mhurhangee/ep-ind-claims huggingface dataset:
A container-fabricating apparatus (100, 200), comprising: an injection head (101, 201) configured to establish fluid communication between an injection fluid port (106, 206) disposed in said injection head (101, 201) and a substantially-tubular preform disposed in communication with a nozzle (108, 208) of said injection head (101, 201); and a stretching rod (111, 211) disposed at least partially within said injection head (101, 201), said stretching rod (111, 211) being mobile between a substantially extended position wherein it projects from said injection head (101, 201) through said nozzle (108, 208) and a substantially retracted position; said apparatus (100, 200) further comprising a cleaning chamber (113, 213) at least partially defined by a hollow, elongate housing (114, 214A, 214B) contiguous with said injection head (101, 201) and extending therefrom, a plurality of cleaning chamber ports (115A, 115B, 215A, 215B) being provided in a wall of said housing (114, 214A, 214B) so as to establish fluid communication with said cleaning chamber (113, 213), said stretching rod (111, 211) being substantially disposed within said cleaning chamber (113, 213) when disposed in said substantially retracted position, characterized in that the injection head (101, 201) is further provided with at least one cleaning chamber valve (120, 226) said at least one cleaning chamber valve (120, 226) being disposed so as to selectively establish fluid communication through said nozzle (108, 208) between said cleaning chamber (113, 213) and a region adjacent to said nozzle (113, 213) outside said injection head (101, 201). an injection head (101, 201) configured to establish fluid communication between an injection fluid port (106, 206) disposed in said injection head (101, 201) and a substantially-tubular preform disposed in communication with a nozzle (108, 208) of said injection head (101, 201); and a stretching rod (111, 211) disposed at least partially within said injection head (101, 201), said stretching rod (111, 211) being mobile between a substantially extended position wherein it projects from said injection head (101, 201) through said nozzle (108, 208) and a substantially retracted position;
A method of forming a printed circuit board having optical functionality, comprising: applying a polymeric dry-film layer to a printed circuit board substrate; forming an optical waveguide (12, 14', 18) directly on the dry-film layer, the optical waveguide comprising a core and a clad (12, 18) surrounding the core, comprising: forming a first clad layer directly on the dry-film layer; forming a core layer on the first clad layer; patterning the core layer to form a core; and forming a second clad layer on the first clad layer and the core. applying a polymeric dry-film layer to a printed circuit board substrate; forming an optical waveguide (12, 14', 18) directly on the dry-film layer, the optical waveguide comprising a core and a clad (12, 18) surrounding the core, comprising: forming a first clad layer directly on the dry-film layer; forming a core layer on the first clad layer; patterning the core layer to form a core; and forming a second clad layer on the first clad layer and the core. forming a first clad layer directly on the dry-film layer; forming a core layer on the first clad layer; patterning the core layer to form a core; and forming a second clad layer on the first clad layer and the core.
A sheet-manufacturing device comprising: a fibrillating portion that generates fibrillated products by fibrillating products to be fibrillated; a temperature acquiring portion that acquires a temperature of the fibrillating portion; and a control portion that changes a mass flow rate of the air including the fibrillated products transported from the fibrillating portion based on the acquired temperature of the fibrillating portion. a fibrillating portion that generates fibrillated products by fibrillating products to be fibrillated; a temperature acquiring portion that acquires a temperature of the fibrillating portion; and a control portion that changes a mass flow rate of the air including the fibrillated products transported from the fibrillating portion based on the acquired temperature of the fibrillating portion.
