mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor structure, comprising: a semiconductor device located over a substrate; a dielectric layer stack of at least one first dielectric material layer, a silicon nitride layer, and at least one second dielectric material layer overlying the semiconductor device; and interconnect structures comprising metallic lines and metallic vias and embedded within the dielectric layer stack, wherein: the interconnect structures comprise a metal silicide portion that directly contacts the silicon nitride layer, a combination of the silicon nitride layer and the metal silicide portion provides a continuous hydrogen barrier structure that is vertically spaced from the top surface of the semiconductor device, the metal silicide portion is a line structure that contacts a top surface of an underlying via structure and a bottom surface of an overlying via structure, and either: the silicon nitride layer contacts a top surface of the metal silicide portion; or the silicon nitride layer contacts sidewalls of the metal silicide portion, wherein the sidewalls include a continuous closed periphery. a semiconductor device located over a substrate; a dielectric layer stack of at least one first dielectric material layer, a silicon nitride layer, and at least one second dielectric material layer overlying the semiconductor device; and interconnect structures comprising metallic lines and metallic vias and embedded within the dielectric layer stack, wherein: the interconnect structures comprise a metal silicide portion that directly contacts the silicon nitride layer, a combination of the silicon nitride layer and the metal silicide portion provides a continuous hydrogen barrier structure that is vertically spaced from the top surface of the semiconductor device, the metal silicide portion is a line structure that contacts a top surface of an underlying via structure and a bottom surface of an overlying via structure, and either: the silicon nitride layer contacts a top surface of the metal silicide portion; or the silicon nitride layer contacts sidewalls of the metal silicide portion, wherein the sidewalls include a continuous closed periphery. the interconnect structures comprise a metal silicide portion that directly contacts the silicon nitride layer, a combination of the silicon nitride layer and the metal silicide portion provides a continuous hydrogen barrier structure that is vertically spaced from the top surface of the semiconductor device, the metal silicide portion is a line structure that contacts a top surface of an underlying via structure and a bottom surface of an overlying via structure, and either: the silicon nitride layer contacts a top surface of the metal silicide portion; or the silicon nitride layer contacts sidewalls of the metal silicide portion, wherein the sidewalls include a continuous closed periphery. the silicon nitride layer contacts a top surface of the metal silicide portion; or the silicon nitride layer contacts sidewalls of the metal silicide portion, wherein the sidewalls include a continuous closed periphery.
A flexible pipe (fP) suitable for transporting hydrocarbons, said flexible pipe comprising at least one polymer layer composed of a polymer composition comprising: - at least one poly(aryl ether ketone), and - at least one per(halo)fluoropolymer, and - optionally at least one polyarylene, and - optionally at least one poly(aryl ether sulfone), wherein the total weight of the poly(aryl ether ketone), based on the total weight of the poly(aryl ether ketone) and the per(halo)fluoropolymer, is above 65 % and of at most 99 % wherein, if the polyarylene is present, the total weight of the poly(aryl ether ketone), based on the total weight of the polymer composition, is above 50 %, and wherein, if the poly(aryl ether sulfone) is present, the total weight of the poly(aryl ether sulfone) over the total weight of the poly(aryl ether ketone) ratio is below 1. - at least one poly(aryl ether ketone), and - at least one per(halo)fluoropolymer, and - optionally at least one polyarylene, and - optionally at least one poly(aryl ether sulfone),
Hybrid drive for a motor vehicle, comprising - an internal combustion engine, - an electric motor and - a load distribution gearbox for transmitting the power delivered by drives of the internal combustion engine and the electric motor to a main output, to which the drive wheels (22, 24) of the motor vehicle are connected, characterised in that - an air compressor can be driven via the main output and - an engine control unit is provided, which undertakes a control of a compressed air supply device and which further controls the internal combustion engine, the electric motor, the load distribution gearbox and an electronically selectable switching valve, - wherein the electronically selectable switching valve is provided for switching the air compressor between a delivery phase and a non-delivery phase. - an internal combustion engine, - an electric motor and - a load distribution gearbox for transmitting the power delivered by drives of the internal combustion engine and the electric motor to a main output, to which the drive wheels (22, 24) of the motor vehicle are connected, - an air compressor can be driven via the main output and - an engine control unit is provided, which undertakes a control of a compressed air supply device and which further controls the internal combustion engine, the electric motor, the load distribution gearbox and an electronically selectable switching valve, - wherein the electronically selectable switching valve is provided for switching the air compressor between a delivery phase and a non-delivery phase.
