mhurhangee/ep-ind-claims huggingface dataset:
An image pickup device comprising: a photoelectric conversion section that is arranged in a semiconductor substrate and configured to photoelectrically convert an incident light; a moth-eye section that includes recesses and projections formed on a surface on a light incident side in the semiconductor substrate and has, when a cross section parallel to a direction toward the photoelectric conversion section from the light incident side is viewed, a recessed portion protruding toward the side of the photoelectric conversion section, the recessed portion having a curvature or a polygonal shape; and a region that is arranged adjacent to the moth-eye section and opposite to the photoelectric conversion section on the light-incident side of the semiconductor substrate and has a refractive index different from a refractive index of the semiconductor substrate, wherein a projected portion protruding opposite to the photoelectric conversion section in the moth-eye section has a curvature or a polygonal shape, characterized in that the curvature of the recessed portion is larger than the curvature of the projected portion. a photoelectric conversion section that is arranged in a semiconductor substrate and configured to photoelectrically convert an incident light; a moth-eye section that includes recesses and projections formed on a surface on a light incident side in the semiconductor substrate and has, when a cross section parallel to a direction toward the photoelectric conversion section from the light incident side is viewed, a recessed portion protruding toward the side of the photoelectric conversion section, the recessed portion having a curvature or a polygonal shape; and a region that is arranged adjacent to the moth-eye section and opposite to the photoelectric conversion section on the light-incident side of the semiconductor substrate and has a refractive index different from a refractive index of the semiconductor substrate, wherein a projected portion protruding opposite to the photoelectric conversion section in the moth-eye section has a curvature or a polygonal shape, characterized in that the curvature of the recessed portion is larger than the curvature of the projected portion.
A method for detecting follicular lymphoma, comprising: measuring the concentration of autotaxin in a human specimen being a human blood component, such as whole blood, blood cells, serum or plasma, and judging to be a follicular lymphoma in the case that the measured value exhibits a significantly higher value than normal values comprised of measured values from normal healthy subjects.
A steel sheet for cans having excellent surface roughening resistance, the steel sheet having the composition which contains by mass% 0.0040 to 0.01% C, 0.05% or less Si, more than 0.3 to 0.6% Mn, 0.02% or less P, 0.02% or less S, 0.01 to 0.10% Al, 0.0015 to 0.0050% N, 0.02 to 0.12% Nb and a balance of Fe and unavoidable impurities, wherein a Nb/C atomic ratio is less than 0.8, an average ferrite grain size in a cross section in the rolling direction in a region ranging from a surface layer of the steel sheet to a position 1/4 of a sheet thickness away from the surface layer of the steel sheet is set to 7 μm or more and 10 μm or less, the average ferrite grain size in a cross section in the rolling direction in a region ranging from the position 1/4 of a sheet thickness away from the surface layer of the steel sheet to a sheet thickness center portion of the steel sheet is set to 15 μm or less, and the average ferrite grain size in the cross section in the rolling direction in the region ranging from the surface layer of the steel sheet to the position 1/4 of a sheet thickness away from the surface layer of the steel sheet is set smaller than the average ferrite grain size in the cross section in the rolling direction in a region ranging from the position 1/4 of a sheet thickness away from the surface layer of the steel sheet to the sheet thickness center portion of the steel sheet.
Method for producing a reinforcing ply intended for the manufacture of a tyre, said ply being formed by reinforcing threads that are coated in a rubber mixture, are parallel to one another and form a given angle (α) with the longitudinal direction of the ply, during which portions of ply (N 1) of a given length are removed from a reinforcing strip by cutting through the rubber located between two adjacent threads of said strip, so as to separate the rear edge (N 1r) of the ply (N 1) from the front edge (N 2f) of the following reinforcing ply (N 2), characterized in that the cut is interrupted at predetermined intervals in order to leave bridges (p) of rubber between the two ply edges (N 1r, N 2f).
A method of detecting an inaccurate flow rate measurement by a vibratory meter, the method comprising: flowing fluid through the vibratory meter and measuring a flow rate and a density of the fluid with the vibratory meter; calculating a density change rate of the fluid; and determining if the measured flow rate is inaccurate based on: a comparison between the measured density and a density reference; and a comparison between the density change rate and a density change rate reference. flowing fluid through the vibratory meter and measuring a flow rate and a density of the fluid with the vibratory meter; calculating a density change rate of the fluid; and determining if the measured flow rate is inaccurate based on: a comparison between the measured density and a density reference; and a comparison between the density change rate and a density change rate reference. a comparison between the measured density and a density reference; and a comparison between the density change rate and a density change rate reference.
