mhurhangee/ep-ind-claims huggingface dataset:
A logo projector, comprising: an LED light source configured to produce light; a condenser configured to receive the light from the LED light source and output substantially collimated light, which proceeds to a logo film; a logo to be projected from the logo film, wherein the logo film is configured to optically interact with the collimated light from the condenser; a first imaging lens configured to collect the light from the logo film and a second imaging lens that in conjunction with the first imaging lens is configured to produce a resulting image on a target surface, wherein the logo projector has a track length of less than 15 mm, and wherein the logo projector produces a resulting image on a target surface. an LED light source configured to produce light; a condenser configured to receive the light from the LED light source and output substantially collimated light, which proceeds to a logo film; a logo to be projected from the logo film, wherein the logo film is configured to optically interact with the collimated light from the condenser; a first imaging lens configured to collect the light from the logo film and a second imaging lens that in conjunction with the first imaging lens is configured to produce a resulting image on a target surface, wherein the logo projector has a track length of less than 15 mm, and wherein the logo projector produces a resulting image on a target surface.
A guided light diffuser panel to which a light source is optically coupled, comprising: a first surface that has a concave shape which enables divergent reflection of visible light; and a second surface on which diffusing dots are arranged, the diffusing dots being one of micro-lenses, micro-dots, and micro-bumps formed by one of molding, embossing, screen printing, and inkjet printing, wherein the visible light from the light source transmits through the guided light diffuser panel, and at least a portion of the visible light from the light source is reflected from the diffusing dots on the second surface, and divergently transmits through the second surface after at least partially reflecting off the first surface. a first surface that has a concave shape which enables divergent reflection of visible light; and a second surface on which diffusing dots are arranged, the diffusing dots being one of micro-lenses, micro-dots, and micro-bumps formed by one of molding, embossing, screen printing, and inkjet printing, wherein the visible light from the light source transmits through the guided light diffuser panel, and at least a portion of the visible light from the light source is reflected from the diffusing dots on the second surface, and divergently transmits through the second surface after at least partially reflecting off the first surface.
A clutch release bearing having an outer race as a rotating wheel, the clutch release bearing comprising: a seal member, having an inner axial end and an outer axial end, that is fitted on an outer peripheral surface of an inner race, that faces a diaphragm spring when the release bearing is in the mounted state, wherein the seal member having a lip portion (10c, 10d) that extends toward the outer race, characterized by an abutting surface that extends radially from the outer axial end and that abuts an axial surface of the inner race, a protruding portion that protrudes radially inward from the inner axial end; and a stepped portion formed on the inner race that engages the protruding portion. a seal member, having an inner axial end and an outer axial end, that is fitted on an outer peripheral surface of an inner race, that faces a diaphragm spring when the release bearing is in the mounted state, wherein the seal member having a lip portion (10c, 10d) that extends toward the outer race, characterized by an abutting surface that extends radially from the outer axial end and that abuts an axial surface of the inner race, a protruding portion that protrudes radially inward from the inner axial end; and a stepped portion formed on the inner race that engages the protruding portion.
A method comprising: scanning, by a digital device, an area for one or more wireless networks; receiving one or more Basic Service Set Identifications, BSSIDs, associated with the one or more wireless networks; and characterised by generating a location request in a Domain Name System, DNS, protocol formatted message, the location request comprising the one or more BSSIDs; providing the location request; receiving a location response based on the location request; and retrieving at least one location identifier from the location response. scanning, by a digital device, an area for one or more wireless networks; receiving one or more Basic Service Set Identifications, BSSIDs, associated with the one or more wireless networks; and characterised by generating a location request in a Domain Name System, DNS, protocol formatted message, the location request comprising the one or more BSSIDs; providing the location request; receiving a location response based on the location request; and retrieving at least one location identifier from the location response.
A compound of formula, or a pharmaceutically acceptable salt thereof: wherein X represents N or C-F; R 1 represents hydrogen or methyl; R 2 represents hydrogen, methyl or trifluoromethyl; and R 3 represents hydrogen, cyano, hydroxy or hydroxymethyl. X represents N or C-F; R 1 represents hydrogen or methyl; R 2 represents hydrogen, methyl or trifluoromethyl; and R 3 represents hydrogen, cyano, hydroxy or hydroxymethyl.
