mhurhangee/ep-ind-claims huggingface dataset:
A method for handling flat and/or strip material, which is wound on supply rolls, in which method: - at least one adhesive marking is connected to an outer free end region and at least partially to an outer layer of the flat and/or strip material of a supply roll, which outer layer is adjacent to the outer free end region, - the supply roll is placed on a holding mandrel, - the position of the adhesive marking is optically detected, - the outer free end region is aligned in dependence of the optical recognition, and - hereinafter, the outer free end region is being gripped and being pulled off the supply roll, whereby a suction and/or gripping device is gripping the outer free end region by means of negative pressure and is guiding the outer free end region in a direction away from the supply roll, and wherein following this the outer free end region is being connected to a flat and/or strip material which is already running within a packaging machine, characterized in that when the outer free end region is being pulled off, the adhesive marking gets separated at a perforation, as a result of which separation a part of the adhesive marking remains on the outer free end region and a further part of the adhesive marking remains on the outer layer of the supply roll adjacent to the outer free end region. - at least one adhesive marking is connected to an outer free end region and at least partially to an outer layer of the flat and/or strip material of a supply roll, which outer layer is adjacent to the outer free end region, - the supply roll is placed on a holding mandrel, - the position of the adhesive marking is optically detected, - the outer free end region is aligned in dependence of the optical recognition, and - hereinafter, the outer free end region is being gripped and being pulled off the supply roll, whereby a suction and/or gripping device is gripping the outer free end region by means of negative pressure and is guiding the outer free end region in a direction away from the supply roll, and wherein following this the outer free end region is being connected to a flat and/or strip material which is already running within a packaging machine, characterized in that
A method for producing a sheet containing fine fibers, which comprises a coating step of coating a dispersion containing fine fibers having an average fiber width of 2 to 100 nm on a base material, and a drying step of drying the dispersion containing fine fibers coated on the base material to form a sheet containing fine fibers.
A control apparatus of a hybrid vehicle that uses a combination of an engine and a traveling motor as vehicle drive sources, comprising: an engine speed detection means for detecting an engine rotational speed; an EV-state determination means for determining whether a mode is an EV state in which only the traveling motor is used as the drive source; an EV-state notification means for notifying a driver about the EV state; and a switching control part configured to control switching between notification and non-notification about the EV state, characterized in that the switching control part is configured to bring the EV-state notification means to a non-notification state when the EV-state determination means determines that the mode is not the EV state and the engine rotational speed is greater than a predetermined first threshold value, and in that the switching control part is configured to bring the EV-state notification means to a notification state when the EV-state determination means determines that the mode is the EV state and the engine rotational speed is less than or equal to a predetermined second threshold value greater than the first threshold value. an engine speed detection means for detecting an engine rotational speed; an EV-state determination means for determining whether a mode is an EV state in which only the traveling motor is used as the drive source; an EV-state notification means for notifying a driver about the EV state; and a switching control part configured to control switching between notification and non-notification about the EV state, characterized in that the switching control part is configured to bring the EV-state notification means to a non-notification state when the EV-state determination means determines that the mode is not the EV state and the engine rotational speed is greater than a predetermined first threshold value, and in that the switching control part is configured to bring the EV-state notification means to a notification state when the EV-state determination means determines that the mode is the EV state and the engine rotational speed is less than or equal to a predetermined second threshold value greater than the first threshold value.
Method for assisting a colorist in color grading a virtual reality video content, called VR content, said method being executed by a head-mounted display worn by a colorist color grading said VR content and comprising: - receiving the VR content being graded by an external color grading station, used by said colorist to color grade said VR content, comprising grading control elements for controlling the grading of said VR content, - receiving position information representative of the position of at least one hand of the colorist versus said color grading station, said position information comprising the position of the hand of the colorist above the color grading station and the position of the grading control elements of the color grading station, - generating, based on said received position information, visual control information showing the position of said at least one hand of the colorist and at least one grading control element of the color grading station close to said hand, - displaying said visual control information together with the graded VR content in order to help the colorist manipulating said at least one grading control element. - receiving the VR content being graded by an external color grading station, used by said colorist to color grade said VR content, comprising grading control elements for controlling the grading of said VR content, - receiving position information representative of the position of at least one hand of the colorist versus said color grading station, said position information comprising the position of the hand of the colorist above the color grading station and the position of the grading control elements of the color grading station, - generating, based on said received position information, visual control information showing the position of said at least one hand of the colorist and at least one grading control element of the color grading station close to said hand, - displaying said visual control information together with the graded VR content in order to help the colorist manipulating said at least one grading control element.
