mhurhangee/ep-ind-claims huggingface dataset:
Seal element for the fluid-tight introduction of a pipe, which comprises a media pipe, to the outer surface of which a heat-insulating layer is applied, and an outer layer serving to protect the pipe against mechanical damage being applied to the outer surface of the heat-insulating layer, into a sheath, wherein the seal element has a seal body with an opening, and in which seal element a first and a second seal portion are formed, the first seal portion having a first outer face and the second seal portion having a second outer face, wherein the first seal portion is designed to seal with respect to the pipe and the second seal portion is designed to seal with respect to the sheath, wherein a clamping element is arranged on the first outer face of the first seal portion and can contract in order to push a portion of the first seal portion against the outer layer of the pipe, and wherein a stabilising element, in the form of a ring or a ring portion, is arranged on the second seal portion and enables the second outer face of the second seal portion to be pressed against the inner surface of the sheath, characterised in that the stabilising element is clipped or latched in a recess on the seal body.
A method of fabricating a book-like document of value and/or security document, - in which a book case and a book block comprising an end paper and at least one data page connected therewith are fit together, and - in which the book block and the book case are joined together by means of an adhesive, - a double-sided adhesive layer material web being applied to an inner surface of the book case or to an outer surface of the end paper, and - the end paper and the book case being aligned, fit together, and permanently joined to each other, - the double-sided adhesive layer material web being cut to a length which is shorter than the length of a base size of the book case or of the end paper, characterised in that - the double-sided adhesive layer material web is cut to a width, or provided with a predefined width, which is smaller than the width of the base size of the book case or of the end paper, and - once the book block and the book case have been joined together, the document, which has been produced in a base size, is cut to its finished size while in a flipped-opened or closed configuration. - in which a book case and a book block comprising an end paper and at least one data page connected therewith are fit together, and - in which the book block and the book case are joined together by means of an adhesive, - a double-sided adhesive layer material web being applied to an inner surface of the book case or to an outer surface of the end paper, and - the end paper and the book case being aligned, fit together, and permanently joined to each other, - the double-sided adhesive layer material web being cut to a length which is shorter than the length of a base size of the book case or of the end paper, characterised in that - the double-sided adhesive layer material web is cut to a width, or provided with a predefined width, which is smaller than the width of the base size of the book case or of the end paper, and - once the book block and the book case have been joined together, the document, which has been produced in a base size, is cut to its finished size while in a flipped-opened or closed configuration.
A first composition comprising at least the following: A) a Compound F1 selected from Formula 1: wherein Ra comprises one or more multiple bonds, provided that, if Ra comprises more than one multiple bond, these multiple bonds are not in a conjugated configuration; and R1, R2, and R3 are each independently selected from alkoxyl, hydroxyl, halide, OC R, or OC OR, wherein R is alkyl or a substituted alkyl; and B) a Compound F2 selected from Formula 2: wherein Rb is selected from H or a saturated group comprising alkyl, alkylene, or alkylidene; and R4, R5, and R6 are each independently selected from alkoxyl, hydroxyl, halide, OC R, or OC OR, wherein R is alkyl or a substituted alkyl; and C) a Compound F3 selected from Formula 3: wherein Rc comprises more than one multiple bond, and these multiple bonds are in a conjugated configuration; and R7, R8, and R9 are each independently selected from alkoxyl, hydroxyl, halide, OC R, or OC OR, wherein R is alkyl or a substituted alkyl; and D) A Compound F4 selected from Formula 4: wherein R10, R11, R12, and R13 are each independently selected from alkoxyl, hydroxyl, halide, OC R, or OC OR, wherein R is alkyl or a substituted alkyl; wherein Compound F1 is present in an amount greater than 10 mole percent, based on the sum moles of Compounds F1, F2, F3 and F4. A) a Compound F1 selected from Formula 1: wherein Ra comprises one or more multiple bonds, provided that, if Ra comprises more than one multiple bond, these multiple bonds are not in a conjugated configuration; and R1, R2, and R3 are each independently selected from alkoxyl, hydroxyl, halide, OC R, or OC OR, wherein R is alkyl or a substituted alkyl; and B) a Compound F2 selected from Formula 2: wherein Rb is selected from H or a saturated group comprising alkyl, alkylene, or alkylidene; and R4, R5, and R6 are each independently selected from alkoxyl, hydroxyl, halide, OC R, or OC OR, wherein R is alkyl or a substituted alkyl; and C) a Compound F3 selected from Formula 3: wherein Rc comprises more than one multiple bond, and these multiple bonds are in a conjugated configuration; and R7, R8, and R9 are each independently selected from alkoxyl, hydroxyl, halide, OC R, or OC OR, wherein R is alkyl or a substituted alkyl; and D) A Compound F4 selected from Formula 4: wherein R10, R11, R12, and R13 are each independently selected from alkoxyl, hydroxyl, halide, OC R, or OC OR, wherein R is alkyl or a substituted alkyl; wherein Compound F1 is present in an amount greater than 10 mole percent, based on the sum moles of Compounds F1, F2, F3 and F4. wherein R10, R11, R12, and R13 are each independently selected from alkoxyl, hydroxyl, halide, OC R, or OC OR, wherein R is alkyl or a substituted alkyl; wherein Compound F1 is present in an amount greater than 10 mole percent, based on the sum moles of Compounds F1, F2, F3 and F4.
