mhurhangee/ep-ind-claims huggingface dataset:
An engine formed with a combustion chamber having a bottom surface formed by a piston for reciprocating inside a cylinder along a center axis thereof, and a fuel injection device; the fuel injection device comprising: a fuel injection valve configured to inject fuel into the combustion chamber; a swirl control valve configured to generate a swirl flow inside the combustion chamber; and a control unit configured to control the fuel injection valve, wherein the fuel injection valve injects a plurality of fuel portions at least including a first fuel portion and a second fuel portion of which sprays reach the swirl flow generated by the swirl control valve, and wherein, when a position at which the spray of the first fuel portion reaches the swirl flow is a first position and a position at which the spray of the second fuel portion reaches the swirl flow is a second position, the spray of the first fuel portion reaches the first position and then moves away from the first position by the swirl flow before the spray of the second fuel portion reaches the second position, characterized in that the fuel injection valve injects the fuel dividedly in two injections in the intake stroke, the swirl control valve is configured to generate an inclined swirl flow inside the combustion chamber flowing obliquely with respect to the center axis and the spray of the first fuel portion merges with the spray of the second fuel portion. a fuel injection valve configured to inject fuel into the combustion chamber; a swirl control valve configured to generate a swirl flow inside the combustion chamber; and a control unit configured to control the fuel injection valve, wherein the fuel injection valve injects a plurality of fuel portions at least including a first fuel portion and a second fuel portion of which sprays reach the swirl flow generated by the swirl control valve, and wherein, when a position at which the spray of the first fuel portion reaches the swirl flow is a first position and a position at which the spray of the second fuel portion reaches the swirl flow is a second position, the spray of the first fuel portion reaches the first position and then moves away from the first position by the swirl flow before the spray of the second fuel portion reaches the second position, characterized in that the fuel injection valve injects the fuel dividedly in two injections in the intake stroke, the swirl control valve is configured to generate an inclined swirl flow inside the combustion chamber flowing obliquely with respect to the center axis and the spray of the first fuel portion merges with the spray of the second fuel portion.
Bearing block cover, comprising: - a number of latch noses arranged radially around the bearing block cover and protruding from the perimeter of the bearing block cover; - a radial overhang that comprises an oblique part that sinks with increasing radial distance and acts as a spring which under tension causes a resilient, i.e. elastic force which pulls the latch noses upwards to secure the latching of the latch noses and prevents the shaking of the bearing block cover which in the long run could also cause shattering of the bearing block cover; and - a lip sealing at the outer perimeter of the bearing block cover. - a number of latch noses arranged radially around the bearing block cover and protruding from the perimeter of the bearing block cover; - a radial overhang that comprises an oblique part that sinks with increasing radial distance and acts as a spring which under tension causes a resilient, i.e. elastic force which pulls the latch noses upwards to secure the latching of the latch noses and prevents the shaking of the bearing block cover which in the long run could also cause shattering of the bearing block cover; and - a lip sealing at the outer perimeter of the bearing block cover.
A device for use in suturing tissue, the device comprising a longitudinally extending body having a proximal portion for being positioned on a first side of tissue and a distal portion for being positioned on a second side of tissue, the distal portion including at least one wing operable to extend at least partly laterally relative to the longitudinally extending body, and the at least one wing includes a first structure defining a first mating component; and a second mating component, characterized in that the second mating component is pressed into the first mating component, the second mating component including a detent to be received by a groove of the first structure, wherein the second mating component includes first and second elements, where the first and second elements are made of different materials, and wherein at least one of the first and second elements is configured for receiving a suture.
A method of scheduling in a communication system including a plurality of sub-carriers spanning an operating frequency band partitioned into a plurality of segments, each segment comprising at least one subcarrier, the method characterised by: determining user data constraints; if the user data constraints include a data bandwidth requirement greater than the bandwidth of a predetermined number of local segments, assigning sub-carriers from a global segment having a non-contiguous subset of sub-carriers spanning a fraction of the operating band; if the user data constraints include a data bandwidth requirement that is not greater than the bandwidth of a predetermined number of local segments: determining a segment preference indicative of a preferred local segment based upon channel characteristics experienced by a receiver, each local segment having a distinct subset of the plurality of sub-carriers; and assigning a subset of sub-carriers within the preferred local segment to a particular communication link associated with the segment preference. determining user data constraints; if the user data constraints include a data bandwidth requirement greater than the bandwidth of a predetermined number of local segments, assigning sub-carriers from a global segment having a non-contiguous subset of sub-carriers spanning a fraction of the operating band; if the user data constraints include a data bandwidth requirement that is not greater than the bandwidth of a predetermined number of local segments: determining a segment preference indicative of a preferred local segment based upon channel characteristics experienced by a receiver, each local segment having a distinct subset of the plurality of sub-carriers; and assigning a subset of sub-carriers within the preferred local segment to a particular communication link associated with the segment preference. determining a segment preference indicative of a preferred local segment based upon channel characteristics experienced by a receiver, each local segment having a distinct subset of the plurality of sub-carriers; and assigning a subset of sub-carriers within the preferred local segment to a particular communication link associated with the segment preference.
