mhurhangee/ep-ind-claims huggingface dataset:
Composition for coating the entire surface of a teat of milk producing livestock by forming a film which adheres closely to a teat of milk-producing livestock such composition comprising at least, a polymer latex, wherein the polymer latex is an emulsion obtained by dispersing a natural or a synthetic rubber, or a synthetic polymer as a dispersoid in a dispersion medium mainly containing water and a coagulant, wherein the coagulant dissociates a divalent or more metal ion within the dispersion medium, wherein the coagulant is at least one type selected from citric acid, lactic acid, acetic acid, malic acid, fumaric acid, maleic acid, tartaric acid, gluconic acid, succinic acid, propionic acid, oxalic acid, benzoic acid or salts thereof. a polymer latex, wherein the polymer latex is an emulsion obtained by dispersing a natural or a synthetic rubber, or a synthetic polymer as a dispersoid in a dispersion medium mainly containing water and a coagulant, wherein the coagulant dissociates a divalent or more metal ion within the dispersion medium, wherein the coagulant is at least one type selected from citric acid, lactic acid, acetic acid, malic acid, fumaric acid, maleic acid, tartaric acid, gluconic acid, succinic acid, propionic acid, oxalic acid, benzoic acid or salts thereof.
Rotary piston pump having one or more rotating pistons for conveying substantially liquid media, wherein at least partially a surface layer made of a polymer, in particular an elastomer, is fixed to the piston as piston tip, wherein the piston tip is removably attached to a base body of the rotary piston, characterized in that a washer or underlay mat whose thickness compensates the wear of the piston tip is located between a surface of the ground body of the rotary piston and the piston tip, wherein at least one nut is enclosed in the piston tip, each nut interacting with a corresponding fastening screw and that the head of the fastening screw is arranged in a radial recess, which is open towards the rotary piston shaft, in the base body of the rotary piston and is in threading engagement with the nut with its threaded end.
Packaging machine, having supply rolls (21, 22), a drive for at least one of the supply rolls (21, 22), a transport means, a drive for the transport means, a forming station and a sealing station, wherein a lower material web unrolls from the supply roll and is transported intermittently along the packaging machine by means of the driven transport means and, in the process, in a forming station, optionally forms pack cavities in the lower material web, which are then occupied by / filled with a packaged material, wherein subsequently in the sealing station an upper material web is sealed onto the lower material web, wherein the lower and the upper material web (8, 14) are each unrolled from the supply roll (21, 22) and at least one supply roll (21, 22) is driven by a motor, characterized in that the drive of the transport means and the drive of the supply roll (21, 22), during drawing, are at least temporarily synchronized so that the transport means and the material web (8, 14) move at least substantially at the same speed, wherein at the beginning of drawing the material web (8, 14) is ahead of the transport means and at the end of drawing the material web (8, 14) is behind the transport means, wherein said packaging machine has a sensor which measures the elongation and/or web tension and/or web force of the material web (8, 14). characterized in that the drive of the transport means and the drive of the supply roll (21, 22), during drawing, are at least temporarily synchronized so that the transport means and the material web (8, 14) move at least substantially at the same speed, wherein at the beginning of drawing the material web (8, 14) is ahead of the transport means and at the end of drawing the material web (8, 14) is behind the transport means, wherein said packaging machine has a sensor which measures the elongation and/or web tension and/or web force of the material web (8, 14).
A sheave for use in a tension measurement system to measure a tension force in a cable, the sheave comprising a first radius and a second radius, wherein a contact force between the sheave and the cable is measured by a tension sensor to determine the tension force in the cable; wherein the first radius sweeps an arc 20 having a first arc length, as measured from a central plane 24 that is perpendicular to an axis of rotation 26 through a first opening 16 and; wherein said second radius 14 sweeps an arc 22 having a second arc length, as measured from the central plane 24; characterized in that: the sheave is configured to rotate about the axis to orient the first radius or the second radius toward the cable; and the first and second radius (12, 14) form a channel that circles the sheave 10, providing multiple arced grooves upon which a cable can be seated during testing. wherein the first radius sweeps an arc 20 having a first arc length, as measured from a central plane 24 that is perpendicular to an axis of rotation 26 through a first opening 16 and; wherein said second radius 14 sweeps an arc 22 having a second arc length, as measured from the central plane 24; characterized in that: the sheave is configured to rotate about the axis to orient the first radius or the second radius toward the cable; and the first and second radius (12, 14) form a channel that circles the sheave 10, providing multiple arced grooves upon which a cable can be seated during testing. the sheave is configured to rotate about the axis to orient the first radius or the second radius toward the cable; and the first and second radius (12, 14) form a channel that circles the sheave 10, providing multiple arced grooves upon which a cable can be seated during testing.
