mhurhangee/ep-ind-claims huggingface dataset:
Hydraulic brake arrangement comprising rear and/or front brakes (3, 4) of an off-road vehicle, said hydraulic brake arrangement comprising a source of fluid in pressure, a power stage valve fluidly interposed between said source and said rear and/or front brakes (3, 4) and a pilot stage, said pilot stage being configured to provide a first and a second hydraulic pressure signal to control said power stage valve to allow fluid from said source to flow towards said rear and/or front brakes (3, 4), characterized by said power stage valve comprising a gain valve, a logic valve and a plurality of security valves (45a, 45b, 38), said gain valve being fluidly interposed between said source and said logic valve and being configured to assume at least a first position in which it allows passage of fluid to said logic valve while increasing pressure value of the this latter and a second position into which fluid passage is prevented, in function of the greatest between said first and second hydraulic pressure signals; said logic valve being fluidly interposed between said gain valve and said plurality of security valve (45a, 45b, 38) and being configured to subdivide the flow of fluid among at least one of said plurality of security valves (45a, 45b, 38) in function of said first and second hydraulic pressure signals; said plurality of security valves (45a, 45b, 38) being fluidly interposed between said logic valve and said rear and/or front brakes (3, 4) and being configured to allow passage of fluid from logic valve to said rear and/or front brakes (3, 4) or to allow passage of said first and second hydraulic pressure signals or no passage of fluid towards said rear and/or front brakes (3, 4) in function of said first and second hydraulic pressure signals and at least one hydraulic signal taken from upstream or downstream with respect to said security valves (45a, 45b, 38). said gain valve being fluidly interposed between said source and said logic valve and being configured to assume at least a first position in which it allows passage of fluid to said logic valve while increasing pressure value of the this latter and a second position into which fluid passage is prevented, in function of the greatest between said first and second hydraulic pressure signals; said logic valve being fluidly interposed between said gain valve and said plurality of security valve (45a, 45b, 38) and being configured to subdivide the flow of fluid among at least one of said plurality of security valves (45a, 45b, 38) in function of said first and second hydraulic pressure signals; said plurality of security valves (45a, 45b, 38) being fluidly interposed between said logic valve and said rear and/or front brakes (3, 4) and being configured to allow passage of fluid from logic valve to said rear and/or front brakes (3, 4) or to allow passage of said first and second hydraulic pressure signals or no passage of fluid towards said rear and/or front brakes (3, 4) in function of said first and second hydraulic pressure signals and at least one hydraulic signal taken from upstream or downstream with respect to said security valves (45a, 45b, 38).
A fuel container of thermoplastic plastics material having an upper base and a lower base which are supported against each other by means of at least one column-like support element, wherein the support element is connected in a positive-locking manner and/or materially engaging manner to a wall of the upper base on the one hand and to a wall of the lower base on the other hand in such a manner that it can absorb tensile forces which are brought about by the pressure inside the container, wherein the support element is constructed in several pieces, characterized in that the support element is divided longitudinally and comprises at least two segments which form a common support face at the end side.
A method for disposing of a liquid within an automated analytical system, said method comprising the steps: a. providing a tip rack assembly, said tip rack assembly comprising • a tip rack comprising disposable pipet tips, • a contamination prevention shield comprising channels, wherein said contamination prevention shield is removably fixed to said tip rack, b. processing a fluid biological sample within said automated analytic system, wherein liquid waste is generated, c. releasing said contamination prevention shield from said tip rack and reversibly docking said contamination prevention shield to a common liquid waste container, d. aspirating said liquid waste or a part thereof into pipets or pipet tips of a pipet array, e. introducing the pipets or pipet tips of said pipet array or a part thereof into the channels of said contamination prevention shield, wherein said channels are geometrically prearranged for the introduction of the tips of said pipet array, wherein said channels form contamination barriers between said pipets or pipet tips and wherein each of said pipets or pipet tips or a part thereof is introduced into a different channel, f. dispensing said liquid waste or a part thereof through said channels into said common liquid waste container, wherein step c. can be before, after or at the same time as step d, the method further comprising the step of releasing said contamination prevention shield from said common liquid waste container after step f. and discarding it. a. providing a tip rack assembly, said tip rack assembly comprising • a tip rack comprising disposable pipet tips, • a contamination prevention shield comprising channels, wherein said contamination prevention shield is removably fixed to said