mhurhangee/patent-ind-claim-en huggingface dataset:
An image forming apparatus comprising: a head including a plurality of nozzles which discharge a liquid with respect to a medium ; a scan portion scanning the head in a main scanning direction (X); and a transport portion transporting the medium in a sub scanning direction (Y) intersecting the main scanning direction (X), the apparatus is configured such that: in the sub scanning direction (Y), when an area in a range of a nozzle at an end portion of the head to a nozzle at a predetermined distance is set as a predetermined area, the medium is transported repeatedly by the same certain amount by using the transport portion , and an image is formed on the medium by discharging the liquid from the head , which is scanned across the medium by the scan portion , the number of times of scanning for forming a dot array which is formed by using the nozzles included in the predetermined area is more than the number of times of the scanning for forming a dot array which does not use the nozzles in the predetermined area, and the number of times of the scanning for forming the dot array by using the nozzles included in the predetermined area is at least three times. a head including a plurality of nozzles which discharge a liquid with respect to a medium ; a scan portion scanning the head in a main scanning direction (X); and a transport portion transporting the medium in a sub scanning direction (Y) intersecting the main scanning direction (X), the apparatus is configured such that: in the sub scanning direction (Y), when an area in a range of a nozzle at an end portion of the head to a nozzle at a predetermined distance is set as a predetermined area, the medium is transported repeatedly by the same certain amount by using the transport portion , and an image is formed on the medium by discharging the liquid from the head , which is scanned across the medium by the scan portion , the number of times of scanning for forming a dot array which is formed by using the nozzles included in the predetermined area is more than the number of times of the scanning for forming a dot array which does not use the nozzles in the predetermined area, and the number of times of the scanning for forming the dot array by using the nozzles included in the predetermined area is at least three times.
A pedal assembly for generating electrical power in a vehicle, comprising: a pedal comprising a pad and a push element , the pedal configured to mechanically transfer pressure exerted on the pad to the push element to cause motion of the push element; a motion conversion apparatus comprising a shaft and a rotatable cylinder , the motion conversion apparatus configured, in response to the motion of the push element, to generate a linear motion of the shaft along a longitudinal direction (x) of the shaft, the motion conversion apparatus further configured, in response to the linear motion of the shaft, to rotate the rotatable cylinder about the shaft; and a generation apparatus for generating voltage comprising a piezoelectric transducer , wherein the rotatable cylinder is configured to apply mechanical stress on the piezoelectric transducer at at least one predetermined angular position of the rotatable cylinder. a pedal comprising a pad and a push element , the pedal configured to mechanically transfer pressure exerted on the pad to the push element to cause motion of the push element; a motion conversion apparatus comprising a shaft and a rotatable cylinder , the motion conversion apparatus configured, in response to the motion of the push element, to generate a linear motion of the shaft along a longitudinal direction (x) of the shaft, the motion conversion apparatus further configured, in response to the linear motion of the shaft, to rotate the rotatable cylinder about the shaft; and a generation apparatus for generating voltage comprising a piezoelectric transducer , wherein the rotatable cylinder is configured to apply mechanical stress on the piezoelectric transducer at at least one predetermined angular position of the rotatable cylinder.
A method of securing a network connection comprising: determining when at least one network is available for a connection; presenting a user interface for making a selection corresponding to the at least one network; receiving an indication of a selected network; determining when the selected network is unsecured; presenting a user interface corresponding to a service for securing the connection with the selected network, the service using a virtual private network, VPN; receiving a selection of the service; storing a value corresponding to one of the service and the selected network for use during a subsequent network session; wherein settings for the selected network are stored for automatically securing all future wireless network connections with the selected network by the service using the VPN, and for further use to secure connections to other or new networks. determining when at least one network is available for a connection; presenting a user interface for making a selection corresponding to the at least one network; receiving an indication of a selected network; determining when the selected network is unsecured; presenting a user interface corresponding to a service for securing the connection with the selected network, the service using a virtual private network, VPN; receiving a selection of the service; storing a value corresponding to one of the service and the selected network for use during a subsequent network session; wherein settings for the selected network are stored for automatically securing all future wireless network connections with the selected network by the service using the VPN, and for further use to secure connections to other or new networks. for automatically securing all future wireless network connections with the selected network by the service using the VPN, and for further use to secure connections to other or new networks.
