mhurhangee/ep-ind-claims huggingface dataset:
A liquid crystal display element, comprising: a pair of substrates (13,23) facing each other with a predetermined gap; a plurality of strips of first electrodes formed on a counterface surface of one of the pair of substrates (13, 23); a plurality of strips of second electrodes formed on a counterface surface of another one of the pair of substrates (13, 23) and crossing the first electrodes; an alignment film (15, 25) formed on the counterface surface of at least one of the pair of substrates (13, 23); a vertical alignment mode liquid crystal layer placed between the pair of substrates (13, 23) and having a pretilt angle; and a pair of polarizers (12, 22) sandwiching the pair of substrates (13, 23), wherein the first electrodes and the second electrodes cross each other to form a plurality of pixels, characterized in that the alignment film (15, 25) is treated with an alignment process in a direction (18, 28) in parallel to a longitudinal direction of the first electrodes but not perpendicular to a longitudinal direction of the second electrodes. a pair of substrates (13,23) facing each other with a predetermined gap; a plurality of strips of first electrodes formed on a counterface surface of one of the pair of substrates (13, 23); a plurality of strips of second electrodes formed on a counterface surface of another one of the pair of substrates (13, 23) and crossing the first electrodes; an alignment film (15, 25) formed on the counterface surface of at least one of the pair of substrates (13, 23); a vertical alignment mode liquid crystal layer placed between the pair of substrates (13, 23) and having a pretilt angle; and a pair of polarizers (12, 22) sandwiching the pair of substrates (13, 23), wherein the first electrodes and the second electrodes cross each other to form a plurality of pixels, characterized in that the alignment film (15, 25) is treated with an alignment process in a direction (18, 28) in parallel to a longitudinal direction of the first electrodes but not perpendicular to a longitudinal direction of the second electrodes.
A pipe-handling system which comprises at least two pipe-handling units (2, 2') arranged in a vertically displaceable manner along respective guide tracks of, respectively, first and second tower columns (11, 11') arranged in a tower wherein the pipe-handling unit (2, 2') is provided with lower and upper rotary units (23, 23') spaced apart vertically on a chassis, and each of the rotary units (23, 23') is provided with a rotatable tong and a hanging-off device suitable for rotatably gripping and holding the weight of a pipe string or a pipe section, respectively, characterized in that the rotary units (23, 23') are arranged to be displaced sideways away from a borehole centre axis in order thereby to make it possible to let one pipe-handling unit (2, 2') pass the other. the rotary units (23, 23') are arranged to be displaced sideways away from a borehole centre axis in order thereby to make it possible to let one pipe-handling unit (2, 2') pass the other.
Cooling system for a device comprising electronic and/or electrical components that are to be cooled, the system comprising an oscillating heat pipe having a tube in which a heat-transfer fluid circulates in a pulsed manner, the tube being wound into a serpentine coil, and at least one heat-conduction element in contact with the components and in contact with a main surface of the serpentine coil, the heat-conduction element being in contact with part of the said main surface so that the oscillating heat pipe has at least one hot part for evaporating the heat-transfer fluid, situated at the level of the region of contact between the serpentine coil and the heat-conduction element and serving to remove heat from the components, and at least one cold part for condensing the heat-transfer fluid, situated outside of the region of contact between the serpentine coil and the heat-conduction element and serving to dissipate the heat absorbed by the oscillating heat pipe, characterized in that each cold part of the oscillating heat pipe is in thermal contact by natural or forced convection with air and the oscillating heat pipe removes the heat energy previously picked up from the components via the said thermal contact, and in that the tube is a multi-port extruded tube delimiting parallel ducts.
A system, comprising: one or more processors; and a memory comprising instructions, wherein the one or more processors are configured by the instructions to: receive first electromagnetic data measured at a plurality of frequencies within a container; process the first electromagnetic data; and characterized in that the one or more processors are further configured by the instructions to generate prediction parameters by passing the processed first electromagnetic data through a neural network trained on data corresponding to a synthetic training set, the prediction parameters corresponding to a permittivity of contents located within the container and geometric parameters associated with the contents located therein. one or more processors; and a memory comprising instructions, wherein the one or more processors are configured by the instructions to: receive first electromagnetic data measured at a plurality of frequencies within a container; process the first electromagnetic data; and characterized in that the one or more processors are further configured by the instructions to generate prediction parameters by passing the processed first electromagnetic data through a neural network trained on data corresponding to a synthetic training set, the prediction parameters corresponding to a permittivity of contents located within the container receive first electromagnetic data measured at a plurality of frequencies within a container; process the first electromagnetic data; and characterized in that the one or more processors are further configured by the instructions to generate prediction parameters by passing the processed first electromagnetic data through a neural network trained on data corresponding to a synthetic training set, the prediction parameters corresponding to a permittivity of contents located within the container and geometric parameters associated with the contents located therein.
