mhurhangee/ep-ind-claims huggingface dataset:
A luminous electronic information device for displaying information on at least one inside condition of a vehicle to persons outside the vehicle in a visible manner under differing conditions of outside ambient light with at least one display for showing the information so that it is visible from outside the vehicle; a luminous element for illuminating the displayed information; electronic control means connected to the luminous element and power connecting means for connecting a power input of the device to a power output of the vehicle; at least one control actuator for activation/deactivation of the luminous elements; fixing means for fixing the device at an inside portion of a window of the vehicle; whereby it comprises a first support where a plurality of light emitting diodes emulating the information to be shown is arranged, the light emitting diodes being connected to control means and designed to emit light in a plurality of brightness modes; a logic control unit comprised in the control means and connected to a switching means for selection of at least two brightness modes, said logic control unit being designed to regulate the brightness mode of the light emitting diodes as a function of said selection made by the switching means; a front plate arranged over the first support and over the light emitting diodes, through which the displayed information emulated by the light emitting diodes is visible through said window of the vehicle; a second support holding the first support and said front plate; whereby the control means comprise automatic brightness control means connected to the logic control unit and additional connecting means for connecting the brightness control means to a switching circuit for activating lights of the vehicle; the brightness control means are designed to automatically activate the logic control unit to make the light emitting diodes in a low brightness mode when detecting that the lights of the vehicle are switched on and in a high brightness mode when detecting that the lights of the vehicle are switched off; characterized in that - the second support is a housing into which said first support with said light emitting diodes, said control means and said front plate are built-in, and - the switching means are a pushbutton and said logic control unit is designed to discriminate spaces of time during which the pushbutton is being pushed, and to regulate the brightness mode of the light emitting diodes as a function of said spaces of time. - the second support is a housing into which said first support with said light emitting diodes, said control means and said front plate are built-in, and - the switching means are a pushbutton and said logic control unit is designed to discriminate spaces of time during which the pushbutton is being pushed, and to regulate the brightness mode of the light emitting diodes as a function of said spaces of time.
A hydraulic circuit of a power machine (100; 200; 300) for providing power to at least one implement actuator of an implement mounted on the power machine, the hydraulic circuit comprising: an implement pump (224C; 310) configured to receive hydraulic fluid from a tank through an input conduit and to supply a flow of pressurized hydraulic fluid at an implement pump outlet conduit; a main control valve coupled to the implement pump output conduit and configured to provide pressurized hydraulic fluid from the implement pump to the at least one implement actuator through a main control valve output conduit; characterised by a bypass circuit having an inlet conduit coupled to the implement pump outlet conduit to selectively receive a portion of the flow of pressurized hydraulic fluid from the implement pump (224C, 310) and to provide the portion of the flow of pressurized hydraulic fluid to the at least one implement actuator at a bypass circuit output conduit coupled to the control valve output conduit such that flow of pressurized hydraulic fluid provided to the at least one implement actuator is a combined flow including flow through the main control valve and flow bypassing the main control valve. an implement pump (224C; 310) configured to receive hydraulic fluid from a tank through an input conduit and to supply a flow of pressurized hydraulic fluid at an implement pump outlet conduit; a main control valve coupled to the implement pump output conduit and configured to provide pressurized hydraulic fluid from the implement pump to the at least one implement actuator through a main control valve output conduit; characterised by a bypass circuit having an inlet conduit coupled to the implement pump outlet conduit to selectively receive a portion of the flow of pressurized hydraulic fluid from the implement pump (224C, 310) and to provide the portion of the flow of pressurized hydraulic fluid to the at least one implement actuator at a bypass circuit output conduit coupled to the control valve output conduit such that flow of pressurized hydraulic fluid provided to the at least one implement actuator is a combined flow including flow through the main control valve and flow bypassing the main control valve.
