mhurhangee/ep-ind-claims huggingface dataset:
A secretagogue derived from oxalate degrading bacteria, said secretagogue comprising an amino acid sequence which has a secretagogue activity and at least 85% sequence identity with an amino acid sequence according to any one of SEQ ID NO: 3, 4, 6, 13 and 19, for use in combination with oxalate-degrading bacteria in the prevention or treatment of an oxalate related disease and/or oxalate related imbalance in a subject, wherein the oxalate related disease and/or oxalate related imbalance is caused or realized by an imbalance in systemic oxalate levels, and wherein the administration of the secretagogue and the oxalate-degrading bacteria results in a reduction of urinary oxalate and/or plasma oxalate in the subject.
A composite heat insulation system comprising or consisting of foamed styrene polymers for a building facade, comprising at least one fire blocking element or a fire block, comprising at least two, in particular a plurality of fire blocking elements, wherein the fire blocking element or the plurality thereof have a surface attachable to the facade (also called facade side), a side opposite the facade side (also called front surface), a bottom side and a top side opposite the bottom side, characterized in that the top side comprises at least one supporting edge adjacent to or proximate to the front surface and at least one, in particular trough-shaped, recess or clearance adjacent to or proximate to the supporting edge, each comprising a collecting tray, wherein a retaining wall extends from the supporting edge to the collecting tray, wherein the upper section of the retaining wall has an average extension of at least 2 cm in the direction from the supporting edge to the collecting tray, wherein the maximum extension of the recess or clearance from the supporting edge to the collecting tray comprises at least 1/5 of the height of the fire blocking element, and wherein the supporting edge and the retaining wall adjacent to it, at least in the upper section adjacent to said supporting edge, are arranged substantially at a right angle to each other or wherein the upper section of the retaining wall adjacent to the supporting edge is undercut or wherein the upper section of the retaining wall adjacent to the supporting edge, in case of attachment to a building facade, has an inclination relative to the vertical in the direction of the facade side of 10° at most or at least the upper section of the retaining wall is arranged such that, in case of attachment of the fire blocking element to a building facade, said section runs substantially parallel to said facade or, starting from the supporting edge, extends away from it.
A folding wheel chock comprising: - a stop ramp having a front face shaped to be interfaced with a vehicle wheel, extending from a first support base to a first vertex, - a support wall, extending from a second support base to a second vertex, - wherein the stop ramp and the support wall are hinged by at least one pivot pin at the respective first and second vertexes (20,32) so that they can rotate between a configuration of use, in which the stop ramp and the support wall form a wedge or bridge-shaped structure tapering towards the pivot pin, and a non-use or resting configuration in which the stop ramp and the support wall are arranged mutually parallel, wherein - at the second vertex, the support wall has at least one abutment shaped to create a limit stop and a support against a corresponding stop of the stop ramp, opposite to said front face, - wherein the second support base comprises a fastening element to the ground, which protrudes at least partially from the second support base to promote the blocking of the support wall to the ground, - characterized in that the chock comprises a tip which acts as a portion of the first interface with the vehicle wheel, said tip being associated with the stop ramp at the first support base thereof and being movable from an extracted or working configuration, in which it protrudes towards the associable wheel as an extension of the stop ramp, on the side opposite to the support wall, to a retracted or resting configuration in which it is arranged at least partially folded or aligned on the stop ramp and/or the support wall. - a stop ramp having a front face shaped to be interfaced with a vehicle wheel, extending from a first support base to a first vertex, - a support wall, extending from a second support base to a second vertex, - wherein the stop ramp and the support wall are hinged by at least one pivot pin at the respective first and second vertexes (20,32) so that they can rotate between a configuration of use, in which the stop ramp and the support wall form a wedge or bridge-shaped structure tapering towards the pivot pin, and a non-use or resting configuration in which the stop ramp and the support wall are arranged mutually parallel, - at the second vertex, the support wall has at least one abutment shaped to create a limit stop and a support against a corresponding stop of the stop ramp, opposite to said front face, - wherein the second support base comprises a fastening element to the ground, which protrudes at least partially from the second support base to promote the blocking of the support wall to the ground, - characterized in that the chock comprises a tip which acts as a portion of the first interface with the vehicle wheel, said tip being associated with the stop ramp at the first support base thereof and being movable from an extracted or working configuration, in which it protrudes towards the associable wheel as an extension of the stop ramp, on the side opposite to the support wall, to a retracted or resting configuration in which it is arranged at least partially folded or aligned on the stop ramp and/or the support wall.