A method for controlling a heated mixer, situated downstream of a Urea-Water Solution injector, to reduce NOx emission in an exhaust system from combustion engines, wherein the exhaust system has a Selective Catalytic Reduction catalyst situated downstream of the UWS injector and the heated mixer, the method comprising the steps of: a) determining a NOx reduction efficiency of the SCR catalyst; b) evaluating at least one reductant Uniformity Index based on operating parameters of the exhaust system and a mixer power calculation map; and c) modifying a mixer temperature of the heated mixer by regulating power to the heated mixer based on said at least one reductant UI in order to improve said at least one reductant UI and/or improve said NOx reduction efficiency. a) determining a NOx reduction efficiency of the SCR catalyst; b) evaluating at least one reductant Uniformity Index based on operating parameters of the exhaust system and a mixer power calculation map; and c) modifying a mixer temperature of the heated mixer by regulating power to the heated mixer based on said at least one reductant UI in order to improve said at least one reductant UI and/or improve said NOx reduction efficiency.
A bird feeder comprising: a seed container; a center tube within said seed container; a seed tray; a cover, said cover having an aperture, said center tube passing through said aperture; a hanger, said hanger being engaged with an upper portion of said center tube to thereby retain said cover in position; characterized in that said bird feeder has a cartridge spring assembly comprising a center rod, a spring extending about said center rod 108, said spring assembly fitting within said center tube and said center rod extending outwardly at a lower end thereof; a shroud having a perch member, said shroud and said spring assembly being attached; and a retainer secured to said lower end of said spring assembly to retain said shroud in position. a seed container; a center tube within said seed container; a seed tray; a cover, said cover having an aperture, said center tube passing through said aperture; a hanger, said hanger being engaged with an upper portion of said center tube to thereby retain said cover in position; characterized in that said bird feeder has a cartridge spring assembly comprising a center rod, a spring extending about said center rod 108, said spring assembly fitting within said center tube and said center rod extending outwardly at a lower end thereof; a shroud having a perch member, said shroud and said spring assembly being attached; and a retainer secured to said lower end of said spring assembly to retain said shroud in position.
