mhurhangee/ep-ind-claims huggingface dataset:
A master batch comprising polyamide comprising a diamine unit containing 70 mole % or more of a metaxylylenediamine unit and a dicarboxylic acid unit and an alkali compound, wherein an average particle diameter of the alkali compound contained in the master batch is 50 μm or less; a contained number of particles having a particle diameter of exceeding 80 μm in 5 square millimeter of a cross section of the master batch is 1.5 particle or less; and a sum (m) of values obtained by multiplying a mole concentration of an alkali metal atom and a mole concentration of an alkaline earth metal atom each contained per g of the master batch by valencies thereof respectively is 60 μmol/g or more and 1710 μmol/g or less, wherein the average particle diameter, the mole concentration (μmol/g) of an alkali metal atom and the mole concentration (μmol/g) of an alkaline earth metal atom are measured as set out in the description.
Method for controlling a process for writing gratings into an optical fiber comprising the steps of: - guiding at least two excitation laser beams on and/or into the optical fiber, - receiving reflected radiation due to the impact of the at least two excitation laser beams, - evaluation of the reflected radiation and determining the focal points of the at least two excitation laser beams, - determining and/or adjustment of a position of the optical fiber with respect to the focal points of the at least two excitation laser beams, characterized by the steps of: - guiding said at least two excitation laser beams on and/or into the optical fiber in such a way that fluorescence radiation is excited, - receiving and evaluation of said fluorescence radiation, and - localising the focal points of the at least two excitation laser beams in consideration of said evaluation of the fluorescence radiation and adjustment of an orientation of said excitation laser beams considering said focal point in such a way that the focal points of the at least two excitation laser beams overlap inside a core of the optical fiber. - guiding at least two excitation laser beams on and/or into the optical fiber, - receiving reflected radiation due to the impact of the at least two excitation laser beams, - evaluation of the reflected radiation and determining the focal points of the at least two excitation laser beams, - determining and/or adjustment of a position of the optical fiber with respect to the focal points of the at least two excitation laser beams, - guiding said at least two excitation laser beams on and/or into the optical fiber in such a way that fluorescence radiation is excited, - receiving and evaluation of said fluorescence radiation, and - localising the focal points of the at least two excitation laser beams in consideration of said evaluation of the fluorescence radiation and adjustment of an orientation of said excitation laser beams considering said focal point in such a way that the focal points of the at least two excitation laser beams overlap inside a core of the optical fiber.
A method of verification of a password during log-on of a user to an entity protected by a password, the method comprising the steps in a processor (111, 121) of: - receiving at least one character of the password; and - verifying that the at least one received character has a parity value different from the parity of the length of the user name; and upon reception of all the characters of the password and an indication that the password is complete, the subsequent step of verifying that the complete password corresponds to the password that protects the entity, the method further comprising a step of determining that a brute force attack has been attempted upon detection of a predetermined number of received passwords or parts of passwords whom parity value is equal to the parity of length of the user name, and a step of taking appropriate action upon determination that a brute force attack has been attempted. - receiving at least one character of the password; and - verifying that the at least one received character has a parity value different from the parity of the length of the user name; and upon reception of all the characters of the password and an indication that the password is complete, the subsequent step of verifying that the complete password corresponds to the password that protects the entity, the method further comprising a step of determining that a brute force attack has been attempted upon detection of a predetermined number of received passwords or parts of passwords whom parity value is equal to the parity of length of the user name, and a step of taking appropriate action upon determination that a brute force attack has been attempted.
Fluoroaluminosilicate glass powder, wherein a lanthanum compound eluted in a presence of polycarboxylic acid and water exists only in a surface layer of the powder, wherein an amount of the lanthanum compound is 1 to 5 % by weight in terms of oxide and extra lanthanum compound does not exist in the glass powder.