Aircraft landing gear including a leg that is articulated to the aircraft about a raising axis, the leg being stabilized when in a deployed position by a strut that includes two rods (2a, 2b) that are articulated to each other and is held in an aligned position by a stabilizer member that includes two links (3a, 3b) that are articulated to each other, of which one link is articulated to the strut and the other link is articulated to the leg or to the aircraft, said links (3a, 3b) being held in a locked and substantially aligned position, characterized in that the landing gear includes an unlocking device that includes: - a rotary actuator that has an axis parallel to an articulation axis of the links (3a, 3b) of the stabilizer member, - a crank that is connected to a shaft of the actuator, - a pawl that is articulated to the end of the crank and includes a step, - an oval knob that is integral with and projects from one link of the stabilizing element, and - means for biasing the pawl toward the oval knob, the crank being operable between a first angular position in which the oval knob is in contact with the pawl and facing the step and the links are substantially aligned and a second angular position which the crank reaches when the step of the pawl has pushed back the oval knob, causing misalignment of the links (3a, 3b) of the stabilizing element. - a rotary actuator that has an axis parallel to an articulation axis of the links (3a, 3b) of the stabilizer member, - a crank that is connected to a shaft of the actuator, - a pawl that is articulated to the end of the crank and includes a step, - an oval knob that is integral with and projects from one link of the stabilizing element, and - means for biasing the pawl toward the oval knob,
A transmission line probe for use in a radar level gauge system configured to determine a filling level and a density of a product contained in a container, wherein the transmission line probe comprises: at least one probe line (24a, b) adapted to guide an electromagnetic transmit signal (S T) towards and at least partly through the product, and to guide an electromagnetic return signal (S R) back from a surface or an interface below the surface of the product, characterized in that the transmission line probe further comprises a plurality of insulating dielectric beads (26, 26') arranged along the at least one probe line and configured to decrease electromagnetic signal attenuation caused by the product, reflectors provided at fixed and predetermined positions along the at least one probe line, wherein each reflector of the reflectors is configured to reflect a portion of the electromagnetic transmit signal, wherein the reflectors are included in some of the insulating dielectric beads of the plurality of insulating dielectric beads, and wherein the insulating dielectric beads that includes a reflector are fixedly attached to the at least one probe line, whereas the other insulating dielectric beads are more loosely attached to the at least one probe line. at least one probe line (24a, b) adapted to guide an electromagnetic transmit signal (S T) towards and at least partly through the product, and to guide an electromagnetic return signal (S R) back from a surface or an interface below the surface of the product, characterized in that the transmission line probe further comprises a plurality of insulating dielectric beads (26, 26') arranged along the at least one probe line and configured to decrease electromagnetic signal attenuation caused by the product, reflectors provided at fixed and predetermined positions along the at least one probe line, wherein each reflector of the reflectors is configured to reflect a portion of the electromagnetic transmit signal, wherein the reflectors are included in some of the insulating dielectric beads of the plurality of insulating dielectric beads, and wherein the insulating dielectric beads that includes a reflector are fixedly attached to the at least one probe line, whereas the other insulating dielectric beads are more loosely attached to the at least one probe line.
Massage device suitable for massaging parts of the body, comprising a massage part which has in a housing a vibration generating device, an energy reservoir, a control device and a wireless data communication device, a cable, which is connected at one end to the massage part, and a plug element, which is arranged at the other end of the cable and has two charging electrodes and is suitable for connecting to a charging appliance, characterised in that the plug element comprises a conductor plate, is flat and the charging electrodes are designed as USB-compatible, so that the plug element can be inserted for charging into a USB socket, wherein the plug element further comprises a conductor plate antenna for sending and receiving radio signals from a wireless data communication device, wherein the charging electrodes and the conductor plate antenna are arranged on this conductor plate.
A continuous process for the production of a mixture comprising cyclohexanone and cyclohexanol by hydrogenation of phenol, which process is performed in an industrial scale chemical plant comprising a multi-tubular reactor characterised in that said multi-tubular reactor has been used for the hydrogenation of benzene; wherein the benzene hydrogenation catalyst inside the tubes of the multi-tubular reactor has been replaced with phenol hydrogenation catalyst; and wherein "has been used" means that the multi-tubular reactor was designed for the hydrogenation of benzene and installed in a plant for the hydrogenation of benzene.
A combination of an inhibitor of adaptive heat shock response and a heat shock-inducing agent for use as a medicament, wherein: administration of the combination induces cell death by inhibiting adaptive heat shock response in a cell and inducing heat shock response in the cell; the inhibitor of adaptive heat shock response is a carbazole; and the heat shock-inducing agent is a HSP90 inhibitor selected from geldanamycin (17-DMAG), radicicol, and 17-AAG, or a proteasome inhibitor selected from bortezomib, MG132, and lactacystin. administration of the combination induces cell death by inhibiting adaptive heat shock response in a cell and inducing heat shock response in the cell; the inhibitor of adaptive heat shock response is a carbazole; and the heat shock-inducing agent is a HSP90 inhibitor selected from geldanamycin (17-DMAG), radicicol, and 17-AAG, or a proteasome inhibitor selected from bortezomib, MG132, and lactacystin.
