mhurhangee/ep-ind-claims huggingface dataset:
A medium feeding device (10, 30) comprising: a medium placing portion on which a medium (P1, P2) can be placed and a feeding roller configured to feed the medium placed on the medium placing portion by coming into contact with a surface of the medium facing the medium placing portion and being rotated characterised by further comprising: a medium movement detecting portion (21, 31a, 31b) that is positioned in a placing region of the medium on the medium placing portion on an upstream side of the feeding roller in a medium feeding direction and is capable of detecting movement of the medium being fed by the feeding roller in a width direction intersecting the medium feeding direction; and a controller configured to stop feeding of the medium in a case in which a physical quantity relating to the movement of the medium in the width direction exceeds a predetermined threshold based on a detected result by the medium movement detecting portion. a medium placing portion on which a medium (P1, P2) can be placed and a feeding roller configured to feed the medium placed on the medium placing portion by coming into contact with a surface of the medium facing the medium placing portion and being rotated characterised by further comprising: a medium movement detecting portion (21, 31a, 31b) that is positioned in a placing region of the medium on the medium placing portion on an upstream side of the feeding roller in a medium feeding direction and is capable of detecting movement of the medium being fed by the feeding roller in a width direction intersecting the medium feeding direction; and a controller configured to stop feeding of the medium in a case in which a physical quantity relating to the movement of the medium in the width direction exceeds a predetermined threshold based on a detected result by the medium movement detecting portion. a medium movement detecting portion (21, 31a, 31b) that is positioned in a placing region of the medium on the medium placing portion on an upstream side of the feeding roller in a medium feeding direction and is capable of detecting movement of the medium being fed by the feeding roller in a width direction intersecting the medium feeding direction; and a controller configured to stop feeding of the medium in a case in which a physical quantity relating to the movement of the medium in the width direction exceeds a predetermined threshold based on a detected result by the medium movement detecting portion.
A hydraulic tool device, in particular a blind rivet tool device comprising: - a hydraulic tool (1, 10) in particular a blind rivet tool, having a connection seat (2, 14), wherein the hydraulic tool does not have any structurally connected actuating unit, - a hydraulic supply device (7, 15) with a connection unit designed to connect to the connection seat (2, 14), - an actuating unit designed to control a hydraulic drive, wherein the actuating unit has, on one end, a connection seat that is connectable to the connection unit of the hydraulic supply unit (7, 15) and, on the other end, a connection unit that is connectable to the connection seat (2, 14) of the hydraulic tool (1, 10), wherein - the connection seats (2, 6, 14) and the connection units (4, 8) can be articulately jointed to each other, and - the connection units (4, 8) are designed as plug-in units. - a hydraulic tool (1, 10) in particular a blind rivet tool, having a connection seat (2, 14), wherein the hydraulic tool does not have any structurally connected actuating unit, - a hydraulic supply device (7, 15) with a connection unit designed to connect to the connection seat (2, 14), - an actuating unit designed to control a hydraulic drive, wherein the actuating unit has, on one end, a connection seat that is connectable to the connection unit of the hydraulic supply unit (7, 15) and, on the other end, a connection unit that is connectable to the connection seat (2, 14) of the hydraulic tool (1, 10), wherein - the connection seats (2, 6, 14) and the connection units (4, 8) can be articulately jointed to each other, and - the connection units (4, 8) are designed as plug-in units.
A cooling device for cooling electronic components mounted on a circuit board, the device comprising: a hollow body (3,4) defining a coolant transport circuit for circulating coolant fluid there thorough, the hollow body (3,4) comprising a plurality of flattened regions linked by duct regions, wherein the flattened regions and duct regions are formed as continuous regions of the body (3,4), and wherein each flattened region is configured to align with one or more electronic components when the body is secured adjacent to the circuit board for transferring heat away from the respective one or more electronic components, characterised in that one or more of the flattened regions has substantially the same cross-sectional area as one or more of the duct regions. a hollow body (3,4) defining a coolant transport circuit for circulating coolant fluid there thorough, the hollow body (3,4) comprising a plurality of flattened regions linked by duct regions, wherein the flattened regions and duct regions are formed as continuous regions of the body (3,4), and wherein each flattened region is configured to align with one or more electronic components when the body is secured adjacent to the circuit board for transferring heat away from the respective one or more electronic components, characterised in that one or more of the flattened regions has substantially the same cross-sectional area as one or more of the duct regions.