An adjustment joint comprising: an inlet, an outlet, and a bore to transmit a fracturing fluid through the adjustment joint, wherein the adjustment joint is configured to be varied in length to facilitate coupling of a fracturing manifold to a fracturing tree; wherein the adjustment joint includes a pipe connector having a first collar disposed about a first tubular member and a second collar having a flange; the first collar includes an interior, threaded surface to engage a mating surface of the second collar; the flange of the second collar is coupled to a mating flange of a second tubular member; the pipe connector is configured such that rotation of the first collar causes translation of the second collar with respect to the first collar to vary the length of the pipe connector; the first tubular member is received within the second tubular member; the adjustment joint is characterised in that it includes at least one seal in an annular space bound by the first tubular member, the second tubular member, and the second collar; the at least one seal includes a first seal and a second seal; and the adjustment joint includes a test port extending from the annular space at a position between the first seal and the second seal and through the second tubular member. an inlet, an outlet, and a bore to transmit a fracturing fluid through the adjustment joint, wherein the adjustment joint is configured to be varied in length to facilitate coupling of a fracturing manifold to a fracturing tree; wherein the adjustment joint includes a pipe connector having a first collar disposed about a first tubular member and a second collar having a flange; the first collar includes an interior, threaded surface to engage a mating surface of the second collar; the flange of the second collar is coupled to a mating flange of a second tubular member; the pipe connector is configured such that rotation of the first collar causes translation of the second collar with respect to the first collar to vary the length of the pipe connector; the first tubular member is received within the second tubular member; the adjustment joint is characterised in that it includes at least one seal in an annular space bound by the first tubular member, the second tubular member, and the second collar; the at least one seal includes a first seal and a second seal; and the adjustment joint includes a test port extending from the annular space at a position between the first seal and the second seal and through the second tubular member.
Process for refilling an electronic cigarette with refillable reservoir, implemented by means of a container of a single dose of a concentrated aroma, in liquid state, for producing a liquid refill of said electronic cigarette, wherein said container comprises at least a liquid reservoir (21, 27) and a closed mouth, in liquid-tight communication with said reservoir (21, 27), the method comprising the step of extracting said single dose of a concentrated aroma from said container, after opening said mouth, said extraction step being implemented by means of forced ejection of a dose of concentrated liquid aroma from said container, by means of compression thereof; characterized in that the method further comprises the following steps of: - simultaneously mixing two or more aromas with the same neutral liquid as a solvent medium or diluent, thereby obtaining a solution, or a heterogeneous compound, for producing at least one refill for said electronic cigarette; and - inserting, into the reservoir of said electronic cigarette, an amount of solution, or heterogeneous compound, corresponding to the amount required to produce said refill. - simultaneously mixing two or more aromas with the same neutral liquid as a solvent medium or diluent, thereby obtaining a solution, or a heterogeneous compound, for producing at least one refill for said electronic cigarette; and - inserting, into the reservoir of said electronic cigarette, an amount of solution, or heterogeneous compound, corresponding to the amount required to produce said refill.
A solid-state imaging device comprising: a plurality of pixel sets respectively including color filters of a same color, for a plurality of colors, each pixel set including eight photodiodes that are grouped into four pixels that each includes two adjacent photodiodes of longitudinal shape formed at different positions within the respective pixel and which four pixels are arranged as two rows by two columns, each pixel set further including a charge holding part that is coupled to the two photodiodes of all of the four pixels in the pixel set; wherein one on-chip lens is formed for each of the four pixels; the solid-state imaging device is configured to perform for each pixel phase difference detection based on the pixel signals of the two photodiodes grouped into the respective pixel; each pixel includes the two photodiodes disposed symmetrically in two parts into which an area of the corresponding pixel is divided equally; orientations of the longitudinal shapes of the two photodiodes of the respective pixels are in a same direction; orientations of the longitudinal shapes of the two photodiodes of two adjacent pixels within the same pixel set are in the same direction; and orientations of the longitudinal shapes of the photodiodes of two adjacent pixels in different pixel sets are at right angles a plurality of pixel sets respectively including color filters of a same color, for a plurality of colors, each pixel set including eight photodiodes that are grouped into four pixels that each includes two adjacent photodiodes of longitudinal shape formed at different positions within the respective pixel and which four pixels are arranged as two rows by two columns, each pixel set further including a charge holding part that is coupled to the two photodiodes of all of the four pixels in the pixel set; wherein one on-chip lens is formed for each of the four pixels; the solid-state imaging device is configured to perform for each pixel phase difference detection based on the pixel signals of the two photodiodes grouped into the respective pixel; each pixel includes the two photodiodes disposed symmetrically in two parts into which an area of the corresponding pixel is divided equally; orientations of the longitudinal shapes of the two photodiodes of the respective pixels are in a same direction; orientations of the longitudinal shapes of the two photodiodes of two adjacent pixels within the same pixel set are in the same direction; and orientations of the longitudinal shapes of the photodiodes of two adjacent pixels in different pixel sets are at right angles