A method for erasing bootstrapping, at a device or a gateway for a machine-to-machine, M2M, service, the method comprising: receiving (230, 330) an erase request including a first payload transmitted from an M2M authentication server, MAS, or an M2M service bootstrapping function, MSBF, wherein the first payload includes an M2M node identifier, ID, of the device or the gateway to be erased, a key index, a nonce, a type including a value that indicates a type of the erase request, and a first hash value for providing origin authentication, integrity, and replay protection for the first payload; retrieving a secret key based on the M2M Node ID and the key index for a look up from a local key repository; skipping the erase request in case that there is no matching secret key in the local key repository; generating, in case that the secret key is retrieved, a second hash value based on the secret key, the M2M Node ID, the key index, the nonce, and the type; matching the first hash value with the second hash value; in case that the first hash value matches with the second hash value, processing (240, 340) the erase request based on a local policy of the device or the gateway; transmitting (250, 350) an erase response including a second payload to the MAS or the MSBF; and wherein a delay is put before deleting the bootstrapped state for a retransmitted erase request, wherein the second hash value is generated based on Hash value = Hash-function (secret key, M2M Node ID | key index | nonce | type). receiving (230, 330) an erase request including a first payload transmitted from an M2M authentication server, MAS, or an M2M service bootstrapping function, MSBF, wherein the first payload includes an M2M node identifier, ID, of the device or the gateway to be erased, a key index, a nonce, a type including a value that indicates a type of the erase request, and a first hash value for providing origin authentication, integrity, and replay protection for the first payload; retrieving a secret key based on the M2M Node ID and the key index for a look up from a local key repository; skipping the erase request in case that there is no matching secret key in the local key repository; generating, in case that the secret key is retrieved, a second hash value based on the secret key, the M2M Node ID, the key index, the nonce, and the type; matching the first hash value with the second hash value; in case that the first hash value matches with the second hash value, processing (240, 340) the erase request based on a local policy of the device or the gateway; transmitting (250, 350) an erase response including a second payload to the MAS or the MSBF; and wherein a delay is put before deleting the bootstrapped state for a retransmitted erase request, wherein the second hash value is generated based on Hash value = Hash-function (secret key, M2M Node ID | key index | nonce | type).
A method of controlling an electronic apparatus, the method comprising: receiving a voice input; if the voice input is received, changing a mode of the electronic apparatus to a voice task mode; and if a voice recognition error occurs in the voice task mode, outputting one of a plurality of feedback messages which indicate the voice recognition error wherein the voice task mode comprises a first voice task mode in which the electronic apparatus is controlled according to further voice input which is input into a voice input receiver of the electronic apparatus and a second voice task mode in which the electronic apparatus is controlled according to said further voice input which is input into an external apparatus which operates with the electronic apparatus, and wherein the outputting said one of the plurality of feedback messages comprises: outputting different feedback messages according to a type of voice task mode and a type of voice recognition error. receiving a voice input; if the voice input is received, changing a mode of the electronic apparatus to a voice task mode; and if a voice recognition error occurs in the voice task mode, outputting one of a plurality of feedback messages which indicate the voice recognition error wherein the voice task mode comprises a first voice task mode in which the electronic apparatus is controlled according to further voice input which is input into a voice input receiver of the electronic apparatus and a second voice task mode in which the electronic apparatus is controlled according to said further voice input which is input into an external apparatus which operates with the electronic apparatus, and wherein the outputting said one of the plurality of feedback messages comprises: outputting different feedback messages according to a type of voice task mode and a type of voice recognition error. outputting different feedback messages according to a type of voice task mode and a type of voice recognition error.
A method of selecting a session management, SM, entity for serving a wireless communication device, WCD, in a core network that comprises an access management entity serving the WCD and an anchor SM entity that controls a first user plane entity that handles a data session associated with the WCD in a first domain, and a second SM entity for controlling a second user plane entity in a second domain of the core network; the method is performed by the access management entity and characterised by: - selecting (504, 506b), based on WCD information indicating properties of the WCD and based on SM domain information at least indicating the user plane entities that are controlled by the first SM entity and the second SM entity respectively, the second SM entity as an additional intermediate SM entity to control a user plane entity in the second domain for handling the data session in the second domain; - sending, towards the second SM entity, a session request message requesting the second SM entity to act as the additional intermediate SM entity by allocating resources for handling the data session in the second domain; - receiving, in response to the session request message, a session response message indicating that the second SM entity has accepted to act as the additional intermediate SM entity. - selecting (504, 506b), based on WCD information indicating properties of the WCD and based on SM domain information at least indicating the user plane entities that are controlled by the first SM entity and the second SM entity respectively, the second SM entity as an additional intermediate SM entity to control a user plane entity in the second domain for handling the data session in the second domain; - sending, towards the second SM entity, a session request message requesting the second SM entity to act as the additional intermediate SM entity by allocating resources for handling the data session in the second domain; - receiving, in response to the session request message, a session response message indicating that the second SM entity has accepted to act as the additional intermediate SM entity.
