mhurhangee/ep-ind-claims huggingface dataset:
A method of capacity planning in a network, the method comprising: collecting utilization data related to a plurality of network resources on the network; determining peak periods for each of the plurality of network resources based on the utilization data wherein a peak time for each of the plurality of network resources is calculated as the time where a percentile of the peak usage of the network resource occurs over a predetermined time interval; determining a plurality of key performance indicators over the determined peak periods for each of the plurality of network resources, wherein the plurality of KPIs comprises application use of each of a plurality of applications on the network and wherein the peak period for the at least one network resource is calculated using time periods adjacent to the peak time that have usage within 5% of the peak usage; determining at least one top application of the plurality of applications on the network during the peak period based on the plurality of KPIs; aggregating each of the KPIs for each of the plurality of network resources; creating a network upgrade plan based on the at least one top application and the aggregated KPIs; and adapting a per-application network policy to further refine the network upgrade plan. collecting utilization data related to a plurality of network resources on the network; determining peak periods for each of the plurality of network resources based on the utilization data wherein a peak time for each of the plurality of network resources is calculated as the time where a percentile of the peak usage of the network resource occurs over a predetermined time interval; determining a plurality of key performance indicators over the determined peak periods for each of the plurality of network resources, wherein the plurality of KPIs comprises application use of each of a plurality of applications on the network and wherein the peak period for the at least one network resource is calculated using time periods adjacent to the peak time that have usage within 5% of the peak usage; determining at least one top application of the plurality of applications on the network during the peak period based on the plurality of KPIs; aggregating each of the KPIs for each of the plurality of network resources; creating a network upgrade plan based on the at least one top application and the aggregated KPIs; and adapting a per-application network policy to further refine the network upgrade plan.
A slide ring having an inner surface arranged opposite a shaft in operation, the inner surface being formed with a coating, the inner surface having a porous structure, the structure having cavities, a polymer being positively arranged within the cavities of the porous structure, the coating being arranged upon the porous structure formed with the polymer, characterised in that the coating comprises a polymer material. having an inner surface arranged opposite a shaft in operation, the inner surface being formed with a coating, the inner surface having a porous structure, the structure having cavities, a polymer being positively arranged within the cavities of the porous structure, the coating being arranged upon the porous structure formed with the polymer, characterised in that the coating comprises a polymer material.
A battery module comprising: a plurality of battery blocks stacked in a first direction, wherein the battery blocks each include a plurality of cells, and a holder having accommodation portions in each of which one of the cells is housed and which extend in a second direction orthogonal to the first direction, the holder is made of a thermally conductive material, and has a first surface and a second surface opposite to each other in the first direction, characterized in that a pair of heater portions is placed on at least one of the first surface or the second surface so as to be spaced apart from each other in the second direction, and a space through which a cooling medium flows is defined between each adjacent pair of the holders by the pair of heater portions. a plurality of battery blocks stacked in a first direction, wherein the battery blocks each include a plurality of cells, and a holder having accommodation portions in each of which one of the cells is housed and which extend in a second direction orthogonal to the first direction, the holder is made of a thermally conductive material, and has a first surface and a second surface opposite to each other in the first direction, a plurality of cells, and a holder having accommodation portions in each of which one of the cells is housed and which extend in a second direction orthogonal to the first direction, the holder is made of a thermally conductive material, and has a first surface and a second surface opposite to each other in the first direction, characterized in that a pair of heater portions is placed on at least one of the first surface or the second surface so as to be spaced apart from each other in the second direction, and a space through which a cooling medium flows is defined between each adjacent pair of the holders by the pair of heater portions.
A shut-off valve for controlling flow of a pressurised gas, comprising a body defining a passage extending between a gas inlet channel and a gas outlet channel, and a sealing element arranged to, in a first position, close the passage, and in a second position, open the passage to allow gas to flow between the gas inlet channel and the gas outlet channel through the passage, a pin element at least partly arranged in the passage and connected to the sealing element, and a biasing element for biasing a first end of the sealing element such that a second end of the sealing element is in contact with the pin element, wherein the pin element comprises guiding means for guiding a gas flow between the gas inlet channel and the gas outlet channel when the sealing element is in the second position, which guiding means extends in the longitudinal direction of the pin element and is arranged to only allow a lower gas flow through the limited area between external diameter of the pin element and the inner wall of the passage, wherein the guiding means is arranged to allow gas to leave the passage in a radial direction of the pin element, characterized in that the pin element is further arranged to ensure a slow opening of the valve by comprising a restriction means at a first end which is in contact with the sealing element, which restriction means surrounds the pin element in a circumferential direction and is tapering in an axial direction from the first end. a pin element at least partly arranged in the passage and connected to the sealing element, and a biasing element for biasing a first end of the sealing element such that a second end of the sealing element is in contact with the pin element, wherein the pin element comprises guiding means for guiding a gas flow between the gas inlet channel and the gas outlet channel when the sealing element is in the second position, which guiding means extends in the longitudinal direction of the pin element and is arranged to only allow a lower gas flow through the limited area between external diameter of the pin element and the inner wall of the passage, wherein the guiding means is arranged to allow gas to leave the passage in a radial direction of the pin element, characterized in that the pin element is further arranged to ensure a slow opening of the valve by comprising a restriction means at a first end which is in contact with the sealing element, which restriction means surrounds the pin element in a circumferential direction and is tapering in an axial direction from the first end.
