mhurhangee/ep-ind-claims huggingface dataset:
A printer which can operate by switching between a monochrome print mode and a color print mode in units of pages, comprising: determination means (1060; S2008) for determining based on image information whether each page is a color page or a monochrome page; first setting means (1062; S5003; S8003) for setting the color print mode for a page determined by said determination means to be a color page; and second setting means (1062; S5005, S5008; S8007, S8010) for setting either the color print mode or the monochrome print mode for a page determined by said determination means to be a monochrome page, characterized in that said second setting means sets the monochrome print mode for a target page, whose print mode is to be decided, when the target page is determined by said determination means to be a monochrome page and when a page next to the target page exists and has not been determined by said determination means or the page next to the target page does not exist (S5004, S5005; S8006, S8007), said second setting means sets the monochrome print mode for a target page, whose print mode is to be decided, when the target page is determined by said determination means to be a monochrome page and when the page next to the target page is determined by said determination means to be a monochrome page, and said second setting means sets the color print mode for the target page when the page next to the target page is determined by said determination means to be a color page (S5008; S8010). determination means (1060; S2008) for determining based on image information whether each page is a color page or a monochrome page; first setting means (1062; S5003; S8003) for setting the color print mode for a page determined by said determination means to be a color page; and second setting means (1062; S5005, S5008; S8007, S8010) for setting either the color print mode or the monochrome print mode for a page determined by said determination means to be a monochrome page, characterized in that said second setting means sets the monochrome print mode for a target page, whose print mode is to be decided, when the target page is determined by said determination means to be a monochrome page and when a page next to the target page exists and has not been determined by said determination means or the page next to the target page does not exist (S5004, S5005; S8006, S8007), said second setting means sets the monochrome print mode for a target page, whose print mode is to be decided, when the target page is determined by said determination means to be a monochrome page and when the page next to the target page is determined by said determination means to be a monochrome page, and said second setting means sets the color print mode for the target page when the page next to the target page is determined by said determination means to be a color page (S5008; S8010).
A circuit comprising: a first transistor having a control terminal and a first output terminal; a second transistor having a second output terminal coupled to the first output terminal; a driving stage connected to the control terminal, the driving stage comprising a first driver having a first speed and a second driver (D1') having a second speed slower than the first speed, wherein the control terminal is a first control terminal and the driving stage is a first driving stage, and characterised by: further comprising: a third transistor having a third output terminal and a second control terminal; a fourth transistor having a fourth output terminal coupled to the third output terminal; and a second driving stage connected to the second control terminal, the second driving stage comprising a third driver having a third speed and a fourth driver (D2') having a fourth speed slower than the third speed. a first transistor having a control terminal and a first output terminal; a second transistor having a second output terminal coupled to the first output terminal; a driving stage connected to the control terminal, the driving stage comprising a first driver having a first speed and a second driver (D1') having a second speed slower than the first speed, wherein the control terminal is a first control terminal and the driving stage is a first driving stage, and characterised by: further comprising: a third transistor having a third output terminal and a second control terminal; a fourth transistor having a fourth output terminal coupled to the third output terminal; and a second driving stage connected to the second control terminal, the second driving stage comprising a third driver having a third speed and a fourth driver (D2') having a fourth speed slower than the third speed. a third transistor having a third output terminal and a second control terminal; a fourth transistor having a fourth output terminal coupled to the third output terminal; and a second driving stage connected to the second control terminal, the second driving stage comprising a third driver having a third speed and a fourth driver (D2') having a fourth speed slower than the third speed.
A method for fabricating a thin film solid-state Li-ion battery comprising a first electrode layer, a solid electrolyte layer and a second electrode layer, the method comprising: obtaining a substrate; depositing on the substrate an initial layer stack comprising a first Li-free layer comprising a first electrode material compound and a second Li-free layer comprising an electrolyte material compound; and afterwards performing a lithiation step, the lithiation step comprising incorporating Li in the first layer and in the second layer, thereby forming a stack of a first electrode layer and a solid electrolyte layer. obtaining a substrate; depositing on the substrate an initial layer stack comprising a first Li-free layer comprising a first electrode material compound and a second Li-free layer comprising an electrolyte material compound; and afterwards performing a lithiation step, the lithiation step comprising incorporating Li in the first layer and in the second layer, thereby forming a stack of a first electrode layer and a solid electrolyte layer.
