mhurhangee/ep-ind-claims huggingface dataset:
A system including a hydraulic control unit that delivers hydraulic fluid to a limited slip differential of the system, the hydraulic control unit comprising: a hydraulic control unit housing having an accumulator housing portion that houses a biasing assembly and a piston, the accumulator housing portion forming an accumulator chamber with the piston; a sump defined in the hydraulic control unit housing and that at least partially occupies a common space with the accumulator housing portion; and a motor that operates a piston pump or gerotor gear assembly for pumping fluid into the accumulator chamber of the accumulator housing portion; wherein the fluid pumped into the accumulator housing portion at least partially collapses the biasing assembly and introduces a pre-charge into the hydraulic control unit, wherein the biasing assembly is configured to expand and urge the piston in a first direction resulting in fluid being communicated from the hydraulic control unit and into the limited slip differential, characterized in that the hydraulic control unit housing further includes a hydraulic control unit housing mounting structure having first and second receiving bores (88A, 88B) that both define a first diameter, wherein a first pair of first fasteners (96A, 96B) that both define a second diameter, less than the first diameter, couple the hydraulic control unit to an axle housing of the system that houses the limited slip differential; the system further comprising a hydraulic coupling that has a (i) first end that is received by a hydraulic coupling receiving bore defined on the hydraulic control unit housing and (ii) a second end that is configured to be received by a second receiving bore defined on a hydraulic port associated with the limited slip differential. a hydraulic control unit housing having an accumulator housing portion that houses a biasing assembly and a piston, the accumulator housing portion forming an accumulator chamber with the piston; a sump defined in the hydraulic control unit housing and that at least partially occupies a common space with the accumulator housing portion; and a motor that operates a piston pump or gerotor gear assembly for pumping fluid into the accumulator chamber of the accumulator housing portion;
A raised toilet seat comprising a front part and two wings (3, 4), the ends of which wings are separated by a gap before the raised seat is fitted, the wings (3, 4) bearing, at their free ends, in the case of one of them, a channel section equipped with notches (9, 10), and, in the case of the other, an opening to accept the channel section, and ridges (13, 14, 15, 16) to retain the notches (9, 10), characterized in that the channel section has a flat bottom and side walls (7, 8) that are parallel to one another and bear the notches (9, 10) on their exterior face and in the vicinity of their free end, and in that the channel section comprises, articulated to the free end of the flat bottom, a flap able to be housed between the side walls (7, 8) in order to lock them in position parallel to one another.
A container, in particular a roll-on/roll-off container, skip container, or ISO container, for holding flammable hazardous materials, having a container base and a plurality of side walls (4, 4', 6) which define a receiving region for the hazardous materials, at least one container opening that can be sealed in a fluid-tight manner as access to the receiving region, wherein an extinguishing medium tank (62, 64) is provided within the container, the extinguishing medium tank (62, 64) and the receiving region are connected by means of a fluid line (74, 76) for introducing extinguishing medium into the receiving region, and a shut-off device for releasing or blocking the fluid line is arranged between the extinguishing medium tank (62, 64) and the receiving region, wherein the receiving region has a drain opening on the bottom, and the container (1, 1') has a pump which connects to the drain opening in a fluid-conducting manner for the purpose of withdrawing extinguishing medium from the receiving region, wherein the pump connects to the extinguishing medium tank (62, 64) in a fluid-conducting manner and is configured to convey the extinguishing medium from the receiving region back into the extinguishing medium tank (62, 64) when in the connected state. a container base and a plurality of side walls (4, 4', 6) which define a receiving region for the hazardous materials, at least one container opening that can be sealed in a fluid-tight manner as access to the receiving region, wherein an extinguishing medium tank (62, 64) is provided within the container, the extinguishing medium tank (62, 64) and the receiving region are connected by means of a fluid line (74, 76) for introducing extinguishing medium into the receiving region, and a shut-off device for releasing or blocking the fluid line is arranged between the extinguishing medium tank (62, 64) and the receiving region, wherein the receiving region has a drain opening on the bottom, and the container (1, 1') has a pump which connects to the drain opening in a fluid-conducting manner for the purpose of withdrawing extinguishing medium from the receiving region, wherein the pump connects to the extinguishing medium tank (62, 64) in a fluid-conducting manner and is configured to convey the extinguishing medium from the receiving region back into the extinguishing medium tank (62, 64) when in the connected state.