A control method for a refrigerating and freezing device, the refrigerating and freezing device comprising a storage compartment, a refrigeration compartment, and a refrigeration system at least partially arranged in the refrigeration compartment, wherein the control method comprises: controlling the refrigeration system to stop supplying cold to the storage compartment; and connecting the refrigeration compartment with the storage compartment, and controlling a fan of the refrigeration system to operate so as to promote air in the refrigeration compartment and the storage compartment to flow circularly, the storage compartment being separated into a fresh-keeping area and a storage area, characterized in that the step of connecting the refrigeration compartment with the storage compartment comprises: connecting the refrigeration compartment with the storage area; and connecting, after a first preset time, the refrigeration compartment with the storage area and the fresh-keeping area to humidify the fresh-keeping area, further comprising: controlling the fan to stop operating and disconnecting the refrigeration compartment from the fresh-keeping area after performing the step of connecting the refrigeration compartment with the storage area (1 11a) and the fresh-keeping area for a second preset time; and disconnecting, after a third preset time, the refrigeration compartment from the storage area. controlling the refrigeration system to stop supplying cold to the storage compartment; and connecting the refrigeration compartment with the storage compartment, and controlling a fan of the refrigeration system to operate so as to promote air in the refrigeration compartment and the storage compartment to flow circularly, the storage compartment being separated into a fresh-keeping area and a storage area, connecting the refrigeration compartment with the storage area; and connecting, after a first preset time, the refrigeration compartment with the storage area and the fresh-keeping area to humidify the fresh-keeping area, further comprising: controlling the fan to stop operating and disconnecting the refrigeration compartment from the fresh-keeping area after performing the step of connecting the refrigeration compartment with the storage area (1 11a) and the fresh-keeping area for a second preset time; and disconnecting, after a third preset time, the refrigeration compartment from the storage area. controlling the fan to stop operating and disconnecting the refrigeration compartment from the fresh-keeping area after performing the step of connecting the refrigeration compartment with the storage area (1 11a) and the fresh-keeping area for a second preset time; and disconnecting, after a third preset time, the refrigeration compartment from the storage area.
A cell module comprising: a battery cell group including a plurality of cylindrical battery cells, each of the cylindrical battery cells including: an outer can that has a bottomed cylindrical shape and contains an electricity-generation element; and a sealing body that seals an opening of the outer can, such that the cylindrical battery cells are disposed with the sealing bodies directed in a same direction; a first current collector electrically connected to each of the sealing bodies functioning as first outer terminals of the plurality of cylindrical battery cells; and a second current collector electrically connected to each of the outer cans functioning as second outer terminals of the plurality of cylindrical battery cells, wherein the second current collector has: a substrate disposed on a side of the sealing bodies to cover the battery cell group; and at least one current collecting pin protruding in a direction toward the battery cell group from the substrate, and the at least one current collecting pin is inserted into a gap between the cylindrical battery cells in an axial direction of the battery cells and presses side surfaces of the outer cans of at least two cylindrical battery cells, of the cylindrical battery cells, neighboring each other. a battery cell group including a plurality of cylindrical battery cells, each of the cylindrical battery cells including: an outer can that has a bottomed cylindrical shape and contains an electricity-generation element; and a sealing body that seals an opening of the outer can, such that the cylindrical battery cells are disposed with the sealing bodies directed in a same direction; a first current collector electrically connected to each of the sealing bodies functioning as first outer terminals of the plurality of cylindrical battery cells; and a second current collector electrically connected to each of the outer cans functioning as second outer terminals of the plurality of cylindrical battery cells, wherein the second current collector has: a substrate disposed on a side of the sealing bodies to cover the battery cell group; and at least one current collecting pin protruding in a direction toward the battery cell group from the substrate, and a substrate disposed on a side of the sealing bodies to cover the battery cell group; and at least one current collecting pin protruding in a direction toward the battery cell group from the substrate, and the at least one current collecting pin is inserted into a gap between the cylindrical battery cells in an axial direction of the battery cells and presses side surfaces of the outer cans of at least two cylindrical battery cells, of the cylindrical battery cells, neighboring each other.
