mhurhangee/ep-ind-claims huggingface dataset:
A lighting apparatus comprising: - a laser source for emitting laser light, - a first laser light modification unit for modifying an optical characteristic of the laser light, said first laser light modification unit being situated at a first location, - a second laser light modification unit for modifying an optical characteristic of the laser light, said second laser light modification unit being situated at a second location, - a laser light distribution modification unit for modifying a laser light distribution (5, 6) directed onto at least one of the first and second laser light modification units (7, 8) from a first to a second laser light distribution which is different from the first laser light distribution, wherein at least one of the optical characteristics to be modified is one of the following: spectral distribution, collimation, intensity, and beam pattern. - a laser source for emitting laser light, - a first laser light modification unit for modifying an optical characteristic of the laser light, said first laser light modification unit being situated at a first location, - a second laser light modification unit for modifying an optical characteristic of the laser light, said second laser light modification unit being situated at a second location, - a laser light distribution modification unit for modifying a laser light distribution (5, 6) directed onto at least one of the first and second laser light modification units (7, 8) from a first to a second laser light distribution which is different from the first laser light distribution, spectral distribution, collimation, intensity, and beam pattern.
A method comprising: contacting a silica support material with a sulfating agent to form a sulfated silica support material comprising sulfate anions; thermally treating the sulfated silica support material to form a thermally treated sulfated silica support material; contacting the thermally treated sulfated silica support material with a chromium-containing compound to form a mixture; and thermally treating the mixture to form a polymerization catalyst, wherein the polymerization catalyst has a sulfate anion content of from 0.1 wt. % to 3.0 wt. %; contacting a monomer with the polymerization catalyst under conditions suitable for the formation of a polymer; and recovering the polymer, wherein the polymer has a weight average molecular weight that is decreased by from 5% to 99% when compared to the weight average molecular weight of a polymer obtained from an otherwise identical catalyst made in the absence of sulfate. contacting a silica support material with a sulfating agent to form a sulfated silica support material comprising sulfate anions; thermally treating the sulfated silica support material to form a thermally treated sulfated silica support material; contacting the thermally treated sulfated silica support material with a chromium-containing compound to form a mixture; and thermally treating the mixture to form a polymerization catalyst, wherein the polymerization catalyst has a sulfate anion content of from 0.1 wt. % to 3.0 wt. %; contacting a monomer with the polymerization catalyst under conditions suitable for the formation of a polymer; and recovering the polymer, wherein the polymer has a weight average molecular weight that is decreased by from 5% to 99% when compared to the weight average molecular weight of a polymer obtained from an otherwise identical catalyst made in the absence of sulfate.
A mobile body provided with a housing portion configured to store an article in a removable manner, wherein the housing portion is closer to one side of the mobile body with respect to a central point of the mobile body in a fore and aft direction so as to be rotatable around a rotational axis extending in a left and right direction with respect to the mobile body while storing the article between a retaining position for retaining the stored article and an open position exposing an opening toward the one side of the mobile body, the housing portion being configured such that an upper part of the housing portion moves toward the one side as the housing portion rotates from the retaining position to the open position, wherein the mobile body is a vehicle having a plurality of wheels (4, 5), including a right wheel and a left wheel provided in an aligned relationship in the fore and aft direction, wherein the housing portion is positioned between the left wheel and the right wheel in the left and right direction in such a manner that at least a part of the housing portion overlaps with the left wheel and the right wheel as viewed in the left and right direction when the housing portion is in the retaining position, and wherein the housing portion is located inward of outer ends of the left wheel and the right wheel in the fore and aft direction when in the retaining position, characterized in that the rotational axis is arranged on the one side of the housing portion, and overlaps with the left wheel and the right wheel as viewed in the left and right direction. wherein the housing portion is closer to one side of the mobile body with respect to a central point of the mobile body in a fore and aft direction so as to be rotatable around a rotational axis extending in a left and right direction with respect to the mobile body while storing the article between a retaining position for retaining the stored article and an open position exposing an opening toward the one side of the mobile body, the housing portion being configured such that an upper part of the housing portion moves toward the one side as the housing portion rotates from the retaining position to the open position, wherein the mobile body is a vehicle having a plurality of wheels (4, 5), including a right wheel and a left wheel provided in an aligned relationship in the fore and aft direction, wherein the housing portion is positioned between the left wheel and the right wheel in the left and right direction in such a manner that at least a part of the housing portion overlaps with the left wheel and the right wheel as viewed in the left and right direction when the housing portion is in the retaining position, and wherein the housing portion is located inward of outer ends of the left wheel and the right wheel in the fore and aft direction when in the retaining position, characterized in that the rotational axis is arranged on the one side of the housing portion, and overlaps with the left wheel and the right wheel as viewed in the left and right direction.
