mhurhangee/patent-ind-claim-en huggingface dataset:
An electric device , comprising: a first antenna including a radiating element that is formed of a conductor and that is configured to radiate electromagnetic waves when supplied with electrical power, and a parasitic element that is formed of a conductor and provided near the radiating element and that is configured to be electromagnetically coupled with the radiating element, the parasitic element being provided in a first plane and the radiating element being included in a second plane, wherein an angle between the first plane and the second plane being no less than 70 degrees and no more than 110 degrees, and wherein the parasitic element has a C-shape and is provided in an orientation that positions end portions of the C-shape at a greater distance than a center portion of the C-shape from the radiating element; and a housing having a front surface which a user faces and a side surface surrounding the front surface, wherein at least a portion of each of the radiating element and the parasitic element is provided farther outward from the housing than the side surface in a front view of the housing and behind the front surface in a side view of the housing, and the parasitic element is provided closer to the front surface than the radiating element. a first antenna including a radiating element that is formed of a conductor and that is configured to radiate electromagnetic waves when supplied with electrical power, and a parasitic element that is formed of a conductor and provided near the radiating element and that is configured to be electromagnetically coupled with the radiating element, the parasitic element being provided in a first plane and the radiating element being included in a second plane, wherein an angle between the first plane and the second plane being no less than 70 degrees and no more than 110 degrees, and wherein the parasitic element has a C-shape and is provided in an orientation that positions end portions of the C-shape at a greater distance than a center portion of the C-shape from the radiating element; and a housing having a front surface which a user faces and a side surface surrounding the front surface, wherein at least a portion of each of the radiating element and the parasitic element is provided farther outward from the housing than the side surface in a front view of the housing and behind the front surface in a side view of the housing, and the parasitic element is provided closer to the front surface than the radiating element.
A conjugated diene-based polymer, having: a branch number measured by viscosity detector-equipped GPC-light scattering measurement of 7 or more, an amount of bound aromatic vinyl, measured as described in "(Physical Property 5) Amount of Bound Aromatic Vinyl" in the description, of 1% by mass or more and 32% by mass or less, and a content of vinyl bond in bound conjugated diene, measured as described in "(Physical Property 6) Content of Vinyl Bond in Bound Conjugated Diene" in the description, of 11% by mol or more and 35% by mol or less, wherein a value (expressed in % by mass) of the amount of bound aromatic vinyl is larger than a value (expressed in % by mol) of the content of vinyl bond in bound conjugated diene. a branch number measured by viscosity detector-equipped GPC-light scattering measurement of 7 or more, an amount of bound aromatic vinyl, measured as described in "(Physical Property 5) Amount of Bound Aromatic Vinyl" in the description, of 1% by mass or more and 32% by mass or less, and a content of vinyl bond in bound conjugated diene, measured as described in "(Physical Property 6) Content of Vinyl Bond in Bound Conjugated Diene" in the description, of 11% by mol or more and 35% by mol or less, wherein a value (expressed in % by mass) of the amount of bound aromatic vinyl is larger than a value (expressed in % by mol) of the content of vinyl bond in bound conjugated diene.
A method comprising: decoding a fabric vector instruction in a receiving processing element , the fabric vector instruction comprising an operation and an instruction source operand specifying a source operand descriptor stored in a register of the receiving processing element, the register addressable via instruction execution by the receiving processing element, the fabric vector instruction compatible with processing of a vector of elements receivable at the receiving processing element via a coupling with a fabric; type-determining that the instruction source operand is a fabric vector comprising the vector of elements receivable via the fabric, as specified by the source operand descriptor, the source operand descriptor enabled to specify one of at least the fabric vector and a memory vector; responsive to the type-determining that the instruction source operand is a fabric vector, associating a virtual input queue and a respective receive virtual channel with the fabric vector; receiving in the virtual input queue as a fabric packet at least one packet via the fabric, the fabric packet comprising a number of input data elements of the fabric vector and the receiving being in accordance with the receive virtual channel specifying one of a plurality of communication pathways enabled by the fabric; selectively reading the number of input data elements from the virtual input queue ; and selectively performing an iteration of the operation using the number of input data elements. decoding a fabric vector instruction in a receiving processing element , the fabric vector instruction comprising an operation and an instruction source operand specifying a source operand descriptor stored in a register of the receiving processing element, the register addressable via instruction execution by the receiving processing element, the fabric vector instruction compatible with processing of a vector of elements receivable at the receiving processing element via a coupling with a fabric; type-determining that the instruction source operand is a fabric vector comprising the vector of elements receivable via the fabric, as specified by the source operand descriptor, the source operand descriptor enabled to specify one of at least the fabric vector and a memory vector; responsive to the type-determining that the instruction source operand is a fabric vector, associating a virtual input queue and a respective receive virtual channel with the fabric vector; receiving in the virtual input queue as a fabric packet at least one packet via the fabric, the fabric packet comprising a number of input data elements of the fabric vector and the receiving being in accordance with the receive virtual channel specifying one of a plurality of communication pathways enabled by the fabric; selectively reading the number of input data elements from the virtual input queue ; and selectively performing an iteration of the operation using the number of input data elements.
