mhurhangee/ep-ind-claims huggingface dataset:
Battery comprising a first housing element and a second housing element, which together form an interior space for receiving a battery module, wherein a plurality of battery cells of the battery module, which are connected in an electrically conducting manner to one another in series and/or in parallel, are arranged in the interior space, wherein the battery cells are in particular prismatic and a first element of a battery controller is further arranged in the interior space, wherein the first element of the battery controller comprises at least one electronic component, which is a switch, a fuse element, a battery control system and/or a resistor, wherein the first housing element forms a first temperature-control structure on a side facing away from the interior space and in particular the second housing element, wherein the second housing element forms a second temperature-control structure on a side facing the interior space and in particular the first housing element, and a covering element is connected to the second housing element in such a way that the covering element delimits a temperature-control fluid receptacle, through which a temperature-control fluid can flow, in a fluid-tight manner from the interior space and the second temperature-control structure is formed such that the temperature-control fluid can flow around it, wherein the first element of the battery controller is arranged in a thermally conducting manner on a side of the covering element that is facing towards the interior space. a first housing element and a second housing element, which together form an interior space for receiving a battery module, wherein a plurality of battery cells of the battery module, which are connected in an electrically conducting manner to one another in series and/or in parallel, are arranged in the interior space, wherein the battery cells are in particular prismatic and a first element of a battery controller is further arranged in the interior space, wherein the first element of the battery controller comprises at least one electronic component, which is a switch, a fuse element, a battery control system and/or a resistor, wherein the first housing element forms a first temperature-control structure on a side facing away from the interior space and in particular the second housing element, wherein the second housing element forms a second temperature-control structure on a side facing the interior space and in particular the first housing element, and a covering element is connected to the second housing element in such a way that the covering element delimits a temperature-control fluid receptacle, through which a temperature-control fluid can flow, in a fluid-tight manner from the interior space and the second temperature-control structure is formed such that the temperature-control fluid can flow around it, wherein the first element of the battery controller is arranged in a thermally conducting manner on a side of the covering element that is facing towards the interior space.
A solar collector with reflecting surfaces comprising an outer transparent plate and an inner transparent plate, the transparent plates (10; 11) being parallel to each other and enclosing a first gap, the first gap is made as airtight and can be filled with air or vacuumed, channels through which a working liquid flows or are filled with air, a thermal insulation means arranged on lateral sides of the solar collector, and additional means for bringing or draining the working liquid, wherein the channels are on the underside made of an absorber for conversion of solar radiation energy into the thermal energy and on the upper side are enclosed by the inner transparent plate, the outer transparent plate on the underside of the surface directed towards the first gap comprises a first toothed surface whose toothed shapes are used for directing light beams towards the upper surface of the inner transparent plate, the inner transparent plate on the side bordering the first gap comprising a second toothed surface whose toothed shapes are used to further direct the light beams, each of the first and second toothed surfaces (20, 40) comprising a plurality of teeth, said teeth are extending in the longitudinal direction of the channels, where lateral walls of the first and second toothed surfaces (20, 40) are flat, "V"-shaped, convex or concave shaped, the inner transparent plate at its lower side has a third toothed surface comprising a plurality of teeth extending in the longitudinal direction of the channels, wherein lateral walls of the third toothed surface being convex shaped, the third toothed surface serving for direction of solar radiation when the working liquid is present in the channels or reflection of solar radiation when air is present in the channels.
A SiH-free vinyldisilane compound independently consisting of 6 silicon-bonded substituents selected from 1 to 5 silicon-bonded vinyl groups, 4 to 0 silicon-bonded chlorine atoms, and 5 to 1 silicon-bonded dialkylamino groups, respectively.
A lifter bar mountable to a shell of a grinding mill for ore grinding, said lifter bar having a volume, said lifter bar further having an outer surface comprising a fixing surface to be arranged against the shell and a wear surface facing toward interior of the grinding mill, the lifter bar comprises a lifter bar body having an outer surface conforming the outer surface of the lifter bar, and a fixing element for connecting the lifter bar to the shell of the grinding mill, characterized in that the lifter bar body further comprises a first portion and a second portion forming a continuous lifter bar body, the fixing element is embedded to the first portion such that it forms part of the fixing surface of the lifter bar, said first portion of the lifter bar body is made of rubber, the second portion is made of polyurethane and forming 35 - 85 % of the volume of the lifter bar.
