mhurhangee/ep-ind-claims huggingface dataset:
Sodium nitrite which contains no greater than 0.02% by weight of sodium carbonate and no greater than 10 ppm of an anti-caking agent, wherein the sodium nitrite has a loss on drying of no greater than 0.25% by weight; wherein the water content in the sodium nitrite is no greater than 0.5% by weight; wherein the sodium nitrite contains no greater than 0.4% by weight of sodium nitrate, no greater than 0.005% by weight of insoluble matter, no greater than 0.005% by weight of chloride, no greater than 0.01% by weight of sulfate, no greater than 0.001% by weight of iron, no greater than 0.01% by weight of calcium, no greater than 0.005% by weight of potassium, no greater than 0.05 ppm of mercury, no greater than 2 ppm of aluminum, no greater than 3 ppm of arsenic, and no greater than 0.003% by weight of selenium; wherein the sodium nitrite contains no greater than 10 ppm, no greater than 100 ppm, no greater than 500 ppm, no greater than 1000 ppm, or no greater than 5000 ppm of organic volatile impurities; wherein the total non-volatile organic carbon content in the sodium nitrite is no greater than 2.5 ppm, or no greater than 10 ppm; wherein the sodium nitrite has total aerobic count of microbial load of no greater than 100 CFU/g, has total yeast and mold count of no greater than 20 CFU/g, contains no greater than 0.25 EU/mg of bacterial endotoxins; wherein the sodium nitrite contains no less than 97% by weight and no greater than 101% by weight of sodium nitrite as measured by USP colormetric assay; and wherein the heavy metal content in the sodium nitrite is no greater than 10 ppm. wherein the sodium nitrite has a loss on drying of no greater than 0.25% by weight; wherein the water content in the sodium nitrite is no greater than 0.5% by weight; wherein the sodium nitrite contains no greater than 0.4% by weight of sodium nitrate, no greater than 0.005% by weight of insoluble matter, no greater than 0.005% by weight of chloride, no greater than 0.01% by weight of sulfate, no greater than 0.001% by weight of iron, no greater than 0.01% by weight of calcium, no greater than 0.005% by weight of potassium, no greater than 0.05 ppm of mercury, no greater than 2 ppm of aluminum, no greater than 3 ppm of arsenic, and no greater than 0.003% by weight of selenium; wherein the sodium nitrite contains no greater than 10 ppm, no greater than 100 ppm, no greater than 500 ppm, no greater than 1000 ppm, or no greater than 5000 ppm of organic volatile impurities; wherein the total non-volatile organic carbon content in the sodium nitrite is no greater than 2.5 ppm, or no greater than 10 ppm; wherein the sodium nitrite has total aerobic count of microbial load of no greater than 100 CFU/g, has total yeast and mold count of no greater than 20 CFU/g, contains no greater than 0.25 EU/mg of bacterial endotoxins; wherein the sodium nitrite contains no less than 97% by weight and no greater than 101% by weight of sodium nitrite as measured by USP colormetric assay; and wherein the heavy metal content in the sodium nitrite is no greater than 10 ppm.
A rotor blade for a compressor of a gas turbine engine, comprising: an airfoil extending from a root to a tip and having a leading edge and a trailing edge, with a span that extends from 0% at the root to 100% at the tip and a mean camber line that extends from the leading edge to the trailing edge, the airfoil having a location of local maximum thickness defined as a ratio of a first arc distance along the mean camber line between the leading edge and a position of the local maximum thickness to a total arc distance (S Total) along the mean camber line from the leading edge to the trailing edge, characterized in that a value of the ratio increases steadily from the root to a first position value, decreases steadily from the first position value to a second position value and increases steadily from the second position value to the tip, wherein the first position value is at a spanwise location within 20% to 50% of the span and wherein the second position value is at a spanwise location within 60% to 90% of the span.
Secondary locking device for a plug-connector plug, in particular an airbag plug connector for locking a plug connection in its primary contacting position, comprising at least one mushroom-shaped secondary locking element having at least one locking pin for introducing into a plug-connector housing, characterized in that the mushroom-shaped secondary locking element has a push-button-shaped region having at least one ring snap connection which is encircling in regions, or completely encircling, wherein the at least one ring snap connection is formed so as to correspond to a housing snap connection in such a way that the secondary locking element can be fixed in the locking position.