tip rack, • a tip rack comprising disposable pipet tips, • a contamination prevention shield comprising channels, b. processing a fluid biological sample within said automated analytic system, wherein liquid waste is generated, c. releasing said contamination prevention shield from said tip rack and reversibly docking said contamination prevention shield to a common liquid waste container, d. aspirating said liquid waste or a part thereof into pipets or pipet tips of a pipet array, e. introducing the pipets or pipet tips of said pipet array or a part thereof into the channels of said contamination prevention shield, wherein said channels are geometrically prearranged for the introduction of the tips of said pipet array, wherein said channels form contamination barriers between said pipets or pipet tips and wherein each of said pipets or pipet tips or a part thereof is introduced into a different channel, f. dispensing said liquid waste or a part thereof through said channels into said common liquid waste container,
A container assembly (10,210) comprising: a first container (12,212) configured to hold a first flowable substance(16,216), wherein the first container (12,212) has a membrane (28,228) having a weld seam (66,266) therein, wherein a first segment of injected molded material abuts a second segment of injected molded material to form the weld seam (66,266), the first container (12,212) being a one-piece injected molded container; and a second container (14,214) configured to hold a second flowable substance (18,218), the second container (14,214) operably associated with the first container (12,212), wherein the second container (14,214) is contained within the first container (12,212), wherein the second container (14,214) is rupturable and configured such that the second flowable substance (18,218) can mix with the first flowable substance (16,216) to form a mixture to be selectively dispensed from the container assembly (10,210). a first container (12,212) configured to hold a first flowable substance(16,216), wherein the first container (12,212) has a membrane (28,228) having a weld seam (66,266) therein, wherein a first segment of injected molded material abuts a second segment of injected molded material to form the weld seam (66,266), the first container (12,212) being a one-piece injected molded container; and a second container (14,214) configured to hold a second flowable substance (18,218), the second container (14,214) operably associated with the first container (12,212), wherein the second container (14,214) is contained within the first container (12,212), wherein the second container (14,214) is rupturable and configured such that the second flowable substance (18,218) can mix with the first flowable substance (16,216) to form a mixture to be selectively dispensed from the container assembly (10,210).
An annulus filler for mounting to a rotor disc of a gas turbine engine and for bridging the gap between two adjacent blades attached to the rotor disc, the annulus filler having: a body portion which defines an airflow surface for air being drawn through the engine, and one or more hook portions (9, 10) which extend radially inwardly from the body portion for connection to corresponding engagement portions on the radially outer face of the rotor disc; wherein the or each hook portion (9, 10) is attached to the body portion by a joining arrangement characterised in that a wedge part formed by a pair of facing angled flanges (8, 12) is provided by one of the hook portion (9, 10) and the body portion and is received in complementary-shaped retention recess facing angled flanges provided by the other of the hook portion (9, 10) and the body portion. a body portion which defines an airflow surface for air being drawn through the engine, and one or more hook portions (9, 10) which extend radially inwardly from the body portion for connection to corresponding engagement portions on the radially outer face of the rotor disc; wherein the or each hook portion (9, 10) is attached to the body portion by a joining arrangement characterised in that a wedge part formed by a pair of facing angled flanges (8, 12) is provided by one of the hook portion (9, 10) and the body portion and is received in complementary-shaped retention recess facing angled flanges provided by the other of the hook portion (9, 10) and the body portion.
A brush comprising: a head including bristles, a diaphragm, a vibration source attached to the diaphragm, a housing, and an annular floating member, wherein the diaphragm, the floating member, and the housing are integrally molded, and the floating member is interposed between the diaphragm and the housing in a manner surrounding the vibration source; and a body to which the head is attached, the body including a circuit configured to supply to the vibration source a supply signal including a non-discrete signal in an audible range. a head including bristles, a diaphragm, a vibration source attached to the diaphragm, a housing, and an annular floating member, wherein the diaphragm, the floating member, and the housing are integrally molded, and the floating member is interposed between the diaphragm and the housing in a manner surrounding the vibration source; and the diaphragm, the floating member, and the housing are integrally molded, and the floating member is interposed between the diaphragm and the housing in a manner surrounding the vibration source; and a body to which the head is attached, the body including a circuit configured to supply to the vibration source a supply signal including a non-discrete signal in an audible range.