A method of generating an image gradient, characterised by: providing a stretching factor and one-dimensional image data for generating a two-dimensional digital image to a hardware graphics processor, wherein the one-dimensional image data comprises a single pixel along a first direction of the two-dimensional digital image and multiple pixels along a second direction of the two-dimensional digital image, wherein the second direction is orthogonal to the first direction, wherein the multiple pixels along the second direction of the two-dimensional digital image comprise an image gradient, and wherein the stretching factor indicates how much the one-dimensional image data is to be stretched in the first direction of the two-dimensional digital image; and initiating a one-dimensional stretching operation by the hardware graphics processor based on the one-dimensional image data and the stretching factor to generate the two-dimensional digital image; wherein the one-dimensional stretching operation, when initiated, duplicates each of the pixels along the second direction by the stretching factor in the first direction to generate the two-dimensional digital image comprising multiple pixels along the first direction for each pixel of the one-dimensional image data, with each of the multiple pixels along the first direction duplicating the corresponding pixel. providing a stretching factor and one-dimensional image data for generating a two-dimensional digital image to a hardware graphics processor, wherein the one-dimensional image data comprises a single pixel along a first direction of the two-dimensional digital image and multiple pixels along a second direction of the two-dimensional digital image, wherein the second direction is orthogonal to the first direction, wherein the multiple pixels along the second direction of the two-dimensional digital image comprise an image gradient, and wherein the stretching factor indicates how much the one-dimensional image data is to be stretched in the first direction of the two-dimensional digital image; and initiating a one-dimensional stretching operation by the hardware graphics processor based on the one-dimensional image data and the stretching factor to generate the two-dimensional digital image; wherein the one-dimensional stretching operation, when initiated, duplicates each of the pixels along the second direction by the stretching factor in the first direction to generate the two-dimensional digital image comprising multiple pixels along the first direction for each pixel of the one-dimensional image data, with each of the multiple pixels along the first direction duplicating the corresponding pixel.
Vehicle having a device for towing, having: - a chassis supporting structure with a front side, a rear side and a centre line which extends from the front side to the rear side; and - at least one flexible towing means, having a plurality of connecting points (8, 9, 10, 11, 12) towards the chassis supporting structure, it being possible for a towing force which is introduced into the flexible towing means to be introduced into the chassis supporting structure in a manner which is distributed over a plurality of the connecting points (8, 9, 10, 11, 12), - the at least one flexible towing means having connecting points (8, 9, 10, 11, 12) with the chassis supporting structure, which connecting points are arranged at least in a skewed manner with respect to the centre line or such that they are not aligned with one another, characterized in that - the at least one flexible towing means is connected to a wheel axle of the vehicle and a longditudinal beam of the chassis supporting structure. - a chassis supporting structure with a front side, a rear side and a centre line which extends from the front side to the rear side; and - at least one flexible towing means, having a plurality of connecting points (8, 9, 10, 11, 12) towards the chassis supporting structure, it being possible for a towing force which is introduced into the flexible towing means to be introduced into the chassis supporting structure in a manner which is distributed over a plurality of the connecting points (8, 9, 10, 11, 12), - the at least one flexible towing means having connecting points (8, 9, 10, 11, 12) with the chassis supporting structure, which connecting points are arranged at least in a skewed manner with respect to the centre line or such that they are not aligned with one another, - the at least one flexible towing means is connected to a wheel axle of the vehicle and a longditudinal beam of the chassis supporting structure.
A base station apparatus (1A, 1B) that communicates with a terminal apparatus (2A, 2B), comprising: a transmission unit configured to transmit, to the terminal apparatus (2A, 2B), a plurality of Channel State Information - Reference Signal, CSI-RS, configurations and a plurality of CSI-RS for channel measurement corresponding to each of the CSI-RS configurations; and a reception unit configured to receive, from the terminal apparatus (2A, 2B), a channel state information, CSI, generated from one of the plurality of CSI-RS, wherein each of the CSI-RS configurations is information indicating a resource element to which the CSI-RS is mapped, wherein the reception unit is configured to receive the CSI including information that is based on one of the plurality of CSI-RS configurations, wherein the information that is based on one of the plurality of CSI-RS configurations is an index indicating the CSI-RS configuration, and the information that is based on one of the plurality of CSI-RS configurations corresponds to one CSI-RS used to generate the CSI. a transmission unit configured to transmit, to the terminal apparatus (2A, 2B), a plurality of Channel State Information - Reference Signal, CSI-RS, configurations and a plurality of CSI-RS for channel measurement corresponding to each of the CSI-RS configurations; and a reception unit configured to receive, from the terminal apparatus (2A, 2B), a channel state information, CSI, generated from one of the plurality of CSI-RS, wherein each of the CSI-RS configurations is information indicating a resource element to which the CSI-RS is mapped, wherein the reception unit is configured to receive the CSI including information that is based on one of the plurality of CSI-RS configurations, wherein the information that is based on one of the plurality of CSI-RS configurations is an index indicating the CSI-RS configuration, and the information that is based on one of the plurality of CSI-RS configurations corresponds to one CSI-RS used to generate the CSI.
