mhurhangee/ep-ind-claims huggingface dataset:
A starting control apparatus for an internal combustion engine provided with a clutch for connecting and disconnecting a motor and the internal combustion engine, which is installed in a vehicle, the starting control apparatus for an internal combustion engine comprising: a control means for releasing the clutch and maintaining the motor in an actuated state when starting the internal combustion engine, and engaging the clutch after a predetermined time has elapsed from when an engine start command was issued, characterized in that the predetermined time is the time needed for the motor to enter a minimum rotation state required to crank the internal combustion engine. a control means for releasing the clutch and maintaining the motor in an actuated state when starting the internal combustion engine, and engaging the clutch after a predetermined time has elapsed from when an engine start command was issued, characterized in that the predetermined time is the time needed for the motor to enter a minimum rotation state required to crank the internal combustion engine.
Procedure for the manufacture of battery chargers for vehicles, comprising a stage of manufacturing at least an electronic circuit connectable to the battery of a vehicle and suitable for charging said battery, said electronic circuit having at least a printed circuit and at least a wound component electronically connected to said printed circuit, said stage of manufacturing comprises the steps of: - fixing said wound component to said printed circuit; - anchoring at least one template to said printed circuit, said template having at least an outer retention wall which extends at least in part around said wound component; - depositing a heat hardening material onto the entire area of said printed circuit delimited by said outer wall of the template, in correspondence to said wound component; - solidifying said heat hardening material for the blocking of said wound component on said printed circuit. - fixing said wound component to said printed circuit; - anchoring at least one template to said printed circuit, said template having at least an outer retention wall which extends at least in part around said wound component; - depositing a heat hardening material onto the entire area of said printed circuit delimited by said outer wall of the template, in correspondence to said wound component; - solidifying said heat hardening material for the blocking of said wound component on said printed circuit.
An atomic oscillator, comprising: an alkali metal cell in which an alkali metal atom is encapsulated; a light source for emitting laser light which enters the alkali metal cell; a light detector for detecting light which has passed through the alkali metal cell; a first polarizer arranged between the light source and the alkali metal cell; a second polarizer arranged between the alkali metal cell and the light detector; means for controlling a modulation frequency of the light source according to a coherent population trapping resonance which is a light absorption characteristic of a quantum interference effect for two kinds of resonant lights, by modulating the light source to generate sidebands and injecting laser lights with two different wavelengths which are the sidebands into the alkali metal cell, wherein a magnetic field is applied on the alkali metal cell in a direction parallel to a propagating direction of the laser light, wherein the laser light entering the alkali metal cell has a linear polarization, wherein a direction of polarization of the laser light is not parallel to a direction of polarization of the second polarizer, wherein a direction of polarization of the first polarizer is not parallel to the direction of the polarization of the second polarizer, and wherein an angle between the direction of the polarization of the second polarizer and the direction of the polarization of the first polarizer is between -15 and +15 degrees from perpendicular. an alkali metal cell in which an alkali metal atom is encapsulated; a light source for emitting laser light which enters the alkali metal cell; a light detector for detecting light which has passed through the alkali metal cell; a first polarizer arranged between the light source and the alkali metal cell; a second polarizer arranged between the alkali metal cell and the light detector; means for controlling a modulation frequency of the light source according to a coherent population trapping resonance which is a light absorption characteristic of a quantum interference effect for two kinds of resonant lights, by modulating the light source to generate sidebands and injecting laser lights with two different wavelengths which are the sidebands into the alkali metal cell, wherein a magnetic field is applied on the alkali metal cell in a direction parallel to a propagating direction of the laser light, wherein the laser light entering the alkali metal cell has a linear polarization, wherein a direction of polarization of the laser light is not parallel to a direction of polarization of the second polarizer, wherein a direction of polarization of the first polarizer is not parallel to the direction of the polarization of the second polarizer, and wherein an angle between the direction of the polarization of the second polarizer and the direction of the polarization of the first polarizer is between -15 and +15 degrees from perpendicular.
