mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing an ophthalmic lens having at least one filtering function, comprising: - a step of determining a transmission spectrum in a wavelength range from 280 to 2000 nm, - a step of determining a matrix comprising at least two compounds absorbing light having a wavelength from 280 to 2000 nm, with regard to the determined transmission spectrum, said at least two compounds comprise compounds which are chemically or physically incompatible with each other, the matrix being determined such that a barrier is formed between two consecutive layers or voxels comprising incompatible compounds, - a step of additively manufacturing said matrix by depositing a plurality of predetermined volume elements of said compounds on a predetermined build support. - a step of determining a transmission spectrum in a wavelength range from 280 to 2000 nm, - a step of determining a matrix comprising at least two compounds absorbing light having a wavelength from 280 to 2000 nm, with regard to the determined transmission spectrum, said at least two compounds comprise compounds which are chemically or physically incompatible with each other, the matrix being determined such that a barrier is formed between two consecutive layers or voxels comprising incompatible compounds, - a step of additively manufacturing said matrix by depositing a plurality of predetermined volume elements of said compounds on a predetermined build support.
A chute type monomer dispenser comprising: a chute dispenser installed to be slanted in a direction of a conveyor belt of a polymerization apparatus and having an injection portion opened at an upper portion of the chute dispenser; an injection pipe suitable for injecting a monomer to the polymerization apparatus; and an injector suitable for injecting an initiator and a foaming agent to the injection portion characterized in that the chute dispenser includes a dispenser body installed to be slanted in the direction of a conveyor belt of the polymerization apparatus, so that the monomer is injected into the polymerization apparatus by its own weight and having a slanted movement portion; the slanted movement portion is formed in a fan-shaped plane suitable for feeding the monomer to the polymerization apparatus while maintaining a uniform thickness, in a process in which the monomer is discharged in the direction of the polymerization apparatus; and the dispenser body has guide portions formed at sides of the dispenser body and configured to guide the movement of the monomer. a chute dispenser installed to be slanted in a direction of a conveyor belt of a polymerization apparatus and having an injection portion opened at an upper portion of the chute dispenser; an injection pipe suitable for injecting a monomer to the polymerization apparatus; and an injector suitable for injecting an initiator and a foaming agent to the injection portion characterized in that the chute dispenser includes a dispenser body installed to be slanted in the direction of a conveyor belt of the polymerization apparatus, so that the monomer is injected into the polymerization apparatus by its own weight and having a slanted movement portion; the slanted movement portion is formed in a fan-shaped plane suitable for feeding the monomer to the polymerization apparatus while maintaining a uniform thickness, in a process in which the monomer is discharged in the direction of the polymerization apparatus; and the dispenser body has guide portions formed at sides of the dispenser body and configured to guide the movement of the monomer.
A gas turbine engine comprising: a fan nacelle and a core nacelle providing a bypass flow path radially between, the fan nacelle having an inlet including a throat, the inlet having an inlet forward-most point; a fan arranged in the bypass flow path and rotatable about an axis, the fan having a leading edge recessed from the inlet forward-most point by an inlet length in an axial direction; a spinner having a spinner length from a spinner forward-most point to the leading edge; a plane at the throat; and a fan hub supporting the fan, the spinner mounted on the fan hub forward of the fan, characterised in that: a ratio of the spinner length to the inlet length (L2/L1) is equal to or greater than about 0.5; at least a portion of the spinner is arranged forward of the plane; and the spinner forward-most point is arranged forward of the plane and aft of a forward-most point of the inlet. a fan nacelle and a core nacelle providing a bypass flow path radially between, the fan nacelle having an inlet including a throat, the inlet having an inlet forward-most point; a fan arranged in the bypass flow path and rotatable about an axis, the fan having a leading edge recessed from the inlet forward-most point by an inlet length in an axial direction; a spinner having a spinner length from a spinner forward-most point to the leading edge; a plane at the throat; and a fan hub supporting the fan, the spinner mounted on the fan hub forward of the fan,
A method for manufacturing a semiconductor structure, the method comprising: successively forming a first conductive layer, a second conductive layer and a passivation layer on a semiconductor substrate; patterning the passivation layer and the second conductive layer to form a primary gate pattern, wherein a portion of the first conductive layer that is not covered by the primary gate pattern is exposed; subjecting the primary gate pattern with a plasma treatment to form a first protective layer on a side wall of the second conductive layer; forming a dielectric layer on a side wall of the primary gate pattern and a side surface of the first protective layer; removing the exposed portion of the first conductive layer to retain a portion of the first conductive layer covered by the primary gate pattern; and forming a second protective layer on a side wall of the exposed portion of the first conductive layer, wherein the second protective layer and the dielectric layer serve as an isolation layer of the gate structure. successively forming a first conductive layer, a second conductive layer and a passivation layer on a semiconductor substrate; patterning the passivation layer and the second conductive layer to form a primary gate pattern, wherein a portion of the first conductive layer that is not covered by the primary gate pattern is exposed; subjecting the primary gate pattern with a plasma treatment to form a first protective layer on a side wall of the second conductive layer; forming a dielectric layer on a side wall of the primary gate pattern and a side surface of the first protective layer; removing the exposed portion of the first conductive layer to retain a portion of the first conductive layer covered by the primary gate pattern; and forming a second protective layer on a side wall of the exposed portion of the first conductive layer, wherein the second protective layer and the dielectric layer serve as an isolation layer of the gate structure.