A method for activating a mobile terminal to communicate over a communication network, the method comprising: receiving, by the mobile terminal, from a provisioning terminal, provisioning data, the provisioning data being related to the communication network; wherein the provisioning data is retrieved by the provisioning terminal from a provisioning data server and is included in at least one of an image and a barcode that is generated by the provisioning terminal; wherein the receiving of the provisioning data comprises scanning, by the mobile terminal, the at least one of the image and the barcode; wherein the at least one of the image and the barcode comprises a preferred roaming list and the at least one of the image and the barcode is included in at least one of a plane ticket and a travel reservation, wherein the preferred roaming list included in the at least one of the image and the barcode is specific to a destination location of the at least one of the plane ticket and the travel reservation; and determining, by the mobile terminal, that the provisioning data is applicable to the mobile terminal by identifying an identifier of the mobile terminal included in the provisioning data; and configuring, at the mobile terminal, communication settings related to the provisioning data, for the mobile terminal to communicate through the communication network. receiving, by the mobile terminal, from a provisioning terminal, provisioning data, the provisioning data being related to the communication network; wherein the provisioning data is retrieved by the provisioning terminal from a provisioning data server and is included in at least one of an image and a barcode that is generated by the provisioning terminal; wherein the receiving of the provisioning data comprises scanning, by the mobile terminal, the at least one of the image and the barcode; wherein the at least one of the image and the barcode comprises a preferred roaming list and the at least one of the image and the barcode is included in at least one of a plane ticket and a travel reservation, wherein the preferred roaming list included in the at least one of the image and the barcode is specific to a destination location of the at least one of the plane ticket and the travel reservation; and determining, by the mobile terminal, that the provisioning data is applicable to the mobile terminal by identifying an identifier of the mobile terminal included in the provisioning data; and configuring, at the mobile terminal, communication settings related to the provisioning data, for the mobile terminal to communicate through the communication network.
An information display apparatus comprising: a light projecting part that is configured to project a luminous flux; and a reflector that is configured to reflect the luminous flux from the light projecting part, wherein the reflector comprises a plurality of unit regions two-dimensionally arranged on a main surface, each of the unit regions being a region equivalent to a single pixel in a picture emitted by the light projecting part, including a plurality of reflecting surfaces two-dimensionally arranged, and splitting the luminous flux entering the plurality of reflecting surfaces to perform reflection in a plurality of directions; the plurality of reflecting surfaces in each of the unit regions are configured to allow as many viewpoints to be formed at a predetermined distance from the main surface as the reflecting surfaces included in each of the unit regions by a plurality of partial luminous fluxes outputted from each of the unit regions; and the plurality of reflecting surfaces in each of the unit regions are configured to allow a pitch between the plurality of partial luminous fluxes to be equal to or larger than an interval between eyes of a person at the predetermined distance from the main surface. a light projecting part that is configured to project a luminous flux; and a reflector that is configured to reflect the luminous flux from the light projecting part, wherein the reflector comprises a plurality of unit regions two-dimensionally arranged on a main surface, each of the unit regions being a region equivalent to a single pixel in a picture emitted by the light projecting part, including a plurality of reflecting surfaces two-dimensionally arranged, and splitting the luminous flux entering the plurality of reflecting surfaces to perform reflection in a plurality of directions; the plurality of reflecting surfaces in each of the unit regions are configured to allow as many viewpoints to be formed at a predetermined distance from the main surface as the reflecting surfaces included in each of the unit regions by a plurality of partial luminous fluxes outputted from each of the unit regions; and the plurality of reflecting surfaces in each of the unit regions are configured to allow a pitch between the plurality of partial luminous fluxes to be equal to or larger than an interval between eyes of a person at the predetermined distance from the main surface.
