mhurhangee/ep-ind-claims huggingface dataset:
An actuator for converting linear motion into rotational motion, the actuator mechanism comprising: a cylinder having a longitudinal axis and a power piston disposed in the cylinder, the power piston configured to move in a reciprocating manner back and forth within the cylinder along the longitudinal axis; a slider bearing disposed within a cross-bore opening in the power piston, the cross-bore opening having a slider bearing axis that is orthogonal to the longitudinal axis, the slider bearing configured to move back and forth within the cross-bore opening; an output shaft having a central axis that is orthogonal to both the longitudinal axis and the slider bearing axis, the output shaft including an eccentric shaft pin inserted through a slot in the power piston and disposed within a cavity of the slider bearing, the eccentric shaft pin being offset from the central axis of the output shaft; wherein the reciprocating movement of the power piston causes the slider bearing to move back and forth rotating the output shaft. a cylinder having a longitudinal axis and a power piston disposed in the cylinder, the power piston configured to move in a reciprocating manner back and forth within the cylinder along the longitudinal axis; a slider bearing disposed within a cross-bore opening in the power piston, the cross-bore opening having a slider bearing axis that is orthogonal to the longitudinal axis, the slider bearing configured to move back and forth within the cross-bore opening; an output shaft having a central axis that is orthogonal to both the longitudinal axis and the slider bearing axis, the output shaft including an eccentric shaft pin inserted through a slot in the power piston and disposed within a cavity of the slider bearing, the eccentric shaft pin being offset from the central axis of the output shaft; wherein the reciprocating movement of the power piston causes the slider bearing to move back and forth rotating the output shaft.
An explosion-proof and environment protective oil refueling equipment at least comprising an atmospheric double walled oil storage tank connected to a refueling machine; the inner chamber of said storage tank being filled with an explosion-proof material unit, and the interlayer between the two-layer tank walls thereof being filled with a high porosity lamellar material; a skid being set under the oil storage tank and the refueling machine; wherein a plurality of said material units is orderly installed in the inner chamber of the oil storage tank; said refueling equipment is characterized in the following technical features: Said explosion-proof material is a multi-layer material unit made of high porosity lamellar materials, and a fixed supporting part is provided in the unit for fixing and supporting the unit; said fixed supporting part is a skeleton set in the space between any two layers of the high porosity lamellar materials of this unit said skeleton is composed of interweaved supporting frame and reinforcing rings, with the reinforcing ring being threaded in the middle of the supporting frame and being fixed onto it, the shape of skeleton corresponding to that of the unit. Said explosion-proof material is a multi-layer material unit made of high porosity lamellar materials, and a fixed supporting part is provided in the unit for fixing and supporting the unit; said fixed supporting part is a skeleton set in the space between any two layers of the high porosity lamellar materials of this unit said skeleton is composed of interweaved supporting frame and reinforcing rings, with the reinforcing ring being threaded in the middle of the supporting frame and being fixed onto it, the shape of skeleton corresponding to that of the unit.
A metal closure for seaming onto the end of a container, the closure comprising: a centre panel defined by a circumferential score; a tab fixed to the panel by a rivet formed in the panel, the tab having a heel portion radially inside of the rivet and a nose portion radially outside of the rivet and adjacent to a radially inner edge of the score, such that lifting of the heel portion forces the nose portion into contact with a region of the panel adjacent to the radially inner edge of the circumferential score, thereby causing the closure to fracture partially along the score; and two spaced apart, elongate raised beads formed in the panel, extending with a circumferential component of direction, characterised in that each raised bead has an end terminating under the tab radially between the rivet and the score to allow the tab to pivot about the two raised beads. a centre panel defined by a circumferential score; a tab fixed to the panel by a rivet formed in the panel, the tab having a heel portion radially inside of the rivet and a nose portion radially outside of the rivet and adjacent to a radially inner edge of the score, such that lifting of the heel portion forces the nose portion into contact with a region of the panel adjacent to the radially inner edge of the circumferential score, thereby causing the closure to fracture partially along the score; and two spaced apart, elongate raised beads formed in the panel, extending with a circumferential component of direction, characterised in that each raised bead has an end terminating under the tab radially between the rivet and the score to allow the tab to pivot about the two raised beads.
Process for the preparation of infusions or teas comprising a support consisting of whole plants or fragments thereof, and one or more active principle(s) adsorbed on the surface of said support, characterized in that it comprises the following steps: a) in a first container, mix gum arabic with water and ethanol, b) in a second container, mix whole plants or fragments thereof with one or more active principle(s), c) add the mixture obtained in step a) to the mixture obtained in step b), and d) dry the mixture obtained in step c). a) in a first container, mix gum arabic with water and ethanol, b) in a second container, mix whole plants or fragments thereof with one or more active principle(s), c) add the mixture obtained in step a) to the mixture obtained in step b), and d) dry the mixture obtained in step c).
