mhurhangee/patent-ind-claim-en huggingface dataset:
A composition comprising a) a quarternary trialkylalkanolamine hydroxide and b) at least one diamine as component b), which is selected from the group consisting of 1-amino-4-methylpiperazine, 1,2-diaminopropane and mixtures thereof. a) a quarternary trialkylalkanolamine hydroxide and b) at least one diamine as component b), which is selected from the group consisting of 1-amino-4-methylpiperazine, 1,2-diaminopropane and mixtures thereof.
A lyophilized formulation of pectin-adriamycin conjugate, characterized in that an insoluble pectin-adriamycin conjugate is prepared into a suspension or nanosuspension, and a lyophilized support agent is added to the suspension for lyophilization treatment to prepare the lyophilized formulation; wherein the lyophilized support agent is sucrose.
A gas turbine engine assembly comprising: a turbofan section including a gearbox and a fan ; a core section including a compressor section , a combustor section and a turbine section ; a low pressure spool supporting a low pressure turbine within the turbine section , the low pressure spool configured to drive the turbofan through the gearbox ; an intermediate pressure spool supporting an intermediate pressure compressor within the compressor section and an intermediate pressure turbine within the turbine section ; and a high pressure spool supporting a high pressure compressor within the compressor section and a high pressure turbine within the turbine section , characterized in that : the low pressure spool is supported for rotation about an axis at a forward most position by a forward roller bearing and at an aft position by an aft thrust bearing . a turbofan section including a gearbox and a fan ; a core section including a compressor section , a combustor section and a turbine section ; a low pressure spool supporting a low pressure turbine within the turbine section , the low pressure spool configured to drive the turbofan through the gearbox ; an intermediate pressure spool supporting an intermediate pressure compressor within the compressor section and an intermediate pressure turbine within the turbine section ; and a high pressure spool supporting a high pressure compressor within the compressor section and a high pressure turbine within the turbine section , characterized in that : the low pressure spool is supported for rotation about an axis at a forward most position by a forward roller bearing and at an aft position by an aft thrust bearing .
A track assembly for a terrain going vehicle having tires , the track assembly comprising: - at least two traction bars , each having a body that is dimensioned to extend over the width of a tire and guide plates extending from the body so that they can be set to reach over the edge of the tire and to the sides of the tires , - ears at each end of each traction bar , extending crosswise on relation to the length of the traction bar and on both sides of the body of the traction bar , the ears having each at least one hole , - at least one link having a link body with a length and one connecting hole at each opposite end of the link body , and - pins set to run through a pair of one hole of the link body and at least one hole of an ear of the traction bar in order to form a chain, wherein the pins are locked in relation to the holes of the ears so that rotation of the pins in the holes is prevented, characterized of - at least one flotation bar placed between two parallel traction bars , the flotation bar having a longitudinal body part and an attachment fork with at least one locking hole at least at one end of the longitudinal body part and an attachment element in the opposite end of the longitudinal body part , and - a locking pin set through at least one of of the locking holes and connecting the attachment fork to the link between the two parallel traction bars . - at least two traction bars , each having a body that is dimensioned to extend over the width of a tire and guide plates extending from the body so that they can be set to reach over the edge of the tire and to the sides of the tires , - ears at each end of each traction bar , extending crosswise on relation to the length of the traction bar and on both sides of the body of the traction bar , the ears having each at least one hole , - at least one link having a link body with a length and one connecting hole at each opposite end of the link body , and - pins set to run through a pair of one hole of the link body and at least one hole of an ear of the traction bar in order to form a chain, wherein the pins are locked in relation to the holes of the ears so that rotation of the pins in the holes is prevented, - at least one flotation bar placed between two parallel traction bars , the flotation bar having a longitudinal body part and an attachment fork with at least one locking hole at least at one end of the longitudinal body part and an attachment element in the opposite end of the longitudinal body part , and - a locking pin set through at least one of of the locking holes and connecting the attachment fork to the link between the two parallel traction bars .