Electrical connector for a multi-core electric cable, having - at least two electrical contact elements (31, 32) on the cable side with related connection points (33, 34) to which one lead (11, 12) of the electric cable respectively is to be connected, and - at least two electrical contact elements (71, 72) on the output side, which are spaced away from the contact elements (31, 32) on the cable side in the axial direction (a) and from which an electrical plug element (73, 74) protrudes, via which an electrical connection can be established with a mating plug, wherein a support body is arranged between the contact elements (31, 32) on the cable side and the contact elements (71, 72) on the output side, which carries an electrical component, via which the at least two contact elements on the cable side and the at least two contact elements (31, 32; 71, 72) on the output side are electrically connected to one another, wherein the support body comprises a level support region, which extends between a first connecting section and a second connecting section and which is aligned transversely to the axial direction (a) of the connector, characterized in that the connector comprises an interior space enclosed by an outer conductor, in which the support body, the electrical component as well as the contact elements (31, 32; 71, 72) on the cable side and on the output side are at least portionally arranged, wherein the electrical component is electrically connected to the contact elements (31, 32) on the cable side on the one hand and, on the other, electrically connected to the contact elements (71, 72) on the output side via bond wires (61, 62, 63, 64). - at least two electrical contact elements (31, 32) on the cable side with related connection points (33, 34) to which one lead (11, 12) of the electric cable respectively is to be connected, and - at least two electrical contact elements (71, 72) on the output side, which are spaced away from the contact elements (31, 32) on the cable side in the axial direction (a) and from which an electrical plug element (73, 74) protrudes, via which an electrical connection can be established with a mating plug, wherein a support body is arranged between the contact elements (31, 32) on the cable side and the contact elements (71, 72) on the output side, which carries an electrical component, via which the at least two contact elements on the cable side and the at least two contact elements (31, 32; 71, 72) on the output side are electrically connected to one another,
A method of performing arbitration to coordinate the sending of a plurality of packets or frames received at one or more input ports for transmission by one or more output ports, comprising: receiving one or more request messages from one or more line cards providing the one or more input ports, each of the request messages identifying one of the input ports and indicating a request to send one or more packets or frames via a specified one of the output ports; receiving a credit from the specified one of the output ports indicating that one or more buffers are available for receiving the one or more packets or frames; determining that a credit is available for the specified one of the output ports indicating that one or more buffers associated with the specified one of the output ports are available for receiving the one or more packets or frames; and generating and sending a grant message to one of the line cards from which the one or more request messages has been received when it is determined that the credit is available for the specified one of the output ports, the grant message indicating that the specified one of the output ports is capable of receiving the one or more packets or frames. receiving one or more request messages from one or more line cards providing the one or more input ports, each of the request messages identifying one of the input ports and indicating a request to send one or more packets or frames via a specified one of the output ports; receiving a credit from the specified one of the output ports indicating that one or more buffers are available for receiving the one or more packets or frames; determining that a credit is available for the specified one of the output ports indicating that one or more buffers associated with the specified one of the output ports are available for receiving the one or more packets or frames; and generating and sending a grant message to one of the line cards from which the one or more request messages has been received when it is determined that the credit is available for the specified one of the output ports, the grant message indicating that the specified one of the output ports is capable of receiving the one or more packets or frames.
A valve unit (100; 300) configured for a charged particle beam device (50; 600) having a beam path, comprising: a vacuum sealed valve housing configured for a pressure difference between the inside of the valve housing and the outside of the valve housing, wherein the housing provides a beam path portion for having a charged particle beam pass therethrough along the beam path; a valve positioning unit adapted for selectively providing a first movement of the valve housing along a first direction such that the beam path portion is selectively moved into and out of the beam path; and at least one sealing element configured for a second movement in a second direction different from the first direction, characterised in that the at least one sealing element comprises at least one piston connected to the vacuum sealed valve housing with at least one flexible piston support. a vacuum sealed valve housing configured for a pressure difference between the inside of the valve housing and the outside of the valve housing, wherein the housing provides a beam path portion for having a charged particle beam pass therethrough along the beam path; a valve positioning unit adapted for selectively providing a first movement of the valve housing along a first direction such that the beam path portion is selectively moved into and out of the beam path; and at least one sealing element configured for a second movement in a second direction different from the first direction, the at least one sealing element comprises at least one piston connected to the vacuum sealed valve housing with at least one flexible piston support.
Aircraft landing gear including a retractable housing comprising an upper leg; a lower leg including a wheel axle slidingly disposed within the upper leg and resiliently biased to an extended condition; a turning collar rotatably disposed about the housing and having connection means for a drag stay; and a steering collar operatively connected to a steering motor and connected to the lower leg by a torque link (21, 22); in which the turning collar is provided with a cam surface which cooperates in use with the torque link (251, 22) to maintain the lower leg with the wheel axle in the fore-and-aft position when in the extended condition and during retraction of the landing gear the drag stay causes the turning collar to rotate, and the lower leg is constrained, by cooperation of the torque link (21, 22) with the cam surface, to rotate with the turning collar, thus maintaining the orientation of the wheel axle with respect to the turning collar..
