mhurhangee/ep-ind-claims huggingface dataset:
An intermediate transfer belt for receiving a toner image formed by developing with toner a latent image on an image bearing member, the belt comprising: a base layer; and an elastic layer, the elastic layer being laid on the base layer to form a laminated structure, wherein the elastic layer has a uniform concavo-convex pattern in a surface thereof, and the uniform concavo-convex pattern is formed by arranging individual spherical resin particles in the surface of the elastic layer in a plane direction thereof, and the elastic layer is an acrylic rubber-elastic layer with flame retardancy; characterised in that the acrylic rubber-elastic layer has VTM-0 grade according to the UL94VTM burning test, and the elastic layer has a Martens hardness of 0.2 N/mm 2 to 0.8 N/mm 2 when indented to a depth of 10 μm. a base layer; and an elastic layer, the elastic layer being laid on the base layer to form a laminated structure, wherein the elastic layer has a uniform concavo-convex pattern in a surface thereof, and the uniform concavo-convex pattern is formed by arranging individual spherical resin particles in the surface of the elastic layer in a plane direction thereof, and the elastic layer is an acrylic rubber-elastic layer with flame retardancy; characterised in that the acrylic rubber-elastic layer has VTM-0 grade according to the UL94VTM burning test, and the elastic layer has a Martens hardness of 0.2 N/mm 2 to 0.8 N/mm 2 when indented to a depth of 10 μm.
A miniaturized stabilization device for a built-in apparatus comprising a platen dedicated to be fixed on a mobile support, a motor carried by said platen and provided with a spindle of longitudinal axis adapted to be mechanically coupled to a first end of said apparatus, and a microprocessor adapted to control the rotation of said motor, said motor is adjustable in angular position, characterized in that the stabilization device comprises a three-axis gyroscope and a three axes accelerometer adapted to transmit to said microprocessor respectively roll and acceleration indications, in that said microprocessor is arranged to control the angular position of said motor based on said indications of angular position and acceleration to compensate said roll at said longitudinal axis.
Flush mechanism intended to be mounted in a toilet water tank, comprising: - at least one pushbutton intended to be presented on the tank, that can be moved between a rest position and at least one sunken position, the pushbutton comprising means for returning into the rest position; - a frame intended to be mounted inside the tank and comprising blocking means which can be moved between a blocking position and at least one position for releasing a water passage orifice arranged in the wall of the tank; - a transmission mechanism between the pushbutton(s) and the blocking means; characterised in that the pushbutton moves forward freely with respect to the transmission mechanism, from the rest position until at least one predetermined sunken position for transitory coupling with the transmission mechanism wherein the pushbutton and the transmission mechanism are connected moving forward, the passage of the pushbutton from a predetermined sunken position for transitory coupling to the rest position bringing about the passage of the blocking means from the blocking position to a release position. - at least one pushbutton intended to be presented on the tank, that can be moved between a rest position and at least one sunken position, the pushbutton comprising means for returning into the rest position; - a frame intended to be mounted inside the tank and comprising blocking means which can be moved between a blocking position and at least one position for releasing a water passage orifice arranged in the wall of the tank; - a transmission mechanism between the pushbutton(s) and the blocking means;
A method for biocompatible packaging an implantable device, the method comprising - obtaining a component on a substrate - separating the component and a first part of the substrate from a second part of the substrate, and characterized in that separating comprises: - using a physical technique for obtaining a recess with at least one sloped side wall, - using a physical technique at the same position as in the previous step, for further creation of the recess, inducing straight walls in the recess, thus resulting in a recess in the top surface of the substrate having a top being wider than a bottom - providing an encapsulation for the component. - obtaining a component on a substrate - separating the component and a first part of the substrate from a second part of the substrate, and - using a physical technique for obtaining a recess with at least one sloped side wall, - using a physical technique at the same position as in the previous step, for further creation of the recess, inducing straight walls in the recess, thus resulting in a recess in the top surface of the substrate having a top being wider than a bottom - providing an encapsulation for the component.
