mhurhangee/ep-ind-claims huggingface dataset:
A wing deployment initiator configured for initiating deployment from a stowed configuration of a guidance wing of a projectile, the wing deployment initiator comprising: a flipper configured to be rotated from a first flipper position to a second flipper position by a deployment spring, the flipper when in the first flipper position being configured to retain the guidance wing in its stowed configuration, the flipper when rotated from the first flipper position to the second flipper position being configured to release the guidance wing and to transfer deployment energy from the deployment spring to the guidance wing, thereby energetically initiating deployment of the guidance wing; and a central hub configured to be rotated about a vertical hub axis by a hub actuator, the central hub including a lobe extending radially toward the flipper, said lobe being configured to maintain the flipper in the first flipper position when the central hub is in a first hub orientation, and to permit the flipper to rotate to the second flipper position when the central hub is in a second hub orientation. a flipper configured to be rotated from a first flipper position to a second flipper position by a deployment spring, the flipper when in the first flipper position being configured to retain the guidance wing in its stowed configuration, the flipper when rotated from the first flipper position to the second flipper position being configured to release the guidance wing and to transfer deployment energy from the deployment spring to the guidance wing, thereby energetically initiating deployment of the guidance wing; and a central hub configured to be rotated about a vertical hub axis by a hub actuator, the central hub including a lobe extending radially toward the flipper, said lobe being configured to maintain the flipper in the first flipper position when the central hub is in a first hub orientation, and to permit the flipper to rotate to the second flipper position when the central hub is in a second hub orientation.
A method for producing a cladding part for vehicles having a cladding part body forming a panel in the mounted state, wherein a sandwich plate extending two-dimensionally in a plane having at least one transparent thermoplastic upper layer, a prefinished, postprocessing-free intermediate layer, and a thermoplastic base layer is formed, wherein the at least three-layered sandwich plate is subsequently three-dimensionally formed under the influence of heat into a sandwich element forming the cladding part body, characterized in that the intermediate layer is formed by a pre-colored veneer, a prefinished film, or a pre-colored paper and the upper layer is formed by a layer of polyurethane lacquer and a layer of thermoplastic polyurethane film, and wherein a fabric layer is arranged between the layer of polyurethane lacquer and the layer of thermoplastic polyurethane film, and wherein the fabric layer is supplied pre-shrunk as a roll material via a roll and is laid on the sandwich plate.
A device for estimating information from a signal, comprising: a receiver for receiving an input signal, and electronic processing circuitry (12, 14 and 16) coupled to the receiver and configured to generate a matrix associated with the input signal, wherein the electronic processing circuitry is further configured to: calculate a scaling function in which the determinant of the matrix is calculated and compared to a threshold value such that if the calculated determinant is greater than the threshold value, the scaling function takes the value of the inverse determinant, and if the calculated determinant is less than or equal to the threshold value, the scaling function takes the value of a scalar, wherein the value of the scalar is different from 0 and from the value of the inverse determinant and the value of the scalar has the same sign than the threshold value; determine an approximation of an inverse of the matrix based on the adjoint of the matrix and said calculated scaling function; apply the approximated inverse matrix to the input signal to transform the input signal into an output signal; and determine information associated with the input signal based on the output signal. a receiver for receiving an input signal, and electronic processing circuitry (12, 14 and 16) coupled to the receiver and configured to generate a matrix associated with the input signal, wherein the electronic processing circuitry is further configured to: calculate a scaling function in which the determinant of the matrix is calculated and compared to a threshold value such that if the calculated determinant is greater than the threshold value, the scaling function takes the value of the inverse determinant, and if the calculated determinant is less than or equal to the threshold value, the scaling function takes the value of a scalar, wherein the value of the scalar is different from 0 and from the value of the inverse determinant and the value of the scalar has the same sign than the threshold value; calculate a scaling function in which the determinant of the matrix is calculated and compared to a threshold value such that if the calculated determinant is greater than the threshold value, the scaling function takes the value of the inverse determinant, and if the calculated determinant is less than or equal to the threshold value, the scaling function takes the value of a scalar, wherein the value of the scalar is different from 0 and from the value of the inverse determinant and the value of the scalar has the same sign than the threshold value; determine an approximation of an inverse of the matrix based on the adjoint of the matrix and said calculated scaling function; apply the approximated inverse matrix to the input signal to transform the input signal into an output signal; and determine information associated with the input signal based on the output signal.
