mhurhangee/patent-ind-claim-en huggingface dataset:
A protein having the formula: (a-b-x-y)n wherein a and x represent flexible linker sequences; b represents an amino acid sequence that forms an alpha (α) helix; y represents an amino acid sequence that forms a second α helix; n = 2 or more; each (a-b-x-y) unit is structurally repetitive to an adjacent (a-b-x-y) unit; the protein is handed; the N- and C-termini of the protein create a circular architecture; and b and y are selected from SEQ ID NOs: 1-50, 124-129, 139, 140, 146, and/or 147 or variants with at least 70% sequence identity thereto. a and x represent flexible linker sequences; b represents an amino acid sequence that forms an alpha (α) helix; y represents an amino acid sequence that forms a second α helix; n = 2 or more; each (a-b-x-y) unit is structurally repetitive to an adjacent (a-b-x-y) unit; the protein is handed; the N- and C-termini of the protein create a circular architecture; and b and y are selected from SEQ ID NOs: 1-50, 124-129, 139, 140, 146, and/or 147 or variants with at least 70% sequence identity thereto.
A method for aligning a line of sight between a first apparatus and a second apparatus , the first apparatus comprising an access node including a first transceiver capable of multi-angle, bi-directional line-of-sight optical communications, the method comprising: adjusting the positioning of the first transceiver to spatially modulate a sensitivity profile according to a first predetermined periodic modulation profile; correlating a modulated radiation signal received at the first apparatus from the second apparatus using respective correlation functions for horizontal and vertical alignment errors to generate a first alignment error vector; and using the first alignment error vector for adjusting the line of sight of the first apparatus. adjusting the positioning of the first transceiver to spatially modulate a sensitivity profile according to a first predetermined periodic modulation profile; correlating a modulated radiation signal received at the first apparatus from the second apparatus using respective correlation functions for horizontal and vertical alignment errors to generate a first alignment error vector; and using the first alignment error vector for adjusting the line of sight of the first apparatus.
An apparatus for operating on tissue, the apparatus comprising an end effector , wherein said end effector comprises: (a) an ultrasonic blade , wherein said end effector is operable to apply ultrasonic energy at the blade; (b) a clamp arm pivotable relative to the blade; and (c) a clamp pad secured to said clamp arm , wherein said clamp pad is positioned to oppose said blade such that said end effector is operable to compress tissue between said clamp pad and said blade; characterized in that said clamp pad is formed from an injection-moldable material and is injection molded onto the clamp arm , the injection-moldable material comprising a blend of polybenzimidazole and polyetherketoneketone and having an Inherent Viscosity of greater than 0.6dL/g. (a) an ultrasonic blade , wherein said end effector is operable to apply ultrasonic energy at the blade; (b) a clamp arm pivotable relative to the blade; and (c) a clamp pad secured to said clamp arm , wherein said clamp pad is positioned to oppose said blade such that said end effector is operable to compress tissue between said clamp pad and said blade;
A method for managing load shedding in a device capable of selectively operating on an electric grid and an energy storage power source, said method, operable in a processor within said device, comprising the steps of: charging said energy storage power source to at least a reserve level during off-peak energy period; receiving a request for load shedding ; determining whether the severity of the situation that generated the shedding signal is greater than a threshold value ; determining whether a user of the device is willing to cooperate with said request for load shedding; if so, determining whether capacity in the energy storage power source is above said reserve level; and switching to said energy storage power source for supplying energy to selected components of said device when capacity in said energy storage power source is above said reserve level. charging said energy storage power source to at least a reserve level during off-peak energy period; receiving a request for load shedding ; determining whether the severity of the situation that generated the shedding signal is greater than a threshold value ; determining whether a user of the device is willing to cooperate with said request for load shedding; if so, determining whether capacity in the energy storage power source is above said reserve level; and switching to said energy storage power source for supplying energy to selected components of said device when capacity in said energy storage power source is above said reserve level. if so, determining whether capacity in the energy storage power source is above said reserve level; and switching to said energy storage power source for supplying energy to selected components of said device when capacity in said energy storage power source is above said reserve level.
A wheel loader , comprising: a vehicle body that has a passage (R) including a rear passage (R1), through which a worker can pass; and a work equipment that is provided on a front side portion of the vehicle body , characterized by a movable fence that is disposed at a rear edge of the rear passage (R1) and that is rotatably supported to the vehicle body around a rotation axis extending in a vertical direction between a normal position in which the movable fence extends in a width direction of the vehicle body along the rear edge of the rear passage (R1) and a retreat position in which the movable fence extends backward from the vehicle body . a vehicle body that has a passage (R) including a rear passage (R1), through which a worker can pass; and a work equipment that is provided on a front side portion of the vehicle body , characterized by a movable fence that is disposed at a rear edge of the rear passage (R1) and that is rotatably supported to the vehicle body around a rotation axis extending in a vertical direction between a normal position in which the movable fence extends in a width direction of the vehicle body along the rear edge of the rear passage (R1) and a retreat position in which the movable fence extends backward from the vehicle body .