A pesticide concentrate comprising: a) 2-85% by weight water b) 5-90% by weight of at least one pesticide, wherein the pesticide is mesotrione, or an agriculturally acceptable salt or metal chelate thereof c) 0.001 % to 10% by weight of ammonium nitrate effective in reducing corrosion of metal surfaces d) optionally, other formulation auxiliaries wherein the ratio of component c) to component b) is less than or equal to 0.3:1. a) 2-85% by weight water b) 5-90% by weight of at least one pesticide, wherein the pesticide is mesotrione, or an agriculturally acceptable salt or metal chelate thereof c) 0.001 % to 10% by weight of ammonium nitrate effective in reducing corrosion of metal surfaces d) optionally, other formulation auxiliaries
A biomedical device comprising a polymerization product of a mixture comprising a) one or more macromonomers and b) a biomedical device-forming silicone-containing comonomer, wherein the biomedical device is an ophthalmic device, characterized in that the one or more macromonomers are ethylenically unsaturated-containing non-amphiphilic macromonomers comprising hydrophilic units derived from a reversible addition fragmentation chain transfer (RAFT) polymerization of one or more ethylenically unsaturated hydrophilic monomers selected from the group consisting of unsaturated carboxylic acid, acrylamide, vinyl lactam, ethylenically unsaturated poly(alkylene oxide), (meth)acrylic acid, hydroxyl-containing-(meth)acrylate, hydrophilic vinyl carbonate, hydrophilic vinyl carbamate monomer, hydrophilic oxazolone monomer, and mixtures thereof taking place through a thio carbonyl thio RAFT agent.
A method for identifying a nucleobase of a 3' terminal nucleotide of a primer extension product comprising (a) combining (i) the primer extension product and (ii) a first affinity reagent that binds the 3' terminal nucleotide, (b) detecting binding of the first affinity reagent to the 3' terminal nucleotide, wherein the first affinity reagent distinguishes the 3' terminal nucleotide from internal nucleotides of the primer extension product (i) based on the presence of a free 3'-OH group in the 3' terminal nucleotide or (ii) based on the presence of a 3'-O-blocking group in the 3' terminal nucleotide, and wherein binding of the first affinity reagent identifies the nucleobase associated with the 3' terminal nucleotide. (a) combining (i) the primer extension product and (ii) a first affinity reagent that binds the 3' terminal nucleotide, (b) detecting binding of the first affinity reagent to the 3' terminal nucleotide, wherein the first affinity reagent distinguishes the 3' terminal nucleotide from internal nucleotides of the primer extension product (i) based on the presence of a free 3'-OH group in the 3' terminal nucleotide or (ii) based on the presence of a 3'-O-blocking group in the 3' terminal nucleotide, and wherein binding of the first affinity reagent identifies the nucleobase associated with the 3' terminal nucleotide.
Device for cooling a heated thread by a cooling member which for guiding the thread has an elongate cooling groove, wherein the cooling groove by way of a metering opening in the groove base is connected to a metering installation for feeding a cooling liquid, characterized in that the cooling member is encapsulated in a housing, and in that the housing has a threading slot for introducing the thread, said threading slot extending between a thread inlet and a thread outlet on the housing.
A method for wireless communication, comprising using a user equipment UE, for: selecting a first signature from a first set of signatures available for random access for enhanced uplink; generating an access preamble based on the first signature; sending the access preamble for random access by the user equipment UE, operating in a CELL_FACH state or an Idle mode; receiving an acquisition indicator, AI, for the first signature on an acquisition indicator channel AICH, from a Node B; using a default enhanced dedicated channel, E-DCH, resource configuration for the first signature as an allocated E-DCH resource configuration for the UE if the AI has a first predetermined value; receiving an extended acquisition indicator, EAI, and a second signature selected from a second set of signatures; and determining the allocated E-DCH resource configuration for the UE based on a value of the EAI and an index of the second signature if the AI has a second predetermined value; and sending data to the Node B using the allocated E-DCH resource configuration. selecting a first signature from a first set of signatures available for random access for enhanced uplink; generating an access preamble based on the first signature; sending the access preamble for random access by the user equipment UE, operating in a CELL_FACH state or an Idle mode; receiving an acquisition indicator, AI, for the first signature on an acquisition indicator channel AICH, from a Node B; using a default enhanced dedicated channel, E-DCH, resource configuration for the first signature as an allocated E-DCH resource configuration for the UE if the AI has a first predetermined value; receiving an extended acquisition indicator, EAI, and a second signature selected from a second set of signatures; and determining the allocated E-DCH resource configuration for the UE based on a value of the EAI and an index of the second signature if the AI has a second predetermined value; and sending data to the Node B using the allocated E-DCH resource configuration.