An indoor unit of an air conditioner using flammable refrigerant, the indoor unit comprising: a casing; an indoor heat exchanger provided in the casing, characterized in that the indoor unit further comprises: a sensor mounting portion provided in the casing; a refrigerant gas sensor detachably attached to the sensor mounting portion; and a regulating member which is configured to regulate detachment of the refrigerant gas sensor in a detaching direction of the refrigerant gas sensor, when the casing is open. a casing; an indoor heat exchanger provided in the casing, characterized in that the indoor unit further comprises: a sensor mounting portion provided in the casing; a refrigerant gas sensor detachably attached to the sensor mounting portion; and a regulating member which is configured to regulate detachment of the refrigerant gas sensor in a detaching direction of the refrigerant gas sensor, when the casing is open. a sensor mounting portion provided in the casing; a refrigerant gas sensor detachably attached to the sensor mounting portion; and a regulating member which is configured to regulate detachment of the refrigerant gas sensor in a detaching direction of the refrigerant gas sensor, when the casing is open.
A method for producing a coatable and/or joinable sheet metal formed part having a metallic anti-corrosive coating, comprising the following steps: - providing a blank consisting of a hardening sheet steel material, with an anti-corrosive coating which is applied to at least one side; - forming this blank into a sheet metal formed part; - carrying out a hardening procedure, especially a press hardening procedure to harden the sheet steel material, wherein during the hardening procedure, a temporary protective layer, especially a temporary oxide layer forms in a defined manner and at least in some regions, on the anti-corrosive coating; and - at least partly removing this temporary protective layer from the sheet metal formed part by blast cleaning using an abrasive blasting agent, wherein the anti-corrosive coating is left behind, characterised in that the sheet metal formed part is simultaneously exposed from both sides to a blast cleaning procedure with an abrasive blasting agent, and in that the sheet metal thickness of the sheet steel material is at least 1 mm to prevent-deformation of the sheet metal formed part. - providing a blank consisting of a hardening sheet steel material, with an anti-corrosive coating which is applied to at least one side; - forming this blank into a sheet metal formed part; - carrying out a hardening procedure, especially a press hardening procedure to harden the sheet steel material, wherein during the hardening procedure, a temporary protective layer, especially a temporary oxide layer forms in a defined manner and at least in some regions, on the anti-corrosive coating; and - at least partly removing this temporary protective layer from the sheet metal formed part by blast cleaning using an abrasive blasting agent, wherein the anti-corrosive coating is left behind,
An iodine-selenium preparation, in the form of an aqueous solution, containing potassium iodide and sodium selenate, characterized in that 1000 dm 3 of the preparation contains 66-396 kg of potassium iodide, 6-36 kg of sodium selenate, 2-30 kg of sodium salicylate, and the pH of the preparation is in the range of 7-10.
A curable composition, comprising: 35 to 65 weight percent of an epoxy resin mixture, wherein the epoxy resin mixture comprises: at least one cycloaliphatic epoxy resin; at least one of a bisphenol-A based epoxy resin and a bisphenol-F based epoxy resin; and at least one of an epoxy phenolic novolac resin, an epoxy bisphenol-A novolac resin and a multifunctional epoxy resin; 35 to 65 weight percent of a cycloaliphatic anhydride hardener comprising nadic methyl anhydride; and from greater than 0 to less than 10 weight percent of a catalyst; wherein the weight percentages given are based on the combined weight of the epoxy resin mixture, the hardener, and the catalyst. 35 to 65 weight percent of an epoxy resin mixture, wherein the epoxy resin mixture comprises: at least one cycloaliphatic epoxy resin; at least one of a bisphenol-A based epoxy resin and a bisphenol-F based epoxy resin; and at least one of an epoxy phenolic novolac resin, an epoxy bisphenol-A novolac resin and a multifunctional epoxy resin; at least one cycloaliphatic epoxy resin; at least one of a bisphenol-A based epoxy resin and a bisphenol-F based epoxy resin; and at least one of an epoxy phenolic novolac resin, an epoxy bisphenol-A novolac resin and a multifunctional epoxy resin; 35 to 65 weight percent of a cycloaliphatic anhydride hardener comprising nadic methyl anhydride; and from greater than 0 to less than 10 weight percent of a catalyst;
Fluid dispenser for the food service sector, having a dimensionally stable housing for receiving a tubular bag having a viscous content, wherein the fluid dispenser is moreover configured for receiving tubular bags which have a delivery device for the metered dispensing of the content, said delivery device being attached or capable of being attached to the tubular bag per se, and wherein the tubular bag furthermore is capable of being inserted in the fluid dispenser in a predetermined position and capable of being fastened therein, and wherein an auxiliary device by way of which viscose contents in the use position of the fluid dispenser by way of a mechanical compression effect on the tubular bag are capable of being continuously urged in the direction towards the delivery device on the tubular bag is present, wherein a suspension device for fastening the tubular bag in the housing is present, and wherein the auxiliary device is a weight roll which is attached between two lateral guides in the housing and which in the use position of the fluid dispenser bears horizontally on and against the tubular bag and on account of the dead weight of said weight roll is able to continuously urge the viscose content located in the tubular bag towards the delivery device on the tubular bag, wherein the auxiliary device includes position-stabilizing means by way of which the horizontal bearing of the weight roll on and against the tubular bag in the use position of the fluid dispenser is capable of being stabilized, wherein the suspension device is conceived for achieving a three-point suspension for the tubular bag, having in the use position two upper suspension means (6a, 6b) and in the use position one lower suspension means, wherein the lower suspension means is a mounting for the delivery device that is attached or capable of being attached to the tubular bag per se, characterized in that at least one of the upper suspension means (6a, 6b) is adjustable in terms of the distance from the other upper suspension means (6b, 6a).