Applicator tip for a cosmetic product, said applicator tip comprising an attachment portion to a support rod and an applicator portion (20, 20') of said product, said applicator portion (20, 20') having at least two opposite, rounded application surfaces (F1, F2) hinged onto said attachment portion and extending to a distal end of the applicator, along a main direction of longitudinal extension, referred to as the main direction, said rounded surfaces (F1, F2) having a radius of curvature (R1, R2) of less than 6 mm, said attachment portion comprising a sleeve, said applicator portion (20, 20') being connected to said sleeve via a flexible portion, referred to as constriction, in such a way that said applicator portion (20, 20') is rotationally mobile with respect to said sleeve along at least two axes (Y, Z) of an orthonormal coordinate system, said constriction having a rounded shape, substantially concave, in particular when it is observed in a plane transverse to said main direction, said rounded shape having a radius of curvature of less than 6 mm and said constriction has a section, in particular transverse to the main direction, of a substantially cylindrical shape of which the diameter is at least equal to 1.5 mm.
A process for producing sulfuric acid with reduced levels of niter or nitrogen oxides (NO x) comprising: a) providing an absorption tower wherein sulfur trioxide is absorbed in a sulfuric acid feed having a first sulfuric acid solution to produce a sulfuric acid effluent having i) a second sulfuric acid solution which has a higher concentration than the first sulfuric acid solution, ii) a NO x concentration greater than 5 ppm by weight (as NO 3) and iii) an effluent temperature greater than or equal to 90°C; and b) admixing a hydrazine source selected from the group consisting of hydrazine sulfate, dihydrazine sulfate and hydrazine hydrate with the sulfuric acid effluent to form a hydrazine-treated sulfuric acid effluent, the treated sulfuric acid effluent being maintained at a temperature of greater than or equal to 90°C for a maintenance period of at least 1 minute; c) diluting the sulfuric acid effluent with water wherein the diluting is performed before, after, or at the same time as the admixing of the hydrazine source; d) cooling the treated, diluted effluent to a temperature below about 95°C; e) splitting the treated, diluted effluent into a first treated, diluted effluent stream and a second treated, diluted effluent stream; f) recycling the first treated, diluted effluent stream to become all or part of the sulfuric acid feed to the absorption tower; and g) collecting the second treated, diluted effluent stream as sulfuric acid product. a) providing an absorption tower wherein sulfur trioxide is absorbed in a sulfuric acid feed having a first sulfuric acid solution to produce a sulfuric acid effluent having i) a second sulfuric acid solution which has a higher concentration than the first sulfuric acid solution, ii) a NO x concentration greater than 5 ppm by weight (as NO 3) and iii) an effluent temperature greater than or equal to 90°C; and b) admixing a hydrazine source selected from the group consisting of hydrazine sulfate, dihydrazine sulfate and hydrazine hydrate with the sulfuric acid effluent to form a hydrazine-treated sulfuric acid effluent, the treated sulfuric acid effluent being maintained at a temperature of greater than or equal to 90°C for a maintenance period of at least 1 minute; c) diluting the sulfuric acid effluent with water wherein the diluting is performed before, after, or at the same time as the admixing of the hydrazine source; d) cooling the treated, diluted effluent to a temperature below about 95°C; e) splitting the treated, diluted effluent into a first treated, diluted effluent stream and a second treated, diluted effluent stream; f) recycling the first treated, diluted effluent stream to become all or part of the sulfuric acid feed to the absorption tower; and g) collecting the second treated, diluted effluent stream as sulfuric acid product.