A method, comprising: Transmission of a request for information from at least one memory unit (15; 18; 20), which is fastened to a vehicle accessory (16; 17; 19) and which stores information about the vehicle accessory; receipt of the information from the at least one memory unit and modification of the vehicle functions based on the information, wherein the modification of the vehicle functions comprises the modification of one or a plurality functions, which are selected from the group, consisting of an engine management, a damper adjustment, a driving assist and a parking assist system, and wherein the information comprises at least a piece of information from the group, consisting of a physical dimension of the accessory, weight of the accessory, air resistance factor of the accessory and manufacturer of the accessory. Transmission of a request for information from at least one memory unit (15; 18; 20), which is fastened to a vehicle accessory (16; 17; 19) and which stores information about the vehicle accessory; receipt of the information from the at least one memory unit and modification of the vehicle functions based on the information, wherein the modification of the vehicle functions comprises the modification of one or a plurality functions, which are selected from the group, consisting of an engine management, a damper adjustment, a driving assist and a parking assist system, and wherein the information comprises at least a piece of information from the group, consisting of a physical dimension of the accessory, weight of the accessory, air resistance factor of the accessory and manufacturer of the accessory.
A ship hull comprising: a main hull portion having a bottom extending along a centerline from a leading edge, said main hull portion extending between first and second sides (13, 15) and having and an inclined leading surface; first and second side skegs (14, 16) extending along said first and second sides (13, 15) of said main hull portion from said leading edge thereof, each of said first and second side skegs (14, 16) having outside (40, 42) and inside (44, 46) surfaces and extending to a bottom surface (26, 28) below said leading surface, wherein said outside surfaces (40, 42) and said inside surfaces (44, 46) of said first and second side skegs (14, 16) are substantially vertical, characterized in that said inside surfaces (44, 46) of said first and second side skegs (14, 16) taper at a taper angle selected to be between 0 and 25 degrees toward said leading edge; in that a foil being located between said first and second side skegs (14, 16), said foil extending between first and second ends (84, 86) at a position below said leading surface; and in that said leading surface of said main hull portion joins with said bottom surface (26, 28) of said first and second side skegs (14, 16) at a transition location forming a single continuous bottom surface aft thereof. a main hull portion having a bottom extending along a centerline from a leading edge, said main hull portion extending between first and second sides (13, 15) and having and an inclined leading surface; first and second side skegs (14, 16) extending along said first and second sides (13, 15) of said main hull portion from said leading edge thereof, each of said first and second side skegs (14, 16) having outside (40, 42) and inside (44, 46) surfaces and extending to a bottom surface (26, 28) below said leading surface, wherein said outside surfaces (40, 42) and said inside surfaces (44, 46) of said first and second side skegs (14, 16) are substantially vertical, characterized in that said inside surfaces (44, 46) of said first and second side skegs (14, 16) taper at a taper angle selected to be between 0 and 25 degrees toward said leading edge; in that a foil being located between said first and second side skegs (14, 16), said foil extending between first and second ends (84, 86) at a position below said leading surface; and in that said leading surface of said main hull portion joins with said bottom surface (26, 28) of said first and second side skegs (14, 16) at a transition location forming a single continuous bottom surface aft thereof.
A flexible bone fixation device, comprising: two first fixation parts; and a first flexible spanning part, connected between the two first fixation parts; wherein the first flexible spanning part has a plurality of first cuts, the plurality of first cuts extend inward from two opposite edges of the first flexible spanning part and are arranged in an alternate manner so that part of the first flexible spanning part is in a serpentine shape, the plurality of first cuts are spaced offset from one another and situated in and along opposing lateral sides formed by the opposite edges of the first flexible spanning part, characterized in that the plurality of first cuts are divided into a plurality of cut arrangements, any two of the plurality of cut arrangements located adjacent to each other are spaced apart by a spacing distance larger than a spacing distance between any two of the first cuts of each of the plurality of cut arrangements located adjacent to each other. two first fixation parts; and a first flexible spanning part, connected between the two first fixation parts; wherein the first flexible spanning part has a plurality of first cuts, the plurality of first cuts extend inward from two opposite edges of the first flexible spanning part and are arranged in an alternate manner so that part of the first flexible spanning part is in a serpentine shape, the plurality of first cuts are spaced offset from one another and situated in and along opposing lateral sides formed by the opposite edges of the first flexible spanning part,
An interface for coupling to a lead, the lead having a terminal connector at the proximal end of the lead, the terminal connector having at least one terminal contact, the interface comprising: a housing, the housing comprising a lead port, wherein the lead port is configured to receive the terminal connector; a lead engaging mechanism, the lead engaging mechanism being variable between an open position and a closed position, the lead engaging mechanism comprising: a knob; a cam, the cam being rotatable by the knob; and a cam follower, the cam follower being biased against the cam, the cam follower being responsive to the cam such that rotating the cam axially-displaces the cam follower between the open position and the closed position; and a first detent configured to bias the lead engaging mechanism into the closed position; and at least one contact coupled to the cam follower, and arranged to move responsive to the motion of the cam follower, wherein the at least one contact is in a position to be in electrical communication with the at least one terminal contact when the lead engaging mechanism is in the closed position and the terminal connector is in the lead port. a housing, the housing comprising a lead port, wherein the lead port is configured to receive the terminal connector; a lead engaging mechanism, the lead engaging mechanism being variable between an open position and a closed position, the lead engaging mechanism comprising: a knob; a cam, the cam being rotatable by the knob; and a cam follower, the cam follower being biased against the cam, the cam follower being responsive to the cam such that rotating the cam axially-displaces the cam follower between the open position and the closed position; and a first detent configured to bias the lead engaging mechanism into the closed position; and a knob; a cam, the cam being rotatable by the knob; and a cam follower, the cam follower being biased against the cam, the cam follower being responsive to the cam such that rotating the cam axially-displaces the cam follower between the open position and the closed position; and a first detent configured to bias the lead engaging mechanism into the closed position; and at least one contact coupled to the cam follower, and arranged to move responsive to the motion of the cam follower, wherein the at least one contact is in a position to be in electrical communication with the at least one terminal contact when the lead engaging mechanism is in the closed position and the terminal connector is in the lead port.