A biosensor, comprising: a first electrode; a second electrode; and a reagent component that is provided near the first electrode and the second electrode, wherein the reagent component includes: a mediator; an oxidoreductase; and a substance that absorbs light with a wavelength of 400 to 500 nm; characterised in that the substance that absorbs light with a wavelength of 400 to 500 nm is Brilliant Blue FCF, Fast Green FCF, or tartrazine. a first electrode; a second electrode; and a reagent component that is provided near the first electrode and the second electrode, wherein the reagent component includes: a mediator; an oxidoreductase; and a substance that absorbs light with a wavelength of 400 to 500 nm; characterised in that the substance that absorbs light with a wavelength of 400 to 500 nm is Brilliant Blue FCF, Fast Green FCF, or tartrazine. a mediator; an oxidoreductase; and a substance that absorbs light with a wavelength of 400 to 500 nm; characterised in that the substance that absorbs light with a wavelength of 400 to 500 nm is Brilliant Blue FCF, Fast Green FCF, or tartrazine.
Rear connection assembly for an agricultural vehicle comprising: a cassette connectable via a first hinge to a portion of said vehicle and configured to carry a first hitch point element; a pair of lateral arms each connectable via a second hinge to said portion of said vehicle and each configured to carry respective further hitch point elements, wherein said hitch point elements (4, 6) being configured to allow the connection with corresponding elements carried by a trailer in order to be trained by said vehicle, a pair of cantilevered arms connectable via a third hinge to said portion of said vehicle and each positioned above the second hinge of the respective lateral arms, a pair of connection elements, each connection element connecting a respective cantilevered arm together with the corresponding lateral arm, actuation means interposed between each cantilevered arm and the respective lateral arm, wherein each actuation means is connected via respective fourth and fifth hinges (17, 18) to the cantilevered arm and the portion of said vehicle, the assembly is characterized in that said rear connection assembly further comprises locking means (8, 19, 25) for selectively locking the position of said fourth and fifth hinges (17, 18) with respect to said vehicle body and a joint element connecting together said fifth hinge to said cassette. a cassette connectable via a first hinge to a portion of said vehicle and configured to carry a first hitch point element; a pair of lateral arms each connectable via a second hinge to said portion of said vehicle and each configured to carry respective further hitch point elements, wherein said hitch point elements (4, 6) being configured to allow the connection with corresponding elements carried by a trailer in order to be trained by said vehicle, a pair of cantilevered arms connectable via a third hinge to said portion of said vehicle and each positioned above the second hinge of the respective lateral arms, a pair of connection elements, each connection element connecting a respective cantilevered arm together with the corresponding lateral arm, actuation means interposed between each cantilevered arm and the respective lateral arm, wherein each actuation means is connected via respective fourth and fifth hinges (17, 18) to the cantilevered arm and the portion of said vehicle, the assembly is characterized in that said rear connection assembly further comprises locking means (8, 19, 25) for selectively locking the position of said fourth and fifth hinges (17, 18) with respect to said vehicle body and a joint element connecting together said fifth hinge to said cassette.