A Quick connector for coupling a hose at a male coupling element comprising: a connector main body with a hose receiving portion (2.1), a receiving area (2.2) adapted to receive a portion of said male coupling element and a locking mechanism adapted to lock the male coupling element at the quick connector in a position in which said male coupling element is partially inserted in said receiving area (2.2), wherein said locking mechanism comprises two or more snap hooks adapted to interact with the male coupling element in order to lock the male coupling element in the inserted state, and a spring-loaded sleeve (3.2) movably mounted at the connector main body , wherein two or more spring elements are provided which are coupled by means of a coupling ring , Characterized in that: the two or more spring elements and the coupling ring are integrally formed at a locking subassembly (3.2) which is formed by a two-component or multi-component injection moulding element, wherein the coupling ring is secured at the connector main body based on an over-moulded material portion by form-fitted enclosing a contour of the connector main body . a connector main body with a hose receiving portion (2.1), a receiving area (2.2) adapted to receive a portion of said male coupling element and a locking mechanism adapted to lock the male coupling element at the quick connector in a position in which said male coupling element is partially inserted in said receiving area (2.2), wherein said locking mechanism comprises two or more snap hooks adapted to interact with the male coupling element in order to lock the male coupling element in the inserted state, and a spring-loaded sleeve (3.2) movably mounted at the connector main body , wherein two or more spring elements are provided which are coupled by means of a coupling ring , Characterized in that: the two or more spring elements and the coupling ring are integrally formed at a locking subassembly (3.2) which is formed by a two-component or multi-component injection moulding element, wherein the coupling ring is secured at the connector main body based on an over-moulded material portion by form-fitted enclosing a contour of the connector main body .
A gateway device selection method, wherein the method comprises: Receiving , by a terminal device, a message from a gateway device, wherein the message comprises identification information of the gateway device, and the identification information of the gateway device is used to indicate information about the gateway device; Determining , by the terminal device, that the identification information of the gateway device is consistent with identification information of a gateway device that is preset on the terminal device, and using the gateway device as a selected gateway device; and sending, by the terminal device, a data packet to the selected gateway device, characterized in that the message is a router advertisement, RA, message, the RA message comprises an option field, and the option field is used to carry the identification information of the gateway device. Receiving , by a terminal device, a message from a gateway device, wherein the message comprises identification information of the gateway device, and the identification information of the gateway device is used to indicate information about the gateway device; Determining , by the terminal device, that the identification information of the gateway device is consistent with identification information of a gateway device that is preset on the terminal device, and using the gateway device as a selected gateway device; and sending, by the terminal device, a data packet to the selected gateway device, characterized in that the message is a router advertisement, RA, message, the RA message comprises an option field, and the option field is used to carry the identification information of the gateway device.
A method of separation and purification for vancomycin hydrochloride with high purity, comprising the following steps: obtaining a vancomycin hydrochloride solution from a crude vancomycin product by ion exchange chromatography and obtaining a first vancomycin hydrochloride concentrate by nanofiltration, desalination and concentration; wherein the filler of the ion exchange chromatography column is a cation exchange Sephadex or Sepharose, the mobile phase is NH 4 HCO 3 aqueous solution; adjusting the first vancomycin hydrochloride concentrate with a hydrochloric acid solution to pH=3.5-4.5, and then performing a column chromatography using a reverse chromatography column for the first vancomycin hydrochloride concentrate adjusted, wherein a stationary phase is polystyrene polymer, and a mobile phase is an aqueous solution containing 5% ethanol (V/V) for pre-washing, then the proportion of ethanol in the mobile phase is increased to 10% to elute; collecting a chromatographic solution of content of vancomycin B of more than 98.5%; adjusting the chromatographic solution with hydrochloric acid to pH=2.5-3.5, and separating solvent and salt by nanofiltration desalination and concentration to obtain a second vancomycin hydrochloride concentrate; and obtaining a vancomycin dry powder with a chromatographic purity of up to 99% and a pure white appearance by dehydrating and drying the second vancomycin hydrochloride concentrate of step . obtaining a vancomycin hydrochloride solution from a crude vancomycin product by ion exchange chromatography and obtaining a first vancomycin hydrochloride concentrate by nanofiltration, desalination and concentration; wherein the filler of the ion exchange chromatography column is a cation exchange Sephadex or Sepharose, the mobile phase is NH 4 HCO 3 aqueous solution; adjusting the first vancomycin hydrochloride concentrate with a hydrochloric acid solution to pH=3.5-4.5, and then performing a column chromatography using a reverse chromatography column for the first vancomycin hydrochloride concentrate adjusted, wherein a stationary phase is polystyrene polymer, and a mobile phase is an aqueous solution containing 5% ethanol (V/V) for pre-washing, then the proportion of ethanol in the mobile phase is increased to 10% to elute; collecting a chromatographic solution of content of vancomycin B of more than 98.5%; adjusting the chromatographic solution with hydrochloric acid to pH=2.5-3.5, and separating solvent and salt by nanofiltration desalination and concentration to obtain a second vancomycin hydrochloride concentrate; and obtaining a vancomycin dry powder with a chromatographic purity of up to 99% and a pure white appearance by dehydrating and drying the second vancomycin hydrochloride concentrate of step .
