mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a display device, comprising: displaying a plurality of display items (410-1 to 410-6) on a display screen; obtaining coordinates of a position indicated by an input device; displaying a highlight on a first display item which is provided on the coordinates; determining a motion direction of the input device based on the obtained coordinates and coordinates of a moved position received from the input device; displaying, in addition to the highlight, a feedback UI on an outline, only on an outside of the first display item, corresponding to the motion direction; based on the moved position being positioned at a preset distance from a central point of the first display item, increasing the size of the feedback UI as the moved position approaches the outline of the first display item; and based on the moved position being positioned beyond a preset distance from the first display item, deleting the feedback UI on the display screen and displaying the highlight on a second display item corresponding to the motion direction of the input device. displaying a plurality of display items (410-1 to 410-6) on a display screen; obtaining coordinates of a position indicated by an input device; displaying a highlight on a first display item which is provided on the coordinates; determining a motion direction of the input device based on the obtained coordinates and coordinates of a moved position received from the input device; displaying, in addition to the highlight, a feedback UI on an outline, only on an outside of the first display item, corresponding to the motion direction; based on the moved position being positioned at a preset distance from a central point of the first display item, increasing the size of the feedback UI as the moved position approaches the outline of the first display item; and based on the moved position being positioned beyond a preset distance from the first display item, deleting the feedback UI on the display screen and displaying the highlight on a second display item corresponding to the motion direction of the input device.
Self-destructing transdermal therapeutic system comprising - at least one active ingredient which is an analgesic or narcotic, - at least one agent which makes the active ingredient useless and which is an oxidizing agent and is present as a solid or paste, - at least one separation between the active ingredient and the agent which makes the active ingredient useless, wherein the separation is a layer which is permeable to liquids and impermeable to solids, and - at least one mechanical means for perforation of at least one adjacent layer of the TTS, wherein the means for perforation possesses a blunt outer contour and a sharp or pointed internal region, and which means is arranged above a separating layer impermeable to liquids, wherein by the means for perforation at least one adjacent layer of the TTS is perforated on removal of the TTS after use, and the ingress of a mobile phase, which is a liquid, to the agent which makes the active ingredient useless is effected or made possible, whereby the separation between the active ingredient and the agent which makes the active ingredient useless is undone, that in this way the active ingredient and the agent which makes the active ingredient useless come into contact with one another, and the active ingredient is destroyed by this contact. - at least one active ingredient which is an analgesic or narcotic, - at least one agent which makes the active ingredient useless and which is an oxidizing agent and is present as a solid or paste, - at least one separation between the active ingredient and the agent which makes the active ingredient useless, wherein the separation is a layer which is permeable to liquids and impermeable to solids, and - at least one mechanical means for perforation of at least one adjacent layer of the TTS, wherein the means for perforation possesses a blunt outer contour and a sharp or pointed internal region, and which means is arranged above a separating layer impermeable to liquids,
Use of a layer of resins on a decorative structure comprising a supporting panel having applied thereon one or more objects, said objects being made of fabric, or fabric garments, or non-woven fabrics, or films made of paper or cardboard, said objects being impregnated with said layer of resins, said layer of resins transforming those objects made of fabric, or fabric garments, or non-woven fabrics into decorative elements with three-dimensional bends and motives, said layer of resins also operating as protection layer for said decorative elements and said objects made of paper or cardboard, conferring said decorative elements and said objects made of paper or cardboard a suitable stiffness and endurance.
