mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for removable retention of a store or payload to a vehicle, comprising: a housing having an elongated base, said base having a first distal end and a second distal end; a retention receptacle disposed adjacent said first distal end, said retention receptacle configured to removably receive and retain the store or payload; a release receptacle disposed adjacent said second distal end, said release receptacle housing a release mechanism assembly; said release mechanism assembly configured to move between a closed and locked position and an opened and unlocked position, wherein when the release mechanism assembly is in said closed and locked position the store or payload is retained to the vehicle, and wherein when the release mechanism assembly is in said open and unlocked position the store or payload may be disengaged from the vehicle; characterised by a spring loaded lock pin configured to engage a slot in the store or payload when said release mechanism assembly is in said closed and locked position, wherein the retention receptacle is a tubular like structure that is sized to receive a payload pin which is connected to and protrudes upwardly from the surface of a payload, and wherein the spring is configured to force the lock pin through an opening in the retention receptacle and, when the payload pin is fully received in the retention receptacle, through the slot in the payload pin. a housing having an elongated base, said base having a first distal end and a second distal end; a retention receptacle disposed adjacent said first distal end, said retention receptacle configured to removably receive and retain the store or payload; a release receptacle disposed adjacent said second distal end, said release receptacle housing a release mechanism assembly; said release mechanism assembly configured to move between a closed and locked position and an opened and unlocked position, wherein when the release mechanism assembly is in said closed and locked position the store or payload is retained to the vehicle, and wherein when the release mechanism assembly is in said open and unlocked position the store or payload may be disengaged from the vehicle; characterised by a spring loaded lock pin configured to engage a slot in the store or payload when said release mechanism assembly is in said closed and locked position, wherein the retention receptacle is a tubular like structure that is sized to receive a payload pin which is connected to and protrudes upwardly from the surface of a payload, and wherein the spring is configured to force the lock pin through an opening in the retention receptacle and, when the payload pin is fully received in the retention receptacle, through the slot in the payload pin.
A structure for opening and closing a fuel filler opening comprising a main flap and a dust flap that are opened or closed in accordance with insertion or removal of a fuel gun to a filler pipe, wherein the dust flap is arranged at an outer end side with respect to the main flap, is constituted by a plurality of flaps arranged flush with each other, and is opened such that ends of the respective flaps are separated from each other by the fuel gun inserted into the filler pipe, characterised in that when the fuel gun is inserted into the filler pipe the main flap and each flap of the dust flap contact the fuel gun to support it, wherein a first contact point at which the main flap is in contact with the fuel gun is positioned between neighboring two second contact points (P1, P2) at which each flap of the dust flap is in contact with the fuel gun, when viewed from the fuel filler opening.
A system for storing and delivering gaseous ammonia to a consumer unit, the system comprising: - a plurality of gaseous ammonia storage cells, each comprising: ∘ a storage material that is a gaseous ammonia absorber, ∘ a means for adjusting an internal pressure of each cell independently of the other cells of the plurality, comprising a heating means, the system further comprising: - an outlet interface connecting the plurality of cells to the consumer unit, allowing gaseous ammonia to leave the cell when the internal pressure is higher than a downstream pressure, - a control device common to the plurality of cells, allowing control, independently of the other cells of the plurality, of the ammonia delivering activity of each cell to the outlet interface by means for controlling means of adjusting the internal pressure of the plurality of cells, characterized in that the system further comprises at least one rail for collecting ammonia with which the cells of a group are made integral, the rail and the integrated cells being fixed in a removable manner to the system, so that the rail and the plurality of integrated cells can be dismantled together. - a plurality of gaseous ammonia storage cells, each comprising: ∘ a storage material that is a gaseous ammonia absorber, ∘ a means for adjusting an internal pressure of each cell independently of the other cells of the plurality, comprising a heating means, ∘ a storage material that is a gaseous ammonia absorber, ∘ a means for adjusting an internal pressure of each cell independently of the other cells of the plurality, comprising a heating means, - an outlet interface connecting the plurality of cells to the consumer unit, allowing gaseous ammonia to leave the cell when the internal pressure is higher than a downstream pressure, - a control device common to the plurality of cells, allowing control, independently of the other cells of the plurality, of the ammonia delivering activity of each cell to the outlet interface by means for controlling means of adjusting the internal pressure of the plurality of cells,
A method of processing at least one nucleic acid molecule on a surface of a substrate, comprising: (a) stretching a nucleic acid molecule on a surface of a substrate; and (b) forming a plurality of discrete features on the surface of the substrate by removing a plurality of subsections from the surface of the substrate; wherein the nucleic acid molecule is in contact with two members of the plurality of discrete features, thereby suspending a portion of the nucleic acid between the two members of the plurality of discrete features, wherein: (i) each of the plurality of discrete features is independently a pit, a pore, a trough, a channel, a well, a pillar, a bump, a protrusion, a ridge, or a bar; and (ii) each of the two members of the plurality of discrete features is independently a pillar, a bump, a protrusion, a ridge, or a bar. (a) stretching a nucleic acid molecule on a surface of a substrate; and (b) forming a plurality of discrete features on the surface of the substrate by removing a plurality of subsections from the surface of the substrate; (i) each of the plurality of discrete features is independently a pit, a pore, a trough, a channel, a well, a pillar, a bump, a protrusion, a ridge, or a bar; and (ii) each of the two members of the plurality of discrete features is independently a pillar, a bump, a protrusion, a ridge, or a bar.