A process for producing a stabilized fabricated article, the process comprising: (a) providing a polyolefin resin having crosslinkable functional groups; (b) converting the polyolefin resin to a fabricated article; (c) crosslinking at least a portion of the crosslinkable functional groups to yield a crosslinked fabricated article; and (d) heating the crosslinked fabricated article in an oxidizing environment to yield the stabilized fabricated article. (a) providing a polyolefin resin having crosslinkable functional groups; (b) converting the polyolefin resin to a fabricated article; (c) crosslinking at least a portion of the crosslinkable functional groups to yield a crosslinked fabricated article; and (d) heating the crosslinked fabricated article in an oxidizing environment to yield the stabilized fabricated article.
A method of slicing products, in particular food products, in which a plurality of products are fed simultaneously on parallel conveying tracks to a cutting plane in which at least one cutting blade moves, in particular in a rotating and/or revolving manner, wherein a number of products exceeding the number of conveying tracks is provided; at least one product parameter is determined for every provided product; a set of products corresponding to the number of conveying tracks is selected from the provided products in dependence on the determined product parameters; and the selected set of products is fed to the cutting plane on the conveying tracks.
An electricity generator comprising: - a membrane and a support for the membrane, the membrane being adapted to undulate in a longitudinal direction of the membrane when it is immersed in a fluid flowing in a given direction and is supported by the membrane support; - at least one electricity generation module carried by the membrane, each at least one electricity generation module comprising: - a fixed frame; - a frame able to move with respect to the fixed frame; - a coil carried by one of the frames (3, 4); - at least one permanent magnet also carried by one of the frames (3, 4); - said coil and said at least one permanent magnet being arranged and disposed so that, when the movable frame moves with respect to the fixed frame, an electrical voltage appears in the coil; the generator further being characterised in that the fixed frames of the electricity generation modules are connected to this membrane and the movable frames are disposed at a distance from a neutral axis of the membrane so that, when the membrane undulates in its longitudinal direction, there is, for each electricity generation module, a movement of the movable frame of this module by rectilinear sliding with respect to the fixed frame of this same module so as to generate electrical currents in the coils of said modules. - a membrane and a support for the membrane, the membrane being adapted to undulate in a longitudinal direction of the membrane when it is immersed in a fluid flowing in a given direction and is supported by the membrane support; - at least one electricity generation module carried by the membrane, each at least one electricity generation module comprising: - a fixed frame; - a frame able to move with respect to the fixed frame; - a coil carried by one of the frames (3, 4); - at least one permanent magnet also carried by one of the frames (3, 4); - said coil and said at least one permanent magnet being arranged and disposed so that, when the movable frame moves with respect to the fixed frame, an electrical voltage appears in the coil; - a fixed frame; - a frame able to move with respect to the fixed frame; - a coil carried by one of the frames (3, 4); - at least one permanent magnet also carried by one of the frames (3, 4); - said coil and said at least one permanent magnet being arranged and disposed so that, when the movable frame moves with respect to the fixed frame, an electrical voltage appears in the coil;
A hinge assembly for use in a household appliance comprising a main body, a door and an eccentric abutment which is fixed to the door, the hinge assembly comprising a hinge which is configured to pivotably support the door about the pivotal axis (z), an eccentric stop which is configured to directly contact the eccentric abutment so as to block pivotal movement of the door at the corresponding angular position, an adjustment mechanism which is configured to selectively allow fixing of the eccentric stop to one of a plurality of angular positions with respect to the pivotal axis (z) of the hinge, and a rotatable support which holds the eccentric stop, wherein the support can be manually rotated in the closing direction of the door so as to adjust the angular position of the eccentric stop, characterized in that the adjustment mechanism further comprises a ratchet which is linked to the rotatable support, wherein the ratchet comprises one fixed toothed face gear and the rotatable support comprises an integral toothed face gear which is configured to coaxially mesh with the fixed toothed face gear about the pivotal axis (z) such that the teeth of the support ride over the teeth of the fixed gear in the closing direction of the door and engage with the teeth of the fixed gear in the opening direction (A') of the door, wherein the teeth (14,15) are located in correspondence to the plurality of angular positions of the eccentric stop.
A method performed by a network node of handling transmission of a positioning reference signal, PRS, in a network comprising a user equipment and a positioning node, the method comprising: - determining a PRS transmission configuration for use in a cell served by the network node; the method being characterized in that it comprises: - if at least one subframe containing said PRS is also configured as a flexible subframe, comparing at least one parameter related to the PRS transmission configuration with a threshold, and - deciding based on the result of said comparison whether to operate the at least one subframe as a flexible subframe or as a downlink subframe only, comprising said PRS. - determining a PRS transmission configuration for use in a cell served by the network node; the method being characterized in that it comprises: - if at least one subframe containing said PRS is also configured as a flexible subframe, comparing at least one parameter related to the PRS transmission configuration with a threshold, and - deciding based on the result of said comparison whether to operate the at least one subframe as a flexible subframe or as a downlink subframe only, comprising said PRS. - if at least one subframe containing said PRS is also configured as a flexible subframe, comparing at least one parameter related to the PRS transmission configuration with a threshold, and - deciding based on the result of said comparison whether to operate the at least one subframe as a flexible subframe or as a downlink subframe only, comprising said PRS.