A laser distance comparator comprising: a case incorporating a laser controller for producing a laser beam, said case having a swivel button for rotatable engagement of a positioning device over a reference ball; at least one switch control for activating the laser controller; a central processing unit, CPU, receiving an input from the at least one switch control and providing outputs to the laser controller to obtain a distance measurement to a competition ball; a display mounted on the case, said CPU including software routines to cause the distance measurement to be displayed on the display; a memory connected to the CPU, said laser controller operable to provide the laser beam as a continuous beam allowing the laser spot to illuminate the competition balls as the laser distance comparator is horizontally rotated about the swivel button, the laser controller responsive to the at least one switch control being operable to issue a pulse for distance measurement to a selected competition ball and to provide the distance measurement to the competition ball as an input to the CPU, data on each competition ball being stored in the memory whereby a distance measurement is taken on multiple competition balls and the distance measurement for each competition ball is stored in the memory and displayed on the display; and wherein the CPU includes software routines to identify the closest competition ball and to highlight a designator for the closest competition ball on the display. a case incorporating a laser controller for producing a laser beam, said case having a swivel button for rotatable engagement of a positioning device over a reference ball; at least one switch control for activating the laser controller; a central processing unit, CPU, receiving an input from the at least one switch control and providing outputs to the laser controller to obtain a distance measurement to a competition ball; a display mounted on the case, said CPU including software routines to cause the distance measurement to be displayed on the display; a memory connected to the CPU, said laser controller operable to provide the laser beam as a continuous beam allowing the laser spot to illuminate the competition balls as the laser distance comparator is horizontally rotated about the swivel button, the laser controller responsive to the at least one switch control being operable to issue a pulse for distance measurement to a selected competition ball and to provide the distance measurement to the competition ball as an input to the CPU, data on each competition ball being stored in the memory whereby a distance measurement is taken on multiple competition balls and the distance measurement for each competition ball is stored in the memory and displayed on the display; and wherein the CPU includes software routines to identify the closest competition ball and to highlight a designator for the closest competition ball on the display.
Method of digital volume tomography of an object, wherein an X-ray functional unit with an X-ray source and a digital, two-dimensional X-ray detector unit, and a volume of space extending between them in which the object is located, are rotated and in the process a predetermined angular range is overswept, wherein the X-ray source is actuated at discrete, predetermined angular distances in order to emit X-rays, wherein the signals picked up by the detector unit are stored as two-dimensional images assigned to the respective angular position, and wherein from the single images a three-dimensional representation of the scanned volume of space is reconstructed, wherein X-rays of at least two different frequency ranges are used, characterised in that a grey-scale calibration is made during an image processing or reconstruction, wherein differences in the overall brightness of images taken in different frequency ranges are compared, and after reconstruction of the three-dimensional representation of the scanned volume of space, two of the three-dimensional representations taken with different frequency ranges are superimposed in such a way that the structures in the two three-dimensional representations belonging to the object fit together.
A light-emitting device package, comprising: a package body including a cavity and a plate guide unit, wherein the plate guide unit is protruded from a top surface of the package body; a light emitting device disposed on a disposition surface of the cavity, wherein the light emitting device includes light-emitting diode chip adapted to emit UV rays having a wavelength of 190∼400 nm; a plate disposed on the top surface of the package body, wherein a part of side of the plate is surrounded by the guide unit; an internal adhesive member disposed on the top surface of the package body and under a bottom surface of the plate; and an external adhesive member disposed on the package body and the plate; wherein the side of the plate is spaced apart from the plate guide unit, wherein the external adhesive member includes one part bonded to the package body and the other part bonded to the plate, wherein the external adhesive member is disposed on the plate guide unit and the edge portion of the plate, and characterized in that the external adhesive member comprises a first base layer and an adhesive tape. a package body including a cavity and a plate guide unit, wherein the plate guide unit is protruded from a top surface of the package body; a light emitting device disposed on a disposition surface of the cavity, wherein the light emitting device includes light-emitting diode chip adapted to emit UV rays having a wavelength of 190∼400 nm; a plate disposed on the top surface of the package body, wherein a part of side of the plate is surrounded by the guide unit; an internal adhesive member disposed on the top surface of the package body and under a bottom surface of the plate; and an external adhesive member disposed on the package body and the plate; wherein the side of the plate is spaced apart from the plate guide unit, wherein the external adhesive member includes one part bonded to the package body and the other part bonded to the plate, wherein the external adhesive member is disposed on the plate guide unit and the edge portion of the plate, and characterized in that the external adhesive member comprises a first base layer and an adhesive tape.
