mhurhangee/ep-ind-claims huggingface dataset:
A procatalyst according to formula: where: M is nickel or palladium; X is a ligand chosen from (C 1 -C 40)hydrocarbyl, (C 1 -C 40)heterohydrocarbyl, -CH 2 Si(R C) 3-Q (OR C) Q, -Si(R C) 3-Q (OR C) Q, -OSi(R C) 3-Q (OR C) Q, -Ge(R C) 3-Q (OR C) Q, -P(R C) 2-W (OR C) W, -P (R C) 2-W (OR C) W, -N(R C) 2, -N(Si(R C) 3) 2, -NR C Si(R C) 3, -OR C, -SR C, -NO 2, -CN, -CF 3, -OCF 3, -S R C, -S 2 R C, -OS 2 R C, -N=C(R C) 2, -N=CH(R C), -N=CH 2, -N=P(R C) 3, -OC R C, -C OR C, -C R C, -C H-N(R C)C R C, -N(R C)C H, -NHC R C, -NHC H, -C N(R C) 2, -e NHR C, -C- NH 2, a halogen, or a hydrogen, wherein: each R C is independently (C 1 -C 30)hydrocarbyl or (C 1 -C 30)heterohydrocarbyl and is optionally substituted with one or more R S, subscript Q is 0, 1, 2, or 3; and subscript W is 0, 1, or 2; Y is a Lewis base optionally covalently connected to X; R 1 and R 2 are chosen from (C 6 -C 40)aryl or (C 1 -C 40)heteroaryl and are optionally substituted with one or more R S; R 3 and R 4 are independently selected from radicals having formula: where: R 11, R 12, R 13, R 14, and R 15 are independently (C 1 -C 30)hydrocarbyl, (C 1 -C 30)heterohydrocarbyl, -OR N, -NR N 2, -SR N, halogen or -H, where each R N is (C 1 -C 30)hydrocarbyl, provided that at least one of R 11 and R 15 is not -H; each R C in formula is independently a (C 1 -C 30)hydrocarbyl, (C 1 -C 30)heterohydrocarbyl, or -H; and each R S in formula is independently (C 1 -C 20)hydrocarbyl or halogen. M is nickel or palladium; X is a ligand chosen from (C 1 -C 40)hydrocarbyl, (C 1 -C 40)heterohydrocarbyl, -CH 2 Si(R C) 3-Q (OR C) Q, -Si(R C) 3-Q (OR C) Q, -OSi(R C) 3-Q (OR C) Q, -Ge(R C) 3-Q (OR C) Q, -P(R C) 2-W (OR C) W, -P (R C) 2-W (OR C) W, -N(R C) 2, -N(Si(R C) 3) 2, -NR C Si(R C) 3, -OR C, -SR C, -NO 2, -CN, -CF 3, -OCF 3, -S R C, -S 2 R C, -OS 2 R C, -N=C(R C) 2, -N=CH(R C), -N=CH 2, -N=P(R C) 3, -OC R C, -C OR C, -C R C, -C H-N(R C)C R C, -N(R C)C H, -NHC R C, -NHC H, -C N(R C) 2, -e NHR C, -C- NH 2, a halogen, or a hydrogen, wherein: each R C is independently (C 1 -C 30)hydrocarbyl or (C 1 -C 30)heterohydrocarbyl and is optionally substituted with one or more R S, subscript Q is 0, 1, 2, or 3; and subscript W is 0, 1, or 2; each R C is independently (C 1 -C 30)hydrocarbyl or (C 1 -C 30)heterohydrocarbyl and is optionally substituted with one or more R S, subscript Q is 0, 1, 2, or 3; and subscript W is 0, 1, or 2; Y is a Lewis base optionally covalently connected to X; R 1 and R 2 are chosen from (C 6 -C 40)aryl or (C 1 -C 40)heteroaryl and are optionally substituted with one or more R S; R 3 and R 4 are independently selected from radicals having formula: where: R 11, R 12, R 13, R 14, and R 15 are independently (C 1 -C 30)hydrocarbyl, (C 1 -C 30)heterohydrocarbyl, -OR N, -NR N 2, -SR N, halogen or -H, where each R N is (C 1 -C 30)hydrocarbyl, provided that at least one of R 11 and R 15 is not -H; each R C in formula is independently a (C 1 -C 30)hydrocarbyl, (C 1 -C 30)heterohydrocarbyl, or -H; and each R S in formula is independently (C 1 -C 20)hydrocarbyl or halogen.