A cable-type secondary battery (300, 400) having a horizontal cross section and extending in a longitudinal direction, the cable-type secondary battery comprising: a hollow core portion (310, 410) having a gel polymer electrolyte injected there into; an inner electrode which includes an open-structured inner current collector (320, 420) surrounding an outer surface of the hollow core portion and an inner electrode active material layer (330, 430) formed on a surface of the inner current collector; a separation layer (340, 440) surrounding an outer surface of the inner electrode; an outer electrode which includes an outer electrode active material layer (350, 450) surrounding an outer surface of the separation layer and an outer current collector (360, 460) surrounding an outer surface of the outer electrode active material layer; and a protective coating layer (370, 470), wherein the gel polymer electrolyte injected into the hollow core portion comprises an organic electrolyte solution including an ionic salt, and a cross-linked polymer. a hollow core portion (310, 410) having a gel polymer electrolyte injected there into; an inner electrode which includes an open-structured inner current collector (320, 420) surrounding an outer surface of the hollow core portion and an inner electrode active material layer (330, 430) formed on a surface of the inner current collector; a separation layer (340, 440) surrounding an outer surface of the inner electrode; an outer electrode which includes an outer electrode active material layer (350, 450) surrounding an outer surface of the separation layer and an outer current collector (360, 460) surrounding an outer surface of the outer electrode active material layer; and a protective coating layer (370, 470), wherein the gel polymer electrolyte injected into the hollow core portion comprises an organic electrolyte solution including an ionic salt, and a cross-linked polymer.
A primer composition, comprising: (a) 5 wt% to 70 wt% of a binder including: (i) 1 wt% to 40 wt% polyvinyl alcohol; (ii) 1 wt% to 20 wt% starch nanoparticles, wherein the starch nanoparticles have an average diameter from 10 nm to 500 nm; (iii) 1 wt% to 20 wt% of a polyurethane dispersion; (b) 10 wt% to 50 wt% of a cationic salt; and (c) water, wherein components (a)(i) to (a)(iii) and (b) are present in an amount of all dry components of the primer composition. (a) 5 wt% to 70 wt% of a binder including: (i) 1 wt% to 40 wt% polyvinyl alcohol; (ii) 1 wt% to 20 wt% starch nanoparticles, wherein the starch nanoparticles have an average diameter from 10 nm to 500 nm; (iii) 1 wt% to 20 wt% of a polyurethane dispersion; (i) 1 wt% to 40 wt% polyvinyl alcohol; (ii) 1 wt% to 20 wt% starch nanoparticles, wherein the starch nanoparticles have an average diameter from 10 nm to 500 nm; (iii) 1 wt% to 20 wt% of a polyurethane dispersion; (b) 10 wt% to 50 wt% of a cationic salt; and (c) water,
Compression stocking with adjustable compression pressure for therapeutic compression of a leg, the compression stocking comprising: - a first stocking element to be arranged around the lower leg; - a second stocking element to be arranged around the foot of the leg, wherein the second stocking element is attached to the first stocking element or formed integrally thereon at an angle; further comprising: - a pressure compartment to be filled with air up to the adjustable compression pressure and extending in both the first and the second stocking element, and configured to extend all the way around the periphery of at least a part of the lower leg in use in order to exert a homogenous pressure on the at least one part of the lower leg all the way around; a valve mechanism connected to the pressure compartment, wherein the valve mechanism comprises a closable passage between the pressure compartment and the outside air. - a first stocking element to be arranged around the lower leg; - a second stocking element to be arranged around the foot of the leg, wherein the second stocking element is attached to the first stocking element or formed integrally thereon at an angle; further comprising: - a pressure compartment to be filled with air up to the adjustable compression pressure and extending in both the first and the second stocking element, and configured to extend all the way around the periphery of at least a part of the lower leg in use in order to exert a homogenous pressure on the at least one part of the lower leg all the way around; - a pressure compartment to be filled with air up to the adjustable compression pressure and extending in both the first and the second stocking element, and configured to extend all the way around the periphery of at least a part of the lower leg in use in order to exert a homogenous pressure on the at least one part of the lower leg all the way around; a valve mechanism connected to the pressure compartment, wherein the valve mechanism comprises a closable passage between the pressure compartment and the outside air.
Device (10, 10', 10") for sealing, in particular in the region of a shaft feedthrough, a pump chamber of a rotary piston pump with respect to a fluid-free region of the rotary piston pump, comprising two or more sealing members (13, 13', 13", 19, 23, 25) which can be arranged, adjacent an end face of a rotary piston arranged on the shaft, in the pump chamber of the rotary piston pump such that a labyrinth gap extends between the sealing members (13, 13', 13", 19, 23, 25) and is configured to extend the sealing path relative to the shaft in the radial direction and in the axial direction, wherein the sealing path is the path through the labyrinth gap and the sealing path in the radial direction relative to the shaft is greater than the sealing path in the axial direction relative to the shaft, characterised in that the first sealing member (13, 13', 13 ") is formed as a ring washer and comprises an outer diameter which extends beyond the root circle of the rotary piston, wherein the outer diameter of the first sealing member delimits the start of the labyrinth gap on the piston side.
