mhurhangee/ep-ind-claims huggingface dataset:
A mobile wireless communications device to communicate with a server storing a plurality of file folders, the mobile wireless communications device comprising: a housing; a display carried by said housing; a wireless transceiver carried by said housing; and a processor carried by said housing and coupled to said display and said wireless transceiver, the mobile wireless communications device being characterised by said processor being configured to wirelessly download an initial portion of a selected file folder from the server, with the server having a remainder portion of the selected file folder available for downloading, generate search results by performing a local search of the initial portion of the selected file folder and causing a remote search of the remainder portion of the selected file folder, and present the search results on said display. a housing; a display carried by said housing; a wireless transceiver carried by said housing; and a processor carried by said housing and coupled to said display and said wireless transceiver, the mobile wireless communications device being characterised by said processor being configured to wirelessly download an initial portion of a selected file folder from the server, with the server having a remainder portion of the selected file folder available for downloading, generate search results by performing a local search of the initial portion of the selected file folder and causing a remote search of the remainder portion of the selected file folder, and present the search results on said display.
A method for purifying a non-complexed botulinum toxin type A (botulinum toxin A), the method comprising: (i) providing a mixture comprising a crude non-complexed botulinum toxin A, wherein said crude non-complexed botulinum toxin A is dissociated from native, non-toxic proteins; (ii) loading the crude non-complexed botulinum toxin A on an anion exchange column so as to permit capture of the non-complexed botulinum toxin A by the anion exchange column; (iii) eluting the non-complexed botulinum toxin A from the anion exchange column to give an eluent comprising the non-complexed botulinum toxin A; (iv) loading a cation exchange column with the eluent from the anion exchange column so as to permit capture of the non-complexed botulinum toxin A by the cation exchange column; and (v) eluting purified non-complexed botulinum toxin A from the cation exchange column. (i) providing a mixture comprising a crude non-complexed botulinum toxin A, wherein said crude non-complexed botulinum toxin A is dissociated from native, non-toxic proteins; (ii) loading the crude non-complexed botulinum toxin A on an anion exchange column so as to permit capture of the non-complexed botulinum toxin A by the anion exchange column; (iii) eluting the non-complexed botulinum toxin A from the anion exchange column to give an eluent comprising the non-complexed botulinum toxin A; (iv) loading a cation exchange column with the eluent from the anion exchange column so as to permit capture of the non-complexed botulinum toxin A by the cation exchange column; and (v) eluting purified non-complexed botulinum toxin A from the cation exchange column.
A porous, composite bone graft implant comprising: a first component comprising a bioactive glass material; and a second component comprising a polymeric material; each of the components having a different resorption capacity than the other component; characterized in that the bioactive glass material of the first component is in the form of a plurality of glass fibers, the plurality of glass fibers being randomly oriented throughout the implant, and the polymeric material of the second component is in the form of a woven layer encasing the first component, the composite implant having a pore size distribution including pores characterized by pore diameters ranging from 100 nanometer to 1 millimeter. a first component comprising a bioactive glass material; and a second component comprising a polymeric material; each of the components having a different resorption capacity than the other component; characterized in that the bioactive glass material of the first component is in the form of a plurality of glass fibers, the plurality of glass fibers being randomly oriented throughout the implant, and the polymeric material of the second component is in the form of a woven layer encasing the first component, the composite implant having a pore size distribution including pores characterized by pore diameters ranging from 100 nanometer to 1 millimeter.
Device for controlling an electric machine, with: a provision apparatus that is designed to provide a desired torque value for a torque to be exerted by the electric machine; a monitoring apparatus that is designed to determine a fault signal that indicates a fault state of the electric machine; a determination apparatus that is designed to determine a current rotor angle value of the electric machine; a computing apparatus that is designed to determine at least one fault state operating point (62; 62') and a fault state operating point trajectory on the basis of the provided desired torque value, the determined fault signal and the determined current rotor angle value; and a control apparatus that is designed to shift an operating point at which the electric machine is operated from a normal state operating point to the determined fault state operating point (62; 62') along the fault state operating point trajectory. a provision apparatus that is designed to provide a desired torque value for a torque to be exerted by the electric machine; a monitoring apparatus that is designed to determine a fault signal that indicates a fault state of the electric machine; a determination apparatus that is designed to determine a current rotor angle value of the electric machine; a computing apparatus that is designed to determine at least one fault state operating point (62; 62') and a fault state operating point trajectory on the basis of the provided desired torque value, the determined fault signal and the determined current rotor angle value; and a control apparatus that is designed to shift an operating point at which the electric machine is operated from a normal state operating point to the determined fault state operating point (62; 62') along the fault state operating point trajectory.