An apparatus for producing and putting on gloves, comprising: a first member on which a first elastic film Z is arranged; a second member on which a second elastic film is arranged; welding means for welding the first elastic film and the second elastic film at a first outer side position that is a position on the outer side of a contour of a user's hand in a state where the hand is sandwiched between the first elastic film and the second elastic film; and cutting means for cutting the first elastic film and the second elastic film at a second outer side position that is a positi on further on the outer side than the first outer side position; the apparatus being characterized in that, the cutting means is a heating wire for cutting which generates heat at a temperature sufficient for cutting the first elastic film and the second elastic film, generating heat in a temperature range from 80 degrees Celsius (°C) to 150 degrees Celsius (°C), and the welding means is a heating wire for welding which generates heat at a temperature sufficient for welding the first elastic film and the second elastic film, and the heating temperature is lower than the heating temperature of the heating wire for cutting, generating heat in a temperature range from 60 degrees Celsius (°C) to 110 degrees Celsius (°C). a first member on which a first elastic film Z is arranged; a second member on which a second elastic film is arranged; welding means for welding the first elastic film and the second elastic film at a first outer side position that is a position on the outer side of a contour of a user's hand in a state where the hand is sandwiched between the first elastic film and the second elastic film; and cutting means for cutting the first elastic film and the second elastic film at a second outer side position that is a positi on further on the outer side than the first outer side position; the apparatus being characterized in that, the cutting means is a heating wire for cutting which generates heat at a temperature sufficient for cutting the first elastic film and the second elastic film, generating heat in a temperature range from 80 degrees Celsius (°C) to 150 degrees Celsius (°C), and the welding means is a heating wire for welding which generates heat at a temperature sufficient for welding the first elastic film and the second elastic film, and the heating temperature is lower than the heating temperature of the heating wire for cutting, generating heat in a temperature range from 60 degrees Celsius (°C) to 110 degrees Celsius (°C).
A molten metal containment structure, comprising: a vessel having an internal volume for containing molten metal and an open upper end; and a cover for the vessel having an underside facing said internal volume, said cover being movable between a closed position, covering said open upper end of the vessel with the underside of the cover, and an open position in which said cover is remote from said open upper end of the vessel to allow access to the internal volume form one side of the structure; characterized in that said cover is attached to at least one elongated lifting arm and at least one elongated rotation control arm, the at least one lifting arm operating to guide to the cover from said closed position to said open position, and vice versa, and the at least one rotation control arm operating to control pivoting of the cover during movement from said open position to said closed position, and vice versa, to prevent exposure of said underside of the cover to a person positioned adjacent to the structure at said one side thereof, and wherein said at least one lifting arm or said at least one rotation control arm provides a force that at least partially counterbalances weight of the cover. a vessel having an internal volume for containing molten metal and an open upper end; and a cover for the vessel having an underside facing said internal volume, said cover being movable between a closed position, covering said open upper end of the vessel with the underside of the cover, and an open position in which said cover is remote from said open upper end of the vessel to allow access to the internal volume form one side of the structure; said cover is attached to at least one elongated lifting arm and at least one elongated rotation control arm, the at least one lifting arm operating to guide to the cover from said closed position to said open position, and vice versa, and the at least one rotation control arm operating to control pivoting of the cover during movement from said open position to said closed position, and vice versa, to prevent exposure of said underside of the cover to a person positioned adjacent to the structure at said one side thereof, and wherein said at least one lifting arm or said at least one rotation control arm provides a force that at least partially counterbalances weight of the cover.