A process to inferentially determine hydrodynamic bearing flotation in a metal rolling operation for a metal roller bearing, characterised by the following steps: receiving from a mill stand processing the metal roll a rolling load of the metal roll, a gap between a pair of rollers pressing the metal roll, and a speed of the metal roll through the pair of rollers; receiving from the mill stand a gauge of the metal roll after the metal roll has passed through the pair of rollers ; determining the hydrodynamic bearing flotation using the rolling load of the metal roll, the gap between a pair of rollers pressing the metal roll, the speed of the metal roll through the pair of rollers and the gauge of the metal roll after the metal roll has passed through the pair of rollers ; and adjusting the gap between the pair of rollers based on the determined hydrodynamic bearing flotation. receiving from a mill stand processing the metal roll a rolling load of the metal roll, a gap between a pair of rollers pressing the metal roll, and a speed of the metal roll through the pair of rollers; receiving from the mill stand a gauge of the metal roll after the metal roll has passed through the pair of rollers ; determining the hydrodynamic bearing flotation using the rolling load of the metal roll, the gap between a pair of rollers pressing the metal roll, the speed of the metal roll through the pair of rollers and the gauge of the metal roll after the metal roll has passed through the pair of rollers ; and adjusting the gap between the pair of rollers based on the determined hydrodynamic bearing flotation.
A stackable lighting unit configured to couple to a stackable storage unit, the stackable lighting unit comprising: a housing ; a bottom surface defined by the housing , the bottom surface comprising coupling components that detachably couple the bottom surface of the stackable lighting unit to a top surface of the stackable storage unit; and a first light pivotally coupled to the housing , the first light pivotally rotating about a first rotational axis with respect to the housing . a housing ; a bottom surface defined by the housing , the bottom surface comprising coupling components that detachably couple the bottom surface of the stackable lighting unit to a top surface of the stackable storage unit; and a first light pivotally coupled to the housing , the first light pivotally rotating about a first rotational axis with respect to the housing .
A method for sterilising packaged or partially packaged or partially sealed consumable items , such as in particular plastic opening and/or closing elements for subsequent use with drink or food packaging, by means of a treatment agent having a disinfectant, wherein a consumable item to be sterilised or an area of a consumable item to be sterilised is disposed in a first sealed environment such that a plurality of such individually packaged consumable items or sealed areas of consumable items are stored together for a specified time in a container , characterised in that the inside of the container is treated with a predetermined quantity of the treatment agent by a treatment carrier , treated with sterilisation agent, being introduced into the container , so that through diffusion of the treatment agent the packaged consumable items or sealed areas of the consumable items are sterilised.
Power electronics arrangement with a power semiconductor module , with a contact spring , with a load-connecting element and with a mounting device , wherein the power semiconductor module has a load-connection element and a first external contact face , wherein the load-connecting element has a second contact face , and wherein an electrically conductive pressure contact connection embodied between the first contact face and the second contact face by means of the contact spring , and the pressure on the contact spring which is necessary for this is implemented by virtue of the fact that the power semiconductor module is connected in a frictionally locking fashion to the mounting device , wherein the mounting device has a pin , and wherein the pin extends into the interior of the contact spring which is embodied as a helical spring.
An acyl phosphine oxide initiator wherein the acyl group is selected from the group consisting of a benzoyl group substituted by an urea group or an oxalylamide group; a 2,6-dimethyl benzoyl group substituted in position 3 by an urea group or an oxalylamide group; a 2,6-dimethoxy benzoyl group substituted in position 3 by an urea group or an oxalylamide group; a 2,4,6-trimethyl benzoyl group substituted in position 3 by an urea group or an oxalylamide group; and a 2,4,6-trimethoxybenzoyl group substituted in position 3 by an urea group or an oxalylamide group, with the proviso that the acyl phosphine oxide initiator contains no thiol group if the acyl group includes an urea group.