An apparatus, comprising: - means for applying suction with a predetermined force in a known measurement area to a moving cardboard or paper web in a manufacturing process, - means for on-line measurement of deviation of the moving cardboard or paper web in the manufacturing process caused by the applied suction in the known measurement area, and - means for determining elastic modulus of the moving cardboard or paper web, characterized in that the means for on-line measurement of deviation comprise a three-dimensional scanner configured to provide a three-dimensional surface profile of the cardboard or paper web in the measurement area and store a set of coordinate points forming a point cloud, and the elastic modulus is determined on the basis of the three-dimensional surface profile. - means for applying suction with a predetermined force in a known measurement area to a moving cardboard or paper web in a manufacturing process, - means for on-line measurement of deviation of the moving cardboard or paper web in the manufacturing process caused by the applied suction in the known measurement area, and - means for determining elastic modulus of the moving cardboard or paper web, characterized in that the means for on-line measurement of deviation comprise a three-dimensional scanner configured to provide a three-dimensional surface profile of the cardboard or paper web in the measurement area and store a set of coordinate points forming a point cloud, and the elastic modulus is determined on the basis of the three-dimensional surface profile.
Bicycle hand grip, in particular for enduro bicycles, comprising a substantially cylindrical sleeve for arranging the bicycle hand grip on a bicycle handlebar and a grip element surrounding the sleeve, the sleeve having a clamping portion adjoining an inner side of the grip element, said portion being surrounded by a clamping element, characterized in that the grip element has an outer surface which in the mounted state includes an angle of ≠ 90° with respect to a longitudinal axis of the bicycle hand grip, wherein, due to the inclined outer surface, an outer edge portion of the grip element is formed which in the mounted state of the bicycle hand grip protrudes laterally beyond the outer side of the bicycle handlebar, the grip element is enlarged in the edge portion, wherein the enlarged edge portion faces upward in the mounted state and a thickness of the grip element in a portion facing upward in the mounted state increases from approximately the middle of the grip element to the portion which is the outer edge portion in the mounted state.
Method for decorating a timepiece component comprising: a) a step of preparation of the timepiece component comprising a first step of depositing a first material on all the faces of the timepiece component to form a first protective sub-layer and a step of mechanical treatment of the timepiece component on the surface of the timepiece component which will be visible from the outside, b) a second step of depositing a second anti-corrosive material by a physical vapour deposition method to form a second corrosion protection sub-layer on the mechanically treated surface and on the flanks of the timepiece component to protect said timepiece component obtained in the preparation step a) against corrosion, c) a colouring step comprising the deposition of a third coloured material on the second sub-layer of the timepiece component obtained in the second deposition step b) by a physical vapour deposition method to form a coloured external decorative layer, a) a step of preparation of the timepiece component comprising a first step of depositing a first material on all the faces of the timepiece component to form a first protective sub-layer and a step of mechanical treatment of the timepiece component on the surface of the timepiece component which will be visible from the outside, b) a second step of depositing a second anti-corrosive material by a physical vapour deposition method to form a second corrosion protection sub-layer on the mechanically treated surface and on the flanks of the timepiece component to protect said timepiece component obtained in the preparation step a) against corrosion, c) a colouring step comprising the deposition of a third coloured material on the second sub-layer of the timepiece component obtained in the second deposition step b) by a physical vapour deposition method to form a coloured external decorative layer,
A computer-implemented method, comprising: establishing a secure connection with a client device based at least partially on client authentication information associated with a first account of the client; receiving a request for account information of one or more accounts associated with the first account of the client; providing the account information for the one or more accounts associated with the first account to the client via the client device; selecting a second account from the one or more provided accounts via the client device; receiving a request to generate an authentication token for the second account; validating the request to generate the authentication token based on the client authentication information associated with the client; generating the authentication token for the second account; providing at least the authentication token to the client via the client device over the secure connection for use by the client device; and storing by the client device at least the authentication token in an authentication token datastore; and logging into the second account with the stored authentification token. establishing a secure connection with a client device based at least partially on client authentication information associated with a first account of the client; receiving a request for account information of one or more accounts associated with the first account of the client; providing the account information for the one or more accounts associated with the first account to the client via the client device; selecting a second account from the one or more provided accounts via the client device; receiving a request to generate an authentication token for the second account; validating the request to generate the authentication token based on the client authentication information associated with the client; generating the authentication token for the second account; providing at least the authentication token to the client via the client device over the secure connection for use by the client device; and storing by the client device at least the authentication token in an authentication token datastore; and logging into the second account with the stored authentification token.