A combination of an expandable device for treating one or more nasal or sinus conditions and a delivery device for use in delivering the expandable device; wherein the expandable device comprises: a hub; and a plurality of legs extending from the hub, wherein the expandable device has a low-profile configuration and an expanded configuration and is sized and configured for placement at least partially within a sinus cavity or a nasal passageway; and wherein the delivery device comprises a shaft and a sheath; and wherein the expandable device is releasably mountable on a distal tip of the shaft in the low profile configuration and with the sheath covering at least a portion of one or more of the legs to prevent the expansion thereof. a hub; and a plurality of legs extending from the hub, wherein the expandable device has a low-profile configuration and an expanded configuration and is sized and configured for placement at least partially within a sinus cavity or a nasal passageway; and
A cream jar comprising an inner jar having an inner container for receiving a cream or a similar viscous fluid, an outer jar for receiving the inner jar, and a lid member, the lid member comprising a lid having a thread and a mating thread disposed on the inner jar and/or on the outer jar, the lid member being used to close the inner container of the inner jar, the inner jar being replaceable, the inner jar and the outer jar forming a sever-able connection, said connection being a latching connection, the cream jar having an axial anti-rotation means realized between the inner jar and the outer jar in at least one horizontal plane, the anti-rotation means comprising a contour on the inner container of the inner jar and a corresponding mating contour on the outer jar, the contour and the mating contour having a shape other than a circular shape, the contour of the anti-rotation means being realized on an outer wall of the inner container of the inner jar, an inner wall of the inner container having an essentially circular contour.
A waveguide structure comprising: a substrate; a waveguide layer on the substrate; a cladding layer in contact with a first side of the waveguide layer, the first side on an opposite side of the waveguide layer to the substrate, the waveguide layer between the cladding layer and the substrate; a first waveguide modifier layer comprising a first material of a different refractive index to a refractive index of the cladding layer, the first material arranged to modify an effective refractive index of the waveguide layer, the first waveguide modifier layer in contact with the cladding layer and having a width along a first axis less than a width, parallel to the first axis, of the cladding layer, the first axis perpendicular to a second axis corresponding with a light propagation direction within the waveguide layer; and a second waveguide modifier layer comprising the first material to modify the effective refractive index of the waveguide layer, the second waveguide modifier layer laterally spaced apart from the first waveguide modifier layer along the first axis and in contact with the cladding layer. a substrate; a waveguide layer on the substrate; a cladding layer in contact with a first side of the waveguide layer, the first side on an opposite side of the waveguide layer to the substrate, the waveguide layer between the cladding layer and the substrate; a first waveguide modifier layer comprising a first material of a different refractive index to a refractive index of the cladding layer, the first material arranged to modify an effective refractive index of the waveguide layer, the first waveguide modifier layer in contact with the cladding layer and having a width along a first axis less than a width, parallel to the first axis, of the cladding layer, the first axis perpendicular to a second axis corresponding with a light propagation direction within the waveguide layer; and a second waveguide modifier layer comprising the first material to modify the effective refractive index of the waveguide layer, the second waveguide modifier layer laterally spaced apart from the first waveguide modifier layer along the first axis and in contact with the cladding layer.