An internal combustion engine system, comprising: a cylinder block; a cylinder head attached to the cylinder block, the cylinder head including a plurality of coolant passages; an exhaust gas recirculation cooler; and a coolant collector bracket coupled to and between the cylinder head and the EGR cooler, the coolant collector bracket including, a plurality of coolant inlets directly coupled to a plurality of outlets of the plurality of coolant passages of the cylinder head; an EGR coolant outlet directly coupled to an inlet of the EGR cooler; an EGR coolant inlet directly coupled to an outlet of the EGR cooler; a first internal coolant channel in fluid communication with the plurality of coolant passages of the cylinder head; and a second internal coolant channel in fluid communication with the cylinder block; characterised in that the first internal coolant channel is fluidly separate from the second internal coolant channel, the first and second internal coolant channels (40, 42) fluidly coupling different inlets and outlets. a cylinder block; a cylinder head attached to the cylinder block, the cylinder head including a plurality of coolant passages; an exhaust gas recirculation cooler; and a coolant collector bracket coupled to and between the cylinder head and the EGR cooler, the coolant collector bracket including, a plurality of coolant inlets directly coupled to a plurality of outlets of the plurality of coolant passages of the cylinder head; an EGR coolant outlet directly coupled to an inlet of the EGR cooler; an EGR coolant inlet directly coupled to an outlet of the EGR cooler; a first internal coolant channel in fluid communication with the plurality of coolant passages of the cylinder head; and a second internal coolant channel in fluid communication with the cylinder block; characterised in that the first internal coolant channel is fluidly separate from the second internal coolant channel, the first and second internal coolant channels (40, 42) fluidly coupling different inlets and outlets.
A fabric garment (10,11) for men configured to be worn around the pelvic area of a wearer and having one or more leg opening, the garment comprising: - a concealing panel; - an external front portion configured to cover the genital organs of a wearer and partly overlying the concealing panel; - an opening defined between the front portion and the concealing panel; - first and second linear access edges (30,31) on the front portion providing access to the opening, characterized in that the first and second access edges (30,31) together define V-shape; and in that the garment further comprises: - two intersecting lines of support stitching (33,34) on the front portion and adjacent the access edges (31,31), the lines of support stitching (33,34) extending beyond the vertex of the access edges (30,31) so as to form an X-shape, wherein the front portion is at least partly resiliently deformable so as to facilitate access between the concealing panel and the X-shape, in use, for at least part of the external male genitalia. - a concealing panel; - an external front portion configured to cover the genital organs of a wearer and partly overlying the concealing panel; - an opening defined between the front portion and the concealing panel; - first and second linear access edges (30,31) on the front portion providing access to the opening, characterized in that the first and second access edges (30,31) together define V-shape; and in that the garment further comprises: - two intersecting lines of support stitching (33,34) on the front portion and adjacent the access edges (31,31), the lines of support stitching (33,34) extending beyond the vertex of the access edges (30,31) so as to form an X-shape,
A mesh implant comprising: a filamentous substrate; and a film coating on at least a portion of the filamentous substrate, the film coating comprising a freeze-dried composition comprising an initiated precursor comprising at least one vinyl group, in combination with a first hydrogel comprising a first reactive precursor comprising a multi-arm polyether possessing electrophilic groups, and a second reactive precursor comprising nucleophilic groups, wherein the first hydrogel can be re-hydrated to releasably attach the mesh to tissue, and the initiated precursor can be exposed to an initiator to form a second hydrogel securely affixing the mesh to tissue. a filamentous substrate; and a film coating on at least a portion of the filamentous substrate, the film coating comprising a freeze-dried composition comprising an initiated precursor comprising at least one vinyl group, in combination with a first hydrogel comprising a first reactive precursor comprising a multi-arm polyether possessing electrophilic groups, and a second reactive precursor comprising nucleophilic groups, wherein the first hydrogel can be re-hydrated to releasably attach the mesh to tissue, and the initiated precursor can be exposed to an initiator to form a second hydrogel securely affixing the mesh to tissue.