An information processing device comprising: a receiving unit configured to receive predetermined information from a first information terminal possessed by a first user (User B) and a second information terminal possessed by a second user (User A); an action recognition unit configured to recognize actions of the first and the second users on the basis of the predetermined information received from the first and the second information terminal respectively; characterised by a correlation score computation unit configured to compute a correlation score expressing a degree of correlation between the predetermined information received from the first information terminal and the predetermined information received from the second information terminal; a selecting unit configured to select, on the basis of the computed correlation score, an action to provide to the first user (User B) from among actions of the second user (User A) recognized by the action recognition unit on the basis of the predetermined information received from the second information terminal; and a transmitting unit configured to transmit the selected action of the second user (User A) to the first information terminal. a receiving unit configured to receive predetermined information from a first information terminal possessed by a first user (User B) and a second information terminal possessed by a second user (User A); an action recognition unit configured to recognize actions of the first and the second users on the basis of the predetermined information received from the first and the second information terminal respectively; characterised by a correlation score computation unit configured to compute a correlation score expressing a degree of correlation between the predetermined information received from the first information terminal and the predetermined information received from the second information terminal; a selecting unit configured to select, on the basis of the computed correlation score, an action to provide to the first user (User B) from among actions of the second user (User A) recognized by the action recognition unit on the basis of the predetermined information received from the second information terminal; and a transmitting unit configured to transmit the selected action of the second user (User A) to the first information terminal.
Furniture hinge comprising a first member for fixing to an element of a piece of furniture, a second member for fixing to a door of said element of piece of furniture, comprising a box (6, 6'), said first member comprising a fixing arm (1,1') and a rocker (3,102), said first member being suitable to move with a relative pivoting motion about a first articulation pin (8, 8') with said box (6, 6'), connections means (16, 16') for connecting the rocker of said first member to damping means for damping said pivoting motion, comprising a substantially flat disc shaped damping element (23, 23') immersed in a viscous medium so as to produce a damping force, said connection means (16, 16') comprising a hook element (27, 27'), characterized in that said hook element (27, 27') is suitable to pivot about a respective articulation pin, with axis parallel to said first articulation pin (8, 8'), and elastic means (20, 20') are provided for exerting a pushing force on said hook element (27, 27') so that the latter exerts a pressure on the damping element (23, 23'), and in that said hook element (27, 27') is suitable to engage a curved groove of a plurality of curved grooves (30, 30'), present on a first face of the damping element (23, 23') so as to convert the pivoting motion of the first member about the first pivoting pin into a rotational motion of said damping element (23, 23') about its own centre in correspondence with a rotation of the hinge.
An oval-shaped double-sided indexable cutting insert for milling applications comprising: a top surface, a bottom surface, a first convex side surface, a second convex side surface, and a first symmetry axis extending substantially perpendicular to the top surface and the bottom surface; wherein a first cutting edge is formed at an intersection of the top surface and the first convex side surface; a second cutting edge is formed at an intersection of the top surface and the second convex side surface; a third cutting edge is formed at an intersection of the bottom surface and the first convex side surface; and a fourth cutting edge is formed at an intersection of the bottom surface and the second convex side surface; wherein the first to fourth cutting edges (8a, 8b, 8c, 8d) are formed identical and each cutting edge of the first to fourth cutting edges is adapted such that: a first cutting edge part and a second cutting edge part are individually usable by rotation of the cutting insert about the first symmetry axis by an angle of < 45°. a top surface, a bottom surface, a first convex side surface, a second convex side surface, and a first symmetry axis extending substantially perpendicular to the top surface and the bottom surface; wherein a first cutting edge is formed at an intersection of the top surface and the first convex side surface; a second cutting edge is formed at an intersection of the top surface and the second convex side surface; a third cutting edge is formed at an intersection of the bottom surface and the first convex side surface; and a fourth cutting edge is formed at an intersection of the bottom surface and the second convex side surface; wherein the first to fourth cutting edges (8a, 8b, 8c, 8d) are formed identical and each cutting edge of the first to fourth cutting edges is adapted such that: a first cutting edge part and a second cutting edge part are individually usable by rotation of the cutting insert about the first symmetry axis by an angle of < 45°.