An assembly comprising: a second circuit board (21, 51) having one or more second contact portions (26, 56A, 56B) that are bendable and a connection assisting member (31, 61, 71, 74) configured to connect a first circuit board (11, 41, 81, 91) having one or more through-holes (14, 44, 84, 94) each of which has a first contact portion (15, 45A, 45B, 85A, 85B, 95A, 95B) formed on an inner surface thereof and the second circuit board (21, 51), the connection assisting member comprising: a base plate (32, 62, 72, 75); and one or more projections (33, 63, 73, 77) projecting on a surface of the base plate, characterized in that the one or more projections (33, 63, 73, 77) have elasticity, and the one or more projections (33, 63, 73, 77) are configured such that, when fitted in a corresponding through-hole (14, 44, 84, 94) of the first circuit board as catching a corresponding second contact portion of the second circuit board, each of the one or more projections elastically presses the corresponding second contact portion of the second circuit board against the inner surface of the corresponding through-hole, whereby the first contact portion (15, 45A, 45B, 85A, 85B, 95A, 95B) of the corresponding through-hole and the corresponding second contact portion (26, 56A, 56B) are electrically connected to each other. a second circuit board (21, 51) having one or more second contact portions (26, 56A, 56B) that are bendable and a connection assisting member (31, 61, 71, 74) configured to connect a first circuit board (11, 41, 81, 91) having one or more through-holes (14, 44, 84, 94) each of which has a first contact portion (15, 45A, 45B, 85A, 85B, 95A, 95B) formed on an inner surface thereof and the second circuit board (21, 51), the connection assisting member comprising: a base plate (32, 62, 72, 75); and one or more projections (33, 63, 73, 77) projecting on a surface of the base plate, characterized in that a base plate (32, 62, 72, 75); and one or more projections (33, 63, 73, 77) projecting on a surface of the base plate, characterized in that the one or more projections (33, 63, 73, 77) have elasticity, and the one or more projections (33, 63, 73, 77) are configured such that, when fitted in a corresponding through-hole (14, 44, 84, 94) of the first circuit board as catching a corresponding second contact portion of the second circuit board, each of the one or more projections elastically presses the corresponding second contact portion of the second circuit board against the inner surface of the corresponding through-hole, whereby the first contact portion (15, 45A, 45B, 85A, 85B, 95A, 95B) of the corresponding through-hole and the corresponding second contact portion (26, 56A, 56B) are electrically connected to each other.
A tackifier composition comprising: a carrier solvent; a resin material; and an inorganic filler; wherein the inorganic filler is a ceramic material and the resin material includes an epoxy resin; and wherein the composition includes 22-42 wt.% of the resin material, 1-30 wt.% of the inorganic filler, and the remainder being the carrier solvent. a carrier solvent; a resin material; and an inorganic filler; wherein the inorganic filler is a ceramic material and the resin material includes an epoxy resin; and wherein the composition includes 22-42 wt.% of the resin material, 1-30 wt.% of the inorganic filler, and the remainder being the carrier solvent.
A process for producing a soluble whole grain oat flour, the process comprising: a. combining a whole grain oat flour starting mixture with an aqueous enzyme solution to form an enzyme starting mixture having a moisture content of 28 to 32 wt%; b. heating the enzyme starting mixture to between 48.89°C (120°F) and 93.33°C (200°F) for 3 to 5 minutes; c. adding the heated starting mixture to an extruder and extruding the mixture until the temperature of the mixture increases to 126.67°C (260°F) to 148.89°C (300°F) wherein the enzyme is deactivated to form the soluble whole grain oat flour; wherein the soluble whole grain oat flour contains a mass concentration of avenanthramides equal to 20 to 35% greater than the mass concentration of avenanthramides in the native whole grain oat flour; wherein the enzyme is α-amylase and the starting mixture comprises 0.1 to 0.2 wt% α-amylase; wherein the mixture resides in the extruder for 1 to 1.5 minutes. a. combining a whole grain oat flour starting mixture with an aqueous enzyme solution to form an enzyme starting mixture having a moisture content of 28 to 32 wt%; b. heating the enzyme starting mixture to between 48.89°C (120°F) and 93.33°C (200°F) for 3 to 5 minutes; c. adding the heated starting mixture to an extruder and extruding the mixture until the temperature of the mixture increases to 126.67°C (260°F) to 148.89°C (300°F) wherein the enzyme is deactivated to form the soluble whole grain oat flour;