A slotless, brushless motor comprising: a stator backing configured as a cylinder; a flexible winding having a flexible substrate, rolled into a spiral shape having multiple layers, and a first winding circuit disposed on a first side of the substrate and comprising more than one coil, wherein at least one coil of the more than one coils of the first winding circuit has a different number of turns than the other coils of the first winding circuit, wherein the flexible winding is configured to be generally cylindrical having a central cavity, the flexible winding disposed within the stator backing; and a rotor assembly disposed within the central cavity of the flexible winding and configured to be able to rotate with respect to the flexible winding, the rotor assembly having: a shaft; one or more bearings disposed on the shaft; and one or more magnets affixed to the shaft. a stator backing configured as a cylinder; a flexible winding having a flexible substrate, rolled into a spiral shape having multiple layers, and a first winding circuit disposed on a first side of the substrate and comprising more than one coil, wherein at least one coil of the more than one coils of the first winding circuit has a different number of turns than the other coils of the first winding circuit, wherein the flexible winding is configured to be generally cylindrical having a central cavity, the flexible winding disposed within the stator backing; and a rotor assembly disposed within the central cavity of the flexible winding and configured to be able to rotate with respect to the flexible winding, the rotor assembly having: a shaft; one or more bearings disposed on the shaft; and one or more magnets affixed to the shaft. a shaft; one or more bearings disposed on the shaft; and one or more magnets affixed to the shaft.
A short interfering nucleic acid molecule (siNA) for use in a method of treating an eye disorder characterized by increased intraocular pressure, the method comprising topically administering daily to the corneal surface of the eye of a human patient in need thereof a short interfering nucleic acid molecule (siNA) at a dose of between 0.3 mg and 0.6 mg, wherein the siNA is a 19 nt unmodified double stranded oligonucleotide having a first strand consisting of the nucleotide sequence of SEQ ID No: 2, and a second strand complementary to the nucleotide sequence of SEQ ID No: 2, the siNA having 3' dinucleotide overhangs of deoxythymidine.
Pond pump to make water flow through the pond pump, having an inlet hole for water to be drawn in and having a filter arranged in the flow upstream of the inlet hole, where the filter delimits a filter chamber that is at least partly surrounded by a filter surface that lets water through, in such a way that raw water that has not been filtered is provided for outside the filter surface and clean water that has been filtered is provided for inside the filter chamber, where a filter shaft extends inside the filter chamber and where the pond pump incorporates a swirl element that is mounted movably and driven rotarily, in such a way that on the outer, so-called raw side of the filter surface that is oriented towards the raw water swirls are set up that impede or hinder the deposit of solid matter on the raw side of the filter surface, characterised in that the filter surface is mounted so as to be movable relative to the filter shaft and can be contactlessly made to rotate and forms the swirl element.
A foundation structure of an offshore installation, in particular an offshore wind turbine, including at least one foundation element anchorable to the sea floor, excluding a gravity foundation and excluding a floating foundation, and a support structure fastened thereto for fixing the offshore installation, characterised in that the foundation element is a pile, which is insertable into the sea floor by means of boring and/or by vibrating it in, which is fixable in the sea floor with an organic and/or inorganic material and which is aligned at an angle to the vertical on the sea floor.
A door checker for holding a door in a desired open position comprising: a housing which includes a base from which first and second opposing flanges extend, wherein the housing is substantially open on three sides; a guide element interconnected to the first and second flanges; a check arm which extends through the base and is configured to move relative to the housing and includes a profile having a variable height that corresponds to a variable door holding force; and a bearing member, wherein the bearing member comprises a bearing case with an aperture within which a ball, engaging the profile, is arranged, the bearing member being arranged on one side of the check arm and being slidably supported by the guide element, and wherein the bearing member is configured to slide along the guide element as the bearing member coacts with the profile. a housing which includes a base from which first and second opposing flanges extend, wherein the housing is substantially open on three sides; a guide element interconnected to the first and second flanges; a check arm which extends through the base and is configured to move relative to the housing and includes a profile having a variable height that corresponds to a variable door holding force; and a bearing member, wherein the bearing member comprises a bearing case with an aperture within which a ball, engaging the profile, is arranged, the bearing member being arranged on one side of the check arm and being slidably supported by the guide element, and wherein the bearing member is configured to slide along the guide element as the bearing member coacts with the profile.