An electromagnetic shielded audio system for a mobile electronic device, the system comprising: a circuit board (80, 100, 120, 142); a microphone (96, 110, 126) mounted on said circuit board; and a radio frequency 'RF' shield (94, 108, 122) that is mechanically and electrically coupled to said circuit board and together with the circuit board forming an interior compartment surrounding microphone, said RF shield providing electromagnetic interference 'EMI' isolation for said microphone; wherein compartment (81, 101) surrounding said microphone functions as an acoustic chamber for the microphone, wherein said RF shield has an opening located in any suitable location on RF shield to permit acoustic energy from outside of said chamber to enter said acoustic chamber wherein the dimensions of the acoustic chamber are selected to improve audio performance of microphone; wherein the RF shield provides both RF shielding against EMI for the microphone and forms the acoustic chamber for the microphone to improve or optimise audio performance; and wherein the system comprises more than one acoustic coupler (90, 106) to conduct acoustic energy from outside of said RF shield to more than one opening in RF shield and fastening ring to connect said acoustic couplers to said RF shield. a circuit board (80, 100, 120, 142); a microphone (96, 110, 126) mounted on said circuit board; and a radio frequency 'RF' shield (94, 108, 122) that is mechanically and electrically coupled to said circuit board and together with the circuit board forming an interior compartment surrounding microphone, said RF shield providing electromagnetic interference 'EMI' isolation for said microphone; wherein compartment (81, 101) surrounding said microphone functions as an acoustic chamber for the microphone, wherein said RF shield has an opening located in any suitable location on RF shield to permit acoustic energy from outside of said chamber to enter said acoustic chamber wherein the dimensions of the acoustic chamber are selected to improve audio performance of microphone; wherein the RF shield provides both RF shielding against EMI for the microphone and forms the acoustic chamber for the microphone to improve or optimise audio performance; and wherein the system comprises more than one acoustic coupler (90, 106) to conduct acoustic energy from outside of said RF shield to more than one opening in RF shield and fastening ring to connect said acoustic couplers to said RF shield.
A metal complex compound comprising a plurality of linear inorganic coordination polymer chains containing a repeating unit represented by the following Chemical Formula 1, wherein the plurality of polymer chains are linked to each other via a neutral ligand coordinately bonded to the central metal M of Chemical Formula 1. in the Chemical Formula 1, M is at least one transition metal element selected from the group consisting of Fe, Ni, Zn and Co, n represents an integer of 30 to 1,000,000, a solid line represents a covalent bond, a dotted line represents a coordinate bond, and * represents a linking moiety.
A piezoelectric ceramics comprising crystal grains, the crystal grain including: a first region formed of a perovskite-type barium titanate-based metal oxide having a crystal structure in which a central element of a unit cell is located at an asymmetrical position; characterized in that the first region of the crystal grain is further including: a second region formed of a perovskite-type barium titanate-based metal oxide having a crystal structure in which a central element of a unit cell is located at a symmetrical position, and is present inside the first region, wherein a ratio of a cross-sectional area of the second region to a cross-sectional area of the piezoelectric ceramics is 0.1% or less. a first region formed of a perovskite-type barium titanate-based metal oxide having a crystal structure in which a central element of a unit cell is located at an asymmetrical position; characterized in that the first region of the crystal grain is further including: a second region formed of a perovskite-type barium titanate-based metal oxide having a crystal structure in which a central element of a unit cell is located at a symmetrical position, and is present inside the first region, wherein a ratio of a cross-sectional area of the second region to a cross-sectional area of the piezoelectric ceramics is 0.1% or less. a second region formed of a perovskite-type barium titanate-based metal oxide having a crystal structure in which a central element of a unit cell is located at a symmetrical position, and is present inside the first region, wherein a ratio of a cross-sectional area of the second region to a cross-sectional area of the piezoelectric ceramics is 0.1% or less.
Motor vehicle with a motor vehicle chassis, at least one bumper cover and at least one fastening device, with which the bumper cover is attached to the motor vehicle chassis, characterised in that the fastening device is triangular in shape, wherein a holding portion of the fastening device with at least one fastening means attached to the motor vehicle chassis and one end of a swivel portion of the fastening device coupled to the bumper cover is articulated to the holding portion via a swivel connection, wherein one end of the swivel portion opposite the swivel connection is supported on the holding portion by a support portion angled away from the swivel portion, wherein by an application of force on the bumper cover in the vehicle longitudinal direction, the force on the fastening device transferable and thereby the support portion is deformable, according to which the swivel portion is capable of folding over the swivel connection on the holding portion.