An electrostatic ink composition comprising a liquid carrier; and chargeable particles comprising a co-polymer of an alkylene monomer and an acrylic acid monomer, and a pearlescent, non-metallic pigment; wherein the chargeable particles are dispersed in the liquid carrier. a liquid carrier; and chargeable particles comprising a co-polymer of an alkylene monomer and an acrylic acid monomer, and a pearlescent, non-metallic pigment;
A capsule for use in a beverage preparation machine, said capsule comprising side, bottom and top walls defining a closed chamber, said chamber containing an ingredient to be dissolved and/or extracted by a fluid injected under pressure within said capsule, said fluid being provided through an injection element of the machine that is able to pierce an injection wall of the chamber, said capsule further comprising a beverage dispensing wall able to open for releasing a beverage prepared from said ingredient and said fluid, said capsule further comprising a separating wall within the chamber that separates, in a leak-tight manner: - an ingredient-containing compartment, and - a fluid injection compartment, said separating wall comprising a one-way valve, said valve being actuated in its open configuration by the injection element of the machine, characterized in that the one-way valve is either: (i) a spring-mounted ball valve, or alternatively (ii) a flexible resilient O-ring valve mounted in a circular channel of the separating wall, and is able to let fluid under pressure flow only from the injection compartment towards the ingredient-containing compartment. - an ingredient-containing compartment, and - a fluid injection compartment, (i) a spring-mounted ball valve, or alternatively (ii) a flexible resilient O-ring valve mounted in a circular channel of the separating wall,
An apparatus comprising: a physical layer interface comprising: a clock lane (STRB) to transmit a clock signal; a control interface to transmit one or more control signals, wherein the one or more control signals comprise control signals to cause transitions in link states according to a state machine; a plurality of data lanes (DATA) to transmit data; and a valid signal lane (VALID0, VALID 1) to transmit a valid signal, wherein transmission of data on the data lanes (DATA) is to be aligned with transmission of the valid signal on the valid signal lane (VALID0, VALID 1); characterized in that the physical layer logic is further to define a second data window for data to be sent on the data lanes (DATA), and the second data window corresponds to the valid signal, wherein the valid signal is to be asserted for a duration of a first data window immediately preceding the second data window during which the data is to be sent; and the first and second data windows (715, 720) correspond to a byte time period window for sending a byte on a single one of the data lanes (DATA). a physical layer interface comprising: a clock lane (STRB) to transmit a clock signal; a control interface to transmit one or more control signals, wherein the one or more control signals comprise control signals to cause transitions in link states according to a state machine; a plurality of data lanes (DATA) to transmit data; and a valid signal lane (VALID0, VALID 1) to transmit a valid signal, wherein transmission of data on the data lanes (DATA) is to be aligned with transmission of the valid signal on the valid signal lane (VALID0, VALID 1); a clock lane (STRB) to transmit a clock signal; a control interface to transmit one or more control signals, wherein the one or more control signals comprise control signals to cause transitions in link states according to a state machine; a plurality of data lanes (DATA) to transmit data; and a valid signal lane (VALID0, VALID 1) to transmit a valid signal, wherein transmission of data on the data lanes (DATA) is to be aligned with transmission of the valid signal on the valid signal lane (VALID0, VALID 1); characterized in that the physical layer logic is further to define a second data window for data to be sent on the data lanes (DATA), and the second data window corresponds to the valid signal, wherein the valid signal is to be asserted for a duration of a first data window immediately preceding the second data window during which the data is to be sent; and the first and second data windows (715, 720) correspond to a byte time period window for sending a byte on a single one of the data lanes (DATA). the physical layer logic is further to define a second data window for data to be sent on the data lanes (DATA), and the second data window corresponds to the valid signal, wherein the valid signal is to be asserted for a duration of a first data window immediately preceding the second data window during which the data is to be sent; and the first and second data windows (715, 720) correspond to a byte time period window for sending a byte on a single one of the data lanes (DATA).