A metal wire feeding system, comprising: a cabinet a wire feeding device comprising a first motorized grooved roller, a first passive grooved roller, and a first motor attached to the first motorized grooved roller, wherein the first motorized grooved roller and the first passive grooved roller form a channel therebetween; and being characterised by further comprising: a positionally adjustable wire supply spool; a combination of at least three slack wire guides, wherein a first slack wire guide is positioned downstream of the wire feeding device and in line therewith, a second slack wire guide positioned to the right of and below the first slack wire guide, and a third slack wire guide positioned to the left of and below the first slack wire guide, the first slack wire guide, the second slack wire guide and the third slack wire guide together forming a loop pathway from the first wire guide to the second wire guide to the third wire guide and then back to the first wire guide so as to form a loop of slack wire; a slack wire pulling device comprising a second motorized grooved roller, a second passive grooved roller, and a second motor attached to the second motorized grooved roller, wherein the second motorized grooved roller and the second passive grooved roller form a channel therebetween; and a cabinet exit guide, and wherein the cabinet comprises an entry wire position detector containing an aperture. a cabinet a wire feeding device comprising a first motorized grooved roller, a first passive grooved roller, and a first motor attached to the first motorized grooved roller, wherein the first motorized grooved roller and the first passive grooved roller form a channel therebetween; a positionally adjustable wire supply spool; a combination of at least three slack wire guides, wherein a first slack wire guide is positioned downstream of the wire feeding device and in line therewith, a second slack wire guide positioned to the right of and below the first slack wire guide, and a third slack wire guide positioned to the left of and below the first slack wire guide, the first slack wire guide, the second slack wire guide and the third slack wire guide together forming a loop pathway from the first wire guide to the second wire guide to the third wire guide and then back to the first wire guide so as to form a loop of slack wire; a slack wire pulling device comprising a second motorized grooved roller, a second passive grooved roller, and a second motor attached to the second motorized grooved roller, wherein the second motorized grooved roller and the second passive grooved roller form a channel therebetween; and a cabinet exit guide, and
Surgical instrument system (10, 10a, 10', 10a') for use in a knee replacement operation, having a surgical instrument (1, 1a) with a fastening device (100, 100a) which is configured for direct releasable fastening to a cutting block for the distal resection of a femur, a sensing device (200, 200a) with a posteriorly oriented reference plane which is configured to bear against an anterior surface of the femur, and with a bearing device (300, 300a) for positioning the reference plane, the bearing device (300, 300a) having at least one pivoting bearing with an anteroposteriorly oriented pivot axis, about which the reference plane can be moved pivotably relative to the fastening device (100, 100a), and having a cutting block for the distal resection of the femur, the cutting block having a guide slot which is arranged in a guide plane extending mediolaterally and anteroposteriorly for receiving and guiding a saw blade, the reference plane of the sensing device (200, 200a) being oriented orthogonally with respect to the guide plane of the guide slot, characterized in that the fastening device (100, 100a) has a plug-in element (101, 101a) which is elongate in a mediolaterally and anteroposteriorly planar manner and is connected in a positively locking and/or non-positive manner to the guide slot of the cutting block in order to fasten the fastening device (100, 100a) releasably to the cutting block. the reference plane of the sensing device (200, 200a) being oriented orthogonally with respect to the guide plane of the guide slot, characterized in that the fastening device (100, 100a) has a plug-in element (101, 101a) which is elongate in a mediolaterally and anteroposteriorly planar manner and is connected in a positively locking and/or non-positive manner to the guide slot of the cutting block in order to fasten the fastening device (100, 100a) releasably to the cutting block.
Glasses, such as spectacles, comprising at least a frame (20;120) and two arms (30;130) that are mounted on said frame via hinge units (50;150), wherein said glasses further comprise a movable element (60,160) on said frame that generates the folding and unfolding of both said arms together, characterised in that said hinge units each comprises a main hinge axis about which the arms pivot and a hinge actuating axis (51,51a;151,151a) off-centered with respect to said main axis, in that said movable element is arranged to be moved laterally upon actuation and is a bar or an actuating frame mounted on said frame, in that said movable element (60;160) comprises two ends each with at least a groove (62; 162), said groove being connected to said hinge actuating axis (51,51a;151,151a) of each hinge unit (50;150) by a sliding engagement of said hinge actuating axis into said groove such that a lateral movement of the movable element (60;160) imparts a rotational movement to the hinge unit (50;150) leading the arms (30;130) to be folded or unfolded
A method of controlling a laundry treating apparatus including at least a first laundry treating device and a second laundry treating device (200; 400), the method comprising: inputting information on operation in order to operate the first laundry treating device and the second laundry treating device adjacent to the first laundry treating device; and, operating the first laundry treating device and the second laundry treating device with operation of a first heater provided at the first laundry treating device and a second heater provided at the second laundry treating device, wherein the operation of the first heater and the second heater comprises initiating an operation of the first heater, stopping the operation of the first heater after a predetermined time elapses, initiating a continuous operation of the second heater while stopping the operation of the first heater, and finishing the operating of the second heater after the water in the second laundry treating device is heated to the predetermined temperature. inputting information on operation in order to operate the first laundry treating device and the second laundry treating device adjacent to the first laundry treating device; and, operating the first laundry treating device and the second laundry treating device with operation of a first heater provided at the first laundry treating device and a second heater provided at the second laundry treating device, wherein the operation of the first heater and the second heater comprises initiating an operation of the first heater, stopping the operation of the first heater after a predetermined time elapses, initiating a continuous operation of the second heater while stopping the operation of the first heater, and finishing the operating of the second heater after the water in the second laundry treating device is heated to the predetermined temperature.