A method for transmitting Closed Subscriber Group, CSG, information in a system comprising a mobility management entity and a base station, comprising: obtaining, by the base station, CSG reporting configuration information which defines a CSG information reporting condition for reporting CSG information of a cell where a User Equipment, UE, is located after an intra-base station handover of the UE; determining, by the base station, that the CSG information reporting condition is met according to the CSG reporting configuration information; and transmitting the CSG information of the cell where the UE is located after the intra-base station handover of the UE to the mobility management entity; characterized in that the base station is a target base station serving the UE after an inter-base station handover, and obtaining, by the base station, the CSG reporting configuration information comprises: receiving, by the base station, the CSG reporting configuration information from the mobility management entity; or receiving, by the base station, the CSG reporting configuration information from a source base station serving the UE before the inter-base station handover. obtaining, by the base station, CSG reporting configuration information which defines a CSG information reporting condition for reporting CSG information of a cell where a User Equipment, UE, is located after an intra-base station handover of the UE; determining, by the base station, that the CSG information reporting condition is met according to the CSG reporting configuration information; and transmitting the CSG information of the cell where the UE is located after the intra-base station handover of the UE to the mobility management entity; characterized in that the base station is a target base station serving the UE after an inter-base station handover, and obtaining, by the base station, the CSG reporting configuration information comprises: receiving, by the base station, the CSG reporting configuration information from the mobility management entity; or receiving, by the base station, the CSG reporting configuration information from a source base station serving the UE before the inter-base station handover. receiving, by the base station, the CSG reporting configuration information from the mobility management entity; or receiving, by the base station, the CSG reporting configuration information from a source base station serving the UE before the inter-base station handover.
A compound of formula or a pharmaceutically acceptable salt thereof for use in the treatment or prevention of a central nervous system disorder wherein the central nervous system disorder is selected from the group consisting of neurodegenerative diseases, cerebrovascular diseases, seizures, epilepsy, viral diseases, neuroinflammatory diseases, brain tumours, organic acidemias, fatty acid disorders and genetic mitochondrial disorders.
A method performed by a radio access node for decoding user data from a first communication device and a second communication device in a wireless communication network, comprising - receiving a first user data stream in a first time slot from the first communication device, a second user data stream in a second time slot from the second communication device, and characterized by further receiving a network coded first user data stream in a third time slot from a first relay node and a network coded second user data stream in the third time slot from a second relay node, wherein the network coded first user data stream and the network coded second user data stream are network coded separately and orthogonal relative one another in a time division manner in the third time slot; and - decoding the first user data stream from the first and third time slot, and the second user data stream from the second and the third time slot, separately. - receiving a first user data stream in a first time slot from the first communication device, a second user data stream in a second time slot from the second communication device, and characterized by further receiving a network coded first user data stream in a third time slot from a first relay node and a network coded second user data stream in the third time slot from a second relay node, wherein the network coded first user data stream and the network coded second user data stream are network coded separately and orthogonal relative one another in a time division manner in the third time slot; and - decoding the first user data stream from the first and third time slot, and the second user data stream from the second and the third time slot, separately.
A fluid pressure cylinder comprising a tubular shaped cylinder tube including cylinder chambers (22a, 22b) defined in interior thereof, a pair of cover members (14, 16) attached to both ends of the cylinder tube, a piston disposed displaceably along the cylinder chambers (22a, 22b), and a piston rod that is connected to the piston; the piston comprising a plate body connected to an end of the piston rod; and an annular ring body disposed on an outer edge of the plate body and in sliding contact with an inner circumferential surface of the cylinder tube; characterized in that the ring body and the plate body are connected together by rivets and that the ring body is connected to an outer circumferential side of the plate body.
A method of making a sole for an article of footwear, comprising the steps of: applying a first side of a first adhesive film to a top portion of a composite plate (106, 900); applying a first side of a second adhesive film to a bottom portion of the composite plate (106, 900), the first and second adhesive films (604, 608) including protective layers (702, 704); associating a second side of the second adhesive film with an inner portion (110; 1324) of an outer member (108; 1320); associating a second side of the first adhesive film with a lower portion (119; 1381) of a midsole (104; 1322), thereby fixedly attaching the composite plate (106, 900) to the outer member (108; 1320) via the second adhesive film and to the midsole (104; 1322) via the first adhesive film; wherein the steps of associating the adhesive films (604, 608) with the inner portion (110; 1324) of the outer member (108; 1320) and with the lower portion (119; 1381) of the midsole (104; 1322) further comprise the steps of removing the protective layers (702, 704) after the adhesive films (604, 608) have been applied to the composite plate (106, 900); and attaching the midsole (104; 1322) to the outer member (108; 1320) using an adhesive. applying a first side of a first adhesive film to a top portion of a composite plate (106, 900); applying a first side of a second adhesive film to a bottom portion of the composite plate (106, 900), the first and second adhesive films (604, 608) including protective layers (702, 704); associating a second side of the second adhesive film with an inner portion (110; 1324) of an outer member (108; 1320); associating a second side of the first adhesive film with a lower portion (119; 1381) of a midsole (104; 1322), thereby fixedly attaching the composite plate (106, 900) to the outer member (108; 1320) via the second adhesive film and to the midsole (104; 1322) via the first adhesive film; wherein the steps of associating the adhesive films (604, 608) with the inner portion (110; 1324) of the outer member (108; 1320) and with the lower portion (119; 1381) of the midsole (104; 1322) further comprise the steps of removing the protective layers (702, 704) after the adhesive films (604, 608) have been applied to the composite plate (106, 900); and attaching the midsole (104; 1322) to the outer member (108; 1320) using an adhesive.