An excimer lamp comprising a discharge vessel and a pair of electrodes (6a, 6b) provided at the outer surface (1a, 1b) of the discharge vessel, the excimer lamp adapted to generate a plasma as a result of dielectric barrier discharge between the two electrodes (6a, 6b), wherein an interior of a discharge vessel is filled with krypton (Kr) as a first luminescent gas; a second gas which is a luminescent gas and comprises chlorine (Cl) or bromine (Br); and a third gas which is a buffer gas and is at least one species selected from among the group consisting of argon (Ar), neon (Ne), and helium (He), wherein a partial pressure P b of the third gas is not less than a partial pressure P lg of the first gas, and wherein further P b /P lg ≤ 10.0 is satisfied, wherein, when the second gas includes chlorine, KrCI* is generated and light having a primary peak wavelength of 222 nm is radiated, and wherein, when the second gas includes bromine, KrBr* is generated and light having a primary peak wavelength of 207 nm is radiated. a second gas which is a luminescent gas and comprises chlorine (Cl) or bromine (Br); and a third gas which is a buffer gas and is at least one species selected from among the group consisting of argon (Ar), neon (Ne), and helium (He), wherein a partial pressure P b of the third gas is not less than a partial pressure P lg of the first gas, and wherein further P b /P lg ≤ 10.0 is satisfied, wherein, when the second gas includes chlorine, KrCI* is generated and light having a primary peak wavelength of 222 nm is radiated, and wherein, when the second gas includes bromine, KrBr* is generated and light having a primary peak wavelength of 207 nm is radiated.
A method carried out in a terminal for setting up a connection with a wireless communication network including a network node, comprising transmitting terminal preference data to the radio network, said terminal preference data indicating terminal preference to receive one of direct or indirect downlink transmission when the terminal operates or intends to operate over a relay in the uplink; transmitting, in a service request to the network node over a relay, an in-coverage indicator indicating whether the terminal is in or out of downlink coverage based on a detected signal quality of a signal received from said network node; receiving information from the network node indicating direct or indirect downlink data transmission, wherein the information depends on the preference data and the in-coverage indicator; receiving resource data for a connection configured according to said information; wherein the in-coverage indicator, responsive to indicating out of downlink coverage, configures the network node to indicate indirect downlink transmission, overriding any preference of direct downlink transmission provided by the preference data. transmitting terminal preference data to the radio network, said terminal preference data indicating terminal preference to receive one of direct or indirect downlink transmission when the terminal operates or intends to operate over a relay in the uplink; transmitting, in a service request to the network node over a relay, an in-coverage indicator indicating whether the terminal is in or out of downlink coverage based on a detected signal quality of a signal received from said network node; receiving information from the network node indicating direct or indirect downlink data transmission, wherein the information depends on the preference data and the in-coverage indicator; receiving resource data for a connection configured according to said information; wherein the in-coverage indicator, responsive to indicating out of downlink coverage, configures the network node to indicate indirect downlink transmission, overriding any preference of direct downlink transmission provided by the preference data.
A surgical device (10, 100) for treating shoulder dystocia comprising: a first arm (20, 20', 80, 110) having a proximal portion and a distal portion, the first arm having a first curved surface (26, 86, 116) and the distal portion of the first arm extending transversely of a longitudinal direction of the proximal portion of the first arm; a second arm (40, 80, 130) having a proximal portion and a distal portion, the second arm having a second curved surface (46, 86, 136) and the distal portion of the second arm extending transversely of a longitudinal direction of the proximal portion of the second arm; and a shoulder engagement section (60, 60', 160, 260) positioned at least between the distal portion of the first and second arms and connecting the first and second arms, the engagement section having an atraumatic surface (66, 68, 68') and configured to contact and press down on a baby to reposition the baby upon manipulation of the first and second arms. a first arm (20, 20', 80, 110) having a proximal portion and a distal portion, the first arm having a first curved surface (26, 86, 116) and the distal portion of the first arm extending transversely of a longitudinal direction of the proximal portion of the first arm; a second arm (40, 80, 130) having a proximal portion and a distal portion, the second arm having a second curved surface (46, 86, 136) and the distal portion of the second arm extending transversely of a longitudinal direction of the proximal portion of the second arm; and a shoulder engagement section (60, 60', 160, 260) positioned at least between the distal portion of the first and second arms and connecting the first and second arms, the engagement section having an atraumatic surface (66, 68, 68') and configured to contact and press down on a baby to reposition the baby upon manipulation of the first and second arms.