A service path changing apparatus, which is a mobility management entity, wherein the apparatus comprises: • a determining module, configured to determine that a user equipment, UE, needs to be handed over from a first access gateway, AG, to a second AG, wherein an access gateway is a combination of a serving gateway, S-GW, and a packet data network gateway, P-GW; and • an instructing module, configured to instruct, according to a result determined by the determining module, the UE to notify, according to bearer information used to perform service transmission between the second AG and the UE and assigned by the second AG, a service peer end of a second IP address of the UE assigned by the second AG and that an Internet Protocol, IP, address of the UE is changed from a first IP address assigned by the first AG to the second IP address assigned by the second AG. • a determining module, configured to determine that a user equipment, UE, needs to be handed over from a first access gateway, AG, to a second AG, wherein an access gateway is a combination of a serving gateway, S-GW, and a packet data network gateway, P-GW; and • an instructing module, configured to instruct, according to a result determined by the determining module, the UE to notify, according to bearer information used to perform service transmission between the second AG and the UE and assigned by the second AG, a service peer end of a second IP address of the UE assigned by the second AG and that an Internet Protocol, IP, address of the UE is changed from a first IP address assigned by the first AG to the second IP address assigned by the second AG.
A method for producing dendritic cells from monocytes, comprising: enriching monocytes from a leukapheresis product by elutriation, wherein prior to elutriation, monocytes have been incubated without culturing at a temperature maintained at 1°C - 14°C for a period of approximately 6 to 96 hours following the time the leukapheresis product is collected from a subject; and inducing the differentiation of said monocytes into dendritic cells. enriching monocytes from a leukapheresis product by elutriation, wherein prior to elutriation, monocytes have been incubated without culturing at a temperature maintained at 1°C - 14°C for a period of approximately 6 to 96 hours following the time the leukapheresis product is collected from a subject; and inducing the differentiation of said monocytes into dendritic cells.
A valve of an internal combustion engine, comprising: a valve body (22; 50); and a valve stem extending from a central portion of the valve body (22; 50), wherein the valve body (22; 50) includes a valve body framework portion and a valve body thick portion provided on an outer side of the valve body framework portion (40; 55; 60), and the valve body framework portion and the valve stem are made of iron material and the valve body thick portion is made of aluminum alloy, wherein the valve body thick portion is provided on a front surface side and a rear surface side of the valve body framework portion, characterized in that the valve is an intake valve, that the valve body framework portion of the valve body (22; 50) includes a plurality of spoke portions and an annular ring portion, the spoke portion extending from the central portion of the valve body and connected to the annular ring portion at the extending outer ends thereof, and that a central portion of the valve body framework portion extends to the valve surface side, which faces away from the valve stem, and thereby forms a front surface side front on the axial central portion of the intake valve. a valve body (22; 50); and a valve stem extending from a central portion of the valve body (22; 50), wherein the valve body (22; 50) includes a valve body framework portion and a valve body thick portion provided on an outer side of the valve body framework portion (40; 55; 60), and the valve body framework portion and the valve stem are made of iron material and the valve body thick portion is made of aluminum alloy, wherein the valve body thick portion is provided on a front surface side and a rear surface side of the valve body framework portion, characterized in that the valve is an intake valve, that the valve body framework portion of the valve body (22; 50) includes a plurality of spoke portions and an annular ring portion, the spoke portion extending from the central portion of the valve body and connected to the annular ring portion at the extending outer ends thereof, and that a central portion of the valve body framework portion extends to the valve surface side, which faces away from the valve stem, and thereby forms a front surface side front on the axial central portion of the intake valve.
