mhurhangee/ep-ind-claims huggingface dataset:
An antifungal agent comprising luliconazole or a pharmaceutically acceptable salt thereof and/or lanoconazole or a pharmaceutically acceptable salt thereof for use in the treatment of mycosis caused by a fungus of the genus Scytalidium as a pathogenic fungus.
A combination convection/microwave oven comprising a cooking cavity enclosed by a cavity wall which is formed from a first metal lining, wherein the cooking cavity has an opening and a front wall which is formed from a second metal lining, wherein the first metal lining and the second metal lining respectively have an inwardly bent first segment and an inwardly bent second segment which abut each other outside the cooking cavity circumferentially around the opening, a door comprising lateral metal walls which include a microwave sealing choke configured to circumferentially oppose the front wall through a first gap, the door further comprising an inner metal wall which includes - a straight portion configured to circumferentially oppose directly the inwardly bent first segment and the inwardly bent second segment through a second gap and - an inwardly bent portion configured to circumferentially protrude into the cooking cavity along an edge of the opening so as to directly oppose the first metal lining through a third gap, wherein the inner metal wall further includes a perforated metal screen portion, wherein the perforated metal screen portion is circumferentially surrounded by the inwardly bent portion, and wherein the perforated metal screen portion is outwardly offset relative to the inwardly bent portion by a predetermined distance. - a straight portion configured to circumferentially oppose directly the inwardly bent first segment and the inwardly bent second segment through a second gap and - an inwardly bent portion configured to circumferentially protrude into the cooking cavity along an edge of the opening so as to directly oppose the first metal lining through a third gap,
A method of generating reference signatures for use in geolocation in a cellular wireless communications system, wherein subscriber mobile communication units make radio frequency measurements within the cellular wireless communications system, the method comprising the cellular wireless communications system (300, 400): identifying a sub-area (330, 340, 350, 430, 440, 450) within the coverage area of a cellular wireless communications system (300, 400), the sub-area (330, 340, 350, 430, 440, 450) having a density of radio frequency measurements that is below a threshold value; providing an incentive to a user of a subscriber mobile communication unit (460, 470) to enter the sub-area (330, 340, 350, 430, 440, 450), the subscriber mobile communication unit (460, 470) being subscribed to the cellular wireless communications system (300, 400); obtaining radio frequency measurements from the subscriber mobile communication unit (460, 470) in the sub-area (330, 340, 350, 430, 440, 450); and generating reference signatures and/or location estimates from the radio frequency measurements. identifying a sub-area (330, 340, 350, 430, 440, 450) within the coverage area of a cellular wireless communications system (300, 400), the sub-area (330, 340, 350, 430, 440, 450) having a density of radio frequency measurements that is below a threshold value; providing an incentive to a user of a subscriber mobile communication unit (460, 470) to enter the sub-area (330, 340, 350, 430, 440, 450), the subscriber mobile communication unit (460, 470) being subscribed to the cellular wireless communications system (300, 400); obtaining radio frequency measurements from the subscriber mobile communication unit (460, 470) in the sub-area (330, 340, 350, 430, 440, 450); and generating reference signatures and/or location estimates from the radio frequency measurements.
Lancing device for taking blood samples, with a housing, an axially displaceable lancet holder element for holding a replaceable lancet, a drive unit comprising at least one lancing spring element for driving the axially displaceable lancet holder element in the lancing direction, and a tensioning carriage part which can be fixed in a tensioning position for tensioning the lancing spring element, characterised in that the fixable tensioning carriage part is temporarily axially fixed in said tensioning position by means of a latching apparatus which can be latched to the axially displaceable lancet holder element.