A method of site-specific modification of a target DNA, or a protein associated with a target DNA, in cells of a population of eukaryotic cells, the method comprising: (a) enriching the population of eukaryotic cells for cells in M phase of the cell cycle by contacting the population of eukaryotic cells with a cell cycle blocking composition capable of blocking the population of eukaryotic cells at the M phase; and (b) contacting the target DNA of cells of the enriched population of cells with: (i) a Cas9 protein, and (ii) a guide RNA comprising: a targeting sequence that hybridizes to a target sequence of the target DNA, and a protein-binding domain that interacts with the Cas9 protein; wherein the method is: (a) carried out in a living cell in vitro, (b) carried out in a living cell ex vivo, or (c) is a non-therapeutic method carried out in a living cell in vivo. and wherein the method is not a process for modifying the germ line genetic identity of human beings. (a) enriching the population of eukaryotic cells for cells in M phase of the cell cycle by contacting the population of eukaryotic cells with a cell cycle blocking composition capable of blocking the population of eukaryotic cells at the M phase; and (b) contacting the target DNA of cells of the enriched population of cells with: (i) a Cas9 protein, and (ii) a guide RNA comprising: a targeting sequence that hybridizes to a target sequence of the target DNA, and a protein-binding domain that interacts with the Cas9 protein; wherein the method is: (a) carried out in a living cell in vitro, (b) carried out in a living cell ex vivo, or (c) is a non-therapeutic method carried out in a living cell in vivo. and wherein the method is not a process for modifying the germ line genetic identity of human beings. (i) a Cas9 protein, and (ii) a guide RNA comprising: a targeting sequence that hybridizes to a target sequence of the target DNA, and a protein-binding domain that interacts with the Cas9 protein; (a) carried out in a living cell in vitro, (b) carried out in a living cell ex vivo, or (c) is a non-therapeutic method carried out in a living cell in vivo. and wherein the method is not a process for modifying the germ line genetic identity of human beings.
A water-based ink for ink-jet printing on a low-liquid absorbing printing medium, comprising a pigment, a polymer dispersant, a water-soluble organic solvent and water, in which: the water-soluble organic solvent comprises at least one organic solvent selected from the group consisting of an alkanediol having not less than 4 and not more than 6 carbon atoms which comprises a hydroxy group at both terminal ends thereof, dipropylene glycol and 2-pyrrolidone in an amount of not less than 90% by mass and not more than 98% by mass, on the basis of the whole water-soluble organic solvent.
Container for beverages comprising an external keg and an internal bag associated internally with said external keg , said external keg and said internal bag being obtainable from respective preforms , defining between them a hollow space , and a closing device provided with a valve unit to control the delivery of said beverage and coupled with said external keg and said internal bag in order to close said container, wherein said internal bag has at least one through hole , made in a neck portion thereof, which extends in a radial direction with respect to a longitudinal axis (X) of said internal bag , and connects the internal volume of said internal bag with said hollow space , wherein said closing device comprises a lid suitable to be coupled with the neck portions of said external keg and said internal bag , and a support element connected to said lid and to said valve unit , said support element being mobile and defining a configuration of non-use of said valve unit , in which it cooperates with said lid to define a fluidic seal of said container, and a configuration of use of said valve unit in which it cooperates with said lid to define at least a passage for the air between said at least one through hole and the outside of said container, characterized in that said lid is shaped so as to define an annular cavity in which said neck portions of said external keg and said internal bag can be inserted, said annular cavity being defined by an external edge suitable to couple with the external neck portion , and by an annular flap , protruding substantially parallel to said external edge and suitable to be inserted into an aperture of said internal bag .
An amphiphilic cyclodextrin-based compound of the formula II: wherein, R is one or more hydrophilic group; G is a linker, wherein G comprises a polyethylene glycol -(CHR'CH 2 O) n - where R' is H or CH 3 and n is 1 to 20, or G is an alkyl group substituted with (CHR'CH 2 O) n - where R' is H or CH 3 and n is 1 to 20; each A is an aliphatic group; and p is 6 to 8. R is one or more hydrophilic group; G is a linker, wherein G comprises a polyethylene glycol -(CHR'CH 2 O) n - where R' is H or CH 3 and n is 1 to 20, or G is an alkyl group substituted with (CHR'CH 2 O) n - where R' is H or CH 3 and n is 1 to 20; each A is an aliphatic group; and p is 6 to 8.