Connector contact, comprising at least a contact body, a transmission means, a support for the transmission means, said support comprising, at its end, a ferrule, a spring applying a compressive force on the ferrule and a sealant product forming a seal between the ferrule and the transmission means characterized in that the contact comprises a flexible sealing means between the ferrule and the contact body so as to create a seal between the ferrule and the contact body when the contact is disconnected and the ferrule is subjected to the force of the spring and when the contact is connected, the ferrule is isolated from any mechanical stress relative to the contact body, said mechanical isolation not being hindered by said sealing means.
A method in a Radio Access Network, RAN, node for determining which operator should serve a device when it has been handed over from a source network to a target shared network, wherein the target shared network comprises a registered domain in which the device is registered and a non-registered domain in which the device is not registered, the method comprising: when the device has been handed over to the target shared network, transmitting (402, 503b, 602), to a non-registered Core Network, CN, node in the non-registered domain, a request for an identity of the device; receiving (403, 603) information indicating the identity of the device from the non-registered CN node in the non-registered domain; the method characterised by transmitting (404, 604) a request to CN nodes in the registered domain, wherein the request comprises the identity of the device and is a request for a serving operator which has registered the identified device; receiving (407, 605) a response from one of the requested CN node in the registered domain, wherein the response comprises information indicating the serving operator which has registered the identified device; determining (408, 606) that the same serving operator which served the identified device in the registered domain should also serve the device in the non-registered domain; and selecting (409, 607) a non-registered CN node which is associated with the determined serving operator, wherein the device is to be registered with the non-registered CN node. when the device has been handed over to the target shared network, transmitting (402, 503b, 602), to a non-registered Core Network, CN, node in the non-registered domain, a request for an identity of the device; receiving (403, 603) information indicating the identity of the device from the non-registered CN node in the non-registered domain; the method characterised by transmitting (404, 604) a request to CN nodes in the registered domain, wherein the request comprises the identity of the device and is a request for a serving operator which has registered the identified device; receiving (407, 605) a response from one of the requested CN node in the registered domain, wherein the response comprises information indicating the serving operator which has registered the identified device; determining (408, 606) that the same serving operator which served the identified device in the registered domain should also serve the device in the non-registered domain; and selecting (409, 607) a non-registered CN node which is associated with the determined serving operator, wherein the device is to be registered with the non-registered CN node.
An apparatus, comprising a passive arrayed-waveguide-grating router (e.g., 210, 300) that comprises: a first optical star coupler (e.g., 320) having a first optical waveguide (e.g., 308) coupled to a first edge (e.g., 318) thereof and a first lateral array of optical waveguides (e.g., 330) coupled to an opposite second edge thereof; and a second optical star coupler (e.g., 340) having the first lateral array of optical waveguides coupled to a first edge thereof and a second lateral array of optical waveguides (e.g., 360) coupled to an opposite second edge (e.g., 338) thereof; characterized in that the passive AWG router is configured to route a first carrier wavelength applied to the first optical waveguide to both a first optical waveguide (e.g., 360 A) of the second lateral array and a second optical waveguide (e.g., 360 E) of the second lateral array, said first and second optical waveguides of the second lateral array being separated from one another by at least one other optical waveguide (e.g., 360c) positioned between them in said second lateral array, wherein the passive AWG router is configured to transfer approximately equal portions of optical power of said first carrier wavelength to the first optical waveguide of the second lateral array and to the second optical waveguide of the second lateral array. a first optical star coupler (e.g., 320) having a first optical waveguide (e.g., 308) coupled to a first edge (e.g., 318) thereof and a first lateral array of optical waveguides (e.g., 330) coupled to an opposite second edge thereof; and a second optical star coupler (e.g., 340) having the first lateral array of optical waveguides coupled to a first edge thereof and a second lateral array of optical waveguides (e.g., 360) coupled to an opposite second edge (e.g., 338) thereof; characterized in that the passive AWG router is configured to route a first carrier wavelength applied to the first optical waveguide to both a first optical waveguide (e.g., 360 A) of the second lateral array and a second optical waveguide (e.g., 360 E) of the second lateral array, said first and second optical waveguides of the second lateral array being separated from one another by at least one other optical waveguide (e.g., 360c) positioned between them in said second lateral array, wherein the passive AWG router is configured to transfer approximately equal portions of optical power of said first carrier wavelength to the first optical waveguide of the second lateral array and to the second optical waveguide of the second lateral array.