Front derailleur for a bicycle, comprising: - a mobile member (12, 212, 312), provided with a chain-guide (11, 111, 211) suitable for sliding engagement with a transmission chain of the bicycle and mobile between a first position and at least one second position, - a fixed member (13, 113, 213, 313'), suitable for being fixed to a part of the bicycle frame, - a first connecting rod (14, 114, 314) and a second connecting rod (15, 115, 315), hinged to the fixed member (13, 113, 213, 313') and to the mobile member (12, 212, 312) according to four substantially parallel articulation axes (A; B; C; D) so as to form an articulated quadrilateral, able to be deformed so as to move the chain-guide (11, 111, 211) between said first and said at least one second position, - an actuation arm (25, 325) of said first connecting rod (14, 114, 314), provided with a thrusting area (27, 327) for commanding the derailleur (10, 110, 310) through application of a thrust to the actuation arm (25, 325) so as to deform the deformable quadrilateral, wherein at a first of said four articulation axes between the fixed member (13, 113, 213, 313') and the first connecting rod (14, 114, 314), the fixed member (13, 113, 213, 313') comprises a first forked structure (62, 362) that embraces the first connecting rod (14, 114, 314), and wherein the first forked structure (62, 362) comprises two opposite flanges (63, 64), characterized in that the second connecting rod (15, 315) is substantially S-shaped, between a third and a fourth of said four articulation axes, and it extends between a first plane at the third articulation axis and a second plane at the fourth articulation axis, and wherein the first and the second planes (M, N) of the second connecting rod (15, 315) are perpendicular to the four articulation axes (A, B, C, D), are spaced apart by a predetermined distance (k) and are laterally displaced each with respect to the corresponding flange of said opposite flanges (63, 64) of said first fork structure. - a mobile member (12, 212, 312), provided with a chain-guide (11, 111, 211) suitable for sliding engagement with a transmission chain of the bicycle and mobile between a first position and at least one second position, - a fixed member (13, 113, 213, 313'), suitable for being fixed to a part of the bicycle frame, - a first connecting rod (14, 114, 314) and a second connecting rod (15, 115, 315), hinged to the fixed member (13, 113, 213, 313') and to the mobile member (12, 212, 312) according to four substantially parallel articulation axes (A; B; C; D) so as to form an articulated quadrilateral, able to be deformed so as to move the chain-guide (11, 111, 211) between said first and said at least one second position, - an actuation arm (25, 325) of said first connecting rod (14, 114, 314), provided with a thrusting area (27, 327) for commanding the derailleur (10, 110, 310) through application of a thrust to the actuation arm (25, 325) so as to deform the deformable quadrilateral,
A method performed by a user equipment; comprising: receiving a message identifying one or more basic service sets or cellular data links to which the user equipment is potentially capable of a transfer; for each basic service set or cellular data link, determining from the message whether the respective basic service set or cellular data link is a candidate to permit an internet protocol, IP, address of the user equipment to be preserved following the transfer, wherein the message includes an indication associated with each respective basic service set or cellular data link to identify whether the IP address of the user equipment is a candidate to be preserved following the transfer thereto; identifying the basic service set or the cellular data link to which the user equipment is to transfer based at least partially upon whether the IP address of the user equipment is a candidate to be preserved following the transfer to the basic service set or the cellular data link; characterized in that the message comprises a frame that includes an information field having a mobility domain subfield that provides: (i) an indication as to whether the basic service set or the cellular data link with which the information field is associated and the basic service set or cellular data link with which the user equipment is currently associated are within a same mobility domain and (ii) an indication to identify whether the IP address of the user equipment is a candidate to be preserved following the transfer to the basic service set or cellular data link with which the information field is associated. receiving a message identifying one or more basic service sets or cellular data links to which the user equipment is potentially capable of a transfer; for each basic service set or cellular data link, determining from the message whether the respective basic service set or cellular data link is a candidate to permit an internet protocol, IP, address of the user equipment to be preserved following the transfer, wherein the message includes an indication associated with each respective basic service set or cellular data link to identify whether the IP address of the user equipment is a candidate to be preserved following the transfer thereto; identifying the basic service set or the cellular data link to which the user equipment is to transfer based at least partially upon whether the IP address of the user equipment is a candidate to be preserved following the transfer to the basic service set or the cellular data link; characterized in that the message comprises a frame that includes an information field having a mobility domain subfield that provides: (i) an indication as to whether the basic service set or the cellular data link with which the information field is associated and the basic service set or cellular data link with which the user equipment is currently associated are within a same mobility domain and (ii) an indication to identify whether the IP address of the user equipment is a candidate to be preserved following the transfer to the basic service set or cellular data link with which the information field is associated.