Industrial truck, in particular counterbalance forklift truck, having a hydrostatic, power-assisted steering device which comprises a steering orbitrol which can be activated as a function of a steering equipment, in particular a steering wheel, and, in order to be supplied with a pressure medium, is connected to a steering pump, and activates a hydraulic actuator, in particular a steering cylinder, characterized in that the steering equipment is operatively connected to an electric motor device which, for the purpose of actuation, is connected to an electronic control device and which brings about activation of the steering orbitrol by activating the steering equipment.
A blade unit for a safety razor system, comprising: a body having a wider end and a narrower end, with a wider blade housing at the wider end and a narrower blade housing at the narrower end, each blade housing (13, 23) having a guard (14, 24), a cap (15, 25), and a plurality of blades (16, 26) disposed between the guard (14, 24) and the cap (15, 25) to expose cutting edges for shaving, the guard (14, 24) and the cap (15, 25) together defining a shaving plane (P1, P2) extending from a skin contacting surface of the guard (14, 24) to a skin contacting surface of the cap (15, 25); a connector for rotatable connection of the body to an elongate handle of the safety razor system, the connector configured to allow a user to rotate the body from a first position for shaving using the blades in the wider blade housing to a second position for shaving using the blades in the narrower blade housing, characterized in that the connector is on the side of the body that includes the skin contacting surfaces. a body having a wider end and a narrower end, with a wider blade housing at the wider end and a narrower blade housing at the narrower end, each blade housing (13, 23) having a guard (14, 24), a cap (15, 25), and a plurality of blades (16, 26) disposed between the guard (14, 24) and the cap (15, 25) to expose cutting edges for shaving, the guard (14, 24) and the cap (15, 25) together defining a shaving plane (P1, P2) extending from a skin contacting surface of the guard (14, 24) to a skin contacting surface of the cap (15, 25); a connector for rotatable connection of the body to an elongate handle of the safety razor system, the connector configured to allow a user to rotate the body from a first position for shaving using the blades in the wider blade housing to a second position for shaving using the blades in the narrower blade housing, characterized in that the connector is on the side of the body that includes the skin contacting surfaces.
A shot tube comprising: an inner bore for delivering molten material into a die-cast mold, said shot tube having an outer peripheral surface with at least one surface for receiving a locking member to lock the shot tube into a fixed mold portion and an alignment structure for properly aligning the shot tube in the fixed mold portion; and an opening for receiving molten material into the inner bore; characterised in that: said at least one surface includes a pair of surfaces formed at an outer periphery of the shot tube, wherein the pair of surfaces are formed at opposed circumferential sides of said shot tube and said pair of surfaces are flats. an inner bore for delivering molten material into a die-cast mold, said shot tube having an outer peripheral surface with at least one surface for receiving a locking member to lock the shot tube into a fixed mold portion and an alignment structure for properly aligning the shot tube in the fixed mold portion; and an opening for receiving molten material into the inner bore; characterised in that: said at least one surface includes a pair of surfaces formed at an outer periphery of the shot tube, wherein the pair of surfaces are formed at opposed circumferential sides of said shot tube and said pair of surfaces are flats.
Pharmaceutical composition for use in the prevention and/or treatment of diseases caused by oomycetes, characterized in that it comprises a polypeptide selected from the group consisting of LBP/BPI proteins ("LPS-Binding Protein/ B actericidal/ P ermeability- I ncreasing Protein"), polypeptides whose sequence has an identity percentage of at least 80% with the polypeptide sequence of an LBP/BPI protein, and fragments thereof corresponding to polypeptides of at least 25 amino acids.
A crystalline Form A of the citrate salt of Compound 1 wherein the Form A exhibits an XRPD pattern comprising peaks at about 5.7±0.2, 12.5±0.2 and 20.1±0.2 degrees two-theta using copper K-alpha radiation.