A head chip adapted to jet liquid comprising an actuator plate adapted to apply pressure to the liquid, wherein the actuator plate includes: an obverse surface (42f1) and a reverse surface (42f2); a channel (C1e) extending in a predetermined direction (Y), and having a first opening (h1) provided to the obverse surface and a second opening (h5) which is provided to the reverse surface and is shorter in length in the predetermined direction than the first opening; and an electrode (Edc) having an obverse surface side part (Edc-u) disposed on a sidewall (Wd) of the channel on the first opening side, and a reverse surface side part (Edc-d) which is disposed on the sidewall closer to the second opening than the obverse surface side part and is one of equal to and larger than the obverse surface side part in size in the predetermined direction. an obverse surface (42f1) and a reverse surface (42f2); a channel (C1e) extending in a predetermined direction (Y), and having a first opening (h1) provided to the obverse surface and a second opening (h5) which is provided to the reverse surface and is shorter in length in the predetermined direction than the first opening; and an electrode (Edc) having an obverse surface side part (Edc-u) disposed on a sidewall (Wd) of the channel on the first opening side, and a reverse surface side part (Edc-d) which is disposed on the sidewall closer to the second opening than the obverse surface side part and is one of equal to and larger than the obverse surface side part in size in the predetermined direction.
Ruminal bypass composition comprising a gluconic acid and/or one or more salts thereof and a controlled release agent, wherein the controlled release agent is selected from the group consisting of partly or fully hydrogenated animal oils, partly or fully hydrogenated vegetable oils, and mixtures of two or more ingredients selected from fatty acids, partly or fully hydrogenated animal oils, and partly or fully hydrogenated vegetable oils, and wherein the gluconic acid and/or one or more salts thereof is incorporated in a matrix of the controlled release agent, for use in improving the health status of the hindgut of a ruminant and/or for use in increasing the production of butyrate in the hindgut of a ruminant.
Lighting fixture for illuminating building surfaces or parts of building surfaces, comprising a housing , at least one light source, in particular an LED , and at least one focussing lens, in particular a collimating lens for focussing the light emitted by the light source, wherein a first outer lens plate , a central lens plate and a second outer lens plate are provided in the light path behind the focussing lens, on which a plurality of lens elements are respectively arranged, wherein the relative distances of each one of the two outer lens plates to the central lens plate are alterable by means of at least one adjustment device , wherein the lighting fixture provides different light distributions in different positions of the lens plates spaced relative to each other, wherein the lens elements of the central lens plate are provided by curved facets that have a concavity that is spherical in shape or approximates a sphere, and/or is provided by a paraboloid of revolution, wherein the lens elements comprise lenticular lenses and/or sections of lenticular lenses on both of the outer lens plates , and wherein the lenticular lenses of the first outer lens plate are elongated along a first direction and the lenticular lenses of the second outer lens plate are elongated along a second direction, wherein the second direction is perpendicular to the first direction.