A portioning device (10; 100) for molten glass, comprising: - an inlet side pipe section (13; 113) fixable at a first end (19; 119) to a glass reservoir (50; 150) from which the portioning device (10; 100) is suppliable with molten glass; - at least one volume variable section (15; 115a) connected to a second end (21; 121) of the inlet side pipe section (13; 113), and the internal volume thereof being variable; and - an outlet side pipe section (17; 117) connected at a first end (23; 123) to the at least one volume variable section (15; 115b), and an outlet opening (27; 127) being arranged at the second end (25; 125) thereof, through which a predetermined amount of the molten glass can exit; characterized in that the inlet side pipe section (13; 113), the at least one volume variable section (15; 115a; 115b) and the outlet side pipe section (17; 117) form a flow channel for the molten glass, and the at least one volume variable section (15; 115a; 115b) is a bellows. - an inlet side pipe section (13; 113) fixable at a first end (19; 119) to a glass reservoir (50; 150) from which the portioning device (10; 100) is suppliable with molten glass; - at least one volume variable section (15; 115a) connected to a second end (21; 121) of the inlet side pipe section (13; 113), and the internal volume thereof being variable; and - an outlet side pipe section (17; 117) connected at a first end (23; 123) to the at least one volume variable section (15; 115b), and an outlet opening (27; 127) being arranged at the second end (25; 125) thereof, through which a predetermined amount of the molten glass can exit;
A pyrochlore material which consists of Gd 2-x Mg x Zr 2 O 7-a with 0 < x < 2 and 0 ≤ a ≤ 1. wherein the Gadolinium (Gd) is replaced by Neodynium (Nd), Europium (Eu) or Ytterbium (Yb) or wherein Gadolinium (Gd) is partially or totally replaced by Samarium (Sm), wherein Magnesium (Mg) is partially or totally replaced by Calcium (Ca).
Tool box for firmly holding in position hand tools and their accessories, in particular socket wrenches, socket wrench inserts, sockets, screwdrivers and/or torque wrenches with two tub-shaped, rectangular case parts (2, 3) with one front part, one back part and two longitudinal sides each, wherein the case parts (2, 3) in the back part are coupled together about a pivot axis in a pivotable manner and can be locked by a locking device fixed at the front side when closed, where the locking device has a turning handle, and the turning handle is mounted onto a holder at the front part on the first case part in a seat by inserting a spring-elastic control member over a rotating cam in such a manner that it can rotate, wherein the rotation axis is aligned orthogonally to the front part, characterised in that a catch means at the turning handle can be brought into contact by a thrust-bearing section with a detent at the second case part, and the spring-elastic control member with a spring bellow contains the rotating cam, and that the turning handle has at least one snap-in tongue, wherein the snap-in tongue can be brought in engagement with a groove in the first case part in a form-fitting manner.
A system comprising a bearing bracket and a coupler rod or a connection rod, whereby the bearing bracket is suitable to connect the coupler rod or the connection rod to a car and whereby the coupler rod or the connection rod is connected to the bearing bracket, whereby the bearing bracket comprises • an adapter that is connected to the coupler rod or the connection rod or that is part of the coupler rod or the connection rod, • a bracket suitable for being connected to the car, • a joint arranged in such manner to allow the adapter to swivel relative to the bracket about at least one swivel axis, whereby the joint connects the adapter to the bracket in such a manner that the adapter is set free to move relative to at least some parts of the bracket in at least one direction, if a pushing force of a predetermined first strength is applied to the adapter that points into this at least one direction, and whereby the coupler rod or connection rod has at least one surface that extends in a direction that is not parallel to the longitudinal axis of the coupler rod or connection rod and that is arranged spaced apart from a surface of the bearing bracket and whereby once the adapter is set free to move relative to the bracket in the at least one direction, the surface of the coupler rod or connection rod moves in this at least one direction to come into contact with the surface of the bearing bracket. characterized in that the surface that extends in a direction that is not parallel to the longitudinal axis of the coupler rod or connection rod is formed by an stabilizing element attached to further parts of the coupler rod or connection rod in such a manner that the further parts of the coupler rod or connection rod can move relative to the stabilizing element, if a pushing force of a predetermined second strength is applied to the coupling rod or connection rod that points along the longitudinal axis of the coupling rod or connection rod in the operating condition where the surface of the coupler rod or connection rod is in contact with the surface of the bearing bracket. • an adapter that is connected to the coupler rod or the connection rod or that is part of the coupler rod or the connection rod, • a bracket suitable for being connected to the car, • a joint arranged in such manner to allow the adapter to swivel relative to the bracket about at least one swivel axis,