A method for detecting a glucose metabolism disorder of a subject, comprising: (a) detecting the expression level of GPx2 (glutathione peroxidase 2) gene alone, the expression level of GPx2 protein alone, or the protein activity of GPx2 alone of a liver sample from the subject; and (b) comparing the expression level of GPx2 gene alone, the expression level of GPx2 protein alone, or the protein activity of GPx2 alone of the liver sample from the subject to the expression level of GPx2 gene alone, the expression level of GPx2 protein alone, or the protein activity of GPx2 alone of a liver sample from a normal subject, wherein a significantly lower expression level of GPx2 gene alone, the expression level of GPx2 protein alone, or the protein activity of GPx2 alone of the liver sample from the subject than the expression level of GPx2 gene alone, the expression level of GPx2 protein alone, or the protein activity of GPx2 alone in the liver sample from the normal subject indicates that the subject is in a state of glucose metabolism disorder, wherein the glucose metabolism disorder is induced by high-fat food. (a) detecting the expression level of GPx2 (glutathione peroxidase 2) gene alone, the expression level of GPx2 protein alone, or the protein activity of GPx2 alone of a liver sample from the subject; and (b) comparing the expression level of GPx2 gene alone, the expression level of GPx2 protein alone, or the protein activity of GPx2 alone of the liver sample from the subject to the expression level of GPx2 gene alone, the expression level of GPx2 protein alone, or the protein activity of GPx2 alone of a liver sample from a normal subject, wherein a significantly lower expression level of GPx2 gene alone, the expression level of GPx2 protein alone, or the protein activity of GPx2 alone of the liver sample from the subject than the expression level of GPx2 gene alone, the expression level of GPx2 protein alone, or the protein activity of GPx2 alone in the liver sample from the normal subject indicates that the subject is in a state of glucose metabolism disorder, wherein the glucose metabolism disorder is induced by high-fat food.
A nanostructured material, comprising: a) a first nano-network formed from a first plurality of nanoparticles that are at least one of fused and interconnected to provide a contiguous conductive path for said first type of charge carrier through at least a portion of said first nano-network; and b) a second nano-network coupled to said first nano-network and formed from a second plurality of nanoparticles that are at least one of fused and interconnected to provide a contiguous conductive path for said second type of charge carrier through at least a portion of said second nano-network, said first plurality of nanoparticles being formed from a first indirect bandgap material, said second plurality of nanoparticles being formed from a second indirect bandgap material, wherein said first plurality of nanoparticles include a plurality of Si quantum dots, and said second plurality of nanoparticles include a plurality of Ge quantum dots, said nanostructured material being configured to absorb light to produce a first type of charge carrier that is transported in said first nano-network and a second type of charge carrier that is transported in said second nano-network, said nanostructured material having an absorption coefficient that is at least 10 3 cm -1 within a range of wavelengths from about 400 nm to about 700 nm. a) a first nano-network formed from a first plurality of nanoparticles that are at least one of fused and interconnected to provide a contiguous conductive path for said first type of charge carrier through at least a portion of said first nano-network; and b) a second nano-network coupled to said first nano-network and formed from a second plurality of nanoparticles that are at least one of fused and interconnected to provide a contiguous conductive path for said second type of charge carrier through at least a portion of said second nano-network,
A container for holding a material comprising: a skeleton shell (e.g., 110); and a bag (e.g., 210) having a fitment, wherein the bag is contained within the shell, the fitment has a dispensing aperture that protrudes out of the shell, and the shell comprises features complementary to features of the fitment to integrate the shell and the fitment, characterised in that the skeleton shell is formed from a molded fiber or pulp material, and the shell has stiffening protrusions that extend along areas that engage with the fitment. a skeleton shell (e.g., 110); and a bag (e.g., 210) having a fitment, wherein the bag is contained within the shell, the fitment has a dispensing aperture that protrudes out of the shell, and the shell comprises features complementary to features of the fitment to integrate the shell and the fitment, the bag is contained within the shell, the fitment has a dispensing aperture that protrudes out of the shell, and the shell comprises features complementary to features of the fitment to integrate the shell and the fitment,