A method for manufacturing an RFID inlet that includes a base material, an antenna pattern disposed at one surface of the base material, and an IC chip coupled to the antenna pattern, the method comprising: an adhesive arranging step of arranging an adhesive inside with respect to a perimeter line of the antenna pattern arranged on a continuous body of the base material; a metal sheet arranging step of arranging a continuous body of a metal sheet on a surface on which the adhesive is arranged of the continuous body of the base material, the continuous body of the metal sheet constituting the antenna pattern; a cutting step of forming a shape cutting of the antenna pattern into the continuous body of the metal sheet; and a removing step of removing an unnecessary part (Mb) not constituting the antenna pattern in the continuous body of the metal sheet; characterized in that the method further comprises a pressurizing step of pressurizing the antenna pattern arranged on the continuous body of the base material while conveying the continuous body of the base material, wherein the adhesive arranging step positions the adhesive such that, among margins between the perimeter line and the adhesive arranged inside the perimeter line, a margin on an upstream side (mu) in a conveyance direction is wider than a margin on a downstream side (md) in the conveyance direction. an adhesive arranging step of arranging an adhesive inside with respect to a perimeter line of the antenna pattern arranged on a continuous body of the base material; a metal sheet arranging step of arranging a continuous body of a metal sheet on a surface on which the adhesive is arranged of the continuous body of the base material, the continuous body of the metal sheet constituting the antenna pattern; a cutting step of forming a shape cutting of the antenna pattern into the continuous body of the metal sheet; and a removing step of removing an unnecessary part (Mb) not constituting the antenna pattern in the continuous body of the metal sheet; characterized in that the method further comprises a pressurizing step of pressurizing the antenna pattern arranged on the continuous body of the base material while conveying the continuous body of the base material, wherein the adhesive arranging step positions the adhesive such that, among margins between the perimeter line and the adhesive arranged inside the perimeter line, a margin on an upstream side (mu) in a conveyance direction is wider than a margin on a downstream side (md) in the conveyance direction.
Process for crosslinking a polymer, monomer or oligomer, comprising the steps of: a) providing a polymer, monomer or oligomer having at least two hydroxyl groups, b) providing a crosslinker having at least two tricarbonyl or two trithiocarbonyl domains, and c) crosslinking the polymer, monomer or oligomer with the crosslinker without adding a solvent, wherein at least (i) the polymer, monomer or oligomer or (ii) the crosslinker possess at least three of the stated groups or domains, wherein the crosslinking takes place such that the resultant crosslinked polymer, monomer or oligomer at atmospheric pressure independently of temperature possesses a larger storage modulus than loss modulus, measured via thermal analysis according to DIN EN ISO 6721-1 and DIN 65583. a) providing a polymer, monomer or oligomer having at least two hydroxyl groups, b) providing a crosslinker having at least two tricarbonyl or two trithiocarbonyl domains, and c) crosslinking the polymer, monomer or oligomer with the crosslinker without adding a solvent, wherein at least (i) the polymer, monomer or oligomer or (ii) the crosslinker possess at least three of the stated groups or domains, wherein the crosslinking takes place such that the resultant crosslinked polymer, monomer or oligomer at atmospheric pressure independently of temperature possesses a larger storage modulus than loss modulus, measured via thermal analysis according to DIN EN ISO 6721-1 and DIN 65583.
A system for performing a medical procedure in an intestine of a patient, comprising: a first catheter for insertion into the intestine, the first catheter comprising: an elongate shaft comprising a distal portion; and a functional assembly positioned on the shaft distal portion and comprising at least one functional element and a vacuum port; a console operably attachable to the first catheter functional assembly and comprising one or more variable console settings used to control the functional assembly; and at least one sensor constructed and arranged to produce a sensor signal related to at least one of an anatomic parameter of the intestine or a physiologic parameter of the intestine, and characterized in that the at least one sensor comprises one or more sensors configured to produce a signal related to the level of engagement of the vacuum port with tissue; wherein at least one console setting is configured to be adjusted based on the sensor signal. a first catheter for insertion into the intestine, the first catheter comprising: an elongate shaft comprising a distal portion; and a functional assembly positioned on the shaft distal portion and comprising at least one functional element and a vacuum port; an elongate shaft comprising a distal portion; and a functional assembly positioned on the shaft distal portion and comprising at least one functional element and a vacuum port; a console operably attachable to the first catheter functional assembly and comprising one or more variable console settings used to control the functional assembly; and at least one sensor constructed and arranged to produce a sensor signal related to at least one of an anatomic parameter of the intestine or a physiologic parameter of the intestine,
A method for correcting the power factor for an alternating current/direct current power transformer, in which a direct current voltage or rectified AC input voltage (V IN) feeds an inductance, in which the inductance is repeatedly charged and discharged by means of a clocked switch by closure and opening the same, in which the discharge current of the inductance is fed to the output of the transformer via a diode, in which during the discharge phase a voltage V MON corresponding to the DC output voltage V BUS is detected by scanning, in which a ZCD event is detected, i.e., the temporal area is detected, at which the discharge current reaches or crosses the zero line at the end of discharge phase, in which switch-on and switch-off signals for pulsing the switch are generated by evaluation of the information (V BUS and ZCD), characterized in that a specific minimum switch-off time (T OFF-MIN) is used, in which, if a ZCD-event is detected before the expiration of the specific minimum switch-off time (T OFF-MIN), a switching-on again of the switch occurs after expiration of the specific minimum switch-off time (T OFF-MIN), so that the switch-off time of the switch is long enough for the scanning of the DC output voltage V BUS, and wherein, if no ZCD-event is detected before the expiration of the specific minimum switch-off time (T OFF-MIN), a switching-on again of the switch immediately occurs after detection of a ZDC-event after expiration of the specific minimum switch-off time (T OFF- MIN).