A thin film transistor substrate comprising: a substrate; a first semiconductor layer disposed on the substrate and including a polycrystalline semiconductor material; a gate insulating layer made of a silicon oxide material and covering the first semiconductor layer; a first gate electrode disposed on the gate insulating layer and overlapping with the first semiconductor layer; a second gate electrode disposed directly on the gate insulating layer; an intermediate insulating layer consisting of a nitride layer including a silicon nitride and an oxide layer including a silicon oxide directly on the nitride layer, said intermediate insulating layer covering the first gate electrode and the second gate electrode; a second semiconductor layer disposed directly on the intermediate insulating layer, including an oxide semiconductor material and overlapping with the second gate electrode; a first source electrode and a first drain electrode disposed on the intermediate insulating layer; and a second source electrode and a second drain electrode disposed on the second semiconductor layer, wherein the first gate electrode and the second gate electrode are disposed on a same layer between the gate insulating layer and the nitride layer, and wherein the oxide layer is thicker than the gate insulating layer. a substrate; a first semiconductor layer disposed on the substrate and including a polycrystalline semiconductor material; a gate insulating layer made of a silicon oxide material and covering the first semiconductor layer; a first gate electrode disposed on the gate insulating layer and overlapping with the first semiconductor layer; a second gate electrode disposed directly on the gate insulating layer; an intermediate insulating layer consisting of a nitride layer including a silicon nitride and an oxide layer including a silicon oxide directly on the nitride layer, said intermediate insulating layer covering the first gate electrode and the second gate electrode; a second semiconductor layer disposed directly on the intermediate insulating layer, including an oxide semiconductor material and overlapping with the second gate electrode; a first source electrode and a first drain electrode disposed on the intermediate insulating layer; and a second source electrode and a second drain electrode disposed on the second semiconductor layer, wherein the first gate electrode and the second gate electrode are disposed on a same layer between the gate insulating layer and the nitride layer, and wherein the oxide layer is thicker than the gate insulating layer.
A coating die comprising: a first block including a first manifold to receive a first coating liquid; a second block including a second manifold to receive a second coating liquid; and a shim sandwiched between the first block and the second block, the shim including a first recess on a face of the shim facing the first block, the first recess communicating with the first manifold, and a second recess on a face of the shim facing the second block, the second recess communicating with the second manifold, the first recess having one end in a direction orthogonal to a stacking direction of the first block, the shim and the second block and orthogonal to a longitudinal direction of the shim, the one end being open to define a first discharge slot to discharge the first coating liquid, the second recess having one end in the direction of the one end of the first recess, the one end of the second recess being open to define a second discharge slot to discharge the second coating liquid, characterized in that the shim includes a plurality of projections on the first recess, the projections having a height that is a substantially same dimension as a depth of the first recess, and/or a plurality of projections on the second recess, the projections having a height that is a substantially same dimension as a depth of the second recess. a first block including a first manifold to receive a first coating liquid; a second block including a second manifold to receive a second coating liquid; and a shim sandwiched between the first block and the second block, the shim including a first recess on a face of the shim facing the first block, the first recess communicating with the first manifold, and a second recess on a face of the shim facing the second block, the second recess communicating with the second manifold, the first recess having one end in a direction orthogonal to a stacking direction of the first block, the shim and the second block and orthogonal to a longitudinal direction of the shim, the one end being open to define a first discharge slot to discharge the first coating liquid, the second recess having one end in the direction of the one end of the first recess, the one end of the second recess being open to define a second discharge slot to discharge the second coating liquid, characterized in that the shim includes a plurality of projections on the first recess, the projections having a height that is a substantially same dimension as a depth of the first recess, and/or a plurality of projections on the second recess, the projections having a height that is a substantially same dimension as a depth of the second recess.