Method for operating a radio transmission system with a radio transmitter and at least one radio receiver, wherein the radio transmitter comprises at least one transmitter timer, in particular a clock generator, and transmits a subpacket for the transmission of data, wherein the carrier frequency and the transmission times of the data or the carrier frequency and the sampling rate of the data depend on the transmitter timer, in particular on a clock generator, and the radio receiver comprises at least one receiver timer, in particular a clock generator, with time-measuring means to define transmission times or to define carrier frequencies or to define sampling rates that depend on the transmitter timer, wherein the radio receiver estimates a carrier frequency error or a sampling rate error or an error in the transmission time on the basis of the received data and determines a time error therefrom, wherein a temporal correction factor for compensation is defined on the basis of the time error, wherein the radio transmitter transmits a packet in fragmented form as subpackets by inserting at least two pauses within the packet, wherein the pauses are generated from the same transmitter timer as the one from which the carrier frequency is generated, wherein there is provision for the radio receiver or the radio receiver and the radio transmitter to enter a sleep mode in the pauses of the packet, in order to save energy, and for the wake-up to be defined, inter alia, by the temporal correction factor. the radio transmitter comprises at least one transmitter timer, in particular a clock generator, and transmits a subpacket for the transmission of data, wherein the carrier frequency and the transmission times of the data or the carrier frequency and the sampling rate of the data depend on the transmitter timer, in particular on a clock generator, and the radio receiver comprises at least one receiver timer, in particular a clock generator, with time-measuring means to define transmission times or to define carrier frequencies or to define sampling rates that depend on the transmitter timer, wherein the radio receiver estimates a carrier frequency error or a sampling rate error or an error in the transmission time on the basis of the received data and determines a time error therefrom, wherein a temporal correction factor for compensation is defined on the basis of the time error, wherein the radio transmitter transmits a packet in fragmented form as subpackets by inserting at least two pauses within the packet, wherein the pauses are generated from the same transmitter timer as the one from which the carrier frequency is generated, wherein there is provision for the radio receiver or the radio receiver and the radio transmitter to enter a sleep mode in the pauses of the packet, in order to save energy, and for the wake-up to be defined, inter alia, by the temporal correction factor.
A method for stacking flat material sheets in a stacking device, in particular in a stacking device that is part of a printing and/or coating machine, said stacking device comprising at least one pile delivery (03.1; 03.2) having a stacking space, wherein material sheets are conveyed above the stacking space of the pile delivery (03.1; 03.2), which is part of the stacking device, and are deposited one on top of the other on a loading aid to form a pile (06, 06'; 06"), wherein for two different production runs, the piles (06, 06'; 06") are formed on the loading aid with the four corners of their main surface area arranged in mutually different positions relative to the loading aid, which in each case is arranged within the stacking space of the pile delivery (03.1; 03.2) and is larger in format than the material sheets to be deposited in each case, in that for each of the two production runs, a loading aid of the same format is positioned at a different location within the stacking space of the pile delivery (03.1; 03.2), as viewed in the horizontal projection, characterized in that a positioning of the loading aid for at least one of the two production runs is assisted by a data processing-based positioning aid, by means of which for the production run in question, a position specification relating to the target position of the loading aid is determined for a drive device that positions alignment aid (21; 22; 23; 24; 25; 26; 27), and positioning is carried out in accordance with the position specification, in that, as the position specification relating to the target position of the loading aid, a target location of at least one alignment aid (21; 22; 23; 24; 25; 26; 27), configured as an optical indicator (21; 22; 23; 24; 25; 26; 27) or as a mechanical stop means, is determined and implemented, i.e., activation or positioning is carried out in accordance with the position specification, and in that, as the position specification relating to the target position of the loading aid, the target location of at least one alignment aid (21; 22) that is used for aligning and/or positioning the downstream or upstream loading aid edge (19; 18) and/or the target location of an alignment aid (23; 26) that is used for aligning and/or positioning a lateral loading aid edge (48; 49) is determined, and activation or positioning is carried out in accordance with said position specification.
An assembly of light sources for a motor vehicle lighting device, the assembly comprising: - an integrated circuit with a first side and a second side opposite the first side, further comprising a connection pad in the first side; - a light-emitting part comprising a plurality of micro semiconductor light sources which are electrically connected to the first side of the integrated circuit and an active surface arranged so as to modify the wavelength of the micro semiconductor light sources; - a fan-out packaging, surrounding at least part of the integrated circuit; - a first multilayer metal layer arranged so as to cover at least part of the first side of the integrated circuit, providing an electrical connection between the connection pad of the integrated circuit and a connection pad of the assembly; - a second metal layer comprising contact portions which are in direct contact with the second side of the integrated circuit; - a heat sink element; - an array bonding layer arranged between the second metal layer and the heat sink element; and - a printed circuit board. - an integrated circuit with a first side and a second side opposite the first side, further comprising a connection pad in the first side; - a light-emitting part comprising a plurality of micro semiconductor light sources which are electrically connected to the first side of the integrated circuit and an active surface arranged so as to modify the wavelength of the micro semiconductor light sources; - a fan-out packaging, surrounding at least part of the integrated circuit; - a first multilayer metal layer arranged so as to cover at least part of the first side of the integrated circuit, providing an electrical connection between the connection pad of the integrated circuit and a connection pad of the assembly; - a second metal layer comprising contact portions which are in direct contact with the second side of the integrated circuit; - a heat sink element; - an array bonding layer arranged between the second metal layer and the heat sink element; and - a printed circuit board.