An unedged lens adapted to be used in an eyeglass frame after edging, said unedged lens comprising: a first transparent substrate; a second transparent substrate; a sealing material for bonding said first and second transparent substrates, said sealing material being formed from a photo-curable resin which, before curing, does not contain any spacer member for maintaining a spacing between said first and second transparent substrates; a liquid crystal layer provided between said first transparent substrate and said second transparent substrate and sealed by said sealing material; and a photo-curable resin material for bonding said first and second transparent substrates, where said photocurable resin material contains a spacer member mixed thereto for mainting a spacing between said first and second transparent substrates, and is disposed in a region provided between said first transparent substrate and said second transparent substrate and outwardly of said sealing material and near the outer periphery of said first and second transparent substrates. a first transparent substrate; a second transparent substrate; a sealing material for bonding said first and second transparent substrates, said sealing material being formed from a photo-curable resin which, before curing, does not contain any spacer member for maintaining a spacing between said first and second transparent substrates; a liquid crystal layer provided between said first transparent substrate and said second transparent substrate and sealed by said sealing material; and a photo-curable resin material for bonding said first and second transparent substrates, where said photocurable resin material contains a spacer member mixed thereto for mainting a spacing between said first and second transparent substrates, and is disposed in a region provided between said first transparent substrate and said second transparent substrate and outwardly of said sealing material and near the outer periphery of said first and second transparent substrates.
A node of a telecommunications system, comprising: a first section including one or more passive components and a signal processing board, wherein the signal processing board includes one or more components configured to transmit signals to or receive signals from one or more devices separate from the node; a second section including one or more power amplifier modules and a power supply, wherein the second section is coupled to the first section using fasteners; a distribution unit including a plate and a circuit board configured to distribute direct current power, wherein the second section is coupled to the distribution unit using fasteners; a cooling section; a first plurality of heat pipes extending from the one or more power amplifier modules to the cooling section; a second plurality of heat pipes extending from the first section into the second section; and a housing enclosing the first section and the second section. a first section including one or more passive components and a signal processing board, wherein the signal processing board includes one or more components configured to transmit signals to or receive signals from one or more devices separate from the node; a second section including one or more power amplifier modules and a power supply, wherein the second section is coupled to the first section using fasteners; a distribution unit including a plate and a circuit board configured to distribute direct current power, wherein the second section is coupled to the distribution unit using fasteners; a cooling section; a first plurality of heat pipes extending from the one or more power amplifier modules to the cooling section; a second plurality of heat pipes extending from the first section into the second section; and a housing enclosing the first section and the second section.
A fuel system of an aircraft engine, comprising: a boost pump having an input and an output; one or more selector valves; a first component pump having an input fluidly coupled to the output of the boost pump and an output of the first component pump is configured to direct fuel to a first component via the one or more selector valves; and a second component pump having an input that is selectively coupled to either the input or the output of the boost pump by the one or more selector valves, and an output of the second component pump is fluidly coupled to a second component and selectively coupled to the first component by the one or more selector valves. a boost pump having an input and an output; one or more selector valves; a first component pump having an input fluidly coupled to the output of the boost pump and an output of the first component pump is configured to direct fuel to a first component via the one or more selector valves; and a second component pump having an input that is selectively coupled to either the input or the output of the boost pump by the one or more selector valves, and an output of the second component pump is fluidly coupled to a second component and selectively coupled to the first component by the one or more selector valves.