A three-dimensional memory device, comprising: a substrate; a memory stack comprising interleaved conductive layers and dielectric layers above the substrate; an array of memory strings each extending vertically through the memory stack, wherein each memory string includes a channel structure within a channel hole; and a plurality of slit structures (324, 402) laterally dividing the array of memory strings (304, 404) into a plurality of memory regions, wherein each slit structure (324, 402) of the plurality of slit structures (324, 402) extends vertically through the memory stack and extends laterally in a first zigzag pattern in a plan view, and wherein at least one slit structure (324, 402) of the plurality of slit structures (324, 402) comprising a plurality of contact hole structures joined laterally, characterized in that the plurality of contact hole structures are laterally joined except at least two of the contact holes structures are separated laterally; and in that a dimension of each of the contact hole structures at turns of the first zigzag pattern is larger than a dimension of each of the rest of the contact hole structures not at the turns of the first zigzag pattern. a substrate; a memory stack comprising interleaved conductive layers and dielectric layers above the substrate; an array of memory strings each extending vertically through the memory stack, wherein each memory string includes a channel structure within a channel hole; and a plurality of slit structures (324, 402) laterally dividing the array of memory strings (304, 404) into a plurality of memory regions, wherein each slit structure (324, 402) of the plurality of slit structures (324, 402) extends vertically through the memory stack and extends laterally in a first zigzag pattern in a plan view, and wherein at least one slit structure (324, 402) of the plurality of slit structures (324, 402) comprising a plurality of contact hole structures joined laterally, characterized in that the plurality of contact hole structures are laterally joined except at least two of the contact holes structures are separated laterally; and in that a dimension of each of the contact hole structures at turns of the first zigzag pattern is larger than a dimension of each of the rest of the contact hole structures not at the turns of the first zigzag pattern.
An apparatus for sorting used bricks, said used bricks comprising a first end and an oppositely placed second end, an upper surface and an oppositely placed lower surface, and two oppositely placed side surfaces, a first and a second side surface, said apparatus being adapted to remove mortar, debris and brick pieces from the used bricks, whereby cleaned bricks are provided, said apparatus comprising a transport unit for transporting the used bricks, and at least one sorting unit comprising sorting stations for removing mortar and brick pieces from the used bricks, said apparatus further comprising a cleaning unit for removing mortar adhering to the sorted used bricks, characterised in that the transport unit comprises a number of separated parallel tracks adapted to transport the bricks in the transport direction of the tracks towards the cleaning unit, and at least one sorting station is placed in the tracks, - said tracks are constructed as V-shaped tracks comprising a first side and a second side, said sides pointing towards each other, and that the connection between the two sides comprises a bottom of the V-shaped track, the angle between the sides being between 70-110 degrees, - said sorting station comprises at least one opening in each of the tracks, said opening comprising a first free end of each of the tracks and a second free end of each of the tracks, the opening being provided between said free ends (22, 23), said sorting station further comprising at least one connecting profile provided between said free ends, wherein the length of the opening measured between the two free ends (22, 23) is equivalent to or smaller than the length X of an intact brick. - said tracks are constructed as V-shaped tracks comprising a first side and a second side, said sides pointing towards each other, and that the connection between the two sides comprises a bottom of the V-shaped track, the angle between the sides being between 70-110 degrees, - said sorting station comprises at least one opening in each of the tracks, said opening comprising a first free end of each of the tracks and a second free end of each of the tracks, the opening being provided between said free ends (22, 23), said sorting station further comprising at least one connecting profile provided between said free ends, wherein the length of the opening measured between the two free ends (22, 23) is equivalent to or smaller than the length X of an intact brick.