A medical air mattress, having a lower bedspread; a mattress body mounted on the lower bedspread and comprising multiple body air cells, multiple head air cells and multiple independent air cells parallel to each other and arranged in a row to form an air cell row, and the head air cells arranged at a head end in the air cell row, and the independent air cells arranged at a central part in the air cell row; a pumping assembly connecting to the mattress body and comprising an independent deflating unit connecting to the independent air cells; and an upper bedspread covering the mattress body and connected securely to the lower bedspread, characterized in the pumping assembly further comprising: a pump; an odd body pipeline connecting the pump with the body air cells and the head air cells at odd rows of the air cell rows; an even body pipeline connecting the pump with the body air cells and the head air cells at even rows of the air cell rows; wherein an odd independent pipeline and an even independent pipeline is connected to the body pipelines (52, 53), the odd independent pipeline is connected to the odd body pipeline via an odd independent solenoid valve, and the even independent pipeline is connected to the even body pipeline via an even independent solenoid valve, so that the independent air cells are deflatable independently to receive a bedpan, wherein the deflated independent air cells with a section of the upper bedspread are recessed forming a room to receive a bedpan, so that the upper bedspread and a patient lying on the mattress have no need to be removed when using the bedpan. a pump; an odd body pipeline connecting the pump with the body air cells and the head air cells at odd rows of the air cell rows; an even body pipeline connecting the pump with the body air cells and the head air cells at even rows of the air cell rows; wherein an odd independent pipeline and an even independent pipeline is connected to the body pipelines (52, 53), the odd independent pipeline is connected to the odd body pipeline via an odd independent solenoid valve, and the even independent pipeline is connected to the even body pipeline via an even independent solenoid valve,
A power-assisted rollator comprising: a frame; at least one front wheel and at least one rear wheel provided on the frame; a drive unit configured to produce a driving force to lift the at least one front wheel relative to the at least one rear wheel; and a control unit connected to the drive unit and configured to control the drive unit, when the control unit determines that the at least one front wheel has struck a step while a user is trying to move the power-assisted rollator forward, the control unit controls the drive unit to lift the at least one front wheel relative to the at least one rear wheel; and characterized in that when a deceleration of the power-assisted rollator is equal to or greater than a first threshold value, the control unit determines that the at least one front wheel has struck a step while the user is trying to move the power-assisted rollator forward. a frame; at least one front wheel and at least one rear wheel provided on the frame; a drive unit configured to produce a driving force to lift the at least one front wheel relative to the at least one rear wheel; and a control unit connected to the drive unit and configured to control the drive unit, when the control unit determines that the at least one front wheel has struck a step while a user is trying to move the power-assisted rollator forward, the control unit controls the drive unit to lift the at least one front wheel relative to the at least one rear wheel; and characterized in that when a deceleration of the power-assisted rollator is equal to or greater than a first threshold value, the control unit determines that the at least one front wheel has struck a step while the user is trying to move the power-assisted rollator forward.
A carbon nanotube dispersion comprising: bundle-type carbon nanotubes; a dispersion medium; and partially hydrogenated nitrile rubber having a residual double bond value of 0.5% by weight to 40% by weight calculated according to the following Mathematical Formula 1, wherein dispersed particle diameters of the carbon nanotubes have particle size distribution D 50 of 3 μm to 10 pm: RDB % by weight = BD weight / BD weight + HBD weight × 100 in Mathematical Formula 1, BD means a conjugated diene-derived structure unit and HBD means a hydrogenated conjugated diene-derived structure unit. bundle-type carbon nanotubes; a dispersion medium; and partially hydrogenated nitrile rubber having a residual double bond value of 0.5% by weight to 40% by weight calculated according to the following Mathematical Formula 1, wherein dispersed particle diameters of the carbon nanotubes have particle size distribution D 50 of 3 μm to 10 pm: RDB % by weight = BD weight / BD weight + HBD weight × 100 in Mathematical Formula 1, BD means a conjugated diene-derived structure unit and HBD means a hydrogenated conjugated diene-derived structure unit.