A printer control system for controlling the printing of an object on a support by stacking layers of material on top of each other, each layer derived from a pass image, the object having a surface of varying height, the printer control system comprising - a user interface having a display device and arranged to visualize in a window on the display device a preview image before printing of the object, the preview image comprising a representation of the surface of the object, wherein the printer control system comprises - an analysis section which is configured to analyse the pass images in order to predict before printing the object a location of a contouring artefact at the surface of the object and to create a binary image that represents the contouring artefact as viewed from a top of the object, and - a transformation section which is configured to add the binary image at the predicted location as a contour representation to the preview image, the contour representation being visually distinguishable from the representation of the surface of the object in the preview image. - a user interface having a display device and arranged to visualize in a window on the display device a preview image before printing of the object, the preview image comprising a representation of the surface of the object, - an analysis section which is configured to analyse the pass images in order to predict before printing the object a location of a contouring artefact at the surface of the object and to create a binary image that represents the contouring artefact as viewed from a top of the object, and - a transformation section which is configured to add the binary image at the predicted location as a contour representation to the preview image, the contour representation being visually distinguishable from the representation of the surface of the object in the preview image.
A fluorinated chromium-containing fluorination catalyst consisting essentially of (i) one or more chromium compounds selected from the group consisting of chromia, chromium fluoride, fluorinated chromia and chromium oxyfluorides; (ii) one or more chromium compounds selected from the group consisting of chromium oxide, chromic acid, fluorinated chromium oxide, chromium oxyfluorides and chromyl fluoride; and (iii) one or more zinc compounds, said catalyst containing from greater than 3 to 25 % by weight of zinc based on the total weight of the catalyst, wherein from 1.0 to 8.0 % by weight of the chromium in the catalyst based on the total weight of said chromium is present as chromium and wherein the catalyst is amorphous or partially crystalline comprising less than 8.0 % by weight of crystalline compounds of chromium and/or zinc based on the total weight of the catalyst.
An apparatus for an Evolved Node B, eNodeB, the eNodeB configured to operate in an unlicensed spectrum and apply Listen-Before Talk, LBT, before performing a transmission, the apparatus being configured to: cause sensing of a channel to be idle during a predetermined time period of a channel listen time, the channel being in the unlicensed spectrum; characterized in that the apparatus is further configured to perform the following, if the channel in the unlicensed spectrum is sensed to be idle during said predetermined time period of the channel listen time: set a contention window value to a random number between a minimum value and a maximum value; cause sensing of the channel for one or more additional predetermined time periods of the channel listen time while the contention window value is greater than zero; and decrement the value, until the contention window value reaches zero, for each additional predetermined time period in which the channel is sensed to be idle; and cause transmission of data of a Physical Downlink Shared Channel, PDSCH, on the channel after the channel is sensed to be idle during the predetermined time periods of the channel listen time and after the contention window value is zero. cause sensing of a channel to be idle during a predetermined time period of a channel listen time, the channel being in the unlicensed spectrum; characterized in that the apparatus is further configured to perform the following, if the channel in the unlicensed spectrum is sensed to be idle during said predetermined time period of the channel listen time: set a contention window value to a random number between a minimum value and a maximum value; cause sensing of the channel for one or more additional predetermined time periods of the channel listen time while the contention window value is greater than zero; and decrement the value, until the contention window value reaches zero, for each additional predetermined time period in which the channel is sensed to be idle; and cause transmission of data of a Physical Downlink Shared Channel, PDSCH, on the channel after the channel is sensed to be idle during the predetermined time periods of the channel listen time and after the contention window value is zero. set a contention window value to a random number between a minimum value and a maximum value; cause sensing of the channel for one or more additional predetermined time periods of the channel listen time while the contention window value is greater than zero; and decrement the value, until the contention window value reaches zero, for each additional predetermined time period in which the channel is sensed to be idle; and cause transmission of data of a Physical Downlink Shared Channel, PDSCH, on the channel after the channel is sensed to be idle during the predetermined time periods of the channel listen time and after the contention window value is zero.