A bending device, comprising a processing part having two protruding parts (47c,47d) that protrude from an end surface of a pillar part and that are adapted to bend a wire, wherein at least one of the protruding parts has a curved surface part, and in use the wire is disposed between the two protruding parts (47c, 47d), the pillar part is rotatable around a rotation axis of the pillar part which extends in a length direction of the pillar part to bend the wire along the curved surface part, the bending device being characterized in that it comprises plural processing parts, curvature of the curved surface part of the protruding part in each processing part is different, and the bending device further comprises: a rotary part that supports the processing parts and is rotatable about an axis intersecting the length direction of the pillar part for selecting a processing part to process the wire; an accommodating part that is cylindrical and accommodates the rotary part at an end part of the accommodating part so as to be rotatable; and a mechanism that is adapted to rotate the accommodating part about a rotation axis of the accommodating part which extends in a length direction of the accomodating part and which is coaxial with the rotation axis of the pillar part of the selected processing part. a rotary part that supports the processing parts and is rotatable about an axis intersecting the length direction of the pillar part for selecting a processing part to process the wire; an accommodating part that is cylindrical and accommodates the rotary part at an end part of the accommodating part so as to be rotatable; and a mechanism that is adapted to rotate the accommodating part about a rotation axis of the accommodating part which extends in a length direction of the accomodating part and which is coaxial with the rotation axis of the pillar part of the selected processing part.
An anti-rattle track fastener assembly for attaching a fixture to a vehicle having a track formed therein, the track having upper walls that form a longitudinally- extending slot and having spaced-apart segments that extend from the upper walls into the slot to provide undercut areas in the slot positioned under the segments and spaced-apart openings positioned between the segments, the fastener assembly comprising: said track; a stud that extends from the fixture and is dimensioned to be received within the slot for engaging the spaced-apart segments, and a tranversely-extending, eccentrically-positioned cam located fore or aft of the stud in longitudinal direction of the track the cam being mounted on the fixture, and movable between a first position and a second position, wherein the stud is engageable to the spaced-apart segments with clearance when the cam is in the first position, and is tightly engageable to the spaced-apart segments against movement of the fixture when the cam is in the second position. said track; a stud that extends from the fixture and is dimensioned to be received within the slot for engaging the spaced-apart segments, and a tranversely-extending, eccentrically-positioned cam located fore or aft of the stud in longitudinal direction of the track the cam being mounted on the fixture, and movable between a first position and a second position, wherein the stud is engageable to the spaced-apart segments with clearance when the cam is in the first position, and is tightly engageable to the spaced-apart segments against movement of the fixture when the cam is in the second position.
A computer-implemented method for reducing perceived latency between a selection of a selectable item on a web page and display of content that is referenced by the selectable item, the method comprising: receiving object information comprising an amount of time an object is located within a threshold distance above a region of a touch screen associated with the selectable item; determining, whether the object is located within the threshold distance above the region of the touch screen for a threshold time based on the object information; generating, when the object is determined to be located within the threshold distance above the region of the touch screen for the threshold time, instructions to perform a first action on a URL associated with the selectable item that includes at least a part of an action that would be performed if the selection was completed; and in response to the selection of the selectable item, displaying the content that is referenced by the selectable item, wherein the threshold time is determined based on a weighted average of two hover-and-click history time periods; wherein each of the two hover-and-click history time periods indicate a time period between time an object is located within a threshold distance above a given region of a touch screen that is associated with a given selectable item and a time the given selectable item is selected by a user; wherein the first action includes at least one of a plurality of actions that are performed to display the content that is referenced by the selectable item. receiving object information comprising an amount of time an object is located within a threshold distance above a region of a touch screen associated with the selectable item; determining, whether the object is located within the threshold distance above the region of the touch screen for a threshold time based on the object information; generating, when the object is determined to be located within the threshold distance above the region of the touch screen for the threshold time, instructions to perform a first action on a URL associated with the selectable item that includes at least a part of an action that would be performed if the selection was completed; and in response to the selection of the selectable item, displaying the content that is referenced by the selectable item, wherein the threshold time is determined based on a weighted average of two hover-and-click history time periods; wherein each of the two hover-and-click history time periods indicate a time period between time an object is located within a threshold distance above a given region of a touch screen that is associated with a given selectable item and a time the given selectable item is selected by a user; wherein the first action includes at least one of a plurality of actions that are performed to display the content that is referenced by the selectable item.