A control method for a vehicle having a continuously variable transmission, the control method for controlling the height of a linkage on the vehicle and/or on an implement coupled with the vehicle, the control method comprising the steps of: detecting an input draft force by sensors in the CVT or a driveline; processing said input draft force to provide an output draft force upon which movement of the linkage is based; and raising and lowering the linkage based on the output draft force, characterised in that the step of processing comprises at least one of the following: compensating the input draft force detected during acceleration or deceleration, compensating the input draft detected whilst travelling along a slope, equalising the input draft force by applying a ramp function, and/or reducing the input draft force when the linkage is at a predetermined height. detecting an input draft force by sensors in the CVT or a driveline; processing said input draft force to provide an output draft force upon which movement of the linkage is based; and raising and lowering the linkage based on the output draft force, compensating the input draft force detected during acceleration or deceleration, compensating the input draft detected whilst travelling along a slope, equalising the input draft force by applying a ramp function, and/or reducing the input draft force when the linkage is at a predetermined height.
Sensor system for providing an N-dimensional measurement signal, comprising the following elements: - N sensors having measuring directions which are linearly independent of one another; - at least one additional sensor, the expected signal from which can be calculated by means of a non-trivial linear combination of all other sensor signals; - a stimulus source for providing a periodic stimulus signal for each of the sensors, the stimulus signals having frequencies which are orthogonal to one another, and - a processing device for removing the stimulus signals from the sensor signals and for providing the N-dimensional measurement signal, the processing device comprising the following: - a mixer for mixing the sensor signals; - a stimulus filter for each sensor for filtering the stimulus signal from the output signal from the mixer; - a compensator for each sensor, which compensator is connected to the sensor assigned to it and to the corresponding stimulus filter and is intended to compensate the sensor signal for the stimulus signal, and - a redundancy reducer for providing the output signal on the basis of the signals from the compensators. - N sensors having measuring directions which are linearly independent of one another; - at least one additional sensor, the expected signal from which can be calculated by means of a non-trivial linear combination of all other sensor signals; - a stimulus source for providing a periodic stimulus signal for each of the sensors, the stimulus signals having frequencies which are orthogonal to one another, and - a processing device for removing the stimulus signals from the sensor signals and for providing the N-dimensional measurement signal, - a mixer for mixing the sensor signals; - a stimulus filter for each sensor for filtering the stimulus signal from the output signal from the mixer; - a compensator for each sensor, which compensator is connected to the sensor assigned to it and to the corresponding stimulus filter and is intended to compensate the sensor signal for the stimulus signal, and - a redundancy reducer for providing the output signal on the basis of the signals from the compensators.
A method for producing a noodle having improved stickiness and elasticity with α-glucosidase and glucose oxidase, wherein the α-glucosidase is used in 1.5 to 300,000 U per gram of a raw material cereal flour, and wherein the glucose oxidase is used in 0.002 to 500 U per gram of the raw material cereal flour and in 0.00006 to 3 U per unit of the α-glucosidase.
A process for the on-line pre-treatment of a substrate comprising wool, silk or blends thereof rendering the substrate receptive for a subsequent step of indigo dyeing, the pre-treatment step comprising generating dye combining sites by: (i) cationisation on the substrate; and (ii) treatment with caustic soda; for a period sufficient to generate said sites, wherein pre-treatment step (i) includes the step of cationising the substrate by passing the substrate through a pre-treatment bath containing a cationising compound solution followed by aeration such that the cationising compound can penetrate into the substrate, and wherein the pre-treatment step is carried out for 5 to 30 seconds and the aeration is carried out for 30 to 180 seconds. (i) cationisation on the substrate; and (ii) treatment with caustic soda; wherein pre-treatment step (i) includes the step of cationising the substrate by passing the substrate through a pre-treatment bath containing a cationising compound solution followed by aeration such that the cationising compound can penetrate into the substrate, and wherein the pre-treatment step is carried out for 5 to 30 seconds and the aeration is carried out for 30 to 180 seconds.