Apparatus for cutting a tissue part of an eye by means of laser radiation, comprising - a suction ring unit that can be placed onto the eye and has a ring axis, and - a mechanical interface unit that is separate from the suction ring unit and movable with coupling contact with the latter along the ring axis, said interface unit being mechanically coupleable to optical means which focus the laser radiation onto or into the tissue part of the eye, characterized by - sealing means (44, 52) which form a space that can be evacuated when the interface unit moves with coupling contact with the suction ring unit, said evacuatable space being delimited by sealing faces (46, 60) of the interface unit and the suction ring unit and by the sealing means (44, 52) and said evacuatable space having no contact with a component of the eye at any location, and - a pump and an evacuation channel for evacuating the aforementioned space. - a suction ring unit that can be placed onto the eye and has a ring axis, and - a mechanical interface unit that is separate from the suction ring unit and movable with coupling contact with the latter along the ring axis, said interface unit being mechanically coupleable to optical means which focus the laser radiation onto or into the tissue part of the eye, characterized by - sealing means (44, 52) which form a space that can be evacuated when the interface unit moves with coupling contact with the suction ring unit, said evacuatable space being delimited by sealing faces (46, 60) of the interface unit and the suction ring unit and by the sealing means (44, 52) and said evacuatable space having no contact with a component of the eye at any location, and - a pump and an evacuation channel for evacuating the aforementioned space.
Authentication method whereby, for the purpose of using resources made available in a network by means of a managed mobile terminal device, i.e. for use in the network under the control of a mobile device management system, an authentication based on at least two factors is run, and a use of the resources by the mobile terminal device is enabled exclusively via a switching platform so that a user wishing to use the resources by means of the managed mobile terminal device authenticates himself by means of his credentials, namely an identifier characterising him and a personal password confirming his identity, and an authentication identifying the mobile terminal device and its affiliation with the user is also automatically run whereby a device identifier of the mobile terminal device registered beforehand in devices of the mobile device management system is transmitted by the mobile terminal device to the switching platform together with at least the identifier of the user and with a communication key that is held in a persistent memory of the mobile terminal device from which a valid communication key can be read only if the credentials of the user are correctly entered, characterised in that on completion of the authentication process, the thus far valid communication key in the persistent memory of the mobile terminal device is replaced by a new communication key applied by the switching platform that is valid only in connection with the next connection established with the switching platform and for the mobile terminal device designating it, and the designation of an initial communication key requires a one-off password to be entered by the user which the latter receives via a route excluding the mobile terminal device when registering the mobile terminal device with a view to using the resources.
An aircraft fuel system (100;200), comprising: a main fuel line (117;217) configured to transport fuel to an engine; a fuel pump (115;215) disposed on the main fuel line; a pump loop (119;219) for looping fuel from the main fuel line at a pump outlet (115b;215b) downstream of the fuel pump to the main fuel line at a pump inlet (115a;215a) upstream of the fuel pump; an exposed aircraft structure (103;203) in direct or indirect thermal communication with the fuel to receive heat from the fuel to provide a deicing or anti-icing heat to the exposed aircraft structure; either, in the case of direct thermal communication, a thermal fuel line that runs from the pump loop to the exposed aircraft structure (103;203), or, in the case of indirect thermal communication, a fuel/fluid heat exchanger which is in thermal communication with the exposed aircraft structure and a thermal fuel line that runs from the pump loop to the fuel/fluid heat exchanger; a valve (113;213) disposed in the thermal fuel line thermally upstream of the exposed aircraft structure and configured to selectively shutoff and/or meter the fuel that is in thermal communication with the exposed aircraft structure; wherein the pump loop (119;219) is disposed between the valve (113;213) and the main fuel line. a main fuel line (117;217) configured to transport fuel to an engine; a fuel pump (115;215) disposed on the main fuel line; a pump loop (119;219) for looping fuel from the main fuel line at a pump outlet (115b;215b) downstream of the fuel pump to the main fuel line at a pump inlet (115a;215a) upstream of the fuel pump; an exposed aircraft structure (103;203) in direct or indirect thermal communication with the fuel to receive heat from the fuel to provide a deicing or anti-icing heat to the exposed aircraft structure; either, in the case of direct thermal communication, a thermal fuel line that runs from the pump loop to the exposed aircraft structure (103;203), or, in the case of indirect thermal communication, a fuel/fluid heat exchanger which is in thermal communication with the exposed aircraft structure and a thermal fuel line that runs from the pump loop to the fuel/fluid heat exchanger; a valve (113;213) disposed in the thermal fuel line thermally upstream of the exposed aircraft structure and configured to selectively shutoff and/or meter the fuel that is in thermal communication with the exposed aircraft structure; wherein the pump loop (119;219) is disposed between the valve (113;213) and the main fuel line.