- A device for positioning a projectile in a chamber of a gun tube, comprising an impulse rammer comprising a frame that defines a space for receiving a projectile, extending along an axis of the frame and open at one end of the frame, which end is intended to be placed opposite an inlet of the tube, and at least one member for pushing the projectile capable of being driven in an alternating translational movement, along said axis, between an initial position, before the projectile is rammed, and a final position, from which the projectile is projected toward its positioning location, the positioning device further comprising a support for guiding the introduction of the projectile into the tube, the support being rigid and secured to the at least one pushing member so as to be movable in translation with the latter, the support being configured to be in the receiving space when the at least one pushing member is in the initial position and allow the projectile to be supported by the support before ramming, and to be at least partly cantilevered from said end of the frame when the at least one pushing member is in the final position, characterised in that, in said final position, the at least one pushing member has been moved to the vicinity of said end of the frame, whereby the projectile is projected from said end and the support, intended to penetrate at least partly into the tube during ramming, is able to limit the amplitude of any possible oscillation of the projectile during its projection toward its positioning location.
A structure for positioning a body part, comprising: a shell frame having an inner surface configured to a shape of the body part, a support base comprising a planar member, a first concave ramp and an opposing, second concave ramp, wherein a bottom of a first slope of the first concave ramp and a bottom of a second slope of the opposing, second concave ramp both connect to, and are separated by, a portion of the planar member and the portion of the planar member extends between the bottom of the first slope of the first concave ramp and the bottom of the second slope of the opposing, second concave ramp, and wherein the shell frame has an outer convex surface configured to: ride upon, and move relative to, upper surfaces of the first concave ramp, the opposing, second concave ramp, and the planar member to enable a pitch of the shell frame to be adjusted relative to the support base, or ride upon, and move relative to, an upper surface of a carriage, that further resides upon the upper surfaces of the first concave ramp, the opposing, second concave ramp, and the planar member, to enable a roll of the shell frame to be adjusted relative to the support base. a shell frame having an inner surface configured to a shape of the body part, a support base comprising a planar member, a first concave ramp and an opposing, second concave ramp, wherein a bottom of a first slope of the first concave ramp and a bottom of a second slope of the opposing, second concave ramp both connect to, and are separated by, a portion of the planar member and the portion of the planar member extends between the bottom of the first slope of the first concave ramp and the bottom of the second slope of the opposing, second concave ramp, and wherein the shell frame has an outer convex surface configured to: ride upon, and move relative to, upper surfaces of the first concave ramp, the opposing, second concave ramp, and the planar member to enable a pitch of the shell frame to be adjusted relative to the support base, or ride upon, and move relative to, an upper surface of a carriage, that further resides upon the upper surfaces of the first concave ramp, the opposing, second concave ramp, and the planar member, to enable a roll of the shell frame to be adjusted relative to the support base. ride upon, and move relative to, upper surfaces of the first concave ramp, the opposing, second concave ramp, and the planar member to enable a pitch of the shell frame to be adjusted relative to the support base, or ride upon, and move relative to, an upper surface of a carriage, that further resides upon the upper surfaces of the first concave ramp, the opposing, second concave ramp, and the planar member, to enable a roll of the shell frame to be adjusted relative to the support base.
A reception apparatus, comprising: an acquisition unit (212C, 212D) of a Digital Video Broadcasting, DVB, client configured to acquire control information including information for acquiring data transmitted through a Real-time Object Delivery over Unidirectional Transport, ROUTE, session using a ROUTE protocol at a transport layer in a protocol stack of an Internet Protocol, IP, transmission system and for identifying one of at least two different bearers that transmits the data at a physical layer in the protocol stack of the IP transmission system, wherein said information for identifying one of at least two different bearers includes bearer identifiers for identifying the bearers that each transmit data for the ROUTE session according to respective protocols; a selection unit configured to select one of the bearers identified in the received control information; and a control unit configured to control an operation of each unit that acquires the data transmitted on the selected bearer on the basis of the control information, wherein the control information includes a Layered Coding Transport, LCT, Session Instance Description, LSID, of the ROUTE protocol, and wherein the bearer identifier of DVB is a combination of an original network identifier, ID, a transport ID, and a service ID. an acquisition unit (212C, 212D) of a Digital Video Broadcasting, DVB, client configured to acquire control information including information for acquiring data transmitted through a Real-time Object Delivery over Unidirectional Transport, ROUTE, session using a ROUTE protocol at a transport layer in a protocol stack of an Internet Protocol, IP, transmission system and for identifying one of at least two different bearers that transmits the data at a physical layer in the protocol stack of the IP transmission system, wherein said information for identifying one of at least two different bearers includes bearer identifiers for identifying the bearers that each transmit data for the ROUTE session according to respective protocols; a selection unit configured to select one of the bearers identified in the received control information; and a control unit configured to control an operation of each unit that acquires the data transmitted on the selected bearer on the basis of the control information, wherein the control information includes a Layered Coding Transport, LCT, Session Instance Description, LSID, of the ROUTE protocol, and wherein the bearer identifier of DVB is a combination of an original network identifier, ID, a transport ID, and a service ID.