A medium support unit comprising: a support portion capable of supporting a medium; and a holder portion capable of holding the medium supported by the support portion, wherein the support portion has a facing portion in a partial region that is a portion of a facing region that faces, when the support portion is combined with the holder portion, the holder portion in a supporting direction in which the support portion supports the medium, wherein the facing region includes a void region in which the facing portion is absent and which allows a portion of the medium supported by the support portion and held by the holder portion to move, wherein the void region includes at least a portion of a bounding line segment of the support portion in a view from the supporting direction; characterised in that the medium support unit is constructed to allow an operation of supporting the medium to be performed by an operator from a location at a side opposite to the portion of the bounding line segment, wherein the operator pulls the medium in a direction from the said location in a state where the holder portion has been combined with the support portion with the medium placed on the support portion such that the holder portion also moves in the said direction and so that the holder portion and the support portion clamp the medium. a support portion capable of supporting a medium; and a holder portion capable of holding the medium supported by the support portion, wherein the support portion has a facing portion in a partial region that is a portion of a facing region that faces, when the support portion is combined with the holder portion, the holder portion in a supporting direction in which the support portion supports the medium, wherein the facing region includes a void region in which the facing portion is absent and which allows a portion of the medium supported by the support portion and held by the holder portion to move, wherein the void region includes at least a portion of a bounding line segment of the support portion in a view from the supporting direction; characterised in that the medium support unit is constructed to allow an operation of supporting the medium to be performed by an operator from a location at a side opposite to the portion of the bounding line segment, wherein the operator pulls the medium in a direction from the said location in a state where the holder portion has been combined with the support portion with the medium placed on the support portion such that the holder portion also moves in the said direction and so that the holder portion and the support portion clamp the medium.
A system for evacuating fluid from a flexible container, comprising: a spout having a base that is configured to be connected to one of a plurality of walls of the flexible container and a passageway in fluid communication with an interior region of the flexible container, the passageway having an outlet at a top end and an inlet at a bottom end; and a cage positioned proximate the bottom end of the passageway, the cage being positioned to block a portion of one of the plurality of walls of the flexible container from entering the inlet of the passageway and preventing fluid from evacuating the container via the passageway, characterised in that the cage includes a circular rim that is mounted in the base of the spout proximate the inlet and in that the cage includes a pair of arced bars that extend inward from the rim and below the base and that intersect each other. a spout having a base that is configured to be connected to one of a plurality of walls of the flexible container and a passageway in fluid communication with an interior region of the flexible container, the passageway having an outlet at a top end and an inlet at a bottom end; and a cage positioned proximate the bottom end of the passageway, the cage being positioned to block a portion of one of the plurality of walls of the flexible container from entering the inlet of the passageway and preventing fluid from evacuating the container via the passageway, characterised in that the cage includes a circular rim that is mounted in the base of the spout proximate the inlet and in that the cage includes a pair of arced bars that extend inward from the rim and below the base and that intersect each other.
A vibration damper for an aerial cable or conductor, comprising a resilient suspension cable with counterweights (4, 5) fixed at its respective ends, the damper being characterized in that it comprises a clamp formed by - a first arched segment, intended to be placed on the upper face of the aerial conductor; and - at least a second arched segment (6b, 6c), complementary and securely coupleable to the first segment below the aerial cable for forming, together with the first segment, a ring which tightly clamps the mentioned aerial conductor, a seat for the cable being formed in the apex of the outer face of the first segment, with a notch oriented such that when placed therein, the cable is arranged in an inclined vertical plane with respect to the vertical plane passing through the axis of the clamp, the damper including a cap closing the top portion of the notch and pressing on the cable to immobilize it, said cable being provided with a sleeve between its two counterweights for supporting the cable in the seat of the first segment of the clamp, the sleeve being arranged in a position such that the cable has a mass or different moments of inertia at both sides of the sleeve. - a first arched segment, intended to be placed on the upper face of the aerial conductor; and - at least a second arched segment (6b, 6c), complementary and securely coupleable to the first segment below the aerial cable for forming, together with the first segment, a ring which tightly clamps the mentioned aerial conductor,
A head mounted display, HMD, comprising: a micro-display (210, 310); a lightguide (211, 311); a plurality of combiners (214, 216; 314, 316) coupled to the lightguide, each of the plurality of combiners to provide light of different polarizations from the lightguide to generate multiple fields of view (430, 432; 530, 532) of the micro-display, a switch (212, 312) to provide light of different polarizations to the lightguide, and an angle filter coupled to the switch and disposed between the switch and a prism of the HMD configured to couple light rays generated by the micro-display into the lightguide, wherein the angle filter comprises at least two prisms being configured to reject light at predetermined angles by total internal reflection. a micro-display (210, 310); a lightguide (211, 311); a plurality of combiners (214, 216; 314, 316) coupled to the lightguide, each of the plurality of combiners to provide light of different polarizations from the lightguide to generate multiple fields of view (430, 432; 530, 532) of the micro-display, a switch (212, 312) to provide light of different polarizations to the lightguide, and an angle filter coupled to the switch and disposed between the switch and a prism of the HMD configured to couple light rays generated by the micro-display into the lightguide, wherein the angle filter comprises at least two prisms being configured to reject light at predetermined angles by total internal reflection.