A container for storing dehydrated biological material under a controlled atmosphere, in particular at ambient temperature, and more particularly DNA, comprising an envelope made from gastight metal material, characterised in that the envelope is cylindrical in shape, the container comprising an insert, also cylindrical in shape and being housed with gentle friction in the envelope, for receiving said biological material, said envelope being closed at one end and at the other end comprises a stopper intended to be sealingly connected to said envelope, the envelope and the stopper being produced from the same material, each in a single piece and made by mechanical deformation by deep drawing, the stopper being made from metal material and cylindrical in shape, closed at one end and intended to be fitted in the cylindrically shaped envelope, the open peripheral edges of the envelope and of the stopper being juxtaposed.
Seat with tipping seating portion for vehicles, comprising: - a support structure, destined to be anchored to a vehicle; - a tipping seating portion, movably connected to the support structure to move between a position of use and a position of non-use, in which the tipping seating portion is positioned leaning against the support structure to reduce the overall space occupied by the seat; and - two movable armrests (31, 32), each of which is movably connected to the support structure to move between a position of use and a position of non-use, in which each armrest (31,32) is positioned leaning against the support structure to reduce the overall space occupied by the seat; - means for moving the tipping seating portion from said position of use to said position of non-use, each armrest (31, 32) being kinematically connected to the tipping seating portion so that the armrest (31,32) is moved from the position of use to the position of non-use by the movement of the tipping seating portion from the position of use to the position of non-use, said two armrests (31, 32) being connected to the support structure on two opposite sides, characterised in that each of the two armrests (31, 32) is movable between the positions of use and non-use independently of the tipping seating portion and of the other armrest (31, 32) when the seating portion is in the position of use. - a support structure, destined to be anchored to a vehicle; - a tipping seating portion, movably connected to the support structure to move between a position of use and a position of non-use, in which the tipping seating portion is positioned leaning against the support structure to reduce the overall space occupied by the seat; and - two movable armrests (31, 32), each of which is movably connected to the support structure to move between a position of use and a position of non-use, in which each armrest (31,32) is positioned leaning against the support structure to reduce the overall space occupied by the seat; - means for moving the tipping seating portion from said position of use to said position of non-use, each armrest (31, 32) being kinematically connected to the tipping seating portion so that the armrest (31,32) is moved from the position of use to the position of non-use by the movement of the tipping seating portion from the position of use to the position of non-use, said two armrests (31, 32) being connected to the support structure on two opposite sides, characterised in that each of the two armrests (31, 32) is movable between the positions of use and non-use independently of the tipping seating portion and of the other armrest (31, 32) when the seating portion is in the position of use.
A storage device for a refrigerator, comprising: a plurality of boxes, each of which is provided with a plurality of egg grooves for accommodating eggs; a rotating shaft on which a plurality of engaging portions is disposed at intervals, so that the plurality of boxes is rotatably connected to the plurality of engaging portions at intervals in the axial direction of the rotating shaft, respectively; wherein the storage device further comprises a plurality of damping masses configured to be respectively engaged with the outside of the plurality of engaging portions and located between the boxes and the engaging portions, so that the boxes can stay stationary at any rotation position at any time when being rotated around the rotating shaft, characterized in that each damping mass comprises a body portion that is configured to have a major segment and a protruding portion that extends outwardly from the planar side of the body portion, the curved side of the body portion is provided with a rectangular hole, and the rectangular hole is configured to extend inwardly from the lateral center position of the curved side to the rear side of the center of the major segment, so as to be engaged with the outer peripheral side of the engaging portion; the protruding portion is composed of two mirror-symmetrical minor segments, and forms a base surface that coincides with the planar side of the body portion and a convex curved surface that is smoothly connected with the curved side of the body portion; and the protruding portion has a hollow portion inside, and the hollow portion has a contour that is contoured with the protruding portion; each of the boxes is provided with a vertically upwardly extending rotating shaft tube and a vertically downwardly extending tubular damping engaging hole which is disposed coaxially with the rotating shaft tube; the rotating shaft is rotatably disposed within the rotating shaft tube of the plurality of boxes, and the plurality of engaging portions on the rotating shaft are respectively embedded in the damping engaging holes of the plurality of boxes; and the inner wall of the damping engaging hole is provided with at least one recessed portion which is configured to be matched with the protruding portion of the damping mass.
Motor vehicle spare wheel fastening device that can be secured to the body of the vehicle, comprising a wheel-accommodating wire structure provided with at least two coupling means (11, 12) that can be respectively coupled to a receiving element (31, 32) secured to the vehicle for the tiltable mounting of said wire structure about an axis passing through the at least two coupling means, allowing opening or closing operations of said device, said wire structure comprising at least one substantially U-shaped wire whose two ends (1010, 1020) are respectively extended by said coupling means (11, 12), and said coupling means taking the respective form of a first hook and of a second hook of mutually different shapes, characterized in that said hooks (11, 12) are configured and dimensioned such that said wire structure can be mounted only by coupling said first hook first and then said second hook, and such that at least said U-shaped wire of said wire structure is elastically deformable to allow the coupling of said second hook.