A method of calculating the suitability of an object from a videogame for 3D printing, the method comprising the steps of: obtaining data representative of the object as found at a point in time within the video game; calculating a plurality of different scores indicative of the fitness of the object as represented by the obtained data for generating a 3D print of the object, wherein the plurality of different scores are respectively responsive to one or more selected from the list consisting of: i. the arrangement of the object as found at the point in time within the video game; ii. the dependency of one or more elements of the object upon another element; iii. a property of any connective structure used to connect elements of the 3D printed object together; iv. the quality of the obtained data; and v. the method used to generate print data used for the 3D printed version of the object; calculating a combined score from the plurality of different scores for the object as found at a point in time within the video game; and associating the combined score with the data representative of the object as found at the point in time within the video game; and in which an indication of the combined score is displayed together with a visual representation of the object as found at a point in time within the video game. obtaining data representative of the object as found at a point in time within the video game; calculating a plurality of different scores indicative of the fitness of the object as represented by the obtained data for generating a 3D print of the object, wherein the plurality of different scores are respectively responsive to one or more selected from the list consisting of: i. the arrangement of the object as found at the point in time within the video game; ii. the dependency of one or more elements of the object upon another element; iii. a property of any connective structure used to connect elements of the 3D printed object together; iv. the quality of the obtained data; and v. the method used to generate print data used for the 3D printed version of the object; i. the arrangement of the object as found at the point in time within the video game; ii. the dependency of one or more elements of the object upon another element; iii. a property of any connective structure used to connect elements of the 3D printed object together; iv. the quality of the obtained data; and v. the method used to generate print data used for the 3D printed version of the object; calculating a combined score from the plurality of different scores for the object as found at a point in time within the video game; and associating the combined score with the data representative of the object as found at the point in time within the video game; and in which an indication of the combined score is displayed together with a visual representation of the object as found at a point in time within the video game.
Method for manufacturing a holey film, comprising the following steps: providing a substrate having first regions which comprise a hydrophilic substance; cooling the substrate to a temperature which is equal to or lower than the dew point to induce selective condensation of water on the first regions to form droplets; applying a non-water-soluble polymer onto the substrate comprising the water droplets, the polymer forming a holey polymer layer on the substrate; detaching the holey polymer layer from the substrate after it has solidified; depositing a film material on the holey polymer layer to form a film thereon; and dissolving the polymer layer. providing a substrate having first regions which comprise a hydrophilic substance; cooling the substrate to a temperature which is equal to or lower than the dew point to induce selective condensation of water on the first regions to form droplets; applying a non-water-soluble polymer onto the substrate comprising the water droplets, the polymer forming a holey polymer layer on the substrate; detaching the holey polymer layer from the substrate after it has solidified; depositing a film material on the holey polymer layer to form a film thereon; and dissolving the polymer layer.
A method for producing a foamed particle molded article provided with a skin, comprising: forming a hollow molded article by blow molding a parison in a softened state being formed by extruding a polypropylene-based resin; filling a hollow part of the hollow molded article with polypropylene-based resin foamed particles; and supplying a heating medium into the hollow molded article to heat and fuse the polypropylene-based resin foamed particles to each other and further to heat and fuse the polypropylene-based resin foamed particles and the hollow molded article, characterized in that an average thickness of the hollow molded article is 0.3 mm or more and 1.5 mm or less and a melt elongation at 190°C of the polypropylene-based resin forming the hollow molded article measured as described in paragraph of the description is 100 m/min or more, a half-crystallization time at 100°C of the polypropylene-based resin as described in paragraph of the description is 25 seconds or more and 80 seconds or less, and in heat flux differential scanning calorimetry, a melting peak temperature of the polypropylene-based resin in accordance with JIS K7121 using a heat flux differential scanning calorimeter is 130°C or more and 155°C or less, a partial heat of fusion at 140°C or more of the polypropylene-based resin determined by utilizing a DSC curve obtained in accordance with JIS K7122 is 20 J/g or more and 50 J/g or less, and a ratio of the partial heat of fusion of the polypropylene-based resin to the total heat of fusion of the polypropylene-based resin determined by utilizing a DSC curve obtained in accordance with JIS K7122 (partial heat of fusion / total heat of fusion) is 0.2 or more and 0.8 or less.