A bursitis treatment device (100; 200) for treatment of inflammation of a bursa (150; 502) in a patient, said bursitis treatment device (100; 200) comprising: - a rinsing aid; - a reservoir (101; 201) for holding said rinsing aid in fluid, freezing fluid or gaseous state; - a heat exchanger (104; 203) for controlling the temperature of said rinsing aid such that said temperature of said rinsing aid enables to destroy the bursa cells causing said inflammation within an acceptable time interval of a few minutes; - a supply line (103; 204, 208), coupled to said reservoir (101; 201, 202), for transporting said rinsing aid from said reservoir (101; 201) to said bursa; - an access device, coupled to said supply line (103; 204, 208), for injecting said rinsing aid into said bursa (150; 502); and - a drain (105; 210) for removing said rinsing aid from said bursa (150; 502) for elimination. - a rinsing aid; - a reservoir (101; 201) for holding said rinsing aid in fluid, freezing fluid or gaseous state; - a heat exchanger (104; 203) for controlling the temperature of said rinsing aid such that said temperature of said rinsing aid enables to destroy the bursa cells causing said inflammation within an acceptable time interval of a few minutes; - a supply line (103; 204, 208), coupled to said reservoir (101; 201, 202), for transporting said rinsing aid from said reservoir (101; 201) to said bursa; - an access device, coupled to said supply line (103; 204, 208), for injecting said rinsing aid into said bursa (150; 502); and - a drain (105; 210) for removing said rinsing aid from said bursa (150; 502) for elimination.
A process of forming boron coated straws for use in neutron detectors comprising the steps of: providing a reel of boron-coated film, a fixed, elongated mandrel having an outside diameter approximately equal to the desired inside diameter of the straws to be formed; and a laser welding system; and being further characterised by the following steps: spiral winding the boron-coated film around the elongated mandrel such that the boron-coating is adjacent to the mandrel and the outside edges of each wind of film overlaps the previous wind by no more than about 1 millimeter; rotating the spirally wound and overlapping film about the mandrel and advancing the film down the mandrel; welding the overlapped edge of the spirally wound film to form a seam using the laser welding system as the film advances down the mandrel thereby creating a cylinder; and cutting the cylinder to a desired length thereby forming a boron-coated straw. providing a reel of boron-coated film, a fixed, elongated mandrel having an outside diameter approximately equal to the desired inside diameter of the straws to be formed; and a laser welding system; and being further characterised by the following steps: spiral winding the boron-coated film around the elongated mandrel such that the boron-coating is adjacent to the mandrel and the outside edges of each wind of film overlaps the previous wind by no more than about 1 millimeter; rotating the spirally wound and overlapping film about the mandrel and advancing the film down the mandrel; welding the overlapped edge of the spirally wound film to form a seam using the laser welding system as the film advances down the mandrel thereby creating a cylinder; and cutting the cylinder to a desired length thereby forming a boron-coated straw. spiral winding the boron-coated film around the elongated mandrel such that the boron-coating is adjacent to the mandrel and the outside edges of each wind of film overlaps the previous wind by no more than about 1 millimeter; rotating the spirally wound and overlapping film about the mandrel and advancing the film down the mandrel; welding the overlapped edge of the spirally wound film to form a seam using the laser welding system as the film advances down the mandrel thereby creating a cylinder; and cutting the cylinder to a desired length thereby forming a boron-coated straw.
A profile bar screen for draining treatment liquor from a suspension of comminuted cellulose material and treatment liquor in an essentially cylindrical digester vessel, said profile bar screen being arranged inside the outer wall of the digester vessel forming a withdrawal chamber between the wall of the digester vessel and the profile bar screen, the profile bar screen comprising: vertical profile bar elements facing the suspension of comminuted cellulose material, said vertical profile bars arranged in parallel to each other and forming a withdrawal slot for treatment liquor between neighboring profile bars; several horizontal support arches having vertical mounting slots for holding a profile bar element in said mounting slots, the horizontal support arches having integrated support shoulders resting against the inside of the outer wall of the cylindrical digester vessel, characterized in that each support arch has only two integrated support shoulders located at each respective end of the support arch such that the support arch between support shoulders is located at a distance from the outer digester wall enabling a free unobstructed flow of withdrawn cooking liquor between digester wall and support arch and between support shoulders in each support arch. vertical profile bar elements facing the suspension of comminuted cellulose material, said vertical profile bars arranged in parallel to each other and forming a withdrawal slot for treatment liquor between neighboring profile bars; several horizontal support arches having vertical mounting slots for holding a profile bar element in said mounting slots, the horizontal support arches having integrated support shoulders resting against the inside of the outer wall of the cylindrical digester vessel, characterized in that each support arch has only two integrated support shoulders located at each respective end of the support arch such that the support arch between support shoulders is located at a distance from the outer digester wall enabling a free unobstructed flow of withdrawn cooking liquor between digester wall and support arch and between support shoulders in each support arch.