mhurhangee/ep-ind-claims huggingface dataset:
Two-part plastic blank set, preferably for producing an active substance applicator for storing a unit dose of an active substance preparation and for administering this unit dose into the human nose, wherein the plastic blank set comprises a base part and lid part that is separate from the base part, wherein the base part has a receiving space moulding encompassed by a sealing rim and an application tube moulded on integrally extends from the receiving space moulding and is closed at its free end with a closure that is moulded on integrally via an attachment element, wherein the attachment element has a wall thickness of 0.1-0.5 mm, and wherein the lid part is of a size such that when placed onto the base part it completely covers the receiving space moulding thereof, and has a sealing rim that can be connected to the sealing rim of the base part to form a seal, wherein an attachment tab extending from the respective sealing rim (5, 6) is moulded on at least at the lid part or at the base part, and wherein at least the sealing rim of the lid part or the sealing rim of the base part is moulded with an energy director in the form of grooves on the side opposite the base part or the top part.
Process for production of polyurethane foam by reacting at least one polyol component with at least one isocyanate component in the presence of one or more catalysts for the isocyanate-polyol and/or isocyanate-water reactions and/or the trimerization of isocyanate, characterized in that said reacting is carried out in the presence of a carrier material and polyamine P, where the polyamine P is selected from (i) a reaction product of a guanidine salt and a polyamine, or (ii) a reaction product of an unsaturated nitrile and an aliphatic polyamine having at least two or more amine groups. (i) a reaction product of a guanidine salt and a polyamine, or (ii) a reaction product of an unsaturated nitrile and an aliphatic polyamine having at least two or more amine groups.
A vitreous cutter comprising: a motor (1,1a) configured to provide rotary motion; a handle; a cutter tip (10, 10a); an aspiration port; and a clutch mechanism (2, 2a) coupled to the motor (1, 1a) and including a first component, and a second component, and wherein the first component comprises a groove or a cam and the second component comprises a ball or a pin, wherein the second component is connected to the motor (1, 1a), the first component is coupled to the second component by the ball riding in the groove or the pin riding in the cam, and the first component is coupled to an oscillating drive mechanism (7, 7a), wherein the first component and second component are rotatable relative to one another to expand and contract, and which when the motor is activated are configured to expand and rotate together to transmit rotary motion to the oscillating drive mechanism (7, 7a), which is configured to convert the rotary motion into a reciprocating linear motion of the cutter tip (10, 10a), and when the motor is at rest are configured to retract to allow for aspiration through the aspiration port. a motor (1,1a) configured to provide rotary motion; a handle; a cutter tip (10, 10a); an aspiration port; and a clutch mechanism (2, 2a) coupled to the motor (1, 1a) and including a first component, and a second component, and wherein the first component comprises a groove or a cam and the second component comprises a ball or a pin, wherein the second component is connected to the motor (1, 1a), the first component is coupled to the second component by the ball riding in the groove or the pin riding in the cam, and the first component is coupled to an oscillating drive mechanism (7, 7a), wherein the first component and second component are rotatable relative to one another to expand and contract, and which when the motor is activated are configured to expand and rotate together to transmit rotary motion to the oscillating drive mechanism (7, 7a), which is configured to convert the rotary motion into a reciprocating linear motion of the cutter tip (10, 10a), and when the motor is at rest are configured to retract to allow for aspiration through the aspiration port.