Vehicle trim element, comprising a coating layer defining an outer surface and an inner surface, opposite the outer surface, said coating layer comprising at least two distinct backlit pattern zones, in which said coating layer is at least partly translucent so as to let the light pass from the inner surface to the outer surface, the trim element further comprising at least one illumination module which extends on the inner surface side of the coating layer, said illumination module comprising at least one light source and a first light guide arranged to guide the light from the light source to the backlit zones of the coating layer, the trim element being characterized in that it further comprises a switching module which extends between the coating layer and the illumination module, the switching module comprising at least two optical shutter zones, at least one optical shutter zone extending opposite each backlit pattern zone of the coating layer and being configurable between an open position, in which said optical shutter zone allows the light to pass from the first light guide of the illumination module to the backlit pattern zone of the coating layer extending opposite said optical shutter zone, and a closed position, in which said optical shutter zone prevents the light from passing from the first light guide to the backlit pattern zone extending opposite said optical shutter zone.
Method for determining the viscosity of a medium with a Coriolis mass flowmeter, wherein the Coriolis mass flowmeter has at least two measuring tubes that medium can flow through and a measuring device, wherein the measuring device has at least two actuator assemblies, wherein a measuring tube plane is defined by the measuring tube central axis and wherein the actuator assemblies are arranged on both sides of the measuring tube plane and outside of the measuring tube plane, wherein the measuring tubes are excited with the measuring device to an oppositely directed torsional oscillation with a frequency F 1 in that the actuator assemblies are alternately actuated with opposing effective directions and wherein at least the viscosity of the medium is determined by evaluation of measured values from the measuring device, characterized in that the amplitude of torsional oscillation reached is evaluated for determining the viscosity of the medium at a set excitation intensity of the measuring device.
A composition comprising a LINGO-4 antagonist for use in the treatment of a disease, disorder, or injury involving demyelination or dysmyelination selected from the group consisting of multiple sclerosis, progressive multifocal leukoencephalopathy, encephalomyelitis, central pontine myelinolysis, adrenoleukodystrophy, Alexander's disease, Pelizaeus Merzbacher disease, Wallerian Degeneration, optic neuritis, transverse myelitis, amylotrophic lateral sclerosis, Huntington's disease, Alzheimer's disease, Parkinson's disease, spinal cord injury, traumatic brain injury, post radiation injury, neurologic complications of chemotherapy, stroke, acute ischemic optic neuropathy, isolated vitamin E deficiency syndrome, Bassen-Kornzweig syndrome, Marchiafava-Bignami syndrome, metachromatic leukodystrophy, trigeminal neuralgia, and Bell's palsy, wherein the LINGO-4 antagonist is selected from the group consisting of: (i) a soluble LINGO-4 polypeptide, optionally fused to a non-LINGO-4 moiety; (ii) a LINGO-4 antibody or an antigen-binding fragment thereof; (iii) a LINGO-4 antagonist polynucleotide selected from the group consisting of (a) an antisense polynucleotide; (b) a ribozyme; (c) a small interfering RNA (siRNA); and (d) a small-hairpin RNA (shRNA); (iv) a LINGO-4 aptamer; and (v) a combination of two or more of said LINGO-4 antagonists; wherein the non-LINGO-4 moiety is selected from the group consisting of immunoglobulin, serum albumin, a targeting polypeptide, a reporter polypeptide, a purification-facilitating polypeptide, polyalkylene glycol, a sugar polymer, and a combination of two or more of said non-LINGO-4 moieties. (i) a soluble LINGO-4 polypeptide, optionally fused to a non-LINGO-4 moiety; (ii) a LINGO-4 antibody or an antigen-binding fragment thereof; (iii) a LINGO-4 antagonist polynucleotide selected from the group consisting of (a) an antisense polynucleotide; (b) a ribozyme; (c) a small interfering RNA (siRNA); and (d) a small-hairpin RNA (shRNA); (a) an antisense polynucleotide; (b) a ribozyme; (c) a small interfering RNA (siRNA); and (d) a small-hairpin RNA (shRNA); (iv) a LINGO-4 aptamer; and (v) a combination of two or more of said LINGO-4 antagonists;
Arrangement, comprising an end strip, a wall, a floor covering and a support which forms a wall leg and secures an attachment of the end strip in abutment against the wall and against the floor covering and has at least one upwardly protruding holding web, which engages into a downwardly open groove of the end strip, for clamping-accommodation of the end strip which can be placed onto the holding web, characterised in that the support comprises at least one resilient securing tongue with a leg extending approximately in parallel with the holding web and in that the end strip forms a stopping face and a securing stop, which extends transversely with respect to the holding web, for the securing tongue which overlaps the securing stop.