Toggle mechanism for a cutting blade overload protection device for a cutting blade mechanism of a harvester, the toggle lever mechanism comprising a toggle lever pivot joint having a toggle lever pivot axis and a first toggle lever and a second toggle lever, the first toggle lever and the second toggle lever being coupled to one another so as to be pivotable about the toggle lever pivot axis and being movable from a operating position into a resting position when a predefined force acting on the toggle lever mechanism is exceeded, characterized in that the second toggle lever furthermore: - comprises a pivot joint having a pivot axis, and a spring element is provided which is compressed when the force acts, so that the distance between the toggle lever pivot joint and the pivot joint is reduced from a first length to a second length, - comprises a guide element formed by a limit stop which is in contact with one of the toggle levers (16, 17) and is designed to provide a guide for the toggle lever (16, 17) so that the toggle lever (16, 17) can slide or roll along the limit stop. - comprises a pivot joint having a pivot axis, and a spring element is provided which is compressed when the force acts, so that the distance between the toggle lever pivot joint and the pivot joint is reduced from a first length to a second length, - comprises a guide element formed by a limit stop which is in contact with one of the toggle levers (16, 17) and is designed to provide a guide for the toggle lever (16, 17) so that the toggle lever (16, 17) can slide or roll along the limit stop.
A system for monitoring and controlling a positive displacement pump, comprising: a plurality of pressure sensors mounted to the positive displacement pump, the plurality of pressure sensors (4, 6, 8) comprising at least first, second and third pressure sensors, wherein the first pressure sensor is separated from the second pressure sensor by a first distance (Li) and the first pressure sensor is separated from the third pressure sensor by a second distance; and a controller for receiving input signals (Ps, Pi, Pd) from the plurality of pressure sensors (4, 6, 8), and for processing said input signals (Ps, Pi, Pd) to obtain a cavitation severity ratio, the cavitation severity ratio comprising a ratio of the difference between a measured interstage pressure of the pump and a measured suction pressure of the pump and the difference between a measured discharge pressure of the pump and a measured suction pressure of the pump; the controller being characterised in that it is further configured to adjust an operating speed of the pump based on a comparison of the cavitation severity ratio to a predefined application based severity level and a target cavitation severity level, the application based severity level being set by a user and the target cavitation severity level being based on a ratio between the first distance (Li) and the second distance. a plurality of pressure sensors mounted to the positive displacement pump, the plurality of pressure sensors (4, 6, 8) comprising at least first, second and third pressure sensors, wherein the first pressure sensor is separated from the second pressure sensor by a first distance (Li) and the first pressure sensor is separated from the third pressure sensor by a second distance; and a controller for receiving input signals (Ps, Pi, Pd) from the plurality of pressure sensors (4, 6, 8), and for processing said input signals (Ps, Pi, Pd) to obtain a cavitation severity ratio, the cavitation severity ratio comprising a ratio of the difference between a measured interstage pressure of the pump and a measured suction pressure of the pump and the difference between a measured discharge pressure of the pump and a measured suction pressure of the pump; the controller being characterised in that it is further configured to adjust an operating speed of the pump based on a comparison of the cavitation severity ratio to a predefined application based severity level and a target cavitation severity level, the application based severity level being set by a user and the target cavitation severity level being based on a ratio between the first distance (Li) and the second distance.
A method of operating a first base station in a radio access network including a plurality of base stations, wherein the first base station includes an active antenna system, the method comprising: communicating (12-6, 13-6, 16-4) a cell configuration change indicator between the first base station and a second base station of the radio access network, characterized in the cell configuration indicator comprises one of a plurality of cell configuration indices wherein each of the plurality of cell configuration indices indicates a different configuration of a cell or cells defined by the active antenna system. communicating (12-6, 13-6, 16-4) a cell configuration change indicator between the first base station and a second base station of the radio access network,
Terminal assembly comprising a cable lug for terminating an electric cable and contacting an appliance, the cable lug comprising a cable-side end section for directly or indirectly contacting the electric cable, an appliance-side end section for contacting the appliance, and a main body which extends between the cable-side end section and the appliance-side end section, wherein the main body comprises at least one radially protruding collar; and an insulator body having a cable lug receptacle for receiving the cable lug and an appliance receptacle for receiving an appliance-side connector complementary to the appliance-side end section of the cable lug, characterized in that the cable lug is secured along its longitudinal axis by a form lock between the collar and the cable lug receptacle, when the cable lug is inserted in the cable lug receptacle, wherein the cable lug receptacle comprises a locking element which is shaped complementary to the collar to generate the form lock.