A nucleic acid structure comprising two single-stranded oligonucleotides, wherein each oligonucleotide comprises four domains arranged to form two adjacent antiparallel helices connected to each other by a single phosphate bond, wherein the two single-stranded oligonucleotides are arranged to form an approximately 90° dihedral angle by hybridization of two complementary domains, one in each of the oligonucleotides, and wherein the oligonucleotides are at least 32 nucleotides in length.
An axe comprising: a handle with a first gripping end, and an axe head in a second end of the handle, the axe head comprising an edge, wherein the handle further comprises: a straight tubular portion comprising a filling, and a curved tubular portion characterized in that the curved tubular portion is hollow and an inner area of the hollow curved tubular portion of the handle perpendicular to a longitudinal center axis of the curved tubular portion increases towards the first gripping end of the handle. a handle with a first gripping end, and an axe head in a second end of the handle, the axe head comprising an edge, wherein the handle further comprises: a straight tubular portion comprising a filling, and a curved tubular portion characterized in that the curved tubular portion is hollow and an inner area of the hollow curved tubular portion of the handle perpendicular to a longitudinal center axis of the curved tubular portion increases towards the first gripping end of the handle. a straight tubular portion comprising a filling, and a curved tubular portion characterized in that the curved tubular portion is hollow and an inner area of the hollow curved tubular portion of the handle perpendicular to a longitudinal center axis of the curved tubular portion increases towards the first gripping end of the handle.
A microscope, comprising: a sample chamber, a microscope stage arranged below the sample chamber configured to have a sample carrier arranged thereon, a pipetting device configured to pipet the sample carrier, and a moving mechanism configured to move the pipetting device between a non-operating position in which the pipetting device is arranged outside the sample chamber and an operating position in which the pipetting device is arranged inside the sample chamber facing the sample carrier, wherein the pipetting device comprises at least one movable injector configured to drop or inject fluid into the sample carrier, and wherein the pipetting device comprises a frame on which the injector is mounted, the frame being coupled to the moving mechanism in order to be moved between the non-operating position and the operating position, wherein the pipetting device comprises an injector drive configured to move the injector, characterised in that the injector drive is configured to move the injector along at least one direction parallel to a top surface of the microscope stage and relative to the frame to selectively arrange the injector in a plurality of pipetting positions relative to the sample carrier when the frame is in the operating position. a sample chamber, a microscope stage arranged below the sample chamber configured to have a sample carrier arranged thereon, a pipetting device configured to pipet the sample carrier, and a moving mechanism configured to move the pipetting device between a non-operating position in which the pipetting device is arranged outside the sample chamber and an operating position in which the pipetting device is arranged inside the sample chamber facing the sample carrier, wherein the pipetting device comprises at least one movable injector configured to drop or inject fluid into the sample carrier, and wherein the pipetting device comprises a frame on which the injector is mounted, the frame being coupled to the moving mechanism in order to be moved between the non-operating position and the operating position, wherein the pipetting device comprises an injector drive configured to move the injector, characterised in that the injector drive is configured to move the injector along at least one direction parallel to a top surface of the microscope stage and relative to the frame to selectively arrange the injector in a plurality of pipetting positions relative to the sample carrier when the frame is in the operating position.