A right angle turn module for transporting sheets, the module comprising: a first sheet transport (11, 13) arranged to transport at least two sheets in a side-by-side arrangement in a first direction; a stop arrangement, downstream of the first sheet transport, comprising a barrier positioned to stop travel of the two side-by-side sheets in the first direction; a second sheet transport (23, 24) contiguous with the stop arrangement and arranged to transport the sheets serially in a second direction substantially perpendicular to the first direction; and a horizontal guide plate positioned at a downstream end of the first sheet transport and in a path of at least the side-by-side sheet on a downstream side in the second direction, whereby a sheet traveling in the first direction will pass over the guide plate on its way to the stop arrangement, and whereby after the sheets are being transported serially in the second direction, the downstream serial sheet will pass over the guide plate in the second direction and the upstream serial sheet will pass under the guide plate in the second direction. a first sheet transport (11, 13) arranged to transport at least two sheets in a side-by-side arrangement in a first direction; a stop arrangement, downstream of the first sheet transport, comprising a barrier positioned to stop travel of the two side-by-side sheets in the first direction; a second sheet transport (23, 24) contiguous with the stop arrangement and arranged to transport the sheets serially in a second direction substantially perpendicular to the first direction; and a horizontal guide plate positioned at a downstream end of the first sheet transport and in a path of at least the side-by-side sheet on a downstream side in the second direction, whereby a sheet traveling in the first direction will pass over the guide plate on its way to the stop arrangement, and whereby after the sheets are being transported serially in the second direction, the downstream serial sheet will pass over the guide plate in the second direction and the upstream serial sheet will pass under the guide plate in the second direction.
A thermostat device for a cooling system in a motor vehicle, which thermostat device comprises: - an inlet duct intended to receive cooling fluid that is circulated through a combustion engine in the motor vehicle, - an inlet opening intended to receive cooling fluid from a pilot line of said cooling system, - a first outlet duct, which is connected with said inlet duct and from which cooling fluid is intended to be conducted to a radiator in said cooling system, - a second outlet duct, which is connected with said inlet duct and from which cooling fluid is intended to be returned to the combustion engine without passing through said radiator, - a valve body, which is displaceable between various positions for regulating the flow of cooling fluid from said inlet duct to said outlet ducts (5a, 5b), - a temperature-dependent activating element, and - an axially displaceable valve rod on which the valve body is secured, whereupon the activating element is arranged so as to influence the displacement position of the valve rod and the valve body in dependence upon the temperature of the cooling fluid that is received said inlet opening, characterized in that - said inlet opening is connected with the second outlet duct via a connecting duct that extends in an axial direction through the valve rod, - said activating element comprises a wax body, and - said valve rod extends through said wax body in order to allow a transfer of heat to the wax body from cooling fluid that flows through said connecting duct inside the valve rod. - an inlet duct intended to receive cooling fluid that is circulated through a combustion engine in the motor vehicle, - an inlet opening intended to receive cooling fluid from a pilot line of said cooling system, - a first outlet duct, which is connected with said inlet duct and from which cooling fluid is intended to be conducted to a radiator in said cooling system, - a second outlet duct, which is connected with said inlet duct and from which cooling fluid is intended to be returned to the combustion engine without passing through said radiator, - a valve body, which is displaceable between various positions for regulating the flow of cooling fluid from said inlet duct to said outlet ducts (5a, 5b), - a temperature-dependent activating element, and - an axially displaceable valve rod on which the valve body is secured, whereupon the activating element is arranged so as to influence the displacement position of the valve rod and the valve body in dependence upon the temperature of the cooling fluid that is received said inlet opening, - said inlet opening is connected with the second outlet duct via a connecting duct that extends in an axial direction through the valve rod, - said activating element comprises a wax body, and - said valve rod extends through said wax body in order to allow a transfer of heat to the wax body from cooling fluid that flows through said connecting duct inside the valve rod.
A method of forming a filter element characterized by the steps: providing a collapsible winding core having a cylindrical preassembled state, winding a fluted filter media about the collapsible winding core in its cylindrical preassembled state to form an intermediate filter element; and collapsing the intermediate filter element by deforming said intermediate filter element into an elongated shape and said collapsible winding core into a generally flat collapsed state. providing a collapsible winding core having a cylindrical preassembled state, winding a fluted filter media about the collapsible winding core in its cylindrical preassembled state to form an intermediate filter element; and collapsing the intermediate filter element by deforming said intermediate filter element into an elongated shape and said collapsible winding core into a generally flat collapsed state.