A method comprising: connecting (S103), using a processor, to a destination through a primary path; sending a video data stream using the primary path on a first communication network; connecting, using the processor, to the destination through an alternative path on a second communication network; sending (S105) a disposable frame of the video data stream using the alternative path; and receiving (S105) a transmission parameter for the disposable frame of the video data stream and the alternative path; performing (S105) a comparison of the transmission parameter for the disposable frame to a threshold value; when the transmission parameter exceeds the threshold value moving (S107) a portion of the video data stream from the primary path to the alternative path. connecting (S103), using a processor, to a destination through a primary path; sending a video data stream using the primary path on a first communication network; connecting, using the processor, to the destination through an alternative path on a second communication network; sending (S105) a disposable frame of the video data stream using the alternative path; and receiving (S105) a transmission parameter for the disposable frame of the video data stream and the alternative path; performing (S105) a comparison of the transmission parameter for the disposable frame to a threshold value; when the transmission parameter exceeds the threshold value moving (S107) a portion of the video data stream from the primary path to the alternative path.
A method for measuring fibroblast growth factor-23 (hereinafter indicated as FGF-23) in a sample, wherein the method comprises the steps of reacting, in an aqueous medium, FGF-23 in a sample with a magnetic particle to which a first antibody or a fragment thereof which binds to FGF-23 has been bonded in advance, and a second antibody or a fragment thereof which binds to FGF-23, to form on the magnetic particle an immunocomplex comprising the first antibody or a fragment thereof which binds to FGF-23, FGF-23, and the second antibody or a fragment thereof which binds to FGF-23; collecting the magnetic particle in the reaction mixture after step by magnetic force, and separating the magnetic particle collected by magnetic force from the other components; and measuring the immunocomplex on the magnetic particle separated in step ; wherein the reaction of step is carried out in an aqueous medium comprising phosphate buffer. reacting, in an aqueous medium, FGF-23 in a sample with a magnetic particle to which a first antibody or a fragment thereof which binds to FGF-23 has been bonded in advance, and a second antibody or a fragment thereof which binds to FGF-23, to form on the magnetic particle an immunocomplex comprising the first antibody or a fragment thereof which binds to FGF-23, FGF-23, and the second antibody or a fragment thereof which binds to FGF-23; collecting the magnetic particle in the reaction mixture after step by magnetic force, and separating the magnetic particle collected by magnetic force from the other components; and measuring the immunocomplex on the magnetic particle separated in step ;
A method of operation of a mobile device , the method comprising: obtaining information relating to a location of the mobile device ; determining a minimum cell size to be used; based on the determined minimum cell size, identifying a grid of cells; based on the obtained information relating to the location of the mobile device , determining a cell of said grid in which the mobile device is located; identifying the cell of said grid in which the mobile device is located by means of respective counter values in each of two orthogonal directions; and transmitting location information, wherein the location information comprises a plurality of the least significant bits of each of said counter values, and wherein the minimum cell size to be used is determined based on at least one of: information regarding an accuracy of the obtained location information relating to the location of the mobile device; and information regarding an assumed accuracy of location information available to a device receiving the transmitted location information. obtaining information relating to a location of the mobile device ; determining a minimum cell size to be used; based on the determined minimum cell size, identifying a grid of cells; based on the obtained information relating to the location of the mobile device , determining a cell of said grid in which the mobile device is located; identifying the cell of said grid in which the mobile device is located by means of respective counter values in each of two orthogonal directions; and transmitting location information, wherein the location information comprises a plurality of the least significant bits of each of said counter values, and wherein the minimum cell size to be used is determined based on at least one of: information regarding an accuracy of the obtained location information relating to the location of the mobile device; and information regarding an assumed accuracy of location information available to a device receiving the transmitted location information. information regarding an accuracy of the obtained location information relating to the location of the mobile device; and information regarding an assumed accuracy of location information available to a device receiving the transmitted location information.