Assembly comprising a pitched roof and a belt (10, 30, 45) fixed to said roof, which belt extends in the direction of the pitch of said roof, wherein said roof comprises a structural part, provided with horizontal battens for supporting roof covering elements thereon, said belt (10, 30, 45) being fixed to said structural part under said battens and extends from top to bottom underneath said horizontal battens characterised in that said assembly comprises a safety lanyard (15, 32, 60)) and in that engagement members (12, 31, 32, 33, 50) are arranged on said belt a regular distance apart, said engagement member (12, 31, 32, 33, 50) designed for coupling said safety lanyard (15, 32, 60) thereto.
Device comprising an auxiliary handrail being attachable under an existing main handrail, which device furthermore comprises bridge members for detachably fastening the auxiliary handrail to the main handrail; wherein the bridge members each comprise a spacer member, an upper coupling member and a lower coupling member; wherein the spacer member is arranged for spacing apart the auxiliary handrail from the main handrail, the upper coupling members for coupling the spacer member with the main handrail and the lower coupling member for coupling the spacer member with the auxiliary handrail; and wherein the upper coupling member comprises a tension strap, which is connected with the upper coupling member by two connection points (9, 10), and which is arranged for clamping the upper coupling member against the main handrail, wherein furthermore a displacement/force-transformation-based strap-tensioning device is provided, arranged for tightening the tension strap such, that the upper coupling member is forcibly clamped against the main handrail, characterized, in that the strap-tensioning device is provided inside the spacer member; the strap-tensioning device comprises a screw spindle and a corresponding spindle nut arranged around it; wherein the screw spindle protrudes inside the spacer member from the bottom to the top; wherein the spindle nut is connected to one end of the tension strap; wherein the tension strap is pulled and tensioned by rotating the screw spindle.
A method for selective detection of cyanide in a liquid sample, comprising determining a color change of a corrinoid compound caused upon direct contact with said sample, wherein said corrinoid compound is selected from the group consisting of: - a cobalamine according to formula, wherein X is CN, OH 2, OH, Hal (CI, Br, I) or CH 3 - a cobyrinic acid hepta C1 -4 alkyl ester derivative wherein X is CN, OH 2, OH, Hal (CI, Br, I) or CH 3 - a cobyrinic acid wherein X is CN, OH 2, OH, Hal (Cl, Br, I) or CH 3 and - a cobinamide wherein X is CN, OH 2, OH, Hal (Cl, Br, I) or CH 3 characterized in that said corrinoid compound is adsorbed on a non-polar C 4 -C 18 silica solid phase. - a cobalamine according to formula, wherein X is CN, OH 2, OH, Hal (CI, Br, I) or CH 3 - a cobyrinic acid hepta C1 -4 alkyl ester derivative wherein X is CN, OH 2, OH, Hal (CI, Br, I) or CH 3 - a cobyrinic acid wherein X is CN, OH 2, OH, Hal (Cl, Br, I) or CH 3 and - a cobinamide wherein X is CN, OH 2, OH, Hal (Cl, Br, I) or CH 3 characterized in that said corrinoid compound is adsorbed on a non-polar C 4 -C 18 silica solid phase.
A stable, lyophilized, copanlisib-containing solid, suitable for dilution and for therapeutic applications, said solid comprising: • copanlisib, particularly in an amount suitable as a therapeutic dose, • one or more pH-adjusting agents, which is a buffering agent which comprises a weak acid, such as citric acid for example, and a strong base, such as sodium hydroxide, for example, and • a bulking agent, wherein said bulking agent is mannitol, said solid having a pH of between 4 and 5 (inclusive) when reconstituted with a suitable diluent, such as sterile water for injection or sterile aqueous sodium chloride solution, particularly 0.9% aqueous sodium chloride solution, for example, said therapeutic dose being 30, 45 or 60 mg of copanlisib. • copanlisib, particularly in an amount suitable as a therapeutic dose, • one or more pH-adjusting agents, which is a buffering agent which comprises a weak acid, such as citric acid for example, and a strong base, such as sodium hydroxide, for example, and • a bulking agent, wherein said bulking agent is mannitol,