A dental tool comprising: a main body portion having a first longitudinal end and a second longitudinal end , wherein the first end and the second end define respective reduced diameter portions ; two or more tool attachments , each tool attachment comprising a working portion and a base portion , the base portion configured to be removably coupled to either of the reduced-diameter portions of the main body portion so as to secure the tool attachment to the main body portion ; and a light source , disposed within the main body portion , arranged so as to illuminate the working portion of one of the tool attachments when the one of the tool attachments is coupled to the first end of the main body portion and the light source is electrically coupled to a power source, characterised in that : the respective base portion of each of the two or more tool attachments defines a through-aperture ; and a portion of the main body portion extends through the through-aperture of any one of the tool attachments when the one of the tool attachments is coupled to the main body portion . a main body portion having a first longitudinal end and a second longitudinal end , wherein the first end and the second end define respective reduced diameter portions ; two or more tool attachments , each tool attachment comprising a working portion and a base portion , the base portion configured to be removably coupled to either of the reduced-diameter portions of the main body portion so as to secure the tool attachment to the main body portion ; and a light source , disposed within the main body portion , arranged so as to illuminate the working portion of one of the tool attachments when the one of the tool attachments is coupled to the first end of the main body portion and the light source is electrically coupled to a power source, characterised in that : the respective base portion of each of the two or more tool attachments defines a through-aperture ; and a portion of the main body portion extends through the through-aperture of any one of the tool attachments when the one of the tool attachments is coupled to the main body portion . the respective base portion of each of the two or more tool attachments defines a through-aperture ; and a portion of the main body portion extends through the through-aperture of any one of the tool attachments when the one of the tool attachments is coupled to the main body portion .
A weaving weft feeder (P) comprising reflection optical sensors (F1-F4) for the detection of a weft thread, wherein each of said reflection sensors (F1-F4) comprises a light emitter and a light receiver assembled on a relative supply printed circuit board and apt to be housed in an arm (A) of the weft feeder which projects towards a front part of the weft feeder (P) and extends alongside a weft feeder drum (D) whereon coils of said weft thread are wound, so as to form a path of direct light radiation, from said light emitter towards a respective reflective surface (R) placed on said drum (D), and of reflected light radiation, from said reflective surface (R) to said light receiver , for detecting the presence/absence of a weft thread running through said path, characterized in that said light emitter and light receiver are assembled with mutually parallel optical axes on said supply printed circuit board and in that the optical sensor further includes a mechanical screening means of the reflected radiation coming from said reflective surface (R)and directed towards the optical detector of said light receiver .
Fire protection profile for sealing a structural joint , in particular a connection joint between a drywall and a ceiling, having a profile element (18; 118; 218; 318; 418) that has an inner face and an outer face arranged opposite the inner face , and comprises an inner portion , at least one arcuate portion (24; 424) and at least one wing portion , the wing portion is joined to the inner portion via the arcuate portion (24; 424), and having at least one intumescent element (20; 120; 420) of intumescent material, the arcuate portion (24; 424) having a wall thickness which optionally differs from that of the inner portion and/or the wing portion , characterized in that the arcuate portion is double-walled and has an inner arcuate portion and an outer arcuate portion , the inner arcuate portion being formed as a strut having a first connecting portion and a second connecting portion , and forming a chamber together with the outer arcuate portion , and the intumescent element (20; 120; 420) being provided on the inner face of the profile element (18; 118; 218; 318; 418), the intumescent element (20; 420) being provided as a layer extending from the inner portion to the wing portion .
A floating structure comprising a cargo tank and a cargo tank support structure for supporting the cargo tank mounted in a hold in the floating structure , the cargo tank support structure comprising: a plurality of first support portions provided at a bottom of the cargo tank in a distributed manner, a second support portion provided at the bottom of the cargo tank , and an engagement portion provided at a floor of the hold along the length of the second support portion to engage with the second support portion , wherein when a load is applied by the cargo tank , at least the first support portions bear a vertical load (Fz) and at least the second support portion and the corresponding engagement portion bear a horizontal load (Fy) in both width directions of the floating structure , and characterized in that the second support portion continuously extend in a longitudinal direction of the floating structure and that the horizontal load is split into a first horizontal load (Fy) in a width direction of the floating structure and a second horizontal load (Fx) in the longitudinal direction of the floating structure , the first horizontal load (Fy) being borne by the second support portion and the corresponding engagement portion , and the second horizontal load (Fx) being borne by the first support portions . a plurality of first support portions provided at a bottom of the cargo tank in a distributed manner, a second support portion provided at the bottom of the cargo tank , and an engagement portion provided at a floor of the hold along the length of the second support portion to engage with the second support portion , wherein when a load is applied by the cargo tank , at least the first support portions bear a vertical load (Fz) and at least the second support portion and the corresponding engagement portion bear a horizontal load (Fy) in both width directions of the floating structure , and characterized in that the second support portion continuously extend in a longitudinal direction of the floating structure and that the horizontal load is split into a first horizontal load (Fy) in a width direction of the floating structure and a second horizontal load (Fx) in the longitudinal direction of the floating structure , the first horizontal load (Fy) being borne by the second support portion and the corresponding engagement portion , and the second horizontal load (Fx) being borne by the first support portions .