A passenger-vehicle pneumatic tire, wherein a rubber composition is used for a tread member of the pneumatic tire, wherein the rubber composition, comprising a rubber component comprising 30% by mass or higher of one or more isoprene-based rubbers selected from the group consisting of natural rubbers and synthetic isoprene rubbers, and at least one resin selected from the group consisting of rosin acid resins, C9-based petroleum resins, alkylphenol formaldehyde resins and terpene phenol resins in an amount of 5 to 50 parts by mass, and a fatty acid metal salt in an amount of 0.5 to 10 parts by mass, both based on 100 parts by mass of the rubber component.
A method of identifying an individual with diffuse large B cell lymphoma (DLBCL) comprising: (a) providing a nucleic acid sample obtained from the individual (DLBCL sample); (b) detecting by qRT-PCR the expression of germinal center B cell markers ZNF318, PTK2, and SSBP2 in the DLBCL sample; (c) detecting by qRT-PCR the expression of activated B cell markers CCND2, FOXP1, and JADE3 in the DLBCL sample; and (d) detecting by qRT-PCR the expression of a control gene in the DLBCL sample; (i) wherein the ratio of GCB marker expression to ABC marker expression being higher than a GCB threshold value in said individual's sample indicates sensitivity of said individual to the administration of R-CHOP(rituximab or etoposide; cyclophosphamide; doxorubicin; vincristine; and prednisolone); or (ii) wherein the ratio of ABC marker expression to GCB marker expression being higher than an ABC threshold value in said individual's sample indicates sensitivity of said individual to an alternative administration, wherein the alternative administration includes a BTK inhibitor, SYK inhibitor, NFkB inhibitor, or immunomodulatory agent. (a) providing a nucleic acid sample obtained from the individual (DLBCL sample); (b) detecting by qRT-PCR the expression of germinal center B cell markers ZNF318, PTK2, and SSBP2 in the DLBCL sample; (c) detecting by qRT-PCR the expression of activated B cell markers CCND2, FOXP1, and JADE3 in the DLBCL sample; and (d) detecting by qRT-PCR the expression of a control gene in the DLBCL sample; (i) wherein the ratio of GCB marker expression to ABC marker expression being higher than a GCB threshold value in said individual's sample indicates sensitivity of said individual to the administration of R-CHOP(rituximab or etoposide; cyclophosphamide; doxorubicin; vincristine; and prednisolone); or (ii) wherein the ratio of ABC marker expression to GCB marker expression being higher than an ABC threshold value in said individual's sample indicates sensitivity of said individual to an alternative administration, wherein the alternative administration includes a BTK inhibitor, SYK inhibitor, NFkB inhibitor, or immunomodulatory agent. (i) wherein the ratio of GCB marker expression to ABC marker expression being higher than a GCB threshold value in said individual's sample indicates sensitivity of said individual to the administration of R-CHOP(rituximab or etoposide; cyclophosphamide; doxorubicin; vincristine; and prednisolone); or (ii) wherein the ratio of ABC marker expression to GCB marker expression being higher than an ABC threshold value in said individual's sample indicates sensitivity of said individual to an alternative administration, wherein the alternative administration includes a BTK inhibitor, SYK inhibitor, NFkB inhibitor, or immunomodulatory agent.
Vending unit comprising a container for receiving at least one component of a coating to be applied to a coating undercoat, comprising a lid for sealing the container and comprising a tamper-evident seal showing a first-time opening of the vending unit, the tamper-evident seal having an upper edge, a lower edge, two side edges and a recess, characterised in that the recess, as a solid measure for establishing or determining a layer thickness of the coating to be applied, is arranged on the upper edge of the tamper-evident seal.
Sourdough product comprising cereal or cereal fractions mixed with tea leaves, tea leaves fractions and/or tea leaves extracts, wherein said sourdough product is fermented by strains of acetic acid bacteria and yeast, wherein said one or more strains of acetic acid bacteria are chosen from the genus Acetobacter and/or Gluconoacetobacter and wherein said one or more strains yeast are chosen from Zygosacharomyces and/or Brettanomyces.
A light emitting diode structure comprising: an LED die that emits a light having a blue or shorter wavelength; a first phosphor for converting the LED light to a first color component of white light, the first phosphor conformably coating the LED die on a plurality of surfaces, wherein an outer surface of the first phosphor coating substantially conforms to the plurality of surfaces of the LED die, and wherein the first phosphor is obtained by electrophoresis deposition; and a second phosphor in a transparent binder substantially encapsulating the LED die having the conformal coating, the combination of the light emitted from the LED die and at least the first and second phosphors creating a white light, wherein the transparent binder forms a lens. an LED die that emits a light having a blue or shorter wavelength; a first phosphor for converting the LED light to a first color component of white light, the first phosphor conformably coating the LED die on a plurality of surfaces, wherein an outer surface of the first phosphor coating substantially conforms to the plurality of surfaces of the LED die, and wherein the first phosphor is obtained by electrophoresis deposition; and a second phosphor in a transparent binder substantially encapsulating the LED die having the conformal coating, the combination of the light emitted from the LED die and at least the first and second phosphors creating a white light, wherein the transparent binder forms a lens.