A cellulose paper solid support having at least one surface coated with a chemical mixture that enhances the recovery of a biological material from said surface, wherein said chemical mixture is a mixture of a non-ionic synthetic polymer and a non-ionic detergent, wherein said non-ionic synthetic polymer is poly-2-ethyl-2-oxazoline (PEOX).
A method comprising, at a mobile device, in response to a request to perform a position determination function and at least one distinct additional function: selecting a first device that is available for performing the position determination function; selecting a second device that is available for performing the at least one distinct additional function; and initiating performance of the position determination function on the first device, and, the at least one distinct additional function on the second device, wherein the first device and the second device are selected from a set of devices that are proximate to one another, and wherein the set of devices comprises the mobile device. selecting a first device that is available for performing the position determination function; selecting a second device that is available for performing the at least one distinct additional function; and initiating performance of the position determination function on the first device, and, the at least one distinct additional function on the second device, wherein the first device and the second device are selected from a set of devices that are proximate to one another, and wherein the set of devices comprises the mobile device.
A baler for compressing loose material like cardboard and other packaging materials, the baler comprising: - a press cavity in which the loose material is at least partially compressed into bales, and optionally an adjoining press channel, - a filling shaft which is open in an upward direction, this means opposite to a direction of gravity and which leads into the press cavity in a downward direction, - a lifting -/ tipping unit, configured for moving a container that is filled with loose material out of a coupling position in which a coupling of the container with the lifting-/tipping unit is performed into an emptying position from which the material falls due to gravity into an opening of the filling shaft and through the filling shaft into the press cavity, and - a feed arrangement, configured for moving the bale in a predetermined feed direction out of the press cavity, wherein - the lifting- / tipping unit is configured to move the container from the coupling position into the emptying position by pivoting about a pivot axis that extends perpendicular to the gravity direction as well as perpendicular to the feed direction, characterized in that - a support unit that is provided with an insertion support is provided for coupling and decoupling the container wherein the support unit is configured so that coupling the container is performed by insertion into the support unit in a direction from a side, thus from one of the side portions and not from a rear of the baler and decoupling is provided by pushing the baler out from the support unit in the direction. - a press cavity in which the loose material is at least partially compressed into bales, and optionally an adjoining press channel, - a filling shaft which is open in an upward direction, this means opposite to a direction of gravity and which leads into the press cavity in a downward direction, - a lifting -/ tipping unit, configured for moving a container that is filled with loose material out of a coupling position in which a coupling of the container with the lifting-/tipping unit is performed into an emptying position from which the material falls due to gravity into an opening of the filling shaft and through the filling shaft into the press cavity, and - a feed arrangement, configured for moving the bale in a predetermined feed direction out of the press cavity, wherein - the lifting- / tipping unit is configured to move the container from the coupling position into the emptying position by pivoting about a pivot axis that extends perpendicular to the gravity direction as well as perpendicular to the feed direction, characterized in that - a support unit that is provided with an insertion support is provided for coupling and decoupling the container wherein the support unit is configured so that coupling the container is performed by insertion into the support unit in a direction from a side, thus from one of the side portions and not from a rear of the baler and decoupling is provided by pushing the baler out from the support unit in the direction.