A scissors lift assembly comprising: a top frame; a bottom frame; a pair of scissors assemblies, each extending between the top frame and the bottom frame to move the top frame relative to the bottom frame; and a safety catch mechanism coupled to at least one of the top frame, the bottom frame, and one of the scissors assemblies, wherein the scissors lift assembly further includes a hydraulic cylinder coupled to one of the scissor assemblies, the hydraulic cylinder actuatable to move the top frame relative to the bottom frame; characterized in that the safety catch mechanism includes a housing having an aperture, and a rod disposed at least partially within the aperture, wherein the aperture is defined by an inner surface of the housing, and the rod includes an outer surface, and wherein when the hydraulic cylinder fails, and the scissors lift assembly attempts to collapse, the outer surface of the elongate rod is configured to engage and wedge against the inner surface of the housing, thereby slowing downward movement of the scissors lift assembly. a top frame; a bottom frame; a pair of scissors assemblies, each extending between the top frame and the bottom frame to move the top frame relative to the bottom frame; and a safety catch mechanism coupled to at least one of the top frame, the bottom frame, and one of the scissors assemblies,
Seal for securing goods, the seal comprising a first portion having a connecting element, a second portion having a receiving element for receiving at least one part of the connecting element, and a data input unit and/or data receiving unit, it being possible to interconnect the first and second portion by introducing at least one part of the connecting element into the receiving element, it being possible to non-destructively separate the first and second portion from one another again only when the data input unit and/or data receiving unit receives a predetermined data signal, and the connecting element comprising a needle, said needle having a pointed end and a blunt end and the pointed end, upon introduction into the receiving element, being irreversibly connected to the receiving element, characterised in that the blunt end of the needle can be separated from the first portion when the data input unit and/or data receiving unit receives the predetermined data signal, the first portion having a securing mechanism, which fixes the blunt end of the needle in the first portion and is suitable for releasing the blunt end of the needle when the data input unit and/or data receiving unit receives the predetermined data signal.
A method for producing, based on a reaction scheme below, a block copolymer represented by formula or a block copolymer wherein the phenyldithiocarbonyl group in formula, which may be substituted by a, is substituted by a hydrogen atom or a mercapto group, the method comprising a step of adding a styrene derivative represented by formula to an inert solvent containing a poly(ethylene glycol) derivative represented by formula and a radical reaction initiator and carrying out polymerization: wherein, A denotes an unsubstituted or substituted C 1 -C 12 alkoxy group, with the substituent group being a formyl group or a group represented by the formula R 1 R 2 CH- in cases where A is substituted, R 1 and R 2 each independently denote a C 1 -C 4 alkoxy group or R 1 and R 2 together denote a -OCH 2 CH 2 O-group, a -O(CH 2) 3 O- group or a -O(CH 2) 4 O- group, or in cases where A is substituted, the substituent group is a group represented by the formula R 3 R 4 B-Ph-, where R 3 and R 4 each denote a hydroxy group or R 3 and R 4 together denote a - OC(CH 3) 2 C(CH 3) 2 O- group, and Ph denotes an o-phenylene group, m-phenylene group or p-phenylene group that may be substituted by a methyl group or methoxy group, L is m -xylylene or p -xylylene, X denotes chlorine, bromine or iodine, R groups each independently denote a methyl group or methoxy group, a is an integer between 0 and 3, m is an integer between 3 and 500, and n is an integer between 2 and 10,000.
Method for applying a film sleeve to an object, for example a container, said method comprising the following steps: unfolding a film tube by means of an unfolding means, wherein the film tube is provided with at least one predetermined breaking point, separating a film sleeve from the film tube at the at least one predetermined breaking point of the film tube and aligning the film sleeve, wherein separation of the film sleeve from the film tube is brought about by aligning the film sleeve, wherein separation of the film sleeve from the film tube at the at least one predetermined breaking point of the film tube by aligning the film sleeve involves a rotational alignment movement of the film sleeve about the longitudinal axis of the unfolding means, applying the aligned film sleeve to the object, for example to the container. unfolding a film tube by means of an unfolding means, wherein the film tube is provided with at least one predetermined breaking point, separating a film sleeve from the film tube at the at least one predetermined breaking point of the film tube and aligning the film sleeve, wherein separation of the film sleeve from the film tube is brought about by aligning the film sleeve, wherein separation of the film sleeve from the film tube at the at least one predetermined breaking point of the film tube by aligning the film sleeve involves a rotational alignment movement of the film sleeve about the longitudinal axis of the unfolding means, applying the aligned film sleeve to the object, for example to the container.