A method for obtaining at least 99.0% pure idraparinux sodium, the method comprising: passing a solution comprising a crude idraparinux sodium through a column comprising a sodium ion exchange resin to obtain a first mixture; passing a solution comprising the first mixture through a gel chromatography column to obtain a second mixture; dissolving the second mixture in a fifth solvent to obtain a solution comprising the second mixture, wherein the fifth solvent is water; precipitating a purified idraparinux sodium from the solution, wherein the precipitating comprises adding a first solvent into the solution to obtain a mixed solution, wherein the first solvent comprises an alcohol, a ketone, acetonitrile, or a mixture thereof, and wherein the volume ratio of the first solvent to the fifth solvent is 1:1 to 12:1, and cooling the mixed solution to a temperature of -30 °C to 15 °C; and filtering and collecting the at least 99.0% pure idraparinux sodium. passing a solution comprising a crude idraparinux sodium through a column comprising a sodium ion exchange resin to obtain a first mixture; passing a solution comprising the first mixture through a gel chromatography column to obtain a second mixture; dissolving the second mixture in a fifth solvent to obtain a solution comprising the second mixture, wherein the fifth solvent is water; precipitating a purified idraparinux sodium from the solution, wherein the precipitating comprises adding a first solvent into the solution to obtain a mixed solution, wherein the first solvent comprises an alcohol, a ketone, acetonitrile, or a mixture thereof, and wherein the volume ratio of the first solvent to the fifth solvent is 1:1 to 12:1, and cooling the mixed solution to a temperature of -30 °C to 15 °C; and filtering and collecting the at least 99.0% pure idraparinux sodium.
A method of providing content performed by a server or multiple servers using a Hypertext Transfer Protocol (HTTP) adaptive streaming, the method comprising: receiving, from a client, a transmission request message for a specific Media Presentation Description; transmitting, to the client, the specific MPD suitable for the client based on a specific attribute of the client, the specific MPD comprising descriptions of representations suitable for the client; receiving, from the client, a request for content corresponding to a representation in the specific MPD selected by the client, and transmitting the content corresponding to the selected representation in the specific MPD to the client, wherein the specific MPD includes one or more periods, wherein the period includes one or more groups, wherein the group includes one or more representations, wherein the representation includes one or more segments, wherein the specific MPD includes one or more group elements for each of the groups, and wherein the group element is related to a summary of values of attributes of all representations within the group, wherein the specific attribute of the client includes at least one of (i) capability, (ii) preference, (iii) minBand, (iv) maxBand, (v) averBand, (vi) width, (vii) height, (viii) framerate, (ix) lang, (x) mime, (xi) a view identifier of a multi-view video, (xii) a complexity or quality of audio and (xiii) a complexity or quality of video. receiving, from a client, a transmission request message for a specific Media Presentation Description; transmitting, to the client, the specific MPD suitable for the client based on a specific attribute of the client, the specific MPD comprising descriptions of representations suitable for the client; receiving, from the client, a request for content corresponding to a representation in the specific MPD selected by the client, and transmitting the content corresponding to the selected representation in the specific MPD to the client, wherein the specific MPD includes one or more periods, wherein the period includes one or more groups, wherein the group includes one or more representations, wherein the representation includes one or more segments, wherein the specific MPD includes one or more group elements for each of the groups, and wherein the group element is related to a summary of values of attributes of all representations within the group, wherein the specific attribute of the client includes at least one of (i) capability, (ii) preference, (iii) minBand, (iv) maxBand, (v) averBand, (vi) width, (vii) height, (viii) framerate, (ix) lang, (x) mime, (xi) a view identifier of a multi-view video, (xii) a complexity or quality of audio and (xiii) a complexity or quality of video.
A monophasic injectable dermal filler comprising: a hyaluronic acid crosslinked with a trimetaphosphate. a hyaluronic acid crosslinked with a trimetaphosphate.
Plastic container (1, 21) (1, 21) for flowable and pourable filling material, comprising a container body (2, 22) which is preferably provided with one or more emptying openings comprising a shoulder region, a neck region and a pour-out opening, and which comprises container walls (4, 24) and a container base (5, 25) which encompass a cavity, characterised in that the container body (2, 22) comprises at least one support structure (10, 10', 30), wherein the emptying opening comprising the shoulder region, the neck region and the pour-out opening are manufactured together with the container body (2, 22) and/or the support structure (10, 10', 30) in a 3D printing method.