Method for producing a fibre preform involving winding at least one thread about a winding axis in a groove of a mould, characterised in that it involves using a flexible element which is capable of becoming deformed by means of flexion, in a plane which contains the winding axis, in order to penetrate into the groove in order to push the sections of the thread(s) towards the base of the groove and/or towards zones which cannot be accessed directly by the thread(s).
A method of installing marine equipment, the method comprising: (a) providing a marine apparatus (10, 50) comprising the marine equipment and a buoyancy device including at least a first and a second tank, the first tank containing air and the second tank containing a buoyant liquid having a specific gravity of less than 0.8 g/cm 3; (b) providing a template on the seabed; (c) placing the marine apparatus (10, 50) in water, such that it floats; (d) providing one or more flexible elongate members on the marine apparatus (10, 50) and attaching the one or more flexible elongate members to the template; (e) removing a portion of the buoyant liquid from the second tank, such that the marine apparatus (10, 50) is less buoyant; and (f) guiding the marine apparatus (10, 50) down onto the template using the flexible elongate members. (a) providing a marine apparatus (10, 50) comprising the marine equipment and a buoyancy device including at least a first and a second tank, the first tank containing air and the second tank containing a buoyant liquid having a specific gravity of less than 0.8 g/cm 3; (b) providing a template on the seabed; (c) placing the marine apparatus (10, 50) in water, such that it floats; (d) providing one or more flexible elongate members on the marine apparatus (10, 50) and attaching the one or more flexible elongate members to the template; (e) removing a portion of the buoyant liquid from the second tank, such that the marine apparatus (10, 50) is less buoyant; and (f) guiding the marine apparatus (10, 50) down onto the template using the flexible elongate members.
A hollow cathode plasma source comprising a first electrode and a second electrode each electrode comprising an elongated cavity, wherein the electrodes extend substantially parallel and in proximity to each other, wherein the first and second electrodes (1, 2) are both provided with a gas inlet for a plasma forming gas and with a gas outlet which leads to an outlet nozzle which is directed towards a substrate, wherein first and second electrodes are electrically connected to a power source supplying the electrodes with alternatingly opposing voltages, characterized in that all of the following parameter's dimensions are selected: i. the cavity transverse cross section is of rectangular, rounded rectangular, circular shape, oval shape, elliptical shape, or rectangular shape with at least one rounded corner, ii. the cavity transverse cross section area is comprised between 500 mm 2 and 4000 mm 2, iii. the distance between the cavity centers (14a, 14b) is comprised between 85 mm and 160 mm, iv. the outlet nozzle width is comprised between 1 mm and 25 mm. wherein the electrodes extend substantially parallel and in proximity to each other, wherein the first and second electrodes (1, 2) are both provided with a gas inlet for a plasma forming gas and with a gas outlet which leads to an outlet nozzle which is directed towards a substrate, wherein first and second electrodes are electrically connected to a power source supplying the electrodes with alternatingly opposing voltages, characterized in that all of the following parameter's dimensions are selected: i. the cavity transverse cross section is of rectangular, rounded rectangular, circular shape, oval shape, elliptical shape, or rectangular shape with at least one rounded corner, ii. the cavity transverse cross section area is comprised between 500 mm 2 and 4000 mm 2, iii. the distance between the cavity centers (14a, 14b) is comprised between 85 mm and 160 mm, iv. the outlet nozzle width is comprised between 1 mm and 25 mm. i. the cavity transverse cross section is of rectangular, rounded rectangular, circular shape, oval shape, elliptical shape, or rectangular shape with at least one rounded corner, ii. the cavity transverse cross section area is comprised between 500 mm 2 and 4000 mm 2, iii. the distance between the cavity centers (14a, 14b) is comprised between 85 mm and 160 mm, iv. the outlet nozzle width is comprised between 1 mm and 25 mm.
An air-ride axle/suspension system for a wheeled vehicle, including a pair of pivot bushings (37,39) for pivotally mounting said system to a frame of said vehicle, pairs of shock absorbers (88,90) and air springs (92,94), and a pair of axle spindle ends (84,86) for mounting wheels on the system, said pivot bushings (37,39), shock absorbers (88,90), air springs (92,94) and axle spindle ends (84,86) being mounted on an integral structure by which roll forces encountered by said axle/suspension system during vehicle operation are distributed generally throughout the integral structure to enable the system to achieve roll compliance, said integral structure including a pair of transversely-spaced arms (22,24) and a transversely-extending cross-member extending between and connecting the arms (22,24), characterised in that the integral structure is formed of a composite material and is a non-hollow structure in which each of said arms (22,24) has a vertical inboard surface, and said cross-member includes a vertical portion and a horizontal portion, the horizontal portion of the cross-member being connected to said vertical inboard surface of each of said arms (22,24).