A method in a network node (103, 203) for selecting a gateway for a user equipment (101, 201) in a communications system (100, 200), the communications system (100,200) comprising the network node (103,203), one or more local gateways (1020, 2040) located in a Radio Access Network, RAN, and one or more non-local gateways (104, 105, 205) located in the Mobile Core Network, which gateways (1020, 104, 105, 2040, 205) are configured to provide packet data network connectivity to the user equipment (101, 201), the method comprising: detecting the presence of local gateways (1020, 2040) among said gateways (1020, 104, 105, 2040, 205); obtaining a first set of information indicating if the user equipment (101, 201) is of a fixed type that does not require mobility, or of a mobile type; selecting, based on the first set of information, one of the detected local gateways (1020, 2040) to provide packet data network connectivity to the user equipment (101, 201), when the user equipment type is of a fixed type: and selecting, based on the obtained information, a non-local gateway (104, 105, 205) among said gateways (1020, 104, 105, 2040, 205) to provide packet data network connectivity to the user equipment (101, 201), when the user equipment type is of a mobile type. detecting the presence of local gateways (1020, 2040) among said gateways (1020, 104, 105, 2040, 205); obtaining a first set of information indicating if the user equipment (101, 201) is of a fixed type that does not require mobility, or of a mobile type; selecting, based on the first set of information, one of the detected local gateways (1020, 2040) to provide packet data network connectivity to the user equipment (101, 201), when the user equipment type is of a fixed type: and selecting, based on the obtained information, a non-local gateway (104, 105, 205) among said gateways (1020, 104, 105, 2040, 205) to provide packet data network connectivity to the user equipment (101, 201), when the user equipment type is of a mobile type.
A method comprising: allocating at least one uplink resource for uplink shared channel data to at least one machine-type communication device operable at decreased transmission power and/or bit rate, wherein the decreased transmission power and/or bit rate is decreased compared to those of human-to-human applications, in relation to a specific user device category, or in relation to resources which are semi-statically configurable to decreased transmission power and/or bit rate, and wherein the at least one uplink resource is at least one frequency resource and at least one time resource special for devices having the decreased transmission power and/or bit rate, and wherein the at least one uplink resource comprises a plurality of reference symbols; if a plurality of devices are allocated, separating the devices on the at least one uplink resource by multiplexing, wherein the multiplexing comprises code division multiplexing, and extending spreading of a transmission over multiple sub-frames by repeating subframes and applying an additional overlay cover code between repeated subframes. allocating at least one uplink resource for uplink shared channel data to at least one machine-type communication device operable at decreased transmission power and/or bit rate, wherein the decreased transmission power and/or bit rate is decreased compared to those of human-to-human applications, in relation to a specific user device category, or in relation to resources which are semi-statically configurable to decreased transmission power and/or bit rate, and wherein the at least one uplink resource is at least one frequency resource and at least one time resource special for devices having the decreased transmission power and/or bit rate, and wherein the at least one uplink resource comprises a plurality of reference symbols; if a plurality of devices are allocated, separating the devices on the at least one uplink resource by multiplexing, wherein the multiplexing comprises code division multiplexing, and extending spreading of a transmission over multiple sub-frames by repeating subframes and applying an additional overlay cover code between repeated subframes.
System for treating a gas produced by the evaporation of a cryogenic liquid and for supplying a gas engine with pressured gas, said system comprising, on the one hand, from upstream to downstream, a reliquefaction unit with compression means (11, 12, 13), a first heat exchanger and expansion means, and, on the other hand, a pressurized gas supply line comprising from upstream to downstream a pump to pressurize liquid and vaporization means under high pressure, the pressurized gas supply line having, upstream of the vaporization means, a bypass for feeding a second heat exchanger between, on the one hand, pressurized fluid from the supply line and, on the other hand, a line of the reliquefaction unit downstream of the first heat exchanger and upstream of the expansion means, characterized in that the gas resulting from evaporation of a cryogenic liquid, then compressed and cooled is at least partially condensed in the first heat exchanger.
