mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling locking and unlocking a mobile terminal, comprising: adopting an acceleration sensor to detect a location state of a mobile terminal, wherein the location state of the mobile terminal detected by the acceleration sensor comprises a motion state, a static state, an inclined state, and a horizontal state, wherein the acceleration sensor detects the motion state in case a speed of the terminal is higher than a set speed threshold, detects the static state if the speed of the mobile terminal is lower than the set speed threshold