A sensor comprising: a substrate; and a mechanical structure, where in the mechanical structure includes at least two proof masses including a first and second proof mass (102A, 102B), a flexible coupling between the at least two proof masses and the substrate; wherein the at least two proof masses move in an anti-phase direction normal to a plane of the substrate in response to acceleration of the sensor via an unbalancing torque; at least one anchor (110A, 110B); and a torsional system; the torsional system further including an anchoring spring connecting the at least one anchor and a first rotational lever; wherein a first torsional spring connects the first proof mass to the rotational lever with a first lever length; a second torsional spring connects the second proof mass to the first rotational lever with a second lever length; and the first lever length and the second lever length of the first rotational lever are different in order to provide the unbalancing torque; the sensor further comprising a translational system wherein the translational system includes a first translating spring connecting the at least one anchor (110A, 110B) to the first proof mass and a second translating spring connecting the at least one anchor to the second proof mass, wherein the first and second translating springs allow motion of the first and second proof masses in a direction normal to the plane of the substrate. a substrate; and a mechanical structure, where in the mechanical structure includes at least two proof masses including a first and second proof mass (102A, 102B), a flexible coupling between the at least two proof masses and the substrate; wherein the at least two proof masses move in an anti-phase direction normal to a plane of the substrate in response to acceleration of the sensor via an unbalancing torque; at least one anchor (110A, 110B); and a torsional system; the torsional system further including an anchoring spring connecting the at least one anchor and a first rotational lever; wherein a first torsional spring connects the first proof mass to the rotational lever with a first lever length; a second torsional spring connects the second proof mass to the first rotational lever with a second lever length; and the first lever length and the second lever length of the first rotational lever are different in order to provide the unbalancing torque; the sensor further comprising a translational system wherein the translational system includes a first translating spring connecting the at least one anchor (110A, 110B) to the first proof mass and a second translating spring connecting the at least one anchor to the second proof mass, wherein the first and second translating springs allow motion of the first and second proof masses in a direction normal to the plane of the substrate.
A helicopter rotor blade comprising: a blade body defining a confined space; a control flap rotatably secured to said blade body for movement through a range of motion; an electric machine secured in said blade body that rotates a motor shaft; and a transmission device secured to said motor shaft and said control flap, said transmission device operable to transfer rotary motion of said motor shaft to said control flap for movement through said range of motion, said transmission device remaining substantially within said confined space throughout said range of motion characterized in that said transmission device comprises a worm gear set (334, 434) and a pair of bevel gears (336, 436). a blade body defining a confined space; a control flap rotatably secured to said blade body for movement through a range of motion; an electric machine secured in said blade body that rotates a motor shaft; and a transmission device secured to said motor shaft and said control flap, said transmission device operable to transfer rotary motion of said motor shaft to said control flap for movement through said range of motion, said transmission device remaining substantially within said confined space throughout said range of motion characterized in that said transmission device comprises a worm gear set (334, 434) and a pair of bevel gears (336, 436).
Tool holder, of which the receiving portion for holding a shaft of a rotation tool comprises clamping means provided centrally with respect to an axis of rotation of the tool holder, which clamping means define a receiving opening for the shaft, the clamping means being radially adjustable between a radially widened unclamped position for inserting or removing the shaft and a clamping position in which the clamping means exert interference fit forces on the shaft which maintain the frictional locking of the shaft on the circular cylindrical outer peripheral surface thereof, the clamping means being assigned a clamping surface having a circular cylindrical contour which lies flat on the outer peripheral surface of the shaft in the clamping position, the region of the tool holder forming the clamping surface comprising a plurality of groove portions that are curved around the axis of rotation and are at an axial distance from one another, which groove portions, when viewed in the direction of the axis of rotation, delimit supporting regions therebetween which are integrally interconnected, arranged at an axial distance from one another and project towards the axis of rotation, the upper surfaces of which, facing towards the axis of rotation, form the circular cylindrical clamping surface, characterised in that either the groove portions are provided in a inner peripheral surface of a radially resilient sleeve which receives the shaft of the rotation tool, which surface forms the circular cylindrically contoured clamping surface, and the clamping means comprise an additional clamping surface that is radially adjustable between the unclamped position and the clamping position, the sleeve being able to be inserted into the receiving opening or removed therefrom in the unclamped position of the clamping means, and/or the shaft also being able to be inserted into or removed from the sleeve, and the sleeve transferring the radial interference fit forces of the clamping means to the shaft in the clamping position, or in that the groove portions are moulded directly into the material of the receiving portion.