A display for a vehicle, comprising: a plastic cover lens including a lens of PC clear, a front film disposed on a front surface of the lens, a super retardation film, SRF, adhered to a rear surface of the plastic cover lens using a front optically clear adhesive, OCA; a liquid crystal display module adhered to a rear surface of the super retardation film using a rear optically clear adhesive; a panel-front assembled at the rear of the plastic cover lens, in close contact with and supporting the liquid crystal display module, and preventing deformation of the plastic cover lens; and a rear cover assembled at the rear of the panel-front, characterized in that a rear film is disposed on a rear surface of the lens and the rear film includes a black masking layer printed on the rear surface of the lens excluding a window area corresponding to a position of the liquid crystal display module. a plastic cover lens including a lens of PC clear, a front film disposed on a front surface of the lens, a super retardation film, SRF, adhered to a rear surface of the plastic cover lens using a front optically clear adhesive, OCA; a liquid crystal display module adhered to a rear surface of the super retardation film using a rear optically clear adhesive; a panel-front assembled at the rear of the plastic cover lens, in close contact with and supporting the liquid crystal display module, and preventing deformation of the plastic cover lens; and a rear cover assembled at the rear of the panel-front, characterized in that a rear film is disposed on a rear surface of the lens and the rear film includes a black masking layer printed on the rear surface of the lens excluding a window area corresponding to a position of the liquid crystal display module.
A hinge (1,1a,1b) for a folding bicycle comprising a stationary leaf, a moving leaf, a lever and a linkage device, wherein the moving leaf is pivotally connected to the stationary leaf, the lever is pivotally connected to the stationary leaf, the linkage device is pivotally connected to the lever at a first pivoting position, and the linkage device is pivotally connected to the moving leaf at a second pivoting position, wherein the distance between the first pivoting position and the second pivoting position is not constant, wherein the difference between the maximum and minimum distance between the first pivoting position and the second pivoting position is 1 mm to 10 mm, wherein the linkage device comprises: a first rod pintle pivotally connected to the lever; a second rod pintle with a hole and pivotally connected to the moving leaf; a rod with a first rod end and a second rod end, wherein the first rod end is connected with the first rod pintle; and a holding member passing through the hole and connecting with the second rod end to keep the second rod pintle between the holding member and the rod, wherein the moving leaf has a pivot shaft, and the second rod pintle is pivotally connected to the pivot shaft, characterized in that the holding member has a head and a shoulder, and the shoulder passes through the hole and forms a moving gap, so that the pivot shaft can move slightly along the holding member forward and backward. a first rod pintle pivotally connected to the lever; a second rod pintle with a hole and pivotally connected to the moving leaf; a rod with a first rod end and a second rod end, wherein the first rod end is connected with the first rod pintle; and a holding member passing through the hole and connecting with the second rod end to keep the second rod pintle between the holding member and the rod,
A personal care composition comprising water, at least one oil, at least one functionalised side chain crystalline polymer wherein said polymer comprises poly C 8 -C 22 alkylacrylates/methacrylic acid crosspolymers wherein the amount of SCC is sufficient to form an emulsion and wherein the amount of SCC is 10 % or less by weight based on the weight of the oil; and at least one emulsifier. water, at least one oil, at least one functionalised side chain crystalline polymer wherein said polymer comprises poly C 8 -C 22 alkylacrylates/methacrylic acid crosspolymers wherein the amount of SCC is sufficient to form an emulsion and wherein the amount of SCC is 10 % or less by weight based on the weight of the oil; and at least one emulsifier.