A paper-sheet counting machine comprising: a counting unit configured to count paper sheets; a stacking unit configured to stack therein the paper sheets that have been counted by the counting unit, an opening being provided in a front face of the stacking unit; a rotary guide unit provided to the stacking unit and configured to allow the paper sheets that have been counted by the counting unit to be stacked in the stacking unit; a shutter configured to close the opening provided in the front face of the stacking unit; a shutter drive unit configured to drive the shutter to open and close the opening provided in the front face of the stacking unit; a control unit configured to control the shutter drive unit; a placing unit configured to place thereon the paper sheets to be counted by the counting unit; and a first paper-sheet detection unit configured to detect whether or not the paper sheets are placed on the placing unit; characterised in that the control unit serves to selectively perform a batch process mode, in which the counting unit counts paper sheets by the batch number, the batch number being instructed to the control unit, and when the first paper-sheet detection unit detects that there is no paper sheet remaining on the placing unit and when the number of the paper sheets fed to the stacking unit does not reach the batch number during the process for the paper sheets in the batch process mode, the control unit serves to drive the shutter to keep closing the opening provided in the front face of the stacking unit. a counting unit configured to count paper sheets; a stacking unit configured to stack therein the paper sheets that have been counted by the counting unit, an opening being provided in a front face of the stacking unit; a rotary guide unit provided to the stacking unit and configured to allow the paper sheets that have been counted by the counting unit to be stacked in the stacking unit; a shutter configured to close the opening provided in the front face of the stacking unit; a shutter drive unit configured to drive the shutter to open and close the opening provided in the front face of the stacking unit; a control unit configured to control the shutter drive unit; a placing unit configured to place thereon the paper sheets to be counted by the counting unit; and a first paper-sheet detection unit configured to detect whether or not the paper sheets are placed on the placing unit; characterised in that the control unit serves to selectively perform a batch process mode, in which the counting unit counts paper sheets by the batch number, the batch number being instructed to the control unit, and when the first paper-sheet detection unit detects that there is no paper sheet remaining on the placing unit and when the number of the paper sheets fed to the stacking unit does not reach the batch number during the process for the paper sheets in the batch process mode, the control unit serves to drive the shutter to keep closing the opening provided in the front face of the stacking unit.
A rotor brake system for a main rotor of a rotorcraft comprising: a mechanical rotor brake; one or more generators which when in use are connected to a main rotor gearbox, wherein the main rotor gearbox is connected to the main rotor; and an electric distributed anti-torque system which when in use is mounted on a tail boom of the rotorcraft and electrically connected to the one or more generators, wherein the electric distributed anti-torque system comprises one or more blades and two or more electric motors (112a-i) connected to the one or more blades; wherein in use a rotation of the main rotor is slowed by placing a drive load on the main rotor gearbox with the one or more generators to convert mechanical power from the main rotor into electrical power, and wherein the electrical power is dispersed by using the electric distributed anti-torque system to generate thrust in opposing directions. a mechanical rotor brake; one or more generators which when in use are connected to a main rotor gearbox, wherein the main rotor gearbox is connected to the main rotor; and an electric distributed anti-torque system which when in use is mounted on a tail boom of the rotorcraft and electrically connected to the one or more generators, wherein the electric distributed anti-torque system comprises one or more blades and two or more electric motors (112a-i) connected to the one or more blades; wherein in use a rotation of the main rotor is slowed by placing a drive load on the main rotor gearbox with the one or more generators to convert mechanical power from the main rotor into electrical power, and wherein the electrical power is dispersed by using the electric distributed anti-torque system to generate thrust in opposing directions.
A method of calibrating sensing data between different sensors of the same type, the method comprising: a) obtaining physiological data from a test subject through a first sensor; b) using said physiological data to program a device to replicate physiological attributes exhibited by the test subject; c) applying a second sensor to the device, the second sensor comprising following upgrades of software or hardware from the first sensor; d) using the device to replicate the test subject's physiological attributes; e) obtaining physiological data from the second sensor regularly over time; f) identifying any variation between the physiological data obtained by the first sensor and the physiological data obtained by the multiple measurements made over time with the second sensor; g) applying a correction factor to the physiological data obtained from the second sensor in the event that any variation between physiological data obtained from the first sensor and physiological data obtained from the second sensor exceeds a predetermined threshold; and h) using said correction factor to calibrate the second sensor. a) obtaining physiological data from a test subject through a first sensor; b) using said physiological data to program a device to replicate physiological attributes exhibited by the test subject; c) applying a second sensor to the device, the second sensor comprising following upgrades of software or hardware from the first sensor; d) using the device to replicate the test subject's physiological attributes; e) obtaining physiological data from the second sensor regularly over time; f) identifying any variation between the physiological data obtained by the first sensor and the physiological data obtained by the multiple measurements made over time with the second sensor; g) applying a correction factor to the physiological data obtained from the second sensor in the event that any variation between physiological data obtained from the first sensor and physiological data obtained from the second sensor exceeds a predetermined threshold; and h) using said correction factor to calibrate the second sensor.