Lifting device for at least one wheel of a vehicle or for a tyre, said device being equipped within a tyre changing machine or within a balancing machine, said device comprising at least one platform on which the wheel or tyre is placed, said platform being liftable relative to a fixed surface, characterized in that a laser scanner is placed on the movable platform to detect the state of wear and/or surface condition and/or defectiveness of at least a portion of tread and/or of a lateral surface of the tyre, in at least one rotary position of the wheel or tyre.
Energy supply device for underwater use, wherein the energy supply device comprises at least one first housing, wherein the energy supply device comprises a multiplicity of electrochemical cells, wherein the energy supply device comprises at least one first electrical jack connection on the outer side of the first housing, wherein the first housing of the energy supply device is filled bubble-free with a low-compressibility fluid, wherein the first housing comprises a filling device for filling with the low-compressibility fluid and a discharge device for discharging the low-compressibility fluid, wherein the first housing comprises a pressure compensation device, characterized in that the pressure compensation device is formed by at least one cylindrical pressure equilibration vessel, wherein the pressure equilibration vessel contains a device which maintains an elevated pressure relative to the environment inside the first housing.
A process for manufacturing an absorbent article, said article comprising: - a first sheet layer presenting an array of absorbent receiving pockets (4, 4a); - masses of superabsorbent material, which masses are placed in said absorbent receiving pockets (4, 4a); - a second sheet layer placed on top of the first layer; said process comprising the steps of - providing a first sheet layer; - providing an array of pockets (4, 4a) into said first sheet layer with a roll comprising recesses (91a, 91b, 91c) corresponding to the array of absorbent receiving pockets (4, 4a); - providing a pre-metered amount of SAP particulate material; - providing a second sheet layer material and affixing it for sandwiching with the first sheet layer; and - finishing the absorbent article, the process being characterized in that said pre-metered amount of SAP material is delivered from a rotating delivering drum, said drum having apertures ( 113a, 113b, 113c) on its periphery corresponding to the array of pockets (4, 4a), wherein the drum comprises apertures (113a, 113b, 113c) on apexes (114a, 114b, 114c) of an embossed pattern, said pre-metered amount of SAP material being delivered from the inner part of said drum through said apertures ( 113a, 113b, 113c). - a first sheet layer presenting an array of absorbent receiving pockets (4, 4a); - masses of superabsorbent material, which masses are placed in said absorbent receiving pockets (4, 4a); - a second sheet layer placed on top of the first layer; - providing a first sheet layer; - providing an array of pockets (4, 4a) into said first sheet layer with a roll comprising recesses (91a, 91b, 91c) corresponding to the array of absorbent receiving pockets (4, 4a); - providing a pre-metered amount of SAP particulate material; - providing a second sheet layer material and affixing it for sandwiching with the first sheet layer; and - finishing the absorbent article,
Light module for automotive headlamps which is adapted for radiating light with a light radiation distribution in a main radiation direction, comprising - a lens device for forming a desired light distribution, - a positioning device which is adapted to guide the lens device exactly into a desired spatial position, - and a fixing device for fixing the lens device in the desired position, wherein the positioning device comprises at least one alignment pin and an associated alignment bushing, wherein the alignment pin engages the alignment bushing and is guided therein for positioning of the lens device, and wherein the fixing device comprises at least one fixing projection formed differently from the alignment pin, an associated fixing recess as well as an associated fixing means, wherein the fixing projection engages the fixing recess for fixing and being fixed with the fixing means, characterized in that the alignment pin extends along a guiding direction parallel to the main radiation direction, the pin being slidable free from backlash in the alignment bushing along the guiding direction. - a lens device for forming a desired light distribution, - a positioning device which is adapted to guide the lens device exactly into a desired spatial position, - and a fixing device for fixing the lens device in the desired position,