mhurhangee/ep-ind-claims huggingface dataset:
Sleeve adapter, • comprising a cylindrical tubing section, • a seal that is made from an elastically deformable material and encloses the tubing section circumferentially on the outside, where the seal incorporates a first section by which it sits tightly against the tubing section as well as a second section which can be moved radially outwards relative to the tubing section, • and comprising at least one expanding element that is arranged between the tubing section and the second section of the seal and which can be moved radially outwards in such a way that the outside diameter of the seal can be changed according to whichever position the expanding element is in, characterised in that the expanding element is designed as a toggle lever, where the toggle lever incorporates a first lever arm that can be moved from a rest position that is set radially further away from the tubing section into a clamping position that is radially closer to the tubing section, and incorporates a second lever arm that sits against the second section of the seal radially from inside and that can be moved from a rest position that is radially closer to the tubing section into an expanding position that is radially further away from the tubing section and in which the seal has a comparatively larger outside diameter and where the toggle lever is mounted between the two lever arms (18, 19) by the middle section of the toggle lever so that it can be tilted. • comprising a cylindrical tubing section, • a seal that is made from an elastically deformable material and encloses the tubing section circumferentially on the outside, where the seal incorporates a first section by which it sits tightly against the tubing section as well as a second section which can be moved radially outwards relative to the tubing section, • and comprising at least one expanding element that is arranged between the tubing section and the second section of the seal and which can be moved radially outwards in such a way that the outside diameter of the seal can be changed according to whichever position the expanding element is in, characterised in that the expanding element is designed as a toggle lever, where the toggle lever incorporates a first lever arm that can be moved from a rest position that is set radially further away from the tubing section into a clamping position that is radially closer to the tubing section,
A tag associating device (TAG-ASSO), for use in a Postal package delivery system for forwarding a package from a sender towards a destination through a postal network, said postal network comprising a plurality of postal nodes (TPN1, TPN2, TPN3) for sorting and forwarding said package through said network via at least one node of said plurality of postal nodes (TPN1, TPN2, TPN3) towards said destination, said forwarding being based on the address of said destination, said tag associating device (TAG-ASSO) being adapted to associate a tag of said package flexibly with a physical address of a plurality of addresses of said destination where said tag associating device (TAG-ASSO), further is adapted to resolve said physical destination address from a user profile holding part based on a phone number associated with said destination, CHARACTERISED IN THAT said tag associating device (TAG-ASSO), further is adapted to retrieve said tag of said package together with a telephone number associated with said destination of said package from a mobile user device adapted to read said tag and being identified by a second telephone number of said mobile user device.
A method for producing a substrate tube of quartz class, comprising continuously supplying to a heating zone a hollow cylinder of quartz glass having an outer diameter C a, an inner diameter C i and an inner bore, zonewise softening said hollow cylinder in said heating zone, and drawing off from the softened portion a tubular strand with an outer diameter T a and an inner diameter T i, wherein a blow pressure is produced in the inner bore that is set in the range of 4 to 10 mbar, and wherein the following is applicable to hollow cylinder and tubular strand: C a > 180 mm, C r > 3 with C r = C a / C i, T r < 1.6 with T r = T a / T i and C i / T i < 2.5.
A composite article comprising: a substrate; and a protective layer disposed on the substrate, the protective layer having a silicon-aluminum-carbon-nitrogen-oxygen ("Si-Al-C-N-O") solid solution composition and microstructure. a substrate; and a protective layer disposed on the substrate, the protective layer having a silicon-aluminum-carbon-nitrogen-oxygen ("Si-Al-C-N-O") solid solution composition and microstructure.
An atherectomy assembly comprising: an elongate flexible catheter body; a drive shaft extending within the catheter body, the drive shaft having a rotatable cutter attached thereto, wherein the drive shaft is axially movable with respect to the elongate flexible catheter body; an optical fiber; and a handle (1800, 1900) having a distal end attached to the elongate body, the handle having a proximal end (1808,1908) configured to connect the optical fibre to a light source and wherein the optical fibre is configured to rotate with the cutter, characterized in that the optical fiber is attached to the cutter and in that the handle is configured such that the optical fiber is axially movable with respect to the distal end and axially fixed with respect to the proximal end. an elongate flexible catheter body; a drive shaft extending within the catheter body, the drive shaft having a rotatable cutter attached thereto, wherein the drive shaft is axially movable with respect to the elongate flexible catheter body; an optical fiber; and a handle (1800, 1900) having a distal end attached to the elongate body, the handle having a proximal end (1808,1908) configured to connect the optical fibre to a light source and wherein the optical fibre is configured to rotate with the cutter, characterized in that the optical fiber is attached to the cutter and in that the handle is configured such that the optical fiber is axially movable with respect to the distal end and axially fixed with respect to the proximal end.