An adjustable assembly for attachment to a header of an agricultural harvester comprising: a control arm, at least one member connected to the control arm to knock down plant stalks and/or shield against flying debris, the at least one member comprising a plurality of members connected to the control arm and each of the plurality of members being adjacent to each other and/or aligned substantially in a single plane, the control arm being configured to adjust the orientation of the at least one member relative to the ground, the adjustable assembly being characterized in that: the plurality of members comprise a plurality of stalk stompers configured to knock down plant stalks (304A, 304B, 304C) and a plurality of chopper curtains configured to shield against flying debris (306A, 306B, 306C, 306D), or the plurality of members comprise a plurality of stalk stompers (304A, 304B, 304C) and a plurality of chopper curtains (306A, 306B, 306C, 306D) and each of the plurality of stalk stompers is alternatingly arranged with each of the plurality of chopper curtains along a length of the control arm. a control arm, at least one member connected to the control arm to knock down plant stalks and/or shield against flying debris, the control arm being configured to adjust the orientation of the at least one member relative to the ground, the adjustable assembly being characterized in that: the plurality of members comprise a plurality of stalk stompers configured to knock down plant stalks (304A, 304B, 304C) and a plurality of chopper curtains configured to shield against flying debris (306A, 306B, 306C, 306D), or the plurality of members comprise a plurality of stalk stompers (304A, 304B, 304C) and a plurality of chopper curtains (306A, 306B, 306C, 306D) and each of the plurality of stalk stompers is alternatingly arranged with each of the plurality of chopper curtains along a length of the control arm.
A pressure sensor comprising: a magnetic sensor, a diaphram, a box-shaped magnet coupled to the diaphram, wherein the magnet comprises N and S poles magnetized along a sine wave oriented in a diagonal direction, and has magnetic flux density linear along a straight line spaced apart from and parallel to a polar surface of the magnet, perpendicular to the polar axis, whereby the magnetic sensor measures displacement of the magnet along said straight line, to detect pressure. a magnetic sensor, a diaphram, a box-shaped magnet coupled to the diaphram, wherein the magnet comprises N and S poles magnetized along a sine wave oriented in a diagonal direction, and has magnetic flux density linear along a straight line spaced apart from and parallel to a polar surface of the magnet, perpendicular to the polar axis, whereby the magnetic sensor measures displacement of the magnet along said straight line, to detect pressure.
A kit for an orthopaedic procedure comprising: an implant including an implant body configured to be at least partially received in bone; and a shield guide assembly comprising: a base configured to be releasably secured to the implant; a guide arm extending from the base; and a shield translatable along a length of the guide arm to set a position of the shield relative to the implant, wherein the shield includes a shield body establishing a shield perimeter, and the shield body is dimensioned to block access through the shield body onto an adjacent bone surface region of the bone associated with a projection of the shield perimeter characterized in, that the shield body is dimensioned to block access through the shield such that a projection of a perimeter of the shield body silhouettes a perimeter of the implant. an implant including an implant body configured to be at least partially received in bone; and a shield guide assembly comprising: a base configured to be releasably secured to the implant; a guide arm extending from the base; and a shield translatable along a length of the guide arm to set a position of the shield relative to the implant, a base configured to be releasably secured to the implant; a guide arm extending from the base; and a shield translatable along a length of the guide arm to set a position of the shield relative to the implant, wherein the shield includes a shield body establishing a shield perimeter, and the shield body is dimensioned to block access through the shield body onto an adjacent bone surface region of the bone associated with a projection of the shield perimeter characterized in, that the shield body is dimensioned to block access through the shield such that a projection of a perimeter of the shield body silhouettes a perimeter of the implant.
A heat-resistant flame-retardant protective suit fabric formed of a spun yarn of fibers blended at a blend rate: 25 to 75 mass% of polyetherimide fiber; 20 to 50 mass% of at least one fiber B selected from wool and flame-retardant rayon; and 5 to 25 mass% of para-aramid fiber when the fabric is formed of 100 mass% of fibers, where the spun yarn for forming the fabric is a two-fold yarn prepared by twisting 1) a single yarn of a uniform blended spun yarn comprising the polyetherimide fiber and fiber B; and 2) a single yarn of a sheath-core spun yarn comprising a core of a yarn of a stretch-broken spun para-aramid fiber and a sheath formed by blend-spinning the polyetherimide fiber and the at least one fiber B selected from wool and flame-retardant rayon.