Method of producing raw cured meats without bone and without rind with a short maturation including the following phases: - a phase of receipt on the production line of the raw material in the fresh state at a temperature at the core of the product between 0 °C and +8 °C; - a dry salting phase with a tanning weight between 1.5% and 4.5% of the weight of the meat to be treated; - a phase of vacuum packing the salty product; - a resting phase of the product under vacuum in a salting cell for at least seven days at a temperature below +10 °C; - a phase of filling the anatomical piece into natural or artificial casing, after removing the vacuum bag; - a cold rest phase of the bagged and tied product in a resting cell for at least twenty days at a temperature between 0 °C and +7 °C and a relative humidity between 65% and 90%; - a drying phase in which the product remains in a drying room for at least seven days at a temperature between + 14 °C and + 25 °C and relative humidity between 50% and 95%; - a phase of maturing of the product in the maturing rooms for a period of between 1 month and 16 months at a temperature between + 12 °C and + 18 °C and a relative humidity between 80% and 95%; - a phase of washing the aging molds, peeling the casing of the product and packaging it in a vacuum bag; - an optional refining phase in which the product stays in cells for at least seven days at a temperature between + 6 °C and + 18 °C. - a phase of receipt on the production line of the raw material in the fresh state at a temperature at the core of the product between 0 °C and +8 °C; - a dry salting phase with a tanning weight between 1.5% and 4.5% of the weight of the meat to be treated; - a phase of vacuum packing the salty product; - a resting phase of the product under vacuum in a salting cell for at least seven days at a temperature below +10 °C; - a phase of filling the anatomical piece into natural or artificial casing, after removing the vacuum bag; - a cold rest phase of the bagged and tied product in a resting cell for at least twenty days at a temperature between 0 °C and +7 °C and a relative humidity between 65% and 90%; - a drying phase in which the product remains in a drying room for at least seven days at a temperature between + 14 °C and + 25 °C and relative humidity between 50% and 95%; - a phase of maturing of the product in the maturing rooms for a period of between 1 month and 16 months at a temperature between + 12 °C and + 18 °C and a relative humidity between 80% and 95%; - a phase of washing the aging molds, peeling the casing of the product and packaging it in a vacuum bag; - an optional refining phase in which the product stays in cells for at least seven days at a temperature between + 6 °C and + 18 °C.
Drive pinion for a starter of an internal combustion engine for engaging in a ring gear of the internal combustion engine, comprising a toothing which has a plurality of teeth which each have an active flank, a passive flank and a head surface, - wherein the teeth extend radially outwards from a root circle of the toothing, - wherein bevels are formed on an end side of the drive pinion, - wherein a head bevel is formed between the head surface and end side, - wherein a passive flank bevel is formed between the passive flank and the end side, and - wherein an active flank bevel is formed between the active flank, the head bevel and the end side, characterized - in that a tangential bevel width of the active flank bevel increases monotonically from radially inwards to radially outwards, - in that an axial bevel width of the active flank bevel increases monotonically from radially inwards to radially outwards. - wherein the teeth extend radially outwards from a root circle of the toothing, - wherein bevels are formed on an end side of the drive pinion, - wherein a head bevel is formed between the head surface and end side, - wherein a passive flank bevel is formed between the passive flank and the end side, and - wherein an active flank bevel is formed between the active flank, the head bevel and the end side, characterized - in that a tangential bevel width of the active flank bevel increases monotonically from radially inwards to radially outwards, - in that an axial bevel width of the active flank bevel increases monotonically from radially inwards to radially outwards.
A handover control method, comprising: acquiring, by a source base station, indication transmitted by a target base station, wherein the indication comprises: first indication indicating that a user plane of a user equipment, UE, remains unchanged, and a control plane of the UE is switched to the target base station; or second indication indicating that only a control plane of the UE is switched to the target base station, and user data of the UE is transmitted by a small cell base station; or third indication indicating that both a user plane and a control plane of the UE are switched to the target base station; transmitting, by the source base station, information to the small cell base station for stopping transmitting data to the UE; transmitting, by the source base station, a handover command to the UE, so as to indicate the UE to access to the target base station; acquiring a new next hop key, NH, and a next hop chaining counter, NCC, and generating a new access stratus, AS, key according to the NH; transmitting the new AS key, the NCC and an evolved universal terrestrial radio access network radio access bearer identity, E-RAB ID, to the small cell base station; and transmitting information to the small cell base station for continuing transmitting data to the UE. acquiring, by a source base station, indication transmitted by a target base station, wherein the indication comprises: first indication indicating that a user plane of a user equipment, UE, remains unchanged, and a control plane of the UE is switched to the target base station; or second indication indicating that only a control plane of the UE is switched to the target base station, and user data of the UE is transmitted by a small cell base station; or third indication indicating that both a user plane and a control plane of the UE are switched to the target base station; transmitting, by the source base station, information to the small cell base station for stopping transmitting data to the UE; transmitting, by the source base station, a handover command to the UE, so as to indicate the UE to access to the target base station; acquiring a new next hop key, NH, and a next hop chaining counter, NCC, and generating a new access stratus, AS, key according to the NH; transmitting the new AS key, the NCC and an evolved universal terrestrial radio access network radio access bearer identity, E-RAB ID, to the small cell base station; and transmitting information to the small cell base station for continuing transmitting data to the UE.