A method for processing fruit that has a central stone and flesh surrounding the stone, said method comprising the steps of: - positioning the fruit inside a casing in which a rotating element rotates, the casing comprising at least one outlet hole for letting out the stone and the flesh detached from the stone; - removing from the stone at least a part of the flesh attached to the stone; the step of removing from the stone at least a part of the flesh attached to the stone comprising the step of pushing the fruit by centrifugal force against the casing and bringing said rotating element into contact with the flesh until the stone manages to pass through said at least one outlet hole; the step of removing the flesh from the stone comprising the step of positioning by centrifugal effect the stone between the casing and an imaginary circumference travelled by the outer diameter of a blade element being part of the rotating element; said blade element removing at least a part of the flesh attached to the stone without coming into contact with the stone; said method also comprising the steps of: -obtaining a semi-processed product downstream of the casing comprising the stone and the flesh that was separated from the stone; -making said semi-processed product pass through a sieve that retains the stone allowing the passage of the flesh. - positioning the fruit inside a casing in which a rotating element rotates, the casing comprising at least one outlet hole for letting out the stone and the flesh detached from the stone; - removing from the stone at least a part of the flesh attached to the stone; the step of removing from the stone at least a part of the flesh attached to the stone comprising the step of pushing the fruit by centrifugal force against the casing and bringing said rotating element into contact with the flesh until the stone manages to pass through said at least one outlet hole; the step of removing the flesh from the stone comprising the step of positioning by centrifugal effect the stone between the casing and an imaginary circumference travelled by the outer diameter of a blade element being part of the rotating element; said blade element removing at least a part of the flesh attached to the stone without coming into contact with the stone; said method also comprising the steps of: -obtaining a semi-processed product downstream of the casing comprising the stone and the flesh that was separated from the stone; -making said semi-processed product pass through a sieve that retains the stone allowing the passage of the flesh. -obtaining a semi-processed product downstream of the casing comprising the stone and the flesh that was separated from the stone; -making said semi-processed product pass through a sieve that retains the stone allowing the passage of the flesh.
A method of regenerating a lean NOx trap of an exhaust purification system provided with the LNT and a selective catalytic reduction catalyst (62, 64), comprising: determining whether a regeneration release condition of the LNT is satisfied; determining whether a regeneration demand condition of the LNT is satisfied; and performing regeneration of the LNT when the regeneration release condition of the LNT and the regeneration demand condition of the LNT are satisfied, wherein the regeneration demand condition of the LNT is satisfied when a NOx adsorption in the LNT is larger than or equal to a threshold NOx adsorption, and characterized in that the threshold NOx adsorption is set to a minimum value of a target NOx adsorption in the LNT which changes according to a maximum NOx adsorption in the LNT in cold starting and a NOx purification efficiency of the SCR catalyst. determining whether a regeneration release condition of the LNT is satisfied; determining whether a regeneration demand condition of the LNT is satisfied; and performing regeneration of the LNT when the regeneration release condition of the LNT and the regeneration demand condition of the LNT are satisfied, wherein the regeneration demand condition of the LNT is satisfied when a NOx adsorption in the LNT is larger than or equal to a threshold NOx adsorption, and characterized in that the threshold NOx adsorption is set to a minimum value of a target NOx adsorption in the LNT which changes according to a maximum NOx adsorption in the LNT in cold starting and a NOx purification efficiency of the SCR catalyst.