EUV collector for use in an EUV projection exposure apparatus , - comprising at least one mirror surface , which has surface structures for scattering a used EUV wavelength (λ) of used EUV light , - wherein the mirror surface has a surface height with a spatial wavelength distribution (26; 34; 35) between a lower limit spatial wavelength (P G ) and an upper limit spatial wavelength (P G' ), - wherein the lower limit spatial wavelength (P G ) lies in the range between 1 μm and 100 μm, - wherein the upper limit spatial wavelength (P G' ) is at least ten times as large as the lower limit spatial wavelength (P G ), - wherein an effective roughness (rms G ) below the lower limit spatial wavelength (P G ) satisfies the following relation: 4 π rms G cos θ / λ 2 < 0.1 - where θ denotes an angle of incidence of the used EUV light at the mirror surface , - wherein the following applies to an effective roughness (rms GG' ) between the lower limit spatial wavelength (P G ) and the upper limit spatial wavelength (P G' ): 1.5 rms G < rms GG' < 6 rms G , characterized in that the collector has a mirror centre , wherein the spatial wavelength distribution (26; 34; 35) is such that a mirror surface element has a radial scattering angle distribution in relation to the mirror centre that deviates from an azimuthal scattering angle distribution in relation to the mirror centre . - comprising at least one mirror surface , which has surface structures for scattering a used EUV wavelength (λ) of used EUV light , - wherein the mirror surface has a surface height with a spatial wavelength distribution (26; 34; 35) between a lower limit spatial wavelength (P G ) and an upper limit spatial wavelength (P G' ), - wherein the lower limit spatial wavelength (P G ) lies in the range between 1 μm and 100 μm, - wherein the upper limit spatial wavelength (P G' ) is at least ten times as large as the lower limit spatial wavelength (P G ), - wherein an effective roughness (rms G ) below the lower limit spatial wavelength (P G ) satisfies the following relation: 4 π rms G cos θ / λ 2 < 0.1 - where θ denotes an angle of incidence of the used EUV light at the mirror surface , - wherein the following applies to an effective roughness (rms GG' ) between the lower limit spatial wavelength (P G ) and the upper limit spatial wavelength (P G' ): 1.5 rms G < rms GG' < 6 rms G , characterized in that the collector has a mirror centre , wherein the spatial wavelength distribution (26; 34; 35) is such that a mirror surface element has a radial scattering angle distribution in relation to the mirror centre that deviates from an azimuthal scattering angle distribution in relation to the mirror centre .
A method for producing a toner for electrostatic image development comprising at least an amorphous polyester and a crystalline polylactic acid, comprising: step 1: mixing an amorphous polyester and a crystalline polylactic acid having a number-average molecular weight measured by the method disclosed in the description of 100,000 or more and 300,000 or less at a temperature of from 140° to 250°C; step 2: melt-kneading the mixture obtained in the step 1; and step 3: pulverizing and classifying the melt-kneaded product obtained in the step 2. step 1: mixing an amorphous polyester and a crystalline polylactic acid having a number-average molecular weight measured by the method disclosed in the description of 100,000 or more and 300,000 or less at a temperature of from 140° to 250°C; step 2: melt-kneading the mixture obtained in the step 1; and step 3: pulverizing and classifying the melt-kneaded product obtained in the step 2.
A milk module for generating milk foam or milk beverages, preferably for installing into a coffee machine, with a milk container , a conveyor pump, and a device for heating milk or for generating the milk foam or other milk beverages, wherein a cleaning system is integrated in the milk module designed as an independent unit, by means of which module a cleaning process is made possible in particular by the conveyor pump , the device for heating or for generating the milk foam as well as the input or output line , for this purpose, instead of the milk container , a cleaning container with a cleaning agent can be inserted into the cooling chamber , characterised in that a device with a water supply channel , a defined opening for receiving a cleaning agent, in particular a tablet, and an outlet opening is contained in the cleaning container , by means of which water can be guided through this supply channel into this opening and into which the cleaning agent, in particular the tablet, is dissolved and can flow into the cleaning container , emulsified with the water, via the outlet opening .
A segment , which is slidable in an axial direction of a cylinder under a state in which an inner peripheral surface of the segment is pressed by ear portions formed along a circumferential direction of an expander spacer included in a combination oil ring for an internal combustion engine and an outer periphery side of the segment is pressed against an inner wall of the cylinder, the segment being made of metal as a material, wherein the inner peripheral surface of the segment has a recessed groove having a recessed shape, characterized in that dross-projecting portions having a mounded form are continuously formed along the recessed groove and on both sides of the recessed groove, and a plurality of pairs of dross-projecting portions each formed of the dross-projecting portions formed on the both sides are formed, wherein each of the plurality of pairs of dross-projecting portions is formed in a manner that metal of the recessed groove is melted on the both sides and thereafter cooled and solidified, wherein each of the plurality of pairs of dross-projecting portions has, at least at one positon, a projection height of from 4 μm to 25 μm from the inner peripheral surface of the segment at a root of the dross-projecting portions, and wherein the plurality of pairs of dross-projecting portions include a pair of dross-projecting portions formed so as to incline in a first inclination direction with respect to a center axis direction orthogonal to a circumferential direction of the segment. wherein the inner peripheral surface of the segment has a recessed groove having a recessed shape, characterized in that dross-projecting portions having a mounded form are continuously formed along the recessed groove and on both sides of the recessed groove, and a plurality of pairs of dross-projecting portions each formed of the dross-projecting portions formed on the both sides are formed, wherein each of the plurality of pairs of dross-projecting portions is formed in a manner that metal of the recessed groove is melted on the both sides and thereafter cooled and solidified, wherein each of the plurality of pairs of dross-projecting portions has, at least at one positon, a projection height of from 4 μm to 25 μm from the inner peripheral surface of the segment at a root of the dross-projecting portions, and wherein the plurality of pairs of dross-projecting portions include a pair of dross-projecting portions formed so as to incline in a first inclination direction with respect to a center axis direction orthogonal to a circumferential direction of the segment.