A plastic injection molding machine, of the type comprising at least the following components: - A stationary central platen with at least two molding faces on at least two opposite sides of said central platen, and connected to an injection unit that provides the molding material, - Two mobile platens, located on each side of the stationary central platen and movable on a same linear axis in order to face the molding faces, each mobile platen comprising at least - a pressure plate facing the molding face, - a mobile plate, - at least one hydraulic chamber, responsible for pushing the pressure plate to carry out a uniformly distributed clamping force against the molding face of the stationary central platen, characterized by he chamber being located between the mobile plate and the pressure plate, connected to a hydraulic system through at least one duct for the insertion and evacuation of a fluid in said chamber in controlled flow and/or pressure conditions, - a locking system that prevents the linear movement of the mobile plates when the clamping force is applied, - a movement system of said mobile platens. - A stationary central platen with at least two molding faces on at least two opposite sides of said central platen, and connected to an injection unit that provides the molding material, - Two mobile platens, located on each side of the stationary central platen and movable on a same linear axis in order to face the molding faces, each mobile platen comprising at least - a pressure plate facing the molding face, - a mobile plate, - at least one hydraulic chamber, responsible for pushing the pressure plate to carry out a uniformly distributed clamping force against the molding face of the stationary central platen, characterized by he chamber being located between the mobile plate and the pressure plate, connected to a hydraulic system through at least one duct for the insertion and evacuation of a fluid in said chamber in controlled flow and/or pressure conditions, - a locking system that prevents the linear movement of the mobile plates when the clamping force is applied, - a movement system of said mobile platens.
A positive electrode for a lithium secondary battery comprising an iron oxyhydroxynitrate represented by the following Formula 1: [Formula 1] FeO(NO 3) x 1-x wherein 0.5 ≤ x < 1.
Method for packaging bitumen, characterized in that the bitumen is soft bitumen with penetration values according to DIN EN 1426 of between 30 decimillimeters and 100 decimillimeters and a softening point according to the ring-and-ball method of less than 80°C, and the following steps are provided: - placing a plastic film flat onto a cooled belt of a belt cooler that runs around two drums (14, 16), - applying molten soft bitumen in the form of at least one thin layer to the plastic film, - solidifying the soft bitumen layer on the belt cooler and - removing the soft bitumen layer together with the plastic film from the belt cooler in the form of a soft bitumen sheeting and - packaging the soft bitumen sheeting. - placing a plastic film flat onto a cooled belt of a belt cooler that runs around two drums (14, 16), - applying molten soft bitumen in the form of at least one thin layer to the plastic film, - solidifying the soft bitumen layer on the belt cooler and - removing the soft bitumen layer together with the plastic film from the belt cooler in the form of a soft bitumen sheeting and - packaging the soft bitumen sheeting.
A lighting apparatus (700, 800) comprising: at least one light-emitting diode (710, 810), LED, configured to receive an optical signal (702, 802) from a source external to the lighting apparatus; and a control circuit (720, 830) coupled to the at least one LED (710, 810) and configured to adjust a light output of the at least one LED (710, 810) responsive to the received optical signal (702, 802) and a control input; said lighting apparatus being characterised in that said control circuit is further configured to adjust the control input response of the lighting apparatus responsive to the received optical signal (702, 802), wherein the control circuit (720, 830) is further configured to inhibit further adjustment of the control input response responsive to the received optical signal (702, 802). at least one light-emitting diode (710, 810), LED, configured to receive an optical signal (702, 802) from a source external to the lighting apparatus; and a control circuit (720, 830) coupled to the at least one LED (710, 810) and configured to adjust a light output of the at least one LED (710, 810) responsive to the received optical signal (702, 802) and a control input; said lighting apparatus being characterised in that said control circuit is further configured to adjust the control input response of the lighting apparatus responsive to the received optical signal (702, 802), wherein the control circuit (720, 830) is further configured to inhibit further adjustment of the control input response responsive to the received optical signal (702, 802).
Panel (1, 21, 22, 23, 24, 25) suitable for assembling a waterproof floor or wall covering by interconnecting a plurality of said panels (1, 21, 22, 23, 24, 25) with each other, wherein the panel (1, 21, 22, 23, 24, 25) has a substantially planar top surface (2, 32), and a substantially planar bottom surface, at least four substantially linear side edges (4, 5, 6, 7) of which at least one pair of opposite side edges (5, 7; 4, 6) which are provided with interconnecting coupling means (8, 9, 10, 28, 30) for interconnecting one panel (1, 21, 22, 23, 24, 25) within another, the panel (1, 21, 22, 23, 24, 25) having a sandwich structure which comprises a core layer basically composed of a thermoplastic material, a rigid top layer and a reinforcing layer situated in between the core layer and the top layer, said reinforcing layer being substantially made of at least one thermoplastic material, and wherein the core layer is provided with at least a part of the interconnecting coupling means (8, 9, 10, 28, 30) wherein at least a part of the thermoplastic material of the core layer has a foam structure, characterized in that the thermoplastic material both at a top surface and a bottom surface of the core layer forms a crust layer enclosing the foam structure.