A manufacturing method of coated metal fine particles comprising: a first step of mixing an amine liquid mixture of an alkylamine having 6 or more carbon atoms and an alkylamine having 5 or less carbon atoms with a metal compound including one or more metal atoms, thereby generating a complex compound including the metal compound and amines; and a second step of heating and thermally decomposing the complex compound, thereby generating coated metal fine particles, wherein an alkylamine having 5 or less carbon atoms is included in the coating. a first step of mixing an amine liquid mixture of an alkylamine having 6 or more carbon atoms and an alkylamine having 5 or less carbon atoms with a metal compound including one or more metal atoms, thereby generating a complex compound including the metal compound and amines; and a second step of heating and thermally decomposing the complex compound, thereby generating coated metal fine particles, wherein an alkylamine having 5 or less carbon atoms is included in the coating.
A system for performing electrical impedance tomography comprising: a housing having a central axis; a first set of electrodes positioned in a first plane, the first plane intersecting the central axis; a second set of electrodes positioned in a second plane, the second plane being different from the first plane and intersecting the central axis; and; a third set of electrodes positioned in a third plane, the third plane intersecting the central axis between the first and second planes, and being distinct from the first plane and the second plane, characterized in that the third set of electrodes is rotatable within the housing around the central axis relative to the first set of electrodes and the second set of electrodes. a housing having a central axis; a first set of electrodes positioned in a first plane, the first plane intersecting the central axis; a second set of electrodes positioned in a second plane, the second plane being different from the first plane and intersecting the central axis; and; a third set of electrodes positioned in a third plane, the third plane intersecting the central axis between the first and second planes, and being distinct from the first plane and the second plane, characterized in that the third set of electrodes is rotatable within the housing around the central axis relative to the first set of electrodes and the second set of electrodes.
A syrup polymer composition comprising: a) 5 to 40 parts by weight of a low Tg (meth)acrylate solute copolymer component having a T g ≤ 0°C wherein the glass transition temperature Tg is calculated using the Fox Equation or measured with DSC; b) 60 to 95 parts by weight of a low T g solvent monomer component comprising low T g monomers having a T g ≤0°C, and a multifunctional acrylate; the sum of a) and b) being 100 parts by weight; c) 5 to 50 parts by weight, relative to a) and b) of a segmented siloxane copolymer having at least one polydiorganosiloxane segment and at least one oxyalkylene segment relative to 100 parts a) and b). a) 5 to 40 parts by weight of a low Tg (meth)acrylate solute copolymer component having a T g ≤ 0°C wherein the glass transition temperature Tg is calculated using the Fox Equation or measured with DSC; b) 60 to 95 parts by weight of a low T g solvent monomer component comprising low T g monomers having a T g ≤0°C, and a multifunctional acrylate; the sum of a) and b) being 100 parts by weight; c) 5 to 50 parts by weight, relative to a) and b) of a segmented siloxane copolymer having at least one polydiorganosiloxane segment and at least one oxyalkylene segment relative to 100 parts a) and b).