Method for lowering the formaldehyde emissions of melamine/formaldehyde polymer moldings made from melamine/formaldehyde foams by impregnating the melamine/formaldehyde polymer moldings made from melamine/formaldehyde foams with an aqueous solution of at least one formaldehyde scavenger selected from acetoacetamide and compounds containing, preferably covalently linked, acetoacetamide groups.
A method for adjusting a HSUPA downlink control channel, characterized in, comprising the following steps: a Node B sends a HSUPA downlink control channel change indication to a radio network controller; after receiving the HSUPA downlink control channel change indication, the radio network controller judges whether an adjustment for the current HSUPA downlink control channel is necessary; and if necessary, the radio network controller sends HSUPA downlink control channel change grant message to the Node B, and the Node B performs the adjustment; and if not necessary, then end the steps. a Node B sends a HSUPA downlink control channel change indication to a radio network controller; after receiving the HSUPA downlink control channel change indication, the radio network controller judges whether an adjustment for the current HSUPA downlink control channel is necessary; and if necessary, the radio network controller sends HSUPA downlink control channel change grant message to the Node B, and the Node B performs the adjustment; and if not necessary, then end the steps.
An apparatus for fitting and/or removing wheel nuts, the apparatus including a base structure that supports a movable wheel engaging portion, the wheel engaging portion including an annular rotatable member with a central void, the annular rotatable member supporting a socket wrench and a positioning device, wherein the positioning device can be used to locate the wheel engaging portion to aid the socket wrench to fit or remove a wheel nut.
A mounting assembly (1, 20) for holding a blade (3, 31) relative to a surface of a disc for a soil engaging apparatus, including: a first blade mount; a blade (3, 31) including a first aperture; and a support member configured to be mounted to the soil engaging apparatus in a location adjacent the surface of the disc of the soil engaging apparatus, characterised in that the first blade mount is attached to the support member and wherein the support member and the first blade mount are oriented such that, when the support member is attached to a frame of the soil engaging apparatus, the first blade mount is oriented substantially orthogonally to the surface of the disc of the soil engaging apparatus and wherein the first blade mount is configured to fit into the first aperture without contacting the blade (3, 31), such that the blade (3, 31) can move at least partially along the first blade mount and can tilt about an axis of the first blade mount. a first blade mount; a blade (3, 31) including a first aperture; and a support member configured to be mounted to the soil engaging apparatus in a location adjacent the surface of the disc of the soil engaging apparatus,
A device comprising: a relay element including a first surface and a second surface, the relay element being formed of one or more of a first structure and one or more of a second structure, the first structure having a first index of refraction and the second structure having a second index of refraction, the relay element configured to relay light therethrough; wherein, along a transverse orientation the first structure and the second structure are arranged in an interleaving configuration with spatial variability; and wherein, along a longitudinal orientation the first structure and the second structure have substantially similar configuration such that a variability between the first index of refraction and the second index of refraction results in the light relayed by the relay element being spatially localized in the transverse orientation; and wherein a transverse plane of the relay element further comprises a third structure that does not extend in a stranded structure in a longitudinal direction so as to control the transmission of stray light in a more randomized manner than a stranded structure. a relay element including a first surface and a second surface, the relay element being formed of one or more of a first structure and one or more of a second structure, the first structure having a first index of refraction and the second structure having a second index of refraction, the relay element configured to relay light therethrough; wherein, along a transverse orientation the first structure and the second structure are arranged in an interleaving configuration with spatial variability; and wherein, along a longitudinal orientation the first structure and the second structure have substantially similar configuration such that a variability between the first index of refraction and the second index of refraction results in the light relayed by the relay element being spatially localized in the transverse orientation; and wherein a transverse plane of the relay element further comprises a third structure that does not extend in a stranded structure in a longitudinal direction so as to control the transmission of stray light in a more randomized manner than a stranded structure.
A method, performed by an electronic device, of controlling a wireless charging device in a vehicle, the method comprising: identifying at least one mobile device in the vehicle; obtaining state information of the identified at least one mobile device; obtaining state information of the vehicle about speed of the vehicle, current power use amount of the vehicle and whether a user has sat on a seat of the vehicle; and controlling power of a plurality of wireless charging devices in the vehicle based on the state information of the identified at least one mobile device and the obtained state information of the vehicle. identifying at least one mobile device in the vehicle; obtaining state information of the identified at least one mobile device; obtaining state information of the vehicle about speed of the vehicle, current power use amount of the vehicle and whether a user has sat on a seat of the vehicle; and controlling power of a plurality of wireless charging devices in the vehicle based on the state information of the identified at least one mobile device and the obtained state information of the vehicle.
An electric generator, comprising: a main generator, comprising a rotating portion having main field windings; a stationary portion having generator armature windings; a woven insulator at least partially enclosing the main field windings of the rotating portion, the woven insulator being comprised of strips or fibers of a material woven together, wherein the woven insulator is permeable to a coolant in a liquid form; and coolant located within the electric generator, wherein the woven insulator allows the coolant in a gaseous or liquid form to flow through the woven insulator, and wherein the coolant migrates from the rotating portion to the stationary portion by passing through the woven insulator during operation of the electric generator. a rotating portion having main field windings; a stationary portion having generator armature windings; a woven insulator at least partially enclosing the main field windings of the rotating portion, the woven insulator being comprised of strips or fibers of a material woven together, wherein the woven insulator is permeable to a coolant in a liquid form; and coolant located within the electric generator, wherein the woven insulator allows the coolant in a gaseous or liquid form to flow through the woven insulator, and wherein the coolant migrates from the rotating portion to the stationary portion by passing through the woven insulator during operation of the electric generator.
A composition for coating cheese comprising beeswax, emulsifier, optionally vegetable wax, and the composition comprises: i) beeswax in an amount of 70% to 90% by weight, and ii) emulsifier in an amount of 5% to 20% by weight, wherein the emulsifier is selected from the group consisting of acetic acid esters of glycerides, lactic acid esters of glycerides, diacetyl tartaric acid esters of glycerides, esters of sorbitan and combinations thereof iii) vegetable wax in an amount of 5% to 25% by weight, or the composition comprises: i) beeswax in an amount of 85% to 90% by weight; ii) emulsifier in an amount of 10% to 15% by weight, wherein the emulsifier is selected from the group of acetic acid esters of glycerides, lactic acid esters of glycerides, diacetyl tartaric acid esters of glycerides, esters of sorbitans and combinations thereof. the composition comprises: i) beeswax in an amount of 70% to 90% by weight, and ii) emulsifier in an amount of 5% to 20% by weight, wherein the emulsifier is selected from the group consisting of acetic acid esters of glycerides, lactic acid esters of glycerides, diacetyl tartaric acid esters of glycerides, esters of sorbitan and combinations thereof iii) vegetable wax in an amount of 5% to 25% by weight, or i) beeswax in an amount of 70% to 90% by weight, and ii) emulsifier in an amount of 5% to 20% by weight, wherein the emulsifier is selected from the group consisting of acetic acid esters of glycerides, lactic acid esters of glycerides, diacetyl tartaric acid esters of glycerides, esters of sorbitan and combinations thereof iii) vegetable wax in an amount of 5% to 25% by weight, or the composition comprises: i) beeswax in an amount of 85% to 90% by weight; ii) emulsifier in an amount of 10% to 15% by weight, wherein the emulsifier is selected from the group of acetic acid esters of glycerides, lactic acid esters of glycerides, diacetyl tartaric acid esters of glycerides, esters of sorbitans and combinations thereof. i) beeswax in an amount of 85% to 90% by weight; ii) emulsifier in an amount of 10% to 15% by weight, wherein the emulsifier is selected from the group of acetic acid esters of glycerides, lactic acid esters of glycerides, diacetyl tartaric acid esters of glycerides, esters of sorbitans and combinations thereof.
A liquid automatic dishwashing detergent composition comprising: a) liquid mixed ethoxylate / propoxylate fatty alcohol non-ionic surfactant, having 7 or 8 moles of the ethyoxylate group and 4 or 5 moles of the propoxylate group in the molecule, and b) a builder. a) liquid mixed ethoxylate / propoxylate fatty alcohol non-ionic surfactant, having 7 or 8 moles of the ethyoxylate group and 4 or 5 moles of the propoxylate group in the molecule, and b) a builder.