A polymer dispersion comprising a hyperbranched polymer, wherein the hyperbranched polymer comprises the reaction product of: a partially neutralized, acid-functional resin; and an epoxy; wherein: the partially neutralized, acid functional resin is the reaction product of an acid-functional resin and at least a functionalized amine; the hyperbranched polymer comprises a carboxyl group, a hydroxyl group, an amino group, a uredo group, an acetoacetoxy group, a diacetone group, or a combination of any two or more thereof; and the polymer dispersion is an aqueous, cross-linkable, polymer dispersion. a partially neutralized, acid-functional resin; and an epoxy; the partially neutralized, acid functional resin is the reaction product of an acid-functional resin and at least a functionalized amine; the hyperbranched polymer comprises a carboxyl group, a hydroxyl group, an amino group, a uredo group, an acetoacetoxy group, a diacetone group, or a combination of any two or more thereof; and the polymer dispersion is an aqueous, cross-linkable, polymer dispersion.
A method of transmitting a channel state information report, applied to a terminal device, the method comprising: determining, based on a collision group that need to be transmitted on a physical uplink control channel (PUCCH) resource of a component carrier, a target PUCCH resource, wherein the target PUCCH resource is configured to transmit CSI reports in the collision group, the collision group comprises at least two CSI reports, any one of the CSI reports in the collision group overlaps with at least one of the CSI reports in the collision group, and does not overlap with any CSI report outside the collision group; in a case that a payload of a CSI report set to be put into the target PUCCH resource is larger than a transmission capacity of the target PUCCH resource meeting a target code rate, placing a part of the CSI reports of the CSI report set into the target PUCCH resource, according to priorities of the CSI reports; in a case that the payload of the CSI report set is smaller than or equal to the transmission capacity of the target PUCCH resource meeting the target code rate, placing all the CSI reports of the CSI report set into the target PUCCH resource; and sending the placed CSI reports on the target PUCCH resource; wherein the collision group is a set of at least two CSI reports, and symbols of PUCCH resources used respectively by the at least two CSI reports overlap, the CSI report set at least comprises the at least two CSI reports in the collision group, and the CSI report set further comprises a second CSI report, the second CSI report does not overlap with the collision group. determining, based on a collision group that need to be transmitted on a physical uplink control channel (PUCCH) resource of a component carrier, a target PUCCH resource, wherein the target PUCCH resource is configured to transmit CSI reports in the collision group, the collision group comprises at least two CSI reports, any one of the CSI reports in the collision group overlaps with at least one of the CSI reports in the collision group, and does not overlap with any CSI report outside the collision group; in a case that a payload of a CSI report set to be put into the target PUCCH resource is larger than a transmission capacity of the target PUCCH resource meeting a target code rate, placing a part of the CSI reports of the CSI report set into the target PUCCH resource, according to priorities of the CSI reports; in a case that the payload of the CSI report set is smaller than or equal to the transmission capacity of the target PUCCH resource meeting the target code rate, placing all the CSI reports of the CSI report set into the target PUCCH resource; and sending the placed CSI reports on the target PUCCH resource; wherein the collision group is a set of at least two CSI reports, and symbols of PUCCH resources used respectively by the at least two CSI reports overlap, the CSI report set at least comprises the at least two CSI reports in the collision group, and the CSI report set further comprises a second CSI report, the second CSI report does not overlap with the collision group.
An agent for use in the treatment of chronic inflammations selected from rheumatoid arthritis and Sjogren's disease, wherein the agent modulates the biological activity of tenascin-C by inhibiting the binding properties of Tenascin C, and the agent is an antibody or antigen-binding fragment thereof having specificity to FBG domain that activates TLR4, wherein said antibody or antigen-binding fragment thereof specifically binds to at least one peptide selected from: • Peptide 5 ELRVDLRDHGETAFAVYDKFSVGDAKTRYK • Peptide 6 KTRYKLKVEGYSGTAGDSMAYHNGRSFST, and • Peptide 7 RSFSTFDKDTDSAITNCALSYKGAFWYRN. • Peptide 5 ELRVDLRDHGETAFAVYDKFSVGDAKTRYK • Peptide 6 KTRYKLKVEGYSGTAGDSMAYHNGRSFST, and • Peptide 7 RSFSTFDKDTDSAITNCALSYKGAFWYRN.