A storage device for storing a key, the storage device comprising: - a housing ; - a blocking structure ; - a carrier for carrying a key, the carrier being movable relative to the housing between a closed position , in which the carrier is accommodated within the housing , and an open position , in which the carrier at least partly protrudes from the housing for retrieval of a key from the carrier , the carrier comprising a blocking member and a biasing device arranged to bias the blocking member into engagement with the blocking structure in the closed position ; and - an actuator comprising a locking structure , the actuator being arranged to move the locking structure between a locking position to lock the blocking member when engaging the blocking structure , and an unlocking position in which the blocking member is not locked by the locking structure . - a housing ; - a blocking structure ; - a carrier for carrying a key, the carrier being movable relative to the housing between a closed position , in which the carrier is accommodated within the housing , and an open position , in which the carrier at least partly protrudes from the housing for retrieval of a key from the carrier , the carrier comprising a blocking member and a biasing device arranged to bias the blocking member into engagement with the blocking structure in the closed position ; and - an actuator comprising a locking structure , the actuator being arranged to move the locking structure between a locking position to lock the blocking member when engaging the blocking structure , and an unlocking position in which the blocking member is not locked by the locking structure .
A process for polymerisation in a slurry loop polymerisation reactor, which reactor comprises: a) a reaction zone in the form of a slurry loop and having a volume of at least 50m 3 and an internal diameter (D) of 50 cm or greater, b) at least one feed inlet for monomers, diluent and optionally comonomers, c) at least one catalyst inlet for polymerisation catalyst, and d) at least one discharge conduit for removal of polymer, and which process comprises passing monomer, diluent and catalyst, and optionally comonomer, into the reaction zone through their respective inlets, and wherein they react to form a slurry of polymer solids having a concentration of polymer solids in the reaction zone of greater than 20wt%, being the weight of polymer solids relative to the total weight of the slurry (solids and liquid), wherein the process is operated at a space-time yield (STY) greater than 100 kg/h/m 3 , and characterised in that the at least one catalyst inlet is in the form of an inlet pipe, that no part of the inlet pipe protrudes beyond the wall of the reaction zone and into the reaction zone by more than 1/10 th of the diameter of the reaction zone at the point where the inlet pipe joins the reaction zone, and that the catalyst inlet pipe has an internal diameter (d) at its exit of less than 5 cm. a) a reaction zone in the form of a slurry loop and having a volume of at least 50m 3 and an internal diameter (D) of 50 cm or greater, b) at least one feed inlet for monomers, diluent and optionally comonomers, c) at least one catalyst inlet for polymerisation catalyst, and d) at least one discharge conduit for removal of polymer,
A shaped charge warhead comprising: - an axially symmetric casing designed to define a containment space (V) and having in a base portion a casting hole for an explosive; - a detonator housed in said casting hole ; - a conical or hemispherical shaped charge liner positioned inside the containment space (V); said casing and said conical liner are made in a single body, said casing extending along a respective axis of extension (X) in such a way as to also define a spacer of the shaped charge warhead characterised in that said conical or hemispherical liner has a structure with cellular partitions, each cellular partition containing unsintered powder. - an axially symmetric casing designed to define a containment space (V) and having in a base portion a casting hole for an explosive; - a detonator housed in said casting hole ; - a conical or hemispherical shaped charge liner positioned inside the containment space (V); said casing and said conical liner are made in a single body, said casing extending along a respective axis of extension (X) in such a way as to also define a spacer of the shaped charge warhead characterised in that said conical or hemispherical liner has a structure with cellular partitions, each cellular partition containing unsintered powder.
An anti-Motile Sperm Domain containing Protein 2 (MOSPD2) antibody or antigen binding fragment thereof for use in treating or preventing an inflammatory disease or disorder, wherein the antibody or the antigen binding fragment inhibits inflammatory cell migration.
Coolant distributor for a battery module housing , comprising: an extruded aluminum hollow profile extending lengthwise in a first direction (X) and comprising at least one exterior wall enclosing a coolant channel fluidly connecting a coolant inlet and a coolant outlet along the first direction; and a plurality of drilled and/or milled coolant junctions , each extending through a first portion of the at least one exterior wall in a second direction (Y) and providing a fluid connection between the coolant channel and a coolant port , wherein each of the coolant ports comprises a port opening in the first exterior wall portion and a flange portion surrounding the port opening , wherein the port openings of the plurality of coolant junctions are aligned in the first direction (X), wherein the second direction (Y) encloses an angle between 30° and 110° with the first direction (X), and wherein the coolant distributor is a fully monolithic unit. an extruded aluminum hollow profile extending lengthwise in a first direction (X) and comprising at least one exterior wall enclosing a coolant channel fluidly connecting a coolant inlet and a coolant outlet along the first direction; and a plurality of drilled and/or milled coolant junctions , each extending through a first portion of the at least one exterior wall in a second direction (Y) and providing a fluid connection between the coolant channel and a coolant port , wherein each of the coolant ports comprises a port opening in the first exterior wall portion and a flange portion surrounding the port opening , wherein the port openings of the plurality of coolant junctions are aligned in the first direction (X), wherein the second direction (Y) encloses an angle between 30° and 110° with the first direction (X), and wherein the coolant distributor is a fully monolithic unit.