A method, performed in an access node, for controlling radio channel deployment in an un-licensed spectrum, the method comprising: - determining unlicensed carrier intrinsic cell channel load in a cell served by the access node based on one or more predetermined channel load indicators; - obtaining neighbour cell channel load information, from one or more neighbouring access nodes, the neighbour cell channel load information comprising unlicensed carrier channel load in respective cells based on the one or more predetermined channel load indicators; - transmitting intrinsic cell channel load on the unlicensed carrier; - transmitting neighbour cell channel load information on the unlicensed carrier; - initiating at least one channel deployment operation based on an outcome of one or more comparative operations comprising a comparison between the determined unlicensed carrier intrinsic cell channel load and the obtained neighbour cell channel load information for the respective channel load indicator; and - adjusting a Discovery Signal Measurement and Timing Configuration, DMTC, based on channel load information. - determining unlicensed carrier intrinsic cell channel load in a cell served by the access node based on one or more predetermined channel load indicators; - obtaining neighbour cell channel load information, from one or more neighbouring access nodes, the neighbour cell channel load information comprising unlicensed carrier channel load in respective cells based on the one or more predetermined channel load indicators; - transmitting intrinsic cell channel load on the unlicensed carrier; - transmitting neighbour cell channel load information on the unlicensed carrier; - initiating at least one channel deployment operation based on an outcome of one or more comparative operations comprising a comparison between the determined unlicensed carrier intrinsic cell channel load and the obtained neighbour cell channel load information for the respective channel load indicator; and - adjusting a Discovery Signal Measurement and Timing Configuration, DMTC, based on channel load information.
A vehicular headlamp comprising: a light source comprising a light emitting diode; a holding member; a heat pipe comprising a first end portion and a second end portion, each of which having a circular cross-section, the first end portion being rotatably engaged with the holding member; and a heat sink connected to the second end portion, characterized in that the light emitting diode is mounted on a substrate, and in that it further comprises a heat spreading plate attached to the substrate so as to be capable of transferring heat, the holding member being integrated with the heat spreading plate, wherein the holding member comprises: a cylindrical portion which is a cylindrical-shape member in which a hollow portion, into which the first end portion is inserted, and a slit communicating with an outer peripheral surface of the cylindrical portion from the hollow portion are formed; and a cut-out cylindrical body which is provided so as to cover a portion of an outer periphery of the cylindrical portion and which tightens the cylindrical portion from the outer periphery so that an opening width of the slit becomes narrower, and wherein a lubricant groove communicating with the slit is formed in an inner peripheral surface of the cut-out cylindrical body. a light source comprising a light emitting diode; a holding member; a heat pipe comprising a first end portion and a second end portion, each of which having a circular cross-section, the first end portion being rotatably engaged with the holding member; and a heat sink connected to the second end portion, characterized in that the light emitting diode is mounted on a substrate, and in that it further comprises a heat spreading plate attached to the substrate so as to be capable of transferring heat, the holding member being integrated with the heat spreading plate, wherein the holding member comprises: a cylindrical portion which is a cylindrical-shape member in which a hollow portion, into which the first end portion is inserted, and a slit communicating with an outer peripheral surface of the cylindrical portion from the hollow portion are formed; and a cut-out cylindrical body which is provided so as to cover a portion of an outer periphery of the cylindrical portion and which tightens the cylindrical portion from the outer periphery so that an opening width of the slit becomes narrower, and a cylindrical portion which is a cylindrical-shape member in which a hollow portion, into which the first end portion is inserted, and a slit communicating with an outer peripheral surface of the cylindrical portion from the hollow portion are formed; and a cut-out cylindrical body which is provided so as to cover a portion of an outer periphery of the cylindrical portion and which tightens the cylindrical portion from the outer periphery so that an opening width of the slit becomes narrower, and wherein a lubricant groove communicating with the slit is formed in an inner peripheral surface of the cut-out cylindrical body.
A backlight unit comprising: a light guide plate (152, 252); a light emitting unit (154, 254) arranged to radiate light toward a side of the light guide plate; and first and second light controllers (156, 256) respectively disposed on upper and lower side parts of the light guide plate, wherein each of the light controllers comprises a first region (156a, 256a) overlapping the light guide plate and a second region (156b, 256c) not overlapping the light guide plate, wherein the lengths of the first region and the second region of the first light controller are the same as the lengths of the first region and the second region of the second light controller, respectively, characterised in that the first region absorbs light and the second region reflects light. a light guide plate (152, 252); a light emitting unit (154, 254) arranged to radiate light toward a side of the light guide plate; and first and second light controllers (156, 256) respectively disposed on upper and lower side parts of the light guide plate, wherein each of the light controllers comprises a first region (156a, 256a) overlapping the light guide plate and a second region (156b, 256c) not overlapping the light guide plate, wherein the lengths of the first region and the second region of the first light controller are the same as the lengths of the first region and the second region of the second light controller, respectively, characterised in that the first region absorbs light and the second region reflects light.