A head-up display device which displays a virtual image by introducing a display light, which is emitted from a display provided with an illumination optical system and a display member, to a viewpoint area of an observer via a projecting member, the illumination optical system including: a light source for emitting a light beam, a lens array for generating a plurality of images of the light source by dividing the light beam, and a field lens for irradiating on the display member at a predetermined angle the light beam emitted from the images of the light source, which is generated by the lens array, wherein the lens array is arranged such that the imaging surface of the light source generated by the lens array is located on a side of a principal point of the field lens with respect to a focal point on a side of an object of the field lens, characterised in that the field lens is constituted by at least two convex lenses, and an air layer is provided between the convex lenses so as to have a length equal to or more than half of an effective focal point length of the field lens. a light source for emitting a light beam, a lens array for generating a plurality of images of the light source by dividing the light beam, and a field lens for irradiating on the display member at a predetermined angle the light beam emitted from the images of the light source, which is generated by the lens array, wherein the lens array is arranged such that the imaging surface of the light source generated by the lens array is located on a side of a principal point of the field lens with respect to a focal point on a side of an object of the field lens, characterised in that the field lens is constituted by at least two convex lenses, and an air layer is provided between the convex lenses so as to have a length equal to or more than half of an effective focal point length of the field lens.
A display panel comprising an active matrix substrate and a counter substrate, the active matrix substrate being provided with lines including a plurality of gate lines and a plurality of source lines, wherein the display panel further comprises a plurality of pixels in a display region, wherein the active matrix substrate includes, in the display region, a driving circuit provided with respect to each of the gate lines, the driving circuit configured to switch the respective gate line between a selected state and a non-selected state, the plurality of pixels being arranged in alternating installation regions and non-installation regions, wherein the non-installation regions consist of non-installation pixels where the driving circuit is not provided and the installation regions comprise installation pixels where the driving circuit is provided, the display panel further comprising, in pixels of the non-installation regions, an aperture ratio adjustment member that changes the aperture ratios of the non-installation pixels stepwise, such that as a proximity of the non-installation pixels to the installation pixels increases, an aperture ratio in the non-installation pixels decreases toward an aperture ratio in the installation pixels, the aperture ratio adjustment member being light-shielding adjustment lines (15L3; 15L4) provided in the non-installation regions or a black matrix (BM0; BM1, BM2) formed on the counter substrate corresponding to the non-installation regions.
A surface treatment agent for enamel steel or part consisting of an aqueous solution, comprising the following solid components in parts by mass: 15 to 55 parts of an aqueous polymer resin A, 32 to 58 parts of an organosilane coupling agent B having at least one epoxy functional group, wherein the ratio of parts by mass of the organosilane coupling agent B to parts by mass of the aqueous polymer resin A is 0.6 to 2.2; 0.2 to 3 parts of a polyol C containing at least three hydroxyl groups; 0.05 to 2 parts by mass of a molybdenum compound D, in terms of elemental molybdenum; 0.1 to 1 parts by mass of a phosphorus compound E, in terms of elemental phosphorus; 0.1 to 1 parts by mass of a zirconium compound F, in terms of elemental zirconium; 0.5 to 8 parts of a metal salt or an organometallic compound G having a function of promoting adhesion, wherein the metal salt or organometallic compound G is a metal salt or an organometallic compound which promotes the adhesion between the enamel layer and the steel substrate for enameling in the sintering process of the ceramic glaze layer; and the metal in the metal salt or organometallic compound G is at least one of Cu, Ca, Ba, W, Fe, Sb, Co, Al, In, Zn, Ni, Ti, V, Sn, Ge, Mn, Sr, and Ga. 15 to 55 parts of an aqueous polymer resin A, 32 to 58 parts of an organosilane coupling agent B having at least one epoxy functional group, wherein the ratio of parts by mass of the organosilane coupling agent B to parts by mass of the aqueous polymer resin A is 0.6 to 2.2; 0.2 to 3 parts of a polyol C containing at least three hydroxyl groups; 0.05 to 2 parts by mass of a molybdenum compound D, in terms of elemental molybdenum; 0.1 to 1 parts by mass of a phosphorus compound E, in terms of elemental phosphorus; 0.1 to 1 parts by mass of a zirconium compound F, in terms of elemental zirconium; 0.5 to 8 parts of a metal salt or an organometallic compound G having a function of promoting adhesion, wherein the metal salt or organometallic compound G is a metal salt or an organometallic compound which promotes the adhesion between the enamel layer and the steel substrate for enameling in the sintering process of the ceramic glaze layer; and the metal in the metal salt or organometallic compound G is at least one of Cu, Ca, Ba, W, Fe, Sb, Co, Al, In, Zn, Ni, Ti, V, Sn, Ge, Mn, Sr, and Ga.