A steel suitable for hot-work tools, the steel consists of in weight % (wt.%): C ≤ 0.08 Si 0.1 - 0.9 Mn ≤ 2 Cr 4.0 - 6.5 Ni 2.0 - 4.5 Mo 4.0 - 6.5 Co 2.0 - 5.5 Cu ≤ 4.0 Nb ≤ 0.1 V ≤ 0.1 Ti ≤ 0.1 Fe and impurities balance, wherein P and S are the main impurities whereby P is limited to 0.1% and S is limited to 0.05%.
A method for recovering an anionic fluorinated emulsifier, which comprises eluting an anionic fluorinated emulsifier from a basic ion exchange resin having the anionic fluorinated emulsifier adsorbed thereon and recovering it as an acid of the anionic fluorinated emulsifier, and which is characterized by contacting an aqueous inorganic acid solution to the basic ion exchange resin, then contacting a mixed liquid of a fluorinated medium and a non-fluorinated medium thereto, thereafter separating the basic ion exchange resin and a liquid phase to recover the liquid phase, and recovering, from the liquid phase, the acid of the anionic fluorinated emulsifier.
A self-contained vaginal or anal electro-stimulatiori device for the neuromuscular electro-stimulation of the musculature of the pelvic floor complex, which device comprises a body and at least two electro-conductive elements located at or on the external surface of the body, an internal power source and internal means for the generation and control of electrical pulses for the neuromuscular electro-stimulation of the musculature of the pelvic floor complex via the electro-conductive elements characterized in that the body is a deformable body of resiliently compressible material being reversibly compressible in at least one dimension such that the electro-conductive elements may be reversibly compressed towards the interior of the device body as the device is compressed and when in-situ in a vaginal or anal endocavity the deformable body is able to expand in order to conform to the shape of the vaginal or anal endocavity bringing the electro-conductive elements into contact with the endocavity walls and wherein the shape of the electro-stimulation device, when viewed in a cross-section taken perpendicular to the axis of insertion into the anus or vagina, is such that the electro-stimulation device may not be freely rotated about that axis when in-situ.
A network device (100, 300) for sending Border Gateway Protocol, BGP, information, wherein the network device comprises a BGP module (101, 301) and a BGP monitoring protocol, BMP, module (102, 302), wherein the BMP module (102, 302) is configured to establish a BMP connection with a monitoring server (201, 401), and send to the BGP module (101, 301) a request for acquiring a capability information set; the BGP module (101, 301) is configured to receive the request for acquiring the capability information set; traverse BGP capability data stored in the BGP module (101, 301) to acquire all BGP capability data configured in the network device (100, 300); and send the acquired all BGP capability data to the BMP module (102, 302); and the BMP module (102, 302) is further configured to send to the monitoring server all the BGP capability data and a device identifier of the network device (100, 300).
A method for transmitting a reception acknowledgement response by a user equipment in a Long Term Evolution, LTE, / LTE advanced, LTE-A, Time Divisional Duplex, TDD, communication system, comprising: receiving an enhanced physical downlink control channel, EPDCCH; determining a physical uplink control channel, PUCCH, resource based on a lowest enhanced control channel element, ECCE, index of ECCE indexes constructing the EPDCCH and a HARQ-ACK resource offset, ARO; and transmitting a reception acknowledgement response through the PUCCH resource, characterized in that when a reception acknowledgement response related to two or more downlink, DL, subframes scheduled by the EPDCCH is transmitted in a subframe for transmission of the reception acknowledgement response, a set of possible values for the ARO comprises − ∑ i = m − ⌈ m / 3 ⌉ m − 1 N eCCE, i, j − 1, wherein m is an index of the two or more DL subframes and the m is equal to or greater than 4, and wherein N eCCE,i,j is the number of ECCEs of an i-th subframe in EPDCCH-PRB-set j. receiving an enhanced physical downlink control channel, EPDCCH; determining a physical uplink control channel, PUCCH, resource based on a lowest enhanced control channel element, ECCE, index of ECCE indexes constructing the EPDCCH and a HARQ-ACK resource offset, ARO; and transmitting a reception acknowledgement response through the PUCCH resource, characterized in that when a reception acknowledgement response related to two or more downlink, DL, subframes scheduled by the EPDCCH is transmitted in a subframe for transmission of the reception acknowledgement response, a set of possible values for the ARO comprises − ∑ i = m − ⌈ m / 3 ⌉ m − 1 N eCCE, i, j − 1, wherein m is an index of the two or more DL subframes and the m is equal to or greater than 4, and wherein N eCCE,i,j is the number of ECCEs of an i-th subframe in EPDCCH-PRB-set j.