A method for installing a cable into cable guide tubing of the kind referred to as "duct", wherein a gas flow is supplied from the inlet end of said duct in question to the outlet end thereof and a respective cable is introduced into the inlet end, wherein the duct is present on a reel and rotates with respect to the cable upon introduction of the cable into the duct, characterised in that the duct is rotated with respect to the cable during insertion of the cable into the duct, in such a manner that a rotation through at least 360° is carried out.
A thermoelectric generator comprising: - a voltage source comprising a thermoelectric element - a starting circuit connected to the voltage source, - a DC to DC converter circuit connected to the voltage source, - an output connected to the starting circuit and connected to the DC to DC converter circuit, and - a controller having an input connected to the voltage source, and outputs connected to the starting circuit and to the DC to DC converter circuit, wherein the controller is configured: - to deactivate the starting circuit and to activate the DC to DC converter circuit when a voltage at the output or when a voltage provided by the voltage source rises above a predefined upper voltage threshold, and - to reactivate the starting circuit and to deactivate the DC to DC converter circuit when a voltage at the output or when a voltage provided by the voltage source drops below a predefined lower voltage threshold, wherein the starting circuit comprises a transformer, a third switch and a rectifier, the third switch being a metal oxide semiconductor depletion transistor, and a secondary side of the transformer being connected to the rectifier and to a gate of the depletion transistor, and wherein the third switch comprises a gain (Q3g) lower than 1 and wherein the transformer has a gain (Tg) larger than 1, the product of the transformer gain (Tg) and the gain (Q3g) of the depletion transistor being larger than 1. - a voltage source comprising a thermoelectric element - a starting circuit connected to the voltage source, - a DC to DC converter circuit connected to the voltage source, - an output connected to the starting circuit and connected to the DC to DC converter circuit, and - a controller having an input connected to the voltage source, and outputs connected to the starting circuit and to the DC to DC converter circuit, - to deactivate the starting circuit and to activate the DC to DC converter circuit when a voltage at the output or when a voltage provided by the voltage source rises above a predefined upper voltage threshold, and - to reactivate the starting circuit and to deactivate the DC to DC converter circuit when a voltage at the output or when a voltage provided by the voltage source drops below a predefined lower voltage threshold,
A 2-[ 18 F]fluoroethyl triazole linked [Tyr 3]octreotate analogue selected from the group consisting of: FET-G-PEG-TOCA, of Formula (Ib): FETE-PEG-TOCA, of Formula: FET-G-TOCA: FETE-TOCA: and FET-βAG-TOCA: wherein for each of the compounds above: and R 2 has the following structure: FET-G-PEG-TOCA, of Formula (Ib): FETE-PEG-TOCA, of Formula: FET-G-TOCA: FETE-TOCA: and FET-βAG-TOCA: wherein for each of the compounds above: and R 2 has the following structure:
A multi-component fiber comprising at least first and second polymers, wherein the first polymer has a softening temperature up to 150 °C, wherein the second polymer has a melting point of at least 130 °C, wherein the difference between the softening point of the first polymer and the melting point of the second polymer is at least 10 °C, wherein the first polymer is at least one of ethylene(meth)acrylic acid copolymer, ethylene(meth)acrylic acid ionomer, polyamide, polyvinylidene fluoride, crosslinked polyethylene, crosslinked polypropylene, moisture cured polyurethane, epoxies, crosslinked acrylates, cross-linked silicone or thermoplastic polyurethane, wherein the second polymer is at least one of a nylon, poly(cyclohexanedimethanol terephthalate), poly (ethylene naphthalate), poly(4-methyl 1-pentene), poly(phenylene sulfide), polyoxymethylene or polysulfone, wherein at least one of the first or second polymer has an elastic modulus of less than 3 x 10 5 N/m 2 at 1 Hz at at least 50 °C, wherein the fiber has a length in the range of from 2 to 10 millimeters, and an average diameter up to 100 micrometers, wherein the fiber is non-fusing up to at least 110 °C; and wherein the softening temperature is determined as described in the Softening Temperature Test as given in the description, and the non-fusing nature of the fiber is determined according the Non-fusing Fiber Test as given in the description.