A male connector for a liquid circuit, including: - a distal hub including a tubular portion defining a passage, - a proximal hub, - a connection member extending fixedly and coaxially within the tubular portion of the distal hub, said connection member consisting of a tubular body whereon is fastened, at a free end, a cylindrical, elastically deformable valve closed at a distal end by a thickness of valve through which passes a slit, characterized in that it also includes a sliding ring mounted on the tubular body, said sliding ring being movable between an inactive position, wherein it encapsulates the walls of the valve while leaving free the distal end of said valve, and a connection position wherein it is situated at a distance from the distal end of the valve and exposes all or a portion of the sidewalls of the valve. - a distal hub including a tubular portion defining a passage, - a proximal hub, - a connection member extending fixedly and coaxially within the tubular portion of the distal hub, said connection member consisting of a tubular body whereon is fastened, at a free end, a cylindrical, elastically deformable valve closed at a distal end by a thickness of valve through which passes a slit,
A method of wireless communication, comprising: transmitting first uplink information from a subordinate entity to a scheduling entity in a long burst portion of at least one slot in a plurality of slots; and transmitting second uplink information from the subordinate entity to the scheduling entity in a long burst portion or a combination of long burst and short burst portions of at least two slots in the plurality of slots, wherein the first and the second uplink information is transmitted (2302, 2304) in one or more physical uplink control channels, PUCCHs, and wherein transmitting the second uplink information comprises: transmitting a first portion of the second uplink information in a long burst of a first slot using first resource blocks; transmitting a second portion of the second uplink information in a long burst portion provided in a second slot using second resource blocks that are different from the first resource blocks; and transmitting a third portion of the second uplink information in a short burst of the first slot. transmitting first uplink information from a subordinate entity to a scheduling entity in a long burst portion of at least one slot in a plurality of slots; and transmitting second uplink information from the subordinate entity to the scheduling entity in a long burst portion or a combination of long burst and short burst portions of at least two slots in the plurality of slots, wherein the first and the second uplink information is transmitted (2302, 2304) in one or more physical uplink control channels, PUCCHs, and wherein transmitting the second uplink information comprises: transmitting a first portion of the second uplink information in a long burst of a first slot using first resource blocks; transmitting a second portion of the second uplink information in a long burst portion provided in a second slot using second resource blocks that are different from the first resource blocks; and transmitting a third portion of the second uplink information in a short burst of the first slot. transmitting a first portion of the second uplink information in a long burst of a first slot using first resource blocks; transmitting a second portion of the second uplink information in a long burst portion provided in a second slot using second resource blocks that are different from the first resource blocks; and transmitting a third portion of the second uplink information in a short burst of the first slot.
A method for cleaving cellular chromatin in a region of interest, the method comprising: (a) selecting the region of interest; (b) engineering a first zinc finger binding domain to bind to a first nucleotide sequence in the region of interest; (c) providing a second zinc finger binding domain which binds to a second nucleotide sequence in the region of interest, wherein the second sequence is located between 2 and 50 nucleotides from the first sequence; (d) expressing a first fusion protein in the cell, the first fusion protein comprising the first zinc finger binding domain and a first cleavage half-domain; and (e) expressing a second fusion protein in the cell, the second fusion protein comprising the second zinc finger binding domain and a second cleavage half domain; wherein (i) the first fusion protein binds to the first nucleotide sequence, (ii) the second fusion protein binds to the second nucleotide sequence, (iii) said binding of the first and second fusion proteins positions the cleavage half-domains such that the cellular chromatin is cleaved in the region of interest, and iv) in at least one of the first or second fusion proteins, the cleavage half-domain is closer to the N-terminus and the zinc finger binding domain is closer to the C-terminus. (a) selecting the region of interest; (b) engineering a first zinc finger binding domain to bind to a first nucleotide sequence in the region of interest; (c) providing a second zinc finger binding domain which binds to a second nucleotide sequence in the region of interest, wherein the second sequence is located between 2 and 50 nucleotides from the first sequence; (d) expressing a first fusion protein in the cell, the first fusion protein comprising the first zinc finger binding domain and a first cleavage half-domain; and (e) expressing a second fusion protein in the cell, the second fusion protein comprising the second zinc finger binding domain and a second cleavage half domain; wherein (i) the first fusion protein binds to the first nucleotide sequence, (ii) the second fusion protein binds to the second nucleotide sequence, (iii) said binding of the first and second fusion proteins positions the cleavage half-domains such that the cellular chromatin is cleaved in the region of interest, and iv) in at least one of the first or second fusion proteins, the cleavage half-domain is closer to the N-terminus and the zinc finger binding domain is closer to the C-terminus. (i) the first fusion protein binds to the first nucleotide sequence, (ii) the second fusion protein binds to the second nucleotide sequence, (iii) said binding of the first and second fusion proteins positions the cleavage half-domains such that the cellular chromatin is cleaved in the region of interest, and iv) in at least one of the first or second fusion proteins, the cleavage half-domain is closer to the N-terminus and the zinc finger binding domain is closer to the C-terminus.