A display panel, comprising: a transparent substrate layer; a thin film transistor layer on a side of the transparent substrate layer; a first pixel defining layer on a side of the thin film transistor layer away from the transparent substrate layer and having a plurality of first openings; a plurality of light emitting devices (131a, 131b, 131c) arranged in an array in the plurality of first openings and on a side of the thin film transistor layer away from the transparent substrate layer, wherein the light emitting devices (131a, 131b, 131c) are bottom emitting type light emitting devices; a second pixel defining layer on a side of the transparent substrate layer away from the thin film transistor layer and having a plurality of second openings; and a wavelength converting layer having a plurality of wavelength converting units (211a, 211b), each of the wavelength converting units (211a, 211b) being disposed in one of the second openings and in contact with the transparent substrate layer; wherein the transparent substrate layer has a thickness less than or equal to 5 μm. a transparent substrate layer; a thin film transistor layer on a side of the transparent substrate layer; a first pixel defining layer on a side of the thin film transistor layer away from the transparent substrate layer and having a plurality of first openings; a plurality of light emitting devices (131a, 131b, 131c) arranged in an array in the plurality of first openings and on a side of the thin film transistor layer away from the transparent substrate layer, wherein the light emitting devices (131a, 131b, 131c) are bottom emitting type light emitting devices; a second pixel defining layer on a side of the transparent substrate layer away from the thin film transistor layer and having a plurality of second openings; and a wavelength converting layer having a plurality of wavelength converting units (211a, 211b), each of the wavelength converting units (211a, 211b) being disposed in one of the second openings and in contact with the transparent substrate layer; wherein the transparent substrate layer has a thickness less than or equal to 5 μm.
Control apparatus for controlling the power of an electrical consumer (5, 6), in particular an electrical domestic appliance or an assembly of an electrical domestic appliance, having at least one sensor and a processing means for comparing a parameter detected by the sensor with a predetermined value and for influencing the power of the consumer based on the result of this comparison, wherein the at least one sensor is a voltage sensor for detecting a network voltage, characterised in that the processing means is set up to identify recurring patterns (13, 14) in the time sequence of the network voltage, to forecast a future comparison result based on an identified pattern (13, 14) and, if the forecast comparison result indicates that first conditions for lowering the power are present, to ascertain at a current time point (S 14) that first conditions for increasing the power (S 15) are present.
A switchgear cabinet or rack assembly, comprising an electricity supply device which can be or is connected to a primary power supply, wherein equipment which is to be supplied with power and is housed in at least one switchgear cabinet or rack on the user side is connected to said electricity supply device, wherein a sub-distribution device is arranged in the at least one switchgear cabinet or rack or in a separate cabinet or rack, said device comprising at least one sub-distribution unit which can be connected to the primary power supply, has its own housing or its own frame and is retained and secured by means of a mounting unit, wherein the first sub-distribution unit can be connected, on the one hand, to primary supply lines (41, 42, 43) leading to the primary power supply and, on the other hand, to prefabricated connecting lines leading to the equipment to be supplied, wherein at least one second sub-distribution unit is or can be connected by means of coupling/plug units directly or by means of prefabricated cables to the first sub-distribution unit, wherein only one of the sub-distribution units is connected to the primary power supply, characterized in that a receiving socket (17.1) for receiving a plug element (17.2) of the connecting line on the user side is arranged in a housing side wall (11.1) of at least one of the sub-distribution units, and that a feed-through opening (16.1) for the plug element (17.2) is constructed in an adjacent wall on the cabinet side or in an adjacent mounting rail.
A wireless end-user device, comprising: a wireless modem (1812, 1813) to communicate data for network service usage activities between the wireless end-user device and a wireless network; a processor; and a computer-readable storage medium storing instructions that, when provided to the processor, cause the processor to, associate a network service usage control policy with network service usage activity, on behalf of a first device application, that occurs when the first device application is not in the foreground of user interaction, determine whether the first device application, associated with a particular network service usage activity, is in the foreground of user interaction, and dynamically determine whether to apply the network service usage control policy to the particular network service usage activity, when the first device application is not in the foreground of user interaction, based on a power control state. a wireless modem (1812, 1813) to communicate data for network service usage activities between the wireless end-user device and a wireless network; a processor; and a computer-readable storage medium storing instructions that, when provided to the processor, cause the processor to, associate a network service usage control policy with network service usage activity, on behalf of a first device application, that occurs when the first device application is not in the foreground of user interaction, determine whether the first device application, associated with a particular network service usage activity, is in the foreground of user interaction, and dynamically determine whether to apply the network service usage control policy to the particular network service usage activity, when the first device application is not in the foreground of user interaction, based on a power control state. determine whether the first device application, associated with a particular network service usage activity, is in the foreground of user interaction, and dynamically determine whether to apply the network service usage control policy to the particular network service usage activity, when the first device application is not in the foreground of user interaction, based on a power control state.