A medical system for the transcutaneous treatment of a target structure (5 with a deep tissue target structure by laser light, comprising a laser beam delivery system producing a plurality of laser beams (1a-1d) for simultaneously or alternately irradiating the target structure from multiple directions via the skin surface, wherein the laser beams (1a-1d) are individually adjusted to have an energy level insufficient to ablate and/or burn the skin; wherein the laser beams (1a-1d) have a combined energy level at their point of intersection, which is sufficient to disrupt, ablate, coagulate or liquefy tissue, and in that the medical system further comprises a cooling device for cooling the skin surface during irradiation, whereupon a control system is electronically coupled to the laser beam delivery system via any wire or wireless transmission channel and functions to control operation of the laser beam delivery system as well as to control a variety of optical parameters associated with an activated laser light source of the laser beam delivery systems, whereupon the laser beam delivery system comprises multiple lasers (12,14,16,18) providing the plurality of laser beams (1a-1d), characterized in that the lasers (12, 14, 16, 18) are mounted on respective axles (22, 24, 26, 28) and are rotatable by motors so as to adjust the angular orientation of the respective laser and the direction of the laser beam emanating therefrom.
A polymer micelle containing an active ingredient for use in photodynamic therapy of tumours, wherein said micelle, produced using hydration method of a thin film of block copolymers, contains block copolymers: poly(ethylene oxide-6-propylene oxide-6-ethylene oxide) with the general formula 1, in which x denotes the number of polyoxyethylene groups, with a value from 5 to 100; y denotes the number of polyoxypropylene groups, with a value from 65 to 69; wherein active ingredient is selected from a group of photosensitizer encompassing cyanins, wherein said block copolymer is a copolymer 20 - 69 - 20 and said active ingredient is 2-[2-[2-chloro-3-[(1,3-dihydro-3,3-dimethyl-1-propyl-2H- indolyl-2-ylidenyl)ethylidenyl]-1-cyclohexen-1-yl]ethenyl]-3,3-dimethyl-1-propylindole iodide (cyanin IR-780). x denotes the number of polyoxyethylene groups, with a value from 5 to 100; y denotes the number of polyoxypropylene groups, with a value from 65 to 69;
A measurement method for measuring a dehydrogenase or a substrate for the dehydrogenase in a sample by performing a reaction using the dehydrogenase, the substrate for the dehydrogenase and coenzymes, the measurement method comprising performing the reaction using the combination of thio-NAD with NAD or thio-NADP with NADP as coenzymes; and measuring an increase in the absorbance caused by the thio-NADH or thio-NADPH produced from the reaction.
A uniflow engine, comprising: a cylinder having a cylinder wall; an inlet channel, an extension of a central axis of the inlet channel first intersecting the cylinder wall in a first portion of the cylinder and next intersecting the cylinder wall in a second portion of the cylinder opposite the first portion of the cylinder; an intake air gallery, the intake air gallery having a gallery wall and being in flow communication with the inlet channel; and a plurality of intake ports extending between the cylinder wall and the gallery wall, at least some of the intake ports having different areas at the cylinder wall measured perpendicular to longitudinal axes of the intake ports, and wherein an area of at least one intake port in the first portion of the cylinder is larger than an area of at least one intake port in the second portion of the cylinder, and wherein longitudinal axes of a majority of the intake ports form an angle of 10° or less to a central axis of the inlet channel, characterized in that the area of at least one intake port disposed in the first portion of the cylinder is larger than the area of another intake port located substantially diametrically opposite the at least one intake port disposed in the first portion of the cylinder. a cylinder having a cylinder wall; an inlet channel, an extension of a central axis of the inlet channel first intersecting the cylinder wall in a first portion of the cylinder and next intersecting the cylinder wall in a second portion of the cylinder opposite the first portion of the cylinder; an intake air gallery, the intake air gallery having a gallery wall and being in flow communication with the inlet channel; and a plurality of intake ports extending between the cylinder wall and the gallery wall, at least some of the intake ports having different areas at the cylinder wall measured perpendicular to longitudinal axes of the intake ports, and wherein an area of at least one intake port in the first portion of the cylinder is larger than an area of at least one intake port in the second portion of the cylinder, and wherein longitudinal axes of a majority of the intake ports form an angle of 10° or less to a central axis of the inlet channel, characterized in that the area of at least one intake port disposed in the first portion of the cylinder is larger than the area of another intake port located substantially diametrically opposite the at least one intake port disposed in the first portion of the cylinder.