An actuator comprising an electric motor, the motor comprising a rotor and a stator, the rotor comprising a plurality of magnets, the stator comprising a plurality of radially inwardly extending teeth separated by slots and a plurality of stator coils wound in the slots, around the teeth, to generate, with the magnets, a magnetic field enabling movement of the rotor relative to the stator, characterised in that the motor further comprising damping means to provide a damping function to the actuator, and the damping means comprising rods or bars of electrically conductive material provided in the slots between the stator teeth, the rods or bars being located between the stator coils and the magnets, in the radial direction, and wherein the rods or bars extend along the slots from one axial end of the stator to the other axial end, and further comprising means for shorting the conductive material of the rods or bars, the means for shorting comprising a shorting ring at an axial end of the stator in contact with the rods or bars of electrically conductive material.
A duct coupler assembly for use in post-tensioning concrete comprising: a female duct coupler, the female duct coupler coupled to a first duct segment, the female duct coupler including a female duct coupler body having a female edge and an inner surface having an inner diameter, the female duct coupler having a bayonet slot; and a male duct coupler, the male duct coupler coupled to a second duct segment, the male duct coupler including a male duct coupler body having an outer surface with an outer diameter, the outer diameter being smaller than the inner diameter of the inner surface of the female duct coupler body, such that at least a portion of the male duct coupler body is positioned within the female duct coupler body, the male duct coupler having a bayonet post extending from the outer surface of the male duct coupler body, the male duct coupler separably coupled to the female duct coupler, and the bayonet post positioned within the bayonet slot wherein the bayonet post contacts a detent or flat formed in the bayonet slot and wherein the detent or flat retains the bayonet post by elastic tension between the female duct coupler body and the male duct coupler body; characterised in that the male duct coupler further comprises a male coupler flange, the male coupler flange abuts the female edge of the female duct coupler when the male duct coupler is coupled with the female duct coupler so as to resist further insertion of the male duct coupler body into the female duct coupler body. a female duct coupler, the female duct coupler coupled to a first duct segment, the female duct coupler including a female duct coupler body having a female edge and an inner surface having an inner diameter, the female duct coupler having a bayonet slot; and a male duct coupler, the male duct coupler coupled to a second duct segment, the male duct coupler including a male duct coupler body having an outer surface with an outer diameter, the outer diameter being smaller than the inner diameter of the inner surface of the female duct coupler body, such that at least a portion of the male duct coupler body is positioned within the female duct coupler body, the male duct coupler having a bayonet post extending from the outer surface of the male duct coupler body, the male duct coupler separably coupled to the female duct coupler, and the bayonet post positioned within the bayonet slot wherein the bayonet post contacts a detent or flat formed in the bayonet slot and wherein the detent or flat retains the bayonet post by elastic tension between the female duct coupler body and the male duct coupler body; characterised in that the male duct coupler further comprises a male coupler flange, the male coupler flange abuts the female edge of the female duct coupler when the male duct coupler is coupled with the female duct coupler so as to resist further insertion of the male duct coupler body into the female duct coupler body.
A method for performing driving route optimization in field cultivation having at least one cultivation step in which a predefined cultivation area is driven through by an agricultural machine in accordance with a driving route (F 1 -F 5) containing a plurality of parallel lanes (S 1 -S 5), wherein the driving route (F 1 -F 5) is able to be characterized by an orientation (A 1, A 2) of the lanes (S 1 -S 5), a positioning (P 1 -P 4) that defines positions of all of the lanes (S 1 -S 5), and an order (R 1 -R 5) in which the lanes (S 1 -S 5) are driven through, wherein, the method comprising the steps of: performing, as a cultivation step, an automatic optimization of the order (R 1 -R 5) for each of a plurality of combinations of in each case an orientation (A 1, A 2) and a positioning (P 1 -P 4) by ascertaining, from a plurality of orders (R 1 -R 5), an order (R opt) that is optimum for this combination in accordance with a defined optimization criterion for performing driving route optimization; performing, as a cultivation step, an automatic optimization of the driving route (F 1 -F 5) by ascertaining, from the plurality of combinations, incorporating the optimum order (R opt) ascertained for the respective combination, a combination that is optimum in accordance with the optimization criterion and that corresponds to an optimum driving route (F opt) for this cultivation step; and generating control data, for controlling at least one agricultural machine during a cultivation step, automatically, wherein the control data represent the optimum driving route (F opt), wherein the plurality of combinations contains different combinations of a single orientation (A 1, A 2) with different positionings (P 1 -P 4). performing, as a cultivation step, an automatic optimization of the order (R 1 -R 5) for each of a plurality of combinations of in each case an orientation (A 1, A 2) and a positioning (P 1 -P 4) by ascertaining, from a plurality of orders (R 1 -R 5), an order (R opt) that is optimum for this combination in accordance with a defined optimization criterion for performing driving route optimization; performing, as a cultivation step, an automatic optimization of the driving route (F 1 -F 5) by ascertaining, from the plurality of combinations, incorporating the optimum order (R opt) ascertained for the respective combination, a combination that is optimum in accordance with the optimization criterion and that corresponds to an optimum driving route (F opt) for this cultivation step; and generating control data, for controlling at least one agricultural machine during a cultivation step, automatically, wherein the control data represent the optimum driving route (F opt), wherein the plurality of combinations contains different combinations of a single orientation (A 1, A 2) with different positionings (P 1 -P 4).