A method comprising: detecting, by a primary node, that a backup node is available and unconfigured; querying, by the primary node, an identification from the backup node; receiving, by the primary node, the identification of the backup node; verifying, by the primary node, that the identification corresponds to hardware compatible with the primary node; and if compatible hardware is found, automatically replicating, by the primary node, the primary node to the backup node, including replicating a personality of the primary node to the backup node. detecting, by a primary node, that a backup node is available and unconfigured; querying, by the primary node, an identification from the backup node; receiving, by the primary node, the identification of the backup node; verifying, by the primary node, that the identification corresponds to hardware compatible with the primary node; and if compatible hardware is found, automatically replicating, by the primary node, the primary node to the backup node, including replicating a personality of the primary node to the backup node.
A method for the production of 1,3-propanediol in a continuous fermentation process, comprising culturing a strain of Clostridium genetically modified to have its glycerol metabolism directed to 1,3-propanediol production on a culture medium, and recovering the 1,3-propanediol, characterized in that - the feed medium comprises a high concentration of industrial glycerine, said industrial glycerine being a by-product from biodiesel production and comprising of more than 70% of glycerol, said glycerol being present at a concentration comprised between 90 and 120g/l, and the dilution rate is comprised between 0.005 and 0.1h -1 - wherein the strain of Clostridium is previously adapted by a continuous culture at a dilution rate comprised between 0.005 and 0.1h -1 in the presence of a high concentration of industrial glycerine in the feed medium, said industrial glycerine comprising of more than 70% of glycerol, said glycerol being present at a concentration comprised between 90 and 120g/l - wherein said culture medium does not contain any organic nitrogen source. - the feed medium comprises a high concentration of industrial glycerine, said industrial glycerine being a by-product from biodiesel production and comprising of more than 70% of glycerol, said glycerol being present at a concentration comprised between 90 and 120g/l, and the dilution rate is comprised between 0.005 and 0.1h -1 - wherein the strain of Clostridium is previously adapted by a continuous culture at a dilution rate comprised between 0.005 and 0.1h -1 in the presence of a high concentration of industrial glycerine in the feed medium, said industrial glycerine comprising of more than 70% of glycerol, said glycerol being present at a concentration comprised between 90 and 120g/l - wherein said culture medium does not contain any organic nitrogen source.
A device comprising: a display; a body enabled to mate with a mobile electronic device, the body comprising the display such that when the body is mated to the mobile electronic device, the display is not obscured by the body; an induction device for wirelessly receiving signals from the mobile electronic device to control the display and for providing notifications at the display instead of at the mobile electronic device when notifications at the mobile electronic device are disabled, the induction device positioned at the body for interacting with a respective induction device located at the mobile electronic device, the respective induction device for transmitting the signals; and a circuit connecting the induction device to the display, the circuit enabled to receive the signals and control the display in response thereto, the circuit enabled to control the display to provide a rendering of data received in the signals, wherein the circuit is further enabled to power the display from power received via the signals. a display; a body enabled to mate with a mobile electronic device, the body comprising the display such that when the body is mated to the mobile electronic device, the display is not obscured by the body; an induction device for wirelessly receiving signals from the mobile electronic device to control the display and for providing notifications at the display instead of at the mobile electronic device when notifications at the mobile electronic device are disabled, the induction device positioned at the body for interacting with a respective induction device located at the mobile electronic device, the respective induction device for transmitting the signals; and a circuit connecting the induction device to the display, the circuit enabled to receive the signals and control the display in response thereto, the circuit enabled to control the display to provide a rendering of data received in the signals, wherein the circuit is further enabled to power the display from power received via the signals.