Large component for a rail vehicle, comprising a grid-like structure of bows and ribs and a panelling of this grid-like structure, wherein the ribs are designed as planar sheet metal parts which are butt-welded to the panelling, and the bows are designed as planar sheet metal parts which are butt-welded to the panelling, wherein a C-rail is arranged on at least one of the bows.
A method for hydrogenating an ester with molecular hydrogen to give the corresponding alcohols at a temperature of 50 to 200°C and a pressure of 0.1 to 20 MPa abs in the presence of a five-fold or six-fold coordinated ruthenium complex, where the ruthenium complex can also be bridged to form a dimer, wherein the ruthenium complex comprises a tridentate ligand L of the general formula where R 1, R 2 are each independently an aliphatic hydrocarbon radical having 1 to 8 carbon atoms, an aromatic hydrocarbon radical having 6 or 10 carbon atoms or an araliphatic hydrocarbon radical having 7 to 12 carbon atoms, where the hydrocarbon radicals specified are unsubstituted or substituted by 1 to 3 methoxy, thiomethoxy or dimethylamino groups, and the two radicals R 1 and R 2 may also be bonded to each other to form a 5-to 10-membered ring including the phosphorus atom, R 3, R 4, R 5, R 6, R 10, R 11 are each independently hydrogen, linear C 1 to C 4 -alkyl, branched C 3 to C 4 -alkyl, methoxy, hydroxyl, trifluoromethyl, nitrile or dialkylamino each independently having 1 to 4 carbon atoms per alkyl group, R 7, R 8, R 9 are each independently hydrogen, linear C 1 to C 4 -alkyl or branched C 3 to C 4 -alkyl, n, m are each independently 0 or 1, and the solid-dashed double lines are a single or double bond, with the proviso that in the case of n = 1, both solid-dashed double lines represent a single bond and m is 1, and in the case of n = 0, one solid-dashed double line represents a single bond and the other solid-dashed double line represents a double bond, where in the case of a double bond on the side facing the phenyl ring m = 1, in the case of a double bond on the side facing the pyridyl ring m = 0, or both solid-dashed double lines represent a single bond and m equals 1. R 1, R 2 are each independently an aliphatic hydrocarbon radical having 1 to 8 carbon atoms, an aromatic hydrocarbon radical having 6 or 10 carbon atoms or an araliphatic hydrocarbon radical having 7 to 12 carbon atoms, where the hydrocarbon radicals specified are unsubstituted or substituted by 1 to 3 methoxy, thiomethoxy or dimethylamino groups, and the two radicals R 1 and R 2 may also be bonded to each other to form a 5-to 10-membered ring including the phosphorus atom, R 3, R 4, R 5, R 6, R 10, R 11 are each independently hydrogen, linear C 1 to C 4 -alkyl, branched C 3 to C 4 -alkyl, methoxy, hydroxyl, trifluoromethyl, nitrile or dialkylamino each independently having 1 to 4 carbon atoms per alkyl group, R 7, R 8, R 9 are each independently hydrogen, linear C 1 to C 4 -alkyl or branched C 3 to C 4 -alkyl, n, m are each independently 0 or 1, and the solid-dashed double lines are a single or double bond, with the proviso that in the case of n = 1, both solid-dashed double lines represent a single bond and m is 1, and in the case of n = 0, one solid-dashed double line represents a single bond and the other solid-dashed double line represents a double bond, where in the case of a double bond on the side facing the phenyl ring m = 1, in the case of a double bond on the side facing the pyridyl ring m = 0, or both solid-dashed double lines represent a single bond and m equals 1.