data forwarding request which comprises identification of a target M2M terminal; and determining, by the M2M gateway, the target M2M terminal as an M2M terminal in the domain according to the identification of the target M2M terminal, and directly forwarding service data to the target M2M target terminal.
Fluid-bed granulator system at least comprising: - a fluid-bed granulator, - a scrubber unit and - a connection-duct between an air vent opening of the fluid-bed granulator and the scrubber unit, wherein an inner surface of the connection-duct is at least partially coated with an anti-adhesion layer. - a fluid-bed granulator, - a scrubber unit and - a connection-duct between an air vent opening of the fluid-bed granulator and the scrubber unit,
A vibrating meter, comprising: one or more conduits (103A, 103B) including a vibrating portion and a non-vibrating portion; a driver coupled to a conduit of the one or more conduits (103A, 103B) and configured to vibrate the vibrating portion of the conduit at one or more drive frequencies; one or more pick-offs (105, 105') coupled to a conduit of the one or more conduits (103A, 103B) and configured to detect a motion of the vibrating portion of the conduit; a case that substantially surrounds the one or more conduits (103A, 103B), the driver, and the one or more pickoffs (105, 105'); and characterized in that the vibrating meter further comprises a damping material applied to an entire surface of the case that reduces one or more vibrational resonant frequencies of the meter component below the one or more drive frequencies. one or more conduits (103A, 103B) including a vibrating portion and a non-vibrating portion; a driver coupled to a conduit of the one or more conduits (103A, 103B) and configured to vibrate the vibrating portion of the conduit at one or more drive frequencies; one or more pick-offs (105, 105') coupled to a conduit of the one or more conduits (103A, 103B) and configured to detect a motion of the vibrating portion of the conduit; a case that substantially surrounds the one or more conduits (103A, 103B), the driver, and the one or more pickoffs (105, 105'); and characterized in that the vibrating meter further comprises a damping material applied to an entire surface of the case that reduces one or more vibrational resonant frequencies of the meter component below the one or more drive frequencies.
Intervertebral implant intended to be placed between the spinous processes of two adjacent vertebrae, comprising: - an intervertebral spacer formed in one piece comprising a body having a longitudinal direction, having in said direction a first insertion face and a second face, and two recesses (30, 32) arranged at the ends of the body in the longitudinal direction thereof, each recess being defined by a first extension extending said insertion face, by a second extension extending the second face of the body, and by a bottom wall; and - two means forming fastener ties (14, 16), each tie-forming means having a first end which is rigidly connected to said first extension of the body, and a second end which can be fastened to said second face so as surround a spinous process in part and hold said process in a recess, characterised in that each first extension of the body has a height relative to the bottom wall of the recess that is at least equal to that of the second extension associated therewith, and that lies in the range of between 1 mm and 3 mm. - an intervertebral spacer formed in one piece comprising a body having a longitudinal direction, having in said direction a first insertion face and a second face, and two recesses (30, 32) arranged at the ends of the body in the longitudinal direction thereof, each recess being defined by a first extension extending said insertion face, by a second extension extending the second face of the body, and by a bottom wall; and - two means forming fastener ties (14, 16), each tie-forming means having a first end which is rigidly connected to said first extension of the body, and a second end which can be fastened to said second face so as surround a spinous process in part and hold said process in a recess,
A method of sharing information between base stations associated with different network technologies, comprising: establishing, at a first base station (200,), at least one interface (DSI1; DSI2) with a second base station (macro cell BS, 210), the first base station being associated with a first network technology having a first core network, the second base station (macro cell BS, 210) being associated with a second network technology having a second core network different from the first core network, at least one of the first and second base stations being a small cell base station, the small cell base station having a coverage area smaller than and at least partially overlapped by a coverage area of a macro base station; and one of (i) sending information from the first base station to the second base station (macro cell BS, 210) over the interface (DSI1; DSI2) by-passing the core networks (102; 112), and (ii) receiving information at the first base station from the second base station (macro cell BS, 210) over the interface (DSI1; DSI2) by-passing the core networks (102; 112). establishing, at a first base station (200,), at least one interface (DSI1; DSI2) with a second base station (macro cell BS, 210), the first base station being associated with a first network technology having a first core network, the second base station (macro cell BS, 210) being associated with a second network technology having a second core network different from the first core network, at least one of the first and second base stations being a small cell base station, the small cell base station having a coverage area smaller than and at least partially overlapped by a coverage area of a macro base station; and one of (i) sending information from the first base station to the second base station (macro cell BS, 210) over the interface (DSI1; DSI2) by-passing the core networks (102; 112), and (ii) receiving information at the first base station from the second base station (macro cell BS, 210) over the interface (DSI1; DSI2) by-passing the core networks (102; 112).