A process for recovering brominated styrenic polymer from admixture in a vaporizable organic solvent, which process comprises converting in a devolatilization extruder the admixture of brominated styrenic polymer into a brominated styrenic polymer melt or flow and a separate vapor phase comprised predominately of vaporizable solvent, recovering said melt or flow of brominated styrenic polymer while in the form of a melt or flow from the devolatilization extruder, and allowing or causing said melt or flow to solidify.
A programmable mass flow controller comprising: an input configured to receive an input signal; an output configured to provide an output signal; a communication port configured to receive program instructions including instructions relating to the programmed configuration of the mass flow controller, and programming data; a flow sensor configured to sense the flow of gas through the mass flow controller; a control valve configured to control the flow of gas though the mass flow controller; memory configured and arranged to receive programming data determining the programmed configuration of the mass flow controller as either a digital or analog configuration; and a processor/controller is configured and arrange to operate the mass flow controller in accordance with the programmed configuration. an input configured to receive an input signal; an output configured to provide an output signal; a communication port configured to receive program instructions including instructions relating to the programmed configuration of the mass flow controller, and programming data; a flow sensor configured to sense the flow of gas through the mass flow controller; a control valve configured to control the flow of gas though the mass flow controller; memory configured and arranged to receive programming data determining the programmed configuration of the mass flow controller as either a digital or analog configuration; and a processor/controller is configured and arrange to operate the mass flow controller in accordance with the programmed configuration.
A method for sending a page-mode message, characterized by the method comprising: creating, by an apparatus, in response to the page-mode message size exceeding a predetermined limit, a session invitation for a session-mode messaging mechanism; adding, by the apparatus, to the session invitation an indication with a value that indicates to a receiver that the session-mode is for a page-mode message; sending, by the apparatus, the session invitation with the indication (6-2, 7-2, 8-2, 9-2); and sending, by the apparatus, the page-mode message using the session-mode messaging mechanism. creating, by an apparatus, in response to the page-mode message size exceeding a predetermined limit, a session invitation for a session-mode messaging mechanism; adding, by the apparatus, to the session invitation an indication with a value that indicates to a receiver that the session-mode is for a page-mode message; sending, by the apparatus, the session invitation with the indication (6-2, 7-2, 8-2, 9-2); and sending, by the apparatus, the page-mode message using the session-mode messaging mechanism.
A process for the reactivation of an acidic ion exchange resin that has been at least partially deactivated by contact with an impure ethylenically unsaturated acid or ester containing target impurities comprising the step of:- contacting the at least partially deactivated resin with a C 1 -C 12 aliphatic alkanol to thereby increase the activity thereof, wherein the resins have been used to treat one or more target impurities in the impure ethylenically unsaturated liquid which treatment has led to deactivation of the resin and wherein the target impurities are selected from the list consisting of:-optionally substituted C 4 -C 20 dienes; optionally substituted C 6 -C 20 trienes; optionally substituted unsaturated aldehydes; divinyl ketone,, ethyl isopropenyl ketone, 3-methylene 1-hexen-4-one, methacrolein and isobutanol; pentenals; and a source of isobutyraldehyde, wherein the source of isobutyraldehyde is isobutyraldehyde itself or a compound which generates isobutyraldehyde when exposed to the ion exchange resin.
A manual handling device adapted to aid positioning of a load when the load is suspended from-and attached to lifting apparatus operable to lift and move suspended loads, characterised in that said device comprises: a reel comprising a rotatable member; a leash located around the rotatable member, wherein the leash has one end that is attachable to a load and one end comprising the reel; wherein the leash located around the rotatable member is retractable and wherein the one end of the leash is attachable to the load by removable attachment means and, in use, when attached to the load the leash depends from the load such that the end of the leash comprising the reel is configured to be held by an operator such that the operator can manoeuvre the suspended load from beneath the load as the load is lifted and moved by the lifting apparatus. a reel comprising a rotatable member; a leash located around the rotatable member, wherein the leash has one end that is attachable to a load and one end comprising the reel; wherein the leash located around the rotatable member is retractable and wherein the one end of the leash is attachable to the load by removable attachment means and, in use, when attached to the load the leash depends from the load such that the end of the leash comprising the reel is configured to be held by an operator such that the operator can manoeuvre the suspended load from beneath the load as the load is lifted and moved by the lifting apparatus.