Plastic bottle equipped with a tamper-proof device after its opening, comprising a neck having an external screw thread with the lowest thread , and a circumferential projection under the external screw thread , a cap in plastic, having - a cap skirt with a central symmetry axis (y) and an internal threading corresponding to the external screw thread of the neck , and - a ring nut separable from the cap skirt during a first opening, positioned between the lowest thread of the external screw thread and a circumferential projection in the neck , and provided with a plurality of holes , at least a slide in the cap skirt , characterized in that the cap further comprises a pin designed to connect the ring nut to the cap skirt , the pin being manually slidable in the slide along a sliding direction (y1) parallel to the central symmetry axis (y) of the cap , the pin having a weakened section in the direction of its length, an arrow-tip end , and an elongated projection for the manual sliding of the pin in the slide, the pin being suitable to be inserted in one of the plurality of holes intended to receive and retain the arrow-tip end of the pin , said one of the plurality of holes preventing the release of the pin except by breakage of the weakened tract of the pin during the rotation of the cap in an attempt of opening the bottle. a neck having an external screw thread with the lowest thread , and a circumferential projection under the external screw thread , a cap in plastic, having - a cap skirt with a central symmetry axis (y) and an internal threading corresponding to the external screw thread of the neck , and - a ring nut separable from the cap skirt during a first opening, positioned between the lowest thread of the external screw thread and a circumferential projection in the neck , and provided with a plurality of holes , - a cap skirt with a central symmetry axis (y) and an internal threading corresponding to the external screw thread of the neck , and - a ring nut separable from the cap skirt during a first opening, positioned between the lowest thread of the external screw thread and a circumferential projection in the neck , and provided with a plurality of holes , at least a slide in the cap skirt , characterized in that the cap further comprises a pin designed to connect the ring nut to the cap skirt , the pin being manually slidable in the slide along a sliding direction (y1) parallel to the central symmetry axis (y) of the cap , the pin having a weakened section in the direction of its length, an arrow-tip end , and an elongated projection for the manual sliding of the pin in the slide, the pin being suitable to be inserted in one of the plurality of holes intended to receive and retain the arrow-tip end of the pin , said one of the plurality of holes preventing the release of the pin except by breakage of the weakened tract of the pin during the rotation of the cap in an attempt of opening the bottle.
A method for teaching an industrial robot to pick parts , the method comprising the steps of: - placing a reference part on a picking surface ; - providing a reference image comprising information about the reference part ; - placing a gripping tool of the industrial robot in relation to the reference part so that the gripping tool is in a grasp configuration in relation to the reference part ; and - storing the grasp configuration, characterized in that the reference image is a 2D image from below. - placing a reference part on a picking surface ; - providing a reference image comprising information about the reference part ; - placing a gripping tool of the industrial robot in relation to the reference part so that the gripping tool is in a grasp configuration in relation to the reference part ; and - storing the grasp configuration,
A processing device for a motorcycle , comprising: an acquisition unit that acquires a traveling characteristic of the motorcycle on the basis of an output from an inertial measurement sensor that is used for control of a behavior of the motorcycle ; and a determination unit that compares the traveling characteristic acquired by the acquisition unit and reference data to determine wetness of a road surface, characterized in that the acquisition unit is configured to acquire the traveling characteristic on the basis of yaw information of the motorcycle which is output from the inertial measurement sensor . an acquisition unit that acquires a traveling characteristic of the motorcycle on the basis of an output from an inertial measurement sensor that is used for control of a behavior of the motorcycle ; and a determination unit that compares the traveling characteristic acquired by the acquisition unit and reference data to determine wetness of a road surface, characterized in that the acquisition unit is configured to acquire the traveling characteristic on the basis of yaw information of the motorcycle which is output from the inertial measurement sensor .