Apparatus for measuring, inspecting and/or processing objects, comprising: a mobile platform for moving the apparatus through a spatial region, a kinematic system attached to the mobile platform, and an instrument head (25; 30) attached to the kinematic system, wherein the kinematic system is configured to move the instrument head (25; 30) relative to the mobile platform, at least one sensor attached to the mobile platform or the kinematic system and a high-resolution camera attached to the mobile platform or the kinematic system, and a controller configured: to determine a first estimation of a pose of a target object (20, 21; 91) on the basis of signals from the at least one sensor, to control the mobile platform on the basis of the first estimation to move to the target object, to determine a second, more accurate estimation of the pose of the target object on the basis of signals from the high-resolution camera and the first estimation and to control the kinematic system, wherein determining the first estimation and determining the second estimation are additionally effected on the basis of a digital representation (36; 94; 1003) of the target object (20, 21; 91), and to position the instrument head at the target object (20, 21; 91) on the basis of the second estimation by way of the control of the kinematic system, and wherein the controller is further configured to track the pose of the target object (20, 21; 91) during the movement of the mobile platform and/or during a movement of the kinematic system. a mobile platform for moving the apparatus through a spatial region, a kinematic system attached to the mobile platform, and an instrument head (25; 30) attached to the kinematic system, wherein the kinematic system is configured to move the instrument head (25; 30) relative to the mobile platform, at least one sensor attached to the mobile platform or the kinematic system and a high-resolution camera attached to the mobile platform or the kinematic system, and a controller configured: to determine a first estimation of a pose of a target object (20, 21; 91) on the basis of signals from the at least one sensor, to control the mobile platform on the basis of the first estimation to move to the target object, to determine a second, more accurate estimation of the pose of the target object on the basis of signals from the high-resolution camera and the first estimation and to control the kinematic system, wherein determining the first estimation and determining the second estimation are additionally effected on the basis of a digital representation (36; 94; 1003) of the target object (20, 21; 91), and to position the instrument head at the target object (20, 21; 91) on the basis of the second estimation by way of the control of the kinematic system, and wherein the controller is further configured to track the pose of the target object (20, 21; 91) during the movement of the mobile platform and/or during a movement of the kinematic system.
A hot press-formed article manufactured by hot press forming a galvanized steel sheet including a base steel sheet and a zinc-based plated layer formed on a surface of the base steel sheet, wherein the zinc-based plated layer includes at least one element selected from the group consisting of Sb, Sn, and Bi in a total amount of 0.05 to 2.0 wt%, and further includes 0.1 to 5.0 wt% of Al and 0.1 to 5.0 wt% of Mg, a balance of Zn, and inevitable impurities, and at least 70 wt% of the at least one element selected from the group consisting of Sb, Sn, Bi is concentrated in a region 3 μm or less away from a surface of an alloyed zinc-based plated layer, formed by alloying the zinc-based plated layer, of the hot press-formed article, and wherein a degree of alloying of Fe of the alloyed zinc-based plated layer is 30 to 85%.
A method of manufacturing a microwave ablation device, comprising: applying a balun short circumferentially about an outer conductor of a coaxial feedline; applying a dielectric material circumferentially about the outer conductor of the coaxial feedline and in contact with the balun short to form a balun; extending a temperature sensor along the coaxial feedline such that the sensor contacts the balun short; securing the temperature sensor to the coaxial feedline with a first heat shrink material; securing the dielectric material, balun short and temperature sensor in contact with each other and to the coaxial feedline using a second heat shrink material. applying a balun short circumferentially about an outer conductor of a coaxial feedline; applying a dielectric material circumferentially about the outer conductor of the coaxial feedline and in contact with the balun short to form a balun; extending a temperature sensor along the coaxial feedline such that the sensor contacts the balun short; securing the temperature sensor to the coaxial feedline with a first heat shrink material; securing the dielectric material, balun short and temperature sensor in contact with each other and to the coaxial feedline using a second heat shrink material.