A yarn comprising a plurality of bicomponent filaments, the bicomponent filaments having a first region comprising a first polymer composition and a second region comprising a second polymer composition, each of the first and second regions being distinct in the bicomponent filaments; each bicomponent filament comprising 5 to 60 weight percent of the first polymer composition and 95 to 40 weight percent of the second polymer composition; wherein the first polymer composition comprises aramid polymer containing 0.5 to 20 weight percent discrete carbon particles based on the amount of carbon particles in the first composition, homogeneously dispersed in the first region in the filament; and wherein the second polymer composition comprises modacrylic polymer being free of discrete carbon particles; the yarn having a total content of 0.1 to 5 weight percent discrete carbon particles. the bicomponent filaments having a first region comprising a first polymer composition and a second region comprising a second polymer composition, each of the first and second regions being distinct in the bicomponent filaments; each bicomponent filament comprising 5 to 60 weight percent of the first polymer composition and 95 to 40 weight percent of the second polymer composition; wherein the first polymer composition comprises aramid polymer containing 0.5 to 20 weight percent discrete carbon particles based on the amount of carbon particles in the first composition, homogeneously dispersed in the first region in the filament; and wherein the second polymer composition comprises modacrylic polymer being free of discrete carbon particles; the yarn having a total content of 0.1 to 5 weight percent discrete carbon particles.
An antenna system comprising: - a first set of antenna ports , - a second set of antenna ports separate from the first set of antenna ports , - a third set of antenna ports that comprises the first set of antenna ports and the second set of antenna ports , - a transmitter arrangement , and - a receiver , where the transmitter arrangement comprises a first transmitter adapted for transmission of signals by means of a first downlink communication resource via the first set of antenna ports and a second transmitter adapted for transmission of signals by means of a second downlink communication resource via the second set of antenna ports , wherein the receiver is adapted for reception of signals by means of a first uplink communication resource and a second uplink communication resource via the third set of antenna ports , where each communication resource defines, or is associated with, a certain bandwidth, wherein each of the first set of antenna ports and the second set of antenna ports comprises antenna ports connected to at least one antenna device of a first polarization (P1), and comprises antenna ports connected to at least one antenna device of a second polarization (P2) that is orthogonal to the first polarization (P1), different antenna ports (9, 10, 11, 12; 13, 14, 15, 16) being connected to different antenna devices (17, 18, 19, 20; 21, 22, 23, 24) such that each set of antenna ports is connected to both polarizations. - a first set of antenna ports , - a second set of antenna ports separate from the first set of antenna ports , - a third set of antenna ports that comprises the first set of antenna ports and the second set of antenna ports , - a transmitter arrangement , and - a receiver , where the transmitter arrangement comprises a first transmitter adapted for transmission of signals by means of a first downlink communication resource via the first set of antenna ports and a second transmitter adapted for transmission of signals by means of a second downlink communication resource via the second set of antenna ports , wherein the receiver is adapted for reception of signals by means of a first uplink communication resource and a second uplink communication resource via the third set of antenna ports , where each communication resource defines, or is associated with, a certain bandwidth, wherein each of the first set of antenna ports and the second set of antenna ports comprises antenna ports connected to at least one antenna device of a first polarization (P1), and comprises antenna ports connected to at least one antenna device of a second polarization (P2) that is orthogonal to the first polarization (P1), different antenna ports (9, 10, 11, 12; 13, 14, 15, 16) being connected to different antenna devices (17, 18, 19, 20; 21, 22, 23, 24) such that each set of antenna ports is connected to both polarizations.
A method of providing communications to and from devices being transported by vehicles, comprising: obtaining , at a hybrid communications distributor disposed in a terrestrial location, first content that is to be delivered to a device, the device being a mobile computing device that is temporarily being transported by a vehicle; causing , by the hybrid communications distributor, a forward transmission to be sent to the vehicle using a forward link included in a first communication link, the forward transmission including (i) the first content, and (ii) an indication of the device; receiving , by the hybrid communications distributor, feedback information corresponding to the forward transmission that was sent to the vehicle using the forward link; selecting , by the hybrid communications distributor based on the feedback information corresponding to the forward transmission that was sent to the vehicle, one of the first communication link or a second communication link for delivery of a subsequent forward transmission to the vehicle, the second communication link being a bi-directional communication link, the subsequent forward transmission including second content to be delivered to the device or to another device being transported by the vehicle; and causing , by the hybrid communications distributor, the subsequent forward transmission to be sent to the vehicle using the selected communication link. obtaining , at a hybrid communications distributor disposed in a terrestrial location, first content that is to be delivered to a device, the device being a mobile computing device that is temporarily being transported by a vehicle; causing , by the hybrid communications distributor, a forward transmission to be sent to the vehicle using a forward link included in a first communication link, the forward transmission including (i) the first content, and (ii) an indication of the device; receiving , by the hybrid communications distributor, feedback information corresponding to the forward transmission that was sent to the vehicle using the forward link; selecting , by the hybrid communications distributor based on the feedback information corresponding to the forward transmission that was sent to the vehicle, one of the first communication link or a second communication link for delivery of a subsequent forward transmission to the vehicle, the second communication link being a bi-directional communication link, the subsequent forward transmission including second content to be delivered to the device or to another device being transported by the vehicle; and causing , by the hybrid communications distributor, the subsequent forward transmission to be sent to the vehicle using the selected communication link.