A method for fixing hydroxyapatite to a titanium-based metal substrate which comprises a step of subjecting a surface of a titanium-based metal substrate comprising pure titanium or a titanium alloy to surface roughening treatment so that a surface roughness Ra becomes 1.6 μm or more and 4.0 μm or less, a step of adhering hydroxyapatite powder to entire surface or a part of the surface of the titanium-based metal substrate, which has been subjected to the surface roughening treatment, at a ratio of 25 mg/cm 2 or more and 70 mg/cm 2 or less, and a step of retaining the titanium-based metal substrate, to which the hydroxyapatite powder has been adhered, at a sintering temperature of 800°C or higher to 1,150 °C or lower for 3 hours or longer and 11 hours or shorter when an atmosphere is air, argon gas or carbon dioxide gas, or retaining the titanium-based metal substrate at a sintering temperature of 1,050°C or higher for 3 hours or longer and 11 hours or shorter when the atmosphere is nitrogen gas, or retaining the titanium-based metal substrate at a sintering temperature of 900°C or higher for 3 hours or longer and 11 hours or shorter when the atmosphere is oxygen gas, to sinter the hydroxyapatite powder on the surface of the metal substrate. a step of adhering hydroxyapatite powder to entire surface or a part of the surface of the titanium-based metal substrate, which has been subjected to the surface roughening treatment, at a ratio of 25 mg/cm 2 or more and 70 mg/cm 2 or less, and a step of retaining the titanium-based metal substrate, to which the hydroxyapatite powder has been adhered, at a sintering temperature of 800°C or higher to 1,150 °C or lower for 3 hours or longer and 11 hours or shorter when an atmosphere is air, argon gas or carbon dioxide gas, or retaining the titanium-based metal substrate at a sintering temperature of 1,050°C or higher for 3 hours or longer and 11 hours or shorter when the atmosphere is nitrogen gas, or retaining the titanium-based metal substrate at a sintering temperature of 900°C or higher for 3 hours or longer and 11 hours or shorter when the atmosphere is oxygen gas, to sinter the hydroxyapatite powder on the surface of the metal substrate.
The use of a tumor-targeted superantigen having the amino acid sequence of SEQ. ID. NO. 7 and a cytostatic drug for the production of a pharmaceutical preparation for reducing an antibody response to the tumor-targeted superantigen in a mammal compared to administration of the superantigen alone, while not inhibiting or even enhancing the T cell response of the tumor-targeted superantigen in the mammal, wherein said pharmaceutical preparation is for treatment of cancer.
A solid lubricant nanoparticle composition produced by the steps of: (a) dry ball milling a layered solid lubricant resulting in a plurality of solid lubricant nanoparticles; and then (b) wet ball milling the solid lubricant nanoparticles with an organic medium selected from canola oil, soybean oil, corn oil, n-hexadecane, hydrocarbon oils, or a combination thereof; wherein the layered solid lubricant nanoparticles comprise molybdenum disulphide, tungsten disulphide, graphite, or a combination thereof; wherein the milled solid lubricant nanoparticles have an average particle dimension as measured by transmission electron microscopy of less than or equal to 500 nm. (a) dry ball milling a layered solid lubricant resulting in a plurality of solid lubricant nanoparticles; and then (b) wet ball milling the solid lubricant nanoparticles with an organic medium selected from canola oil, soybean oil, corn oil, n-hexadecane, hydrocarbon oils, or a combination thereof;
A system for providing to a designated third party system access to a secret, the system comprising: a plurality of trustee systems (102a, 102b, 102c, 102d), wherein each trustee system is configured to: receive a secret share of the secret from a first party system and store the secret share, wherein the secret or the secret share is encrypted such that only a designated third party system can access the secret; monitor published requests for the secret shares; validate that a request for the secret shares was made by the designated third party system; and if the validation is successful, publish the secret share in response to the validated request for the secret shares, wherein the secret shares are published by the trustee system to a first ledger, and wherein the requests for the secret shares are published to the first ledger, or to a second ledger. receive a secret share of the secret from a first party system and store the secret share, wherein the secret or the secret share is encrypted such that only a designated third party system can access the secret; monitor published requests for the secret shares; validate that a request for the secret shares was made by the designated third party system; and if the validation is successful, publish the secret share in response to the validated request for the secret shares, wherein the secret shares are published by the trustee system to a first ledger, and wherein the requests for the secret shares are published to the first ledger, or to a second ledger.