A radar system for a vehicle comprising: a transmit unit including a single beam transmit antenna for output of a radar signal into a target zone external to said vehicle; and a receive unit including a single beam receive antenna capable of receiving a direct receive signal and an indirect receive signal, each of said direct and indirect receive signals being reflections of said radar signal from an object (34, 36) in said target zone, and said direct and indirect receive signals being summed to produce a detection signal indicating a presence of said object (34, 36) in said target zone, characterized in that said target zone includes a first region adjacent to a side of said vehicle and a second region displaced outwardly and backwardly from a rear quarter panel of said vehicle, and said each of said single beam transmit and receive antennas exhibits an antenna pattern (104, 106) having a main lobe (108, 114) directed in said second region and a side lobe (112, 118) reflected from a reflective panel of said vehicle into said first region such that when said object is located in said second region, a first signal strength of said direct receive signal dominates a second signal strength of said indirect receive signal in said detection signal and when said object is located in said first region, said second signal strength of said indirect receive signal dominates said first signal strength of said direct receive signal in said detection signal. a transmit unit including a single beam transmit antenna for output of a radar signal into a target zone external to said vehicle; and a receive unit including a single beam receive antenna capable of receiving a direct receive signal and an indirect receive signal, each of said direct and indirect receive signals being reflections of said radar signal from an object (34, 36) in said target zone, and said direct and indirect receive signals being summed to produce a detection signal indicating a presence of said object (34, 36) in said target zone, characterized in that said target zone includes a first region adjacent to a side of said vehicle and a second region displaced outwardly and backwardly from a rear quarter panel of said vehicle, and said each of said single beam transmit and receive antennas exhibits an antenna pattern (104, 106) having a main lobe (108, 114) directed in said second region and a side lobe (112, 118) reflected from a reflective panel of said vehicle into said first region such that when said object is located in said second region, a first signal strength of said direct receive signal dominates a second signal strength of said indirect receive signal in said detection signal and when said object is located in said first region, said second signal strength of said indirect receive signal dominates said first signal strength of said direct receive signal in said detection signal.
A camera unit for a motor vehicle with a carrier housing to be arranged in an aperture of an outer panelling of a motor vehicle, an actuator unit which is connected to the carrier housing, a movably borne camera which is accommodated in the carrier housing and connected to the actuator unit in order to be moved by the actuator unit relative to the carrier housing between several camera positions, a protective cover which is borne on the carrier housing and is movable relative to the carrier housing between several protective cover positions, wherein when the camera is in a first camera position the camera is covered by the protective cover in a first protective cover position, wherein when the camera is in a second camera position, the camera is at least partially uncovered by the protective cover in a second protective cover position, wherein on the carrier housing a fluid distribution device is arranged, wherein the fluid distribution device comprises at least one fluid outlet for emitting a fluid in the direction of the camera in order to apply a cleaning fluid to the camera, wherein the fluid outlet is arranged between the camera and protective cover in the direct line of sight to the camera in the first camera position, characterised in that the fluid distribution device comprises several fluid outlets which for emission are orientated in different directions and/or are configured for emitting different media or substances.
A fibre endoscope system comprising - a catheter with a probe head for entering into a body cavity, duct, or vessel adjacent a sample region to be measured; - a source fiber with a first fiber ending remote from the probe head; - a signal fiber with a second fiber ending also remote from the probe head but separate from the source fiber; - a sampling fiber with a third fiber ending disposed at the probe head; and - a fiber coupler; characterized in that the fiber coupler is configured to optically couple at least o the source fiber to the sampling fiber, and o the sampling fiber to the signal fiber; - wherein a sampling fiber length of the sampling fiber between the fiber coupler and the third fiber ending is shorter than a source fiber length of the source fiber between the fiber coupler and the first fiber ending by at least a factor two. - a catheter with a probe head for entering into a body cavity, duct, or vessel adjacent a sample region to be measured; - a source fiber with a first fiber ending remote from the probe head; - a signal fiber with a second fiber ending also remote from the probe head but separate from the source fiber; - a sampling fiber with a third fiber ending disposed at the probe head; and - a fiber coupler; characterized in that the fiber coupler is configured to optically couple at least o the source fiber to the sampling fiber, and o the sampling fiber to the signal fiber; o the source fiber to the sampling fiber, and o the sampling fiber to the signal fiber; - wherein a sampling fiber length of the sampling fiber between the fiber coupler and the third fiber ending is shorter than a source fiber length of the source fiber between the fiber coupler and the first fiber ending by at least a factor two.