A packer machine to manufacture a packet of tobacco articles containing two distinct groups of tobacco articles; the packer machine being characterized in that it comprises: a coupling wheel which rotates with a continuous motion around a first rotation axis and supports a pair of coupling pockets, each designed to contain a group of tobacco articles; a first feeding station in which a first group of tobacco articles is fed to a first coupling pocket and, subsequently, a second group of tobacco articles is fed to a second coupling pocket; an actuating device which brings, downstream of the first feeding station, the two coupling pockets closer to each other, until the two coupling pockets are side by side; and a releasing station, in which the two groups of tobacco articles are extracted together from both the coupling pockets arranged side by side, so that the two groups of tobacco articles are side by side when they come out of the coupling pockets. a coupling wheel which rotates with a continuous motion around a first rotation axis and supports a pair of coupling pockets, each designed to contain a group of tobacco articles; a first feeding station in which a first group of tobacco articles is fed to a first coupling pocket and, subsequently, a second group of tobacco articles is fed to a second coupling pocket; an actuating device which brings, downstream of the first feeding station, the two coupling pockets closer to each other, until the two coupling pockets are side by side; and a releasing station, in which the two groups of tobacco articles are extracted together from both the coupling pockets arranged side by side, so that the two groups of tobacco articles are side by side when they come out of the coupling pockets.
A compound having the formula: wherein X is -(CH 2) m C -, with m being 1, 2, or 3; L is a linker selected from the group consisting of: wherein n, n' and n" are each independently a number from 0 to 10; H is hydrogen; and Y-H has the following structure: wherein R is selected from the group consisting of hydrogen, alkyl, benzyl or an aromatic group; or a pharmaceutically acceptable salt or solvate thereof. wherein X is -(CH 2) m C -, with m being 1, 2, or 3; L is a linker selected from the group consisting of: wherein n, n' and n" are each independently a number from 0 to 10; H is hydrogen; and Y-H has the following structure: wherein R is selected from the group consisting of hydrogen, alkyl, benzyl or an aromatic group; or a pharmaceutically acceptable salt or solvate thereof.
Filter for insertion into a fluid-conducting pipeline, comprising: a carrier pipe having a pipe neck, which pipe neck has an end region, which end region is conical in shape and the wall of which at least in some portions runs at an angle (α) inclined with respect to an axis of the pipe neck; a rim terminating the end region of the pipe neck, which rim is bent inwards towards the axis of the pipe neck and defines a pipe-opening circumscribed by the rim; a planar filter element which is fixed to a front side of the carrier pipe, which front side forms a termination of the carrier pipe, and which planar filter element covers the pipe-opening of the pipe neck and in the end region of the pipe neck at least in some regions rests against the outer surface thereof; and a sleeve arranged in the end region of the pipe neck, which sleeve has over its circumference a number of contact points with the filter element; characterised in that there is an air-gap between the sleeve and the filter element, at least in sub-regions of the circumference, which air-gap opens from the contact points in the direction towards the front side. a carrier pipe having a pipe neck, which pipe neck has an end region, which end region is conical in shape and the wall of which at least in some portions runs at an angle (α) inclined with respect to an axis of the pipe neck; a rim terminating the end region of the pipe neck, which rim is bent inwards towards the axis of the pipe neck and defines a pipe-opening circumscribed by the rim; a planar filter element which is fixed to a front side of the carrier pipe, which front side forms a termination of the carrier pipe, and which planar filter element covers the pipe-opening of the pipe neck and in the end region of the pipe neck at least in some regions rests against the outer surface thereof; and a sleeve arranged in the end region of the pipe neck, which sleeve has over its circumference a number of contact points with the filter element; characterised in that there is an air-gap between the sleeve and the filter element, at least in sub-regions of the circumference, which air-gap opens from the contact points in the direction towards the front side.
A boat comprising: a non-planing hull having a wave piercing bow; and characterized in that the non-planing hull further comprises at least one horizontal downwardly oriented protrusion extending from each side of said non-planning hull to a distal edge at a location above the design waterline a position proximate to said wave piercing bow, said horizontal protrusion having top and bottom surfaces, wherein said bottom surface extends substantially from said non-planing hull, and wherein said horizontal protrusion is shaped to produce downforce while moving through waves. a non-planing hull having a wave piercing bow; and characterized in that the non-planing hull further comprises at least one horizontal downwardly oriented protrusion extending from each side of said non-planning hull to a distal edge at a location above the design waterline a position proximate to said wave piercing bow, said horizontal protrusion having top and bottom surfaces, wherein said bottom surface extends substantially from said non-planing hull, and wherein said horizontal protrusion is shaped to produce downforce while moving through waves.