A processor that loads data elements, comprising: an upper level cache, L1, that is the highest level cache of a cache hierarchy including one or more levels of cache of the processor (100; 600); and at least one processor core coupled to the upper level, L1, cache, including one or more registers and a plurality of instruction processing stages, a decoder unit to decode an instruction requiring an input of a plurality of data elements, wherein a size of each of the plurality of data elements is less than a cache line size of the processor , characterized in responsive to the instruction, an execution unit to load the plurality of data elements to the one or more registers , without loading the plurality of data elements in the upper level cache, L1, , wherein the upper level cache, L1, is dedicated to processor core and closer to the execution unit than caches in lower levels of the cache hierarchy, wherein the loading of the plurality of data elements is to: gather the plurality of data elements in a temporary buffer , and load the plurality of data elements from the temporary buffer to the one or more registers . an upper level cache, L1, that is the highest level cache of a cache hierarchy including one or more levels of cache of the processor (100; 600); and at least one processor core coupled to the upper level, L1, cache, including one or more registers and a plurality of instruction processing stages, a decoder unit to decode an instruction requiring an input of a plurality of data elements, wherein a size of each of the plurality of data elements is less than a cache line size of the processor , characterized in responsive to the instruction, an execution unit to load the plurality of data elements to the one or more registers , without loading the plurality of data elements in the upper level cache, L1, , wherein the upper level cache, L1, is dedicated to processor core and closer to the execution unit than caches in lower levels of the cache hierarchy, wherein the loading of the plurality of data elements is to: gather the plurality of data elements in a temporary buffer , and load the plurality of data elements from the temporary buffer to the one or more registers . characterized in responsive to the instruction, an execution unit to load the plurality of data elements to the one or more registers , without loading the plurality of data elements in the upper level cache, L1, , wherein the upper level cache, L1, is dedicated to processor core and closer to the execution unit than caches in lower levels of the cache hierarchy, wherein the loading of the plurality of data elements is to: gather the plurality of data elements in a temporary buffer , and load the plurality of data elements from the temporary buffer to the one or more registers . gather the plurality of data elements in a temporary buffer , and load the plurality of data elements from the temporary buffer to the one or more registers .
A coloured two-part adhesive composition, comprising a coloured first component and a second component, wherein the coloured first component comprises: i. polymethylmethacrylate (PMMA); ii. a halogenated flame-retardant compound, and a synergist, wherein the halogenated flame-retardant compound is tetrabromobisphenol A, and wherein the synergist is antimony trioxide; iii. an acrylic paint, wherein the acrylic paint comprises pigment suspended as an emulsion in an acrylic polymer liquid; and iv. a dispersant additive, wherein the dispersant additive is ammonium bromide; and the second component comprises: v. a curing agent, wherein the curing agent is an acrylic monomer; wherein the curing agent causes hardening of the adhesive composition when the first and second components are mixed. i. polymethylmethacrylate (PMMA); ii. a halogenated flame-retardant compound, and a synergist, wherein the halogenated flame-retardant compound is tetrabromobisphenol A, and wherein the synergist is antimony trioxide; iii. an acrylic paint, wherein the acrylic paint comprises pigment suspended as an emulsion in an acrylic polymer liquid; and iv. a dispersant additive, wherein the dispersant additive is ammonium bromide;
A radial seal regulator system, comprising: a housing having a cylindrical opening having a central axis ; a bushing configured to fit inside said cylindrical opening; a regulator having an axial length and a front end and a back end and configured to fit inside said bushing ; and said bushing having a first plurality of orifices disposed to open into a plane oriented generally proximate a medial section of the length of said regulator , and a second plurality of orifices disposed to open into a plane oriented generally proximate the front end of said regulator ; characterized in that the regulator comprises a grip for rotating the regulator by an operator. a housing having a cylindrical opening having a central axis ; a bushing configured to fit inside said cylindrical opening; a regulator having an axial length and a front end and a back end and configured to fit inside said bushing ; and said bushing having a first plurality of orifices disposed to open into a plane oriented generally proximate a medial section of the length of said regulator , and a second plurality of orifices disposed to open into a plane oriented generally proximate the front end of said regulator ; characterized in that the regulator comprises a grip for rotating the regulator by an operator.