An optical interface card, comprising: a printed circuit board having a first end and a second end opposite the first end; at least one opening (264, 266) disposed in the printed circuit board between the first end and the second end of the printed circuit board and having at least one first opening end and at least one second opening end opposite the at least one first opening end; at least one optical sub-assembly (260, 262) mounted to the at least one first opening end and extending into the at least one opening, whereby an optical interface module plate is mounted to the first end of the printed circuit board, wherein the optical interface module plate provides support for connectors, the printed circuit board extends beyond the at least one optical sub-assembly (260, 262), wherein the at least one optical sub-assembly (260, 262) is connected via optical fibers (263, 265) to the connectors that extend through the optical interface module plate, the at least one optical sub-assembly (260, 262) is disposed at an end of the printed circuit board to transmit and/or receive optical signals interfaced with electrical signal components disposed on the printed circuit board, the at least one opening (264, 266) allows the at least one optical sub-assembly (260, 262) to be disposed at the second end of the printed circuit board where the at least one opening (264, 266) starts, but spaced apart from the first end of the printed circuit board where the optical interface module plate is located. a printed circuit board having a first end and a second end opposite the first end; at least one opening (264, 266) disposed in the printed circuit board between the first end and the second end of the printed circuit board and having at least one first opening end and at least one second opening end opposite the at least one first opening end; at least one optical sub-assembly (260, 262) mounted to the at least one first opening end and extending into the at least one opening, whereby an optical interface module plate is mounted to the first end of the printed circuit board, wherein the optical interface module plate provides support for connectors, the printed circuit board extends beyond the at least one optical sub-assembly (260, 262), wherein the at least one optical sub-assembly (260, 262) is connected via optical fibers (263, 265) to the connectors that extend through the optical interface module plate, the at least one optical sub-assembly (260, 262) is disposed at an end of the printed circuit board to transmit and/or receive optical signals interfaced with electrical signal components disposed on the printed circuit board, the at least one opening (264, 266) allows the at least one optical sub-assembly (260, 262) to be disposed at the second end of the printed circuit board where the at least one opening (264, 266) starts, but spaced apart from the first end of the printed circuit board where the optical interface module plate is located.
A charging station for charging or recharging electrical batteries for electrical vehicles, comprising an electric source, a charging unit, and a base structure, the charging unit being supported by the base structure, the charging unit being provided with a cable, the end of which being provided with an end plug configured to be connected to a connector on the vehicle and/or with at least one plug-in point for plugging in an end of a charging cable from the vehicle, characterized in that the base structure along the side of the charging unit provided with the charging point, is provided with a resilient surface of a material having shock absorbing properties, said resilient surface comprising rubberized asphalt concrete, rubber mats, or plastic material embedded into concrete.
Method for controlling a safety actuator system of a motor vehicle, comprising: - determination of a hazard model of the motor vehicle by means of a predictive sensor system and at least one characteristic value (10, 20) of a pose of a driver of the motor vehicle; characterized by - determination of a controllability of the motor vehicle by a driver of the motor vehicle by means of the at least one characteristic value (10, 20); and - control of the safety actuator system to a degree which depends on the hazard model and on the controllability. - determination of a hazard model of the motor vehicle by means of a predictive sensor system and at least one characteristic value (10, 20) of a pose of a driver of the motor vehicle; characterized by - determination of a controllability of the motor vehicle by a driver of the motor vehicle by means of the at least one characteristic value (10, 20); and - control of the safety actuator system to a degree which depends on the hazard model and on the controllability.
AUTOMATIC SWINGING DOOR, to be installed in places such as supermarkets, shopping centres, banks and other highly visited locations in which, upon a signal of presence of the user in proximity of the door, the wings open automatically, said door being further provided with a device, so-called "anti-panic", which is able to determine the opening of the door, the so-called "unlock", even manually, by means of a simple pressure exerted on the wing by the user when inside the place dangerous situations occur, due for example to fire, at the same time locking the power supply distribution, or following accidental impacts which can cause injuries to the users and which is able to bring it back to the normal operating conditions when the emergency situation has been overcome, said automatic swinging door being characterised in that the "anti-panic" device for the "unlock" of the door is positioned between a motorized driving group and a vertical upright supporting a wing and consisting of a mobile mechanism, wherein some elements projecting from the vertical upright, insert into corresponding cavities obtained on an element integral with a connecting arm of the driving group, said opposite elements (2, 4) being mutually retained thanks to the action of a contrast elastic group which allows both the automatic actuation of the wing under normal opening operating conditions ("locking" situation), and also the actuation of the wing under emergency operating conditions ("unlocking" situation), because said elements are susceptible to get unhooked from the mutual fitting following a minimal force exerted on the wing when the door is in the closing position, in order to allow its opening in the direction from the inside to the outside.