A processing system, comprising: a lower stack bound register configured to store a first memory address, the first memory address identifying a lower bound of a memory addressable via a stack segment; an upper stack bound register configured to store a second memory address, the second memory address identifying an upper bound of the memory addressable via the stack segment; a stack bounds checking logic configured to detect unauthorized stack pivoting, by comparing a memory address being accessed via the stack segment with at least one of the first memory address and the second memory address; a base pointer 'BP' register; and a stack pointer 'SP' register, wherein: the stack bound checking logic is further configured to store, using one of: the SP register or the BP register, the memory address being accessed via the stack segment; the stack bounds checking logic is further configured to enable detecting unauthorized stack pivoting if the memory address being accessed is stored using the SP register; and the stack bounds checking logic is further configured to disable detecting unauthorized stack pivoting if the memory address being accessed is stored using the BP register. a lower stack bound register configured to store a first memory address, the first memory address identifying a lower bound of a memory addressable via a stack segment; an upper stack bound register configured to store a second memory address, the second memory address identifying an upper bound of the memory addressable via the stack segment; a stack bounds checking logic configured to detect unauthorized stack pivoting, by comparing a memory address being accessed via the stack segment with at least one of the first memory address and the second memory address; a base pointer 'BP' register; and a stack pointer 'SP' register, wherein: the stack bound checking logic is further configured to store, using one of: the SP register or the BP register, the memory address being accessed via the stack segment; the stack bounds checking logic is further configured to enable detecting unauthorized stack pivoting if the memory address being accessed is stored using the SP register; and the stack bounds checking logic is further configured to disable detecting unauthorized stack pivoting if the memory address being accessed is stored using the BP register. the stack bound checking logic is further configured to store, using one of: the SP register or the BP register, the memory address being accessed via the stack segment; the stack bounds checking logic is further configured to enable detecting unauthorized stack pivoting if the memory address being accessed is stored using the SP register; and the stack bounds checking logic is further configured to disable detecting unauthorized stack pivoting if the memory address being accessed is stored using the BP register.
A solid dosage form containing ethinyl estradiol for use in hormone replacement therapy or to treat symptoms of menopause, wherein the solid dosage form is formulated to release an effective amount of the ethinyl estradiol in the oral cavity of a patient for absorption through the oral mucosa, wherein the patient is instructed to orally administer the solid dosage form with 59.147 ml (2 ounces) of water or less, and wherein the solid dosage form is a chewable tablet comprising (i) 2 μg to 15 μg of ethinyl estradiol; (ii) optionally, 0.3 mg to 1.5 mg of norethindrone acetate or norethindrone; and (iii) 30% to 90% by weight of an oral dissolution enhancing carrier that is mannitol. (i) 2 μg to 15 μg of ethinyl estradiol; (ii) optionally, 0.3 mg to 1.5 mg of norethindrone acetate or norethindrone; and (iii) 30% to 90% by weight of an oral dissolution enhancing carrier that is mannitol.
A computer-implemented method, comprising: receiving a number specified by a user for a minimum character length for a password as a selector display condition for displaying a password reveal selector; displaying a password entry box configured for input of password characters of a password, the password entry box including the password reveal selector for user-selection to reveal the password, the password reveal selector initially concealed from view when the password entry box is displayed; receiving the password characters in the password entry box, the password characters obfuscated when displayed in the password entry box; displaying the password reveal selector according to the selector display condition, the selector display condition including the password reveal selector being displayed if a parameter is at least a minimum number, the parameter indicating a maximum number of the password characters the password entry box is implemented to receive, and if at least the number specified by the user of the password characters are received; receiving the user-selection of the password reveal selector; and revealing the password in the password entry box for a duration of time after the user-selection of the password reveal selector is received. receiving a number specified by a user for a minimum character length for a password as a selector display condition for displaying a password reveal selector; displaying a password entry box configured for input of password characters of a password, the password entry box including the password reveal selector for user-selection to reveal the password, the password reveal selector initially concealed from view when the password entry box is displayed; receiving the password characters in the password entry box, the password characters obfuscated when displayed in the password entry box; displaying the password reveal selector according to the selector display condition, the selector display condition including the password reveal selector being displayed if a parameter is at least a minimum number, the parameter indicating a maximum number of the password characters the password entry box is implemented to receive, and if at least the number specified by the user of the password characters are received; receiving the user-selection of the password reveal selector; and revealing the password in the password entry box for a duration of time after the user-selection of the password reveal selector is received.
Method for evaluating the firmness of the ground on which is running a vehicle equipped with at least one mounted assembly having a radial stiffness k radial comprising a tyre casing having a crown, two sidewalls and two beads, equipped with at least one sensor sensitive to the circumferential curvature and positioned in line with the crown, comprising the following steps:. - Estimating a value of the curvature ρ A of the tyre casing corresponding to first steady-state conditions of the tyre casing in contact with the ground; - Evaluating the relative firmness of the ground with respect to the radial stiffness k radial of the mounted assembly as being a function of the value of the curvature ρ A of the tyre casing. - Estimating a value of the curvature ρ A of the tyre casing corresponding to first steady-state conditions of the tyre casing in contact with the ground; - Evaluating the relative firmness of the ground with respect to the radial stiffness k radial of the mounted assembly as being a function of the value of the curvature ρ A of the tyre casing.