An electronic device comprising: a rotation member configured to rotate in a first direction and a second direction opposite to the first direction; a memory configured to store a plurality of specific rotation patterns; and a controller configured to: detect a rotation pattern of the rotation member, wherein the rotation pattern comprises rotations of the rotation member in the first direction and the second direction; determine whether the rotation pattern of the rotation member matches with a specific rotation pattern of the plurality of specific rotation patterns, wherein the specific rotation patterns are set based on a number of switching of rotational directions of the rotation member in the first direction and the second direction; and if the rotation pattern matches with a specific rotation pattern, perform a functional operation corresponding to the specific rotation pattern. a rotation member configured to rotate in a first direction and a second direction opposite to the first direction; a memory configured to store a plurality of specific rotation patterns; and a controller configured to: detect a rotation pattern of the rotation member, wherein the rotation pattern comprises rotations of the rotation member in the first direction and the second direction; determine whether the rotation pattern of the rotation member matches with a specific rotation pattern of the plurality of specific rotation patterns, wherein the specific rotation patterns are set based on a number of switching of rotational directions of the rotation member in the first direction and the second direction; and if the rotation pattern matches with a specific rotation pattern, perform a functional operation corresponding to the specific rotation pattern. detect a rotation pattern of the rotation member, wherein the rotation pattern comprises rotations of the rotation member in the first direction and the second direction; determine whether the rotation pattern of the rotation member matches with a specific rotation pattern of the plurality of specific rotation patterns, wherein the specific rotation patterns are set based on a number of switching of rotational directions of the rotation member in the first direction and the second direction; and if the rotation pattern matches with a specific rotation pattern, perform a functional operation corresponding to the specific rotation pattern.
A process measurement device, comprising: an interface for connecting a plug-in memory unit to the process measurement device; a memory operating device for transferring the process measuring device into a memory access mode, characterized in that the process measuring device is capable of supplying the plug-in memory unit with the electrical energy required for a read access or write access to the plug-in memory unit; wherein the process measurement device comprises a power supply unit for providing the electrical energy required for read access or write access to the plug-in memory unit by increasing the electrical energy freely available in the process measurement device. an interface for connecting a plug-in memory unit to the process measurement device; a memory operating device for transferring the process measuring device into a memory access mode, characterized in that the process measuring device is capable of supplying the plug-in memory unit with the electrical energy required for a read access or write access to the plug-in memory unit; wherein the process measurement device comprises a power supply unit for providing the electrical energy required for read access or write access to the plug-in memory unit by increasing the electrical energy freely available in the process measurement device.
Switching unit, with a plurality of transistors which are connected in series with respect to their load paths, wherein at least one transistor is connected with its load path to an input of a current measuring impedance, an output of the current measuring impedance is connected to a capacitor connected in parallel with the current measuring impedance, and the capacitor is connected to a control electrode of the transistor, the current measuring impedance containing a resistor or a combination of a resistor and a capacitor, where the transistors are field-effect transistors, in particular MOS transistors, and the current measuring impedance is connected to the source of the transistor, and wherein the control electrode of the transistor is connected to a charge/discharge circuit.
A sensor having electronic components being at least partially enclosed by a hotmelt, wherein a premoulded part formed from the electronic components and the hotmelt is arranged in a first housing part, characterized in that the sensor comprises additional components (22, 24, 28) at least indirectly connected with the electronic components which are not or only partially enclosed by the hotmelt, in that the premoulded part is merely inserted into the first housing part and in that a second housing part for the components (22, 28) is connected to the first housing part so that first housing part and second housing part form a common housing (20, 26) for the sensor.
Mixer system for producing aqueous coating materials, comprising (a) at least one aqueous pigment paste A comprising at least one color pigment (a-1) and also at least one anionically stabilized binder (a-2) and/or at least one nonionically stabilized binder (a-3), and (b) at least one pigment-free component B comprising at least one acrylate-based microgel dispersion (b-1), the acrylate-based microgel having a glass transition temperature T g of 50 to 60°C, where the aqueous pigment paste A and the pigment-free component B each have a VOC value of less than or equal to 250 g/L. (a) at least one aqueous pigment paste A comprising at least one color pigment (a-1) and also at least one anionically stabilized binder (a-2) and/or at least one nonionically stabilized binder (a-3), and (b) at least one pigment-free component B comprising at least one acrylate-based microgel dispersion (b-1), the acrylate-based microgel having a glass transition temperature T g of 50 to 60°C,
Method for reducing energy consumption in a packet processing linecard of a packet transmission network, said packet processing linecard comprising a plurality of microprocessors aimed at processing packet traffic wherein the number of active microprocessors is dynamically adjusted as a function of the computation of a traffic estimator characterised in that the computation is based on a recurrent estimation of at least two statistical parameters including the average and a parameter representative of the statistical distribution of the packet traffic.