Flanged bearing ring comprising a flange part joined to a ring part, wherein • the flange part is at least partly made of a fibre-reinforced matrix material, which is overmoulded to the ring part, and • the flange part comprises a plurality of connection points in the form of bolt inserts (131, 132, 133, 134, 135) which are embedded in the fibre-reinforced matrix material; characterized in that at least one of the bolt inserts is joined to the ring part by a continuous fibre tow (171, 172, 173, 174, 175) that is wound around part of a radially outer surface of the at least one bolt insert and around part of a radially outer surface of the ring part. • the flange part is at least partly made of a fibre-reinforced matrix material, which is overmoulded to the ring part, and • the flange part comprises a plurality of connection points in the form of bolt inserts (131, 132, 133, 134, 135) which are embedded in the fibre-reinforced matrix material;
A therapy device for instillation of fluid to a tissue site, the therapy device comprising: a cartridge, and a base having a cartridge receptacle configured to receive the cartridge and coupled to a support to secure the base to a pole; the cartridge being separable from the base and configured to engage the base when positioned in the cartridge receptacle, the cartridge comprising: a body having a raceway recessed therein, wherein the body and the raceway form at least a portion of a fluid reservoir, and a tube segment coupled to the body and having a tube suspended across the raceway, the tube in fluid communication with the fluid reservoir; the base having a pump head (128, 236) having a roller and at least one lobe, when the cartridge is received in the cartridge receptacle the pump head (128, 236) is disposed within the raceway and configured to engage the tube for movement of fluid, wherein the body comprises a lid configured to form at least a portion of the fluid reservoir, the raceway is in the lid, and the raceway is configured to receive at least a portion of the tube segment and the pump head (128, 236). a cartridge, and a base having a cartridge receptacle configured to receive the cartridge and coupled to a support to secure the base to a pole; the cartridge being separable from the base and configured to engage the base when positioned in the cartridge receptacle, the cartridge comprising: a body having a raceway recessed therein, wherein the body and the raceway form at least a portion of a fluid reservoir, and a tube segment coupled to the body and having a tube suspended across the raceway, the tube in fluid communication with the fluid reservoir; a body having a raceway recessed therein, wherein the body and the raceway form at least a portion of a fluid reservoir, and a tube segment coupled to the body and having a tube suspended across the raceway, the tube in fluid communication with the fluid reservoir; the base having a pump head (128, 236) having a roller and at least one lobe, when the cartridge is received in the cartridge receptacle the pump head (128, 236) is disposed within the raceway and configured to engage the tube for movement of fluid, wherein the body comprises a lid configured to form at least a portion of the fluid reservoir, the raceway is in the lid, and the raceway is configured to receive at least a portion of the tube segment and the pump head (128, 236).
A router forwarding plane comprising: a bloom filter stored on a first tier storage medium; a forwarding information log associated with the bloom filter and stored on a second tier storage medium; and a counting bloom filter associated with the bloom filter and stored on a third tier storage medium; wherein the first tier storage medium has a faster access speed and a smaller storage capacity than the third tier storage medium; wherein the third tier storage medium has a faster access speed and a smaller storage capacity than the second tier storage medium; wherein the forwarding information log comprises routing information configured to be used to reconstruct the bloom filter and the counting bloom filter in the case of loss of information in the bloom filter and/or the counting bloom filter; and wherein the bloom filter is associated with a plurality of ports on the router, and wherein the first tier storage medium or the third tier storage medium comprises a port preference table that indicates a preferred forwarding port from the ports associated with the bloom filter. a bloom filter stored on a first tier storage medium; a forwarding information log associated with the bloom filter and stored on a second tier storage medium; and a counting bloom filter associated with the bloom filter and stored on a third tier storage medium; wherein the first tier storage medium has a faster access speed and a smaller storage capacity than the third tier storage medium; wherein the third tier storage medium has a faster access speed and a smaller storage capacity than the second tier storage medium; wherein the forwarding information log comprises routing information configured to be used to reconstruct the bloom filter and the counting bloom filter in the case of loss of information in the bloom filter and/or the counting bloom filter; and wherein the bloom filter is associated with a plurality of ports on the router, and wherein the first tier storage medium or the third tier storage medium comprises a port preference table that indicates a preferred forwarding port from the ports associated with the bloom filter.