A method for assembling a temperature-dependent switch, including the steps: (i) providing a switch housing having a first and a second electrode (50, 52) and a temperature-dependent switching mechanism arranged in the switch housing, wherein the switching mechanism is configured to switch in a temperature-dependent manner between a closed state, which the switching mechanism assumes below a response temperature and in which the switching mechanism establishes an electrically conductive connection between the first and the second electrode (50, 52), and an open state, which the switching mechanism assumes above the response temperature and in which the switching mechanism disconnects the electrically conductive connection; characterized by the following steps: (ii) heating the switching mechanism to a temperature above the response temperature to bring the switching mechanism in the open state; and (iii) attaching, by material-locking joining, a first external terminal to the first electrode or to a part electrically connected with the first electrode, while the switching mechanism is in the open state. (i) providing a switch housing having a first and a second electrode (50, 52) and a temperature-dependent switching mechanism arranged in the switch housing, wherein the switching mechanism is configured to switch in a temperature-dependent manner between a closed state, which the switching mechanism assumes below a response temperature and in which the switching mechanism establishes an electrically conductive connection between the first and the second electrode (50, 52), and an open state, which the switching mechanism assumes above the response temperature and in which the switching mechanism disconnects the electrically conductive connection; (ii) heating the switching mechanism to a temperature above the response temperature to bring the switching mechanism in the open state; and (iii) attaching, by material-locking joining, a first external terminal to the first electrode or to a part electrically connected with the first electrode, while the switching mechanism is in the open state.
Connecting device (1, 2) for connecting an expansion tank to an operating fluid tank for a motor vehicle, such that the expansion tank is arranged in an operating fluid tank interior, characterized in that the connecting device (1, 2) comprises the following: - a first connecting surface which surrounds a through-opening of the connecting device (1, 2) for integrally bonded connection to an inner surface of an expansion tank wall; and - a second connecting surface which surrounds the through-opening of the connecting device (1, 2) for integrally bonded connection to an inner surface of an operating fluid tank wall. - a first connecting surface which surrounds a through-opening of the connecting device (1, 2) for integrally bonded connection to an inner surface of an expansion tank wall; and - a second connecting surface which surrounds the through-opening of the connecting device (1, 2) for integrally bonded connection to an inner surface of an operating fluid tank wall.
A communication duration configuring method in a mobile communication system including a mobile relay station for relaying a wireless communication between a base station and a mobile station, the method comprising: detecting, by the relay station, a handover of the relay station from the base station to a target base station; configuring, by the relay station, at least one of communication durations from a downlink communication duration where the relay station receives a transmission signal from a target base station while restricting a transmission of a signal from the relay station to the mobile station and an uplink communication duration where the relay station transmits a transmission signal to the target base station while restricting a transmission of a signal from the mobile station to the relay station; and restricting, by the relay station, a transmission/reception of a signal to/from the mobile station in a first period from the detection of the handover of the relay station until when the configured communication duration starts, and using a desired duration within the first period as a further communication duration in which to receive a control signal for use in the handover from the target base station or transmit a control signal for use in the handover to the target base station. detecting, by the relay station, a handover of the relay station from the base station to a target base station; configuring, by the relay station, at least one of communication durations from a downlink communication duration where the relay station receives a transmission signal from a target base station while restricting a transmission of a signal from the relay station to the mobile station and an uplink communication duration where the relay station transmits a transmission signal to the target base station while restricting a transmission of a signal from the mobile station to the relay station; and restricting, by the relay station, a transmission/reception of a signal to/from the mobile station in a first period from the detection of the handover of the relay station until when the configured communication duration starts, and using a desired duration within the first period as a further communication duration in which to receive a control signal for use in the handover from the target base station or transmit a control signal for use in the handover to the target base station.