A method for holding a panel (214, 500) for reworking a fuselage of an aircraft, the method comprising: securing a rigid frame (222, 300) on an aircraft (102, 204) on a rework area (122, 202) on the aircraft; attaching a carrier (218, 304) to the rigid frame, wherein the panel is held on the carrier and the carrier moves the panel about a plurality of axes (224, 700); moving the panel with the carrier such that the panel has a desired position relative to a rework opening (248, 600) in the rework area; and attaching the panel to the aircraft while the panel is held in the desired position relative to the rework opening, characterized in that moving the carrier such that the panel has the desired position relative to the rework opening further comprises: moving the panel about the plurality of axes such that the panel has a position over the rework opening; marking the panel from a comparison of the panel to the rework opening with the panel over the rework opening; and trimming the panel for attachment to the aircraft when the panel is in the desired position in the rework opening. securing a rigid frame (222, 300) on an aircraft (102, 204) on a rework area (122, 202) on the aircraft; attaching a carrier (218, 304) to the rigid frame, wherein the panel is held on the carrier and the carrier moves the panel about a plurality of axes (224, 700); moving the panel with the carrier such that the panel has a desired position relative to a rework opening (248, 600) in the rework area; and attaching the panel to the aircraft while the panel is held in the desired position relative to the rework opening, characterized in that moving the carrier such that the panel has the desired position relative to the rework opening further comprises: moving the panel about the plurality of axes such that the panel has a position over the rework opening; marking the panel from a comparison of the panel to the rework opening with the panel over the rework opening; and trimming the panel for attachment to the aircraft when the panel is in the desired position in the rework opening. moving the panel about the plurality of axes such that the panel has a position over the rework opening; marking the panel from a comparison of the panel to the rework opening with the panel over the rework opening; and trimming the panel for attachment to the aircraft when the panel is in the desired position in the rework opening.
A backsheet for a photovoltaic module comprising a weather resistant layer on one side of a support and a primer on the other side of the support, the primer being capable of enhancing the adhesion of the backsheet towards an encapsulant layer, wherein the weather resistant layer comprises a first binder and a second binder, both binders containing a crosslinkable group, and a crosslinking agent, characterized in that the first binder is a fluoropolymer and the second binder is an acrylic resin and the weight ratio of fluoropolymer to acrylic resin is less than 4.0.
Hand-held power tool, in particular drilling hammer or combination hammer, comprising a tool housing having a compartment designed to accommodate a battery or a power pack in an interchangeable manner, wherein the hand-held power tool contains an electric drive motor with a cooling fan, wherein the tool housing has a first vent portion arranged within the compartment and through which a flow generated by the cooling fan can be conducted and wherein the tool housing has a second vent portion different from the first vent portion arranged outside the compartment and through which the flow generated by the cooling fan can be at least partially conducted, characterised in that the hand-held power tool has a flow control means designed to distribute a flow generated by the cooling fan between the first vent portion and the second vent portion.
A high nitrogen oxide removing performance SCR (Selective Catalytic Reduction) catalyst system for diesel engine exhaust gas treatment, which is configured such that an SOF (Soluble Organic Fraction) removal catalyst module having a catalytically active material for removing SOF is provided to a back end of a diesel engine and an SCR catalyst module having an SCR catalytically active material is successively provided downstream thereof so as to efficiently remove nitrogen oxide, wherein the catalytically active material for removing SOF is an oxide composite containing 15% by weight of ceria and including silica, zirconia and alumina.
A pharmaceutical composition comprising velaglucerase, a lyoprotectant, a buffer salt, and a stabilizing agent, wherein the stabilizing agent is polysorbate, wherein the composition is a lyophilized composition, and wherein the moisture content of the lyophilized composition is 1% to 6%.
A method for tracking a location of an access point, the method comprising: providing one or more location aware stations in communication with a location unaware access point, each location aware station having a known location, the location unaware access point having an unknown location; determining a coarse location estimate for the location unaware access point from one or more of the locations of the location aware stations; refining the coarse location estimate based on range measurement data obtained from one or more of the location aware stations over a time period until the coarse location estimate meets an error tolerance; and using the refined coarse location estimate as the location of the location unaware access point. providing one or more location aware stations in communication with a location unaware access point, each location aware station having a known location, the location unaware access point having an unknown location; determining a coarse location estimate for the location unaware access point from one or more of the locations of the location aware stations; refining the coarse location estimate based on range measurement data obtained from one or more of the location aware stations over a time period until the coarse location estimate meets an error tolerance; and using the refined coarse location estimate as the location of the location unaware access point.