A method comprising: identifying a plurality of users, by a media device comprising a processor, based on comparing voice input to two or more voice samples associated with respective users of the plurality of users; the media device receiving a voice command from one or more users of the plurality of users; the media device determining that the voice command is a command for one or more actions to be performed on behalf of two or more users of the plurality of users by associating certain types of commands as commands to be performed on behalf of two or more users; responsive to determining that the voice command is a command for one or more actions to be performed on behalf of the two or more users, the media device interpreting the voice command based on user preferences included in two or more user profiles to select the one or more actions associated with the voice command, at least one action of the one or more actions involving the media device sending a request to a remote server (130, 150) over an internet connection, wherein each of the two or more user profiles is associated with a different user of the two or more users of the plurality of users; and performing, by the media device, the one or more actions. identifying a plurality of users, by a media device comprising a processor, based on comparing voice input to two or more voice samples associated with respective users of the plurality of users; the media device receiving a voice command from one or more users of the plurality of users; the media device determining that the voice command is a command for one or more actions to be performed on behalf of two or more users of the plurality of users by associating certain types of commands as commands to be performed on behalf of two or more users; responsive to determining that the voice command is a command for one or more actions to be performed on behalf of the two or more users, the media device interpreting the voice command based on user preferences included in two or more user profiles to select the one or more actions associated with the voice command, at least one action of the one or more actions involving the media device sending a request to a remote server (130, 150) over an internet connection, wherein each of the two or more user profiles is associated with a different user of the two or more users of the plurality of users; and performing, by the media device, the one or more actions.
An assembly for use in a bearing compartment of a gas turbine engine, the assembly comprising: a pedestal (104; 204); a damper having a damper surface configured to be positioned adjacent to the pedestal (104; 204) and separated from the pedestal (104; 204) by a gap, the gap receiving a damping fluid to form a damping assembly between the damper and the pedestal (104; 204); a first annular spring (112; 212) positioned axially forward or axially aft of the pedestal (104; 204); and an anti-rotation feature configured to resist circumferential rotation of the first annular spring (112; 212) relative to at least one of the pedestal (104; 204) or the damper, characterised in that the assembly further comprises an oil nozzle coupled to the pedestal (104; 204) and configured to extend through a window defined by the first annular spring (112; 212) and to supply a lubricant to the bearing compartment. a pedestal (104; 204); a damper having a damper surface configured to be positioned adjacent to the pedestal (104; 204) and separated from the pedestal (104; 204) by a gap, the gap receiving a damping fluid to form a damping assembly between the damper and the pedestal (104; 204); a first annular spring (112; 212) positioned axially forward or axially aft of the pedestal (104; 204); and an anti-rotation feature configured to resist circumferential rotation of the first annular spring (112; 212) relative to at least one of the pedestal (104; 204) or the damper, characterised in that the assembly further comprises an oil nozzle coupled to the pedestal (104; 204) and configured to extend through a window defined by the first annular spring (112; 212) and to supply a lubricant to the bearing compartment.