Device for tightening a screwable head of a hydraulic cylinder having a cylinder in which a piston slides equipped with a rod with an external joint and slidable through an opening of said screwable head, the screwable head having gripping seats at a free end thereof facing in the direction opposite to the center of the cylinder; the device being characterized in that it comprises: - an openable support having a plurality of gripping elements assigned to abut respective gripping seats of the screwable head; - a joint assigned to be coupled with a motor means for the rotation of the device around a longitudinal axis of the device itself, coaxial with the joint and coinciding with the axis of symmetry of the screwable head, in correspondence with a tightening closed condition; - a torque transmission means to a connection end of which the joint is fixed and to an opposite gripping end (14, 24) of which the support is fixed, where the torque transmission means is dimensioned in such a way that, in correspondence with the tightening closed condition, it does not interfere with the rod nor with the external joint of the hydraulic cylinder. - an openable support having a plurality of gripping elements assigned to abut respective gripping seats of the screwable head; - a joint assigned to be coupled with a motor means for the rotation of the device around a longitudinal axis of the device itself, coaxial with the joint and coinciding with the axis of symmetry of the screwable head, in correspondence with a tightening closed condition; - a torque transmission means to a connection end of which the joint is fixed and to an opposite gripping end (14, 24) of which the support is fixed, where the torque transmission means is dimensioned in such a way that, in correspondence with the tightening closed condition, it does not interfere with the rod nor with the external joint of the hydraulic cylinder.
A battery comprising: a plurality of battery cells, arranged and stacked to form a series of battery cell groups; and an encapsulant having a Young Modulus in a range of 0.05 to 0.15 GPa, and a Flex Modulus in a range of 0.100 to 0.250 GPa, surrounding the battery cell groups. a plurality of battery cells, arranged and stacked to form a series of battery cell groups; and an encapsulant having a Young Modulus in a range of 0.05 to 0.15 GPa, and a Flex Modulus in a range of 0.100 to 0.250 GPa, surrounding the battery cell groups.
A recombinant respiratory syncytial virus antigen comprising a soluble F protein polypeptide comprising an F 2 domain and an F 1 domain of an RSV F protein polypeptide, wherein there is no furin cleavage site between the F 2 domain and the F 1 domain, and wherein the polypeptide further comprises a heterologous trimerization domain positioned C-terminal to the F 1 domain.
An incremental mandibular advancement anti-snoring and obstructive sleep apnea preventing device comprising an upper member adapted to engage the maxillary dentition of a human and a lower member adapted to engage the mandibulary dentition of a human, which members (2, 3) are incrementally adjustable to each other, characterized in that the upper and lower members are resilient ly hinged together by posterior resilient hinges (4, 4') which are integrated with the members (2, 3) and located in the most posterior part of the device whereby the hinging is adapted to allow physiological movements of the lower jaw in the sagittal plane while retaining a forward position of the lower jaw relative to the upper jaw and thereby keeping the airway passage in the nasopharynx, the oropharynx and the hypopharynx substantially free of occlusion.
A storage container for a device for automated dispensing of individual medication portions, comprising: a housing (3a, 3b, 3c, 3d, 3e), which has a bottom surface and encloses a receiving space, a separating device, which is arranged on the bottom surface and has at least one channel for receiving at least one medication portion, wherein the at least one channel has an opening facing the receiving space and an opening facing the bottom surface, wherein a contact area on the bottom surface is assigned to the opening facing the bottom surface, through which the medication portions are guided in movement of the separating device, characterized in that at least one recess arranged in the bottom surface outside of the contact surface is provided for receiving particles of contamination present in the container. a housing (3a, 3b, 3c, 3d, 3e), which has a bottom surface and encloses a receiving space, a separating device, which is arranged on the bottom surface and has at least one channel for receiving at least one medication portion, wherein the at least one channel has an opening facing the receiving space and an opening facing the bottom surface, wherein a contact area on the bottom surface is assigned to the opening facing the bottom surface, through which the medication portions are guided in movement of the separating device, characterized in that at least one recess arranged in the bottom surface outside of the contact surface is provided for receiving particles of contamination present in the container.
A substantially purified or isolated nucleic acid or nucleic acid fragment encoding a janthitrem biosynthesis polypeptide, said nucleic acid or nucleic acid fragment comprising a nucleotide sequence selected from the group consisting of (a) Sequence ID Nos 10, 17, 18, 19, and 20, and (b) variants of the sequences recited in (a) having at least 95% identity to the sequence recited in (a) to which the variant corresponds.