A magnetic device comprising two stators (1, 1') and at least one translator, said translator being movable in relation to said stators (1, 1') along a linear axis in a translator moving direction, said translator moving direction being oriented towards said stators (1, 1'), wherein said stators (1, 1') and said translator are arranged along said axis; characterized in that said magnetic device comprises a control device, said control device comprising a device for controlling, during the operation of the magnetic device, a distance r>0 between the surfaces of the translator that face the stators (1, 1') and the surface of the respective stator (1, 1') that faces the translator, based on the force state created between the stators (1, 1') and the translator, to ensure that the stators (1, 1') and the translator act as individual magnets, wherein the minimum distance r min >0 is controlled by a control unit based on the force state generated between the stator and the translator in such a way that the resulting force state acting on the translator at a position X t of the translator is a maximum, wherein, assuming a cylindrical geometry, the force state acting on the translator is defined by the following relation: F repulsion X t = μ 0 4 π q s 1 a X t q tb X t X t + L s + L t 2 2 + q s 1 b X t q ta X t X t − L s + L t 2 2 − q s 1 a X t q ta X t X t + L s − L t 2 2 + q s 1 b X t q tb X t X t + L t − L s 2 2 wherein - q s1a ( X t) and q s1b ( X t) are the magnetic pole strengths of the stators (1, 1'), - q ta ( X t) and q tb ( X t) are the magnetic pole strengths of the translator, - X t] L s + L t 2; δ + L s + L t 2 [ is the translator's position X t, - δ = d - L s - L t is the distance covered by the translator's movement, wherein d is the distance between the centers of the stators (1, 1'), - L s is the length of the stators (1, 1') in the direction of the axis, - L t is the length of the translator in the direction of the axis. - q s1a ( X t) and q s1b ( X t) are the magnetic pole strengths of the stators (1, 1'), - q ta ( X t) and q tb ( X t) are the magnetic pole strengths of the translator, - X t] L s + L t 2; δ + L s + L t 2 [ is the translator's position X t, - δ = d - L s - L t is the distance covered by the translator's movement, wherein d is the distance between the centers of the stators (1, 1'), - L s is the length of the stators (1, 1') in the direction of the axis, - L t is the length of the translator in the direction of the axis.
A cooling device comprising a heat insulated body; a door hinged to the body; a dispenser adapted to an inner wall of the door, having an inner tank having a dispense opening and an outer tank having a valve opening, disposed one within the other; and a valve member in fluid connection with the valve opening; and characterized in that an air channel is provided between a lateral wall of the inner tank and a lateral wall of the outer tank corresponding to the lateral wall of the inner tank in a manner to provide that the water filling inside of the outer tank through the dispense opening of the inner tank takes place of air inside the outer tank by movement of air to the outside of the outer tank.
A polymer composition comprising a polymer and an inorganic particulate material, wherein the inorganic particulate material has a surface area equal to or greater than 30 m 2 g -1, wherein at least 90 vol% of the particles of inorganic particulate material are smaller than 5 μm, wherein the inorganic particulate material is diatomaceous earth, and wherein the surface area of the inorganic particulate material is determined by nitrogen adsorption method and particle size measurements are carried out on a CILAS model 1064LD laser diffraction instrument using the Fraunhofer approximation model.
Modified OSB board (oriented strand board) with an upper side and a lower side, wherein the upper and /or lower side of the OSB-board are coated with at least two paper layers (2, 3), wherein the paper layer being adjacent to the board surface as first paper layer is impregnated with at least one resin, wherein the second paper layer arranged on the first paper layer is a raw paper layer, characterised in that the weight of the raw paper is between 100 and 300 g/m 2.
A computing device, comprising: a non-volatile memory, NVM, interface, configured to communicate with an NVM; and a processor, configured to: store in the NVM Type-Length-Value, TLV, records, each TLV record comprising one or more encrypted fields and one or more non-encrypted fields, the non-encrypted fields comprising at least respective validity indicators of the TLV records; read the TLV records that comprise the encrypted fields and the non-encrypted fields from the NVM; and invalidate selected TLV records by modifying the respective validity indicators of the selected TLV records that are stored in the non-encrypted fields. a non-volatile memory, NVM, interface, configured to communicate with an NVM; and a processor, configured to: store in the NVM Type-Length-Value, TLV, records, each TLV record comprising one or more encrypted fields and one or more non-encrypted fields, the non-encrypted fields comprising at least respective validity indicators of the TLV records; read the TLV records that comprise the encrypted fields and the non-encrypted fields from the NVM; and invalidate selected TLV records by modifying the respective validity indicators of the selected TLV records that are stored in the non-encrypted fields. store in the NVM Type-Length-Value, TLV, records, each TLV record comprising one or more encrypted fields and one or more non-encrypted fields, the non-encrypted fields comprising at least respective validity indicators of the TLV records; read the TLV records that comprise the encrypted fields and the non-encrypted fields from the NVM; and invalidate selected TLV records by modifying the respective validity indicators of the selected TLV records that are stored in the non-encrypted fields.
An antifouling coating composition comprising a copolymer and an antifouling agent, wherein the copolymer has an alkoxysilyl group and an ethylenically unsaturated monomer unit and the ethylenically unsaturated monomer unit has a C6 to C24 branched alkyl group, wherein the copolymer has the alkoxysilyl group at an end.