Ultraviolet sensor device, comprising: - a semiconductor substrate, - a dielectric layer above the substrate, a surface of the dielectric layer being provided for the incidence of ultraviolet radiation, - a floating gate electrode (18, 18/19) in the dielectric layer, the floating gate electrode (18, 18/19) comprising a polysilicon layer, and - a control gate electrode formed by a doped well in the substrate near the floating gate electrode (18, 18/19), the control gate electrode being insulated from the floating gate electrode (18, 18/19), characterized in that - an electrically conductive further layer (17, 20, 19/20) is provided as a sensor layer dissipating charge carriers when irradiated by ultraviolet radiation, - the electrically conductive further layer (17, 20, 19/20) is arranged under the surface provided for the incidence of ultraviolet radiation, - the electrically conductive further layer (17, 20, 19/20) is electrically connected to the floating gate electrode (18, 18/19), - the control gate electrode is arranged outside a region that is located between the electrically conductive further layer (17, 20, 19/20) and the surface provided for the incidence of ultraviolet radiation, - a further doped well is arranged in the substrate near the floating gate electrode (18, 18/19), - an oxide layer is arranged between the doped well and the floating gate electrode (18, 18/19), and - a further oxide layer is arranged between the further doped well and the floating gate electrode (18, 18/19), the oxide layer being thicker than the further oxide layer. - a semiconductor substrate, - a dielectric layer above the substrate, a surface of the dielectric layer being provided for the incidence of ultraviolet radiation, - a floating gate electrode (18, 18/19) in the dielectric layer, the floating gate electrode (18, 18/19) comprising a polysilicon layer, and - a control gate electrode formed by a doped well in the substrate near the floating gate electrode (18, 18/19), the control gate electrode being insulated from the floating gate electrode (18, 18/19), characterized in that - an electrically conductive further layer (17, 20, 19/20) is provided as a sensor layer dissipating charge carriers when irradiated by ultraviolet radiation, - the electrically conductive further layer (17, 20, 19/20) is arranged under the surface provided for the incidence of ultraviolet radiation, - the electrically conductive further layer (17, 20, 19/20) is electrically connected to the floating gate electrode (18, 18/19), - the control gate electrode is arranged outside a region that is located between the electrically conductive further layer (17, 20, 19/20) and the surface provided for the incidence of ultraviolet radiation, - a further doped well is arranged in the substrate near the floating gate electrode (18, 18/19), - an oxide layer is arranged between the doped well and the floating gate electrode (18, 18/19), and - a further oxide layer is arranged between the further doped well and the floating gate electrode (18, 18/19), the oxide layer being thicker than the further oxide layer.
A printing device comprising: a substrate supply configured to support a plurality of print substrates; a reusable card Stored in a dedicated storage area, which does not receive the print substrates, an operative unit; at least one transport mechanism, and a controller configured to control the at least one transport mechanism and the operative unit to deliver the reusable card from the storage area to the operative unit, to process the reusable card with the operative unit, and return the reusable card to the storage are, multiple times. a substrate supply configured to support a plurality of print substrates; a reusable card Stored in a dedicated storage area, which does not receive the print substrates, an operative unit; at least one transport mechanism, and a controller configured to control the at least one transport mechanism and the operative unit to deliver the reusable card from the storage area to the operative unit, to process the reusable card with the operative unit, and return the reusable card to the storage are, multiple times.
Boiler for making super heated steam having a pressure of between 2 and 15 MPa by indirect heat exchange of water against a hot gas, said boiler being a vertically oriented vessel comprising one or more conduits being spirally formed around the vertical axis of the vessel, which vessel is provided with an inlet for hot gas fluidly connected to the lower end of the conduit for upwardly passage of hot gas through the spirally formed conduit, an outlet for cooled gas fluidly connected to the upper end of the conduit, an inlet for fresh water and a vessel outlet for super heated steam, said vessel further provided with a water bath space in the lower end of the vessel and a saturated steam collection space above said water bath space, said spirally formed conduit comprising of a spirally formed evaporating section located in the water bath space and a spirally formed super heater section at the upper end of the vessel, wherein each of the one or more conduits of the super heater section is individually surrounded by a second conduit forming an annular space between said super heater conduit and said second conduit, said annular space being provided with an inlet for saturated steam fluidly connected to the saturated steam collection space and an outlet for super heated steam located at the opposite end of said annular space and fluidly connected to the vessel outlet for super heated steam, and wherein outlet or inlet are positioned in water bath space.