A device for wireless power transfer, comprising: a substantially planar transmit antenna configured to generate a magnetic field , the transmit antenna comprising a spiral inductor and wherein portions of the transmit antenna overlap where the windings intersect and wherein the non-intersecting portions of the transmit antenna are planar, the transmit antenna positioned on an x-y plane; a pad having a charging surface , at least a portion of the transmit antenna being disposed in the pad, and wherein the charging surface is the surface of the transmitter pad that is above the transmit antenna along a z azis, the charging surface being parallel to the planar transmit antenna; and a ferromagnetic material having a shape and a position relative to the transmit antenna, the shape or position selected based on a determination of the strength and direction of the magnetic field and wherein the ferromagnetic material comprises a first ferromagnetic portion positioned above the transmit antenna on a first plane along the z axis between the transmit antenna and the charging surface and a second ferromagnetic portion is positioned on a second plane along the z axis below the transmit antenna and the charging surface, the transmit antenna being positioned on a third plane along the z axis between the first ferromagnetic portion and the second ferromagnetic. a substantially planar transmit antenna configured to generate a magnetic field , the transmit antenna comprising a spiral inductor and wherein portions of the transmit antenna overlap where the windings intersect and wherein the non-intersecting portions of the transmit antenna are planar, the transmit antenna positioned on an x-y plane; a pad having a charging surface , at least a portion of the transmit antenna being disposed in the pad, and wherein the charging surface is the surface of the transmitter pad that is above the transmit antenna along a z azis, the charging surface being parallel to the planar transmit antenna; and a ferromagnetic material having a shape and a position relative to the transmit antenna, the shape or position selected based on a determination of the strength and direction of the magnetic field and wherein the ferromagnetic material comprises a first ferromagnetic portion positioned above the transmit antenna on a first plane along the z axis between the transmit antenna and the charging surface and a second ferromagnetic portion is positioned on a second plane along the z axis below the transmit antenna and the charging surface, the transmit antenna being positioned on a third plane along the z axis between the first ferromagnetic portion and the second ferromagnetic.
A sensing device or apparatus for inserting into a hole, cavity or receptacle , the sensing device or apparatus comprising: an elongate member such as a beam or rod; one or more sensing elements for sensing load, strain, deformation or force in or on the elongate member; wherein: the elongate member is provided with at least one engaging portion configured for locking against an inner wall of the hole, cavity or the receptacle so as to prevent relative motion of the at least one engaging portion with respect to the inner wall of the hole, cavity or receptacle, and wherein: one or more or each of the engaging portions comprises a ball fixing mechanism. an elongate member such as a beam or rod; one or more sensing elements for sensing load, strain, deformation or force in or on the elongate member; wherein: the elongate member is provided with at least one engaging portion configured for locking against an inner wall of the hole, cavity or the receptacle so as to prevent relative motion of the at least one engaging portion with respect to the inner wall of the hole, cavity or receptacle, and wherein: one or more or each of the engaging portions comprises a ball fixing mechanism.
A method comprising: receiving a first electrode for an electrochemical cell; receiving a microporous film comprising PVDF; using an adhesive to bond said microporous film to said first electrode to form a first subassembly, said adhesive comprising: a solvent capable of dissolving said PVDF of said microporous film; a non-solvent having a surface energy higher than a surface energy of said solvent; and PVDF; assembling said first subassembly to a second electrode to form said electrochemical cell, wherein prior to said bonding: said adhesive is applied to said first electrode; and said adhesive is allowed to dry. receiving a first electrode for an electrochemical cell; receiving a microporous film comprising PVDF; using an adhesive to bond said microporous film to said first electrode to form a first subassembly, said adhesive comprising: a solvent capable of dissolving said PVDF of said microporous film; a non-solvent having a surface energy higher than a surface energy of said solvent; and PVDF; a solvent capable of dissolving said PVDF of said microporous film; a non-solvent having a surface energy higher than a surface energy of said solvent; and PVDF; assembling said first subassembly to a second electrode to form said electrochemical cell, wherein prior to said bonding: said adhesive is applied to said first electrode; and said adhesive is allowed to dry. said adhesive is applied to said first electrode; and said adhesive is allowed to dry.