A method for post-anodization sealing of anodized aluminium or aluminium alloy, comprising at least the following steps: A) a step of impregnating the anodized aluminium or the aluminium alloy, in an aqueous bath of demineralized water containing - a hexafluorozirconate salt selected from the group consisting of ammonium hexafluorozirconate ((NH 4) 2 ZrF 6), sodium hexafluorozirconate (Na 2 ZrF 6), potassium hexafluorozirconate (K 2 ZrF 6), and - a trivalent chromium salt selected from the group consisting of CrF 3,xH 2 O, CrCl 3,xH 2 O, Cr(NO 3) 3,xH 2 O, (CH 3 CO 2) 2 Cr,xH 2 O, (CH 3 CO 2) 7 Cr 3 2,xH 2 O, Cr 2 (SO 4) 3,xH 2 O, CrK(SO 4) 2,xH 2 O, at a temperature between 20 and 80°C; followed by a step of B) sealing carried out in an aqueous solution of deionized water having a conductivity less than or equal to 100 μS/cm containing between 1 and 500 g/L of an alkali metal or alkaline earth metal silicate, at a temperature of between 60 and 100°C; followed by a step of C) post-sealing rinsing in a deionized water having a conductivity less than or equal to 100 μS/cm and at a temperature between 15 and 75°C. A) a step of impregnating the anodized aluminium or the aluminium alloy, in an aqueous bath of demineralized water containing - a hexafluorozirconate salt selected from the group consisting of ammonium hexafluorozirconate ((NH 4) 2 ZrF 6), sodium hexafluorozirconate (Na 2 ZrF 6), potassium hexafluorozirconate (K 2 ZrF 6), and - a trivalent chromium salt selected from the group consisting of CrF 3,xH 2 O, CrCl 3,xH 2 O, Cr(NO 3) 3,xH 2 O, (CH 3 CO 2) 2 Cr,xH 2 O, (CH 3 CO 2) 7 Cr 3 2,xH 2 O, Cr 2 (SO 4) 3,xH 2 O, CrK(SO 4) 2,xH 2 O, at a temperature between 20 and 80°C; followed by a step of - a hexafluorozirconate salt selected from the group consisting of ammonium hexafluorozirconate ((NH 4) 2 ZrF 6), sodium hexafluorozirconate (Na 2 ZrF 6), potassium hexafluorozirconate (K 2 ZrF 6), and - a trivalent chromium salt selected from the group consisting of CrF 3,xH 2 O, CrCl 3,xH 2 O, Cr(NO 3) 3,xH 2 O, (CH 3 CO 2) 2 Cr,xH 2 O, (CH 3 CO 2) 7 Cr 3 2,xH 2 O, Cr 2 (SO 4) 3,xH 2 O, CrK(SO 4) 2,xH 2 O, B) sealing carried out in an aqueous solution of deionized water having a conductivity less than or equal to 100 μS/cm containing between 1 and 500 g/L of an alkali metal or alkaline earth metal silicate, at a temperature of between 60 and 100°C; followed by a step of C) post-sealing rinsing in a deionized water having a conductivity less than or equal to 100 μS/cm and at a temperature between 15 and 75°C.
A compensator for connecting two plastic pipeline ends, wherein the compensator has a cylindrical design with different outer diameters, including to connection fittings at the opposite ends with an outer diameter and a wall thickness (e), wherein the outer diameter and the wall thickness (e) correspond to the nominal dimensions of the pipeline ends to be connected, and a flexible region comprises multiple flexible elements, which are arranged one after the other and each have a spacing (b) relative to one another, wherein the flexible elements are connected to one another via connecting elements, wherein the connecting elements have an outer diameter (dv) and a radial wall thickness (ev), wherein the flexible elements have an outer diameter, a radial wall thickness (eb) and an axial wall thickness (aa/ai), wherein the outer diameter of the flexible elements is greater than the outer diameter (D, dv) of the connection fittings and of the connecting elements, wherein the compensator is formed integrally and from the same material, wherein the material is plastic, characterized in that the radial wall thickness (eb) of the flexible element corresponds to 0.1 to 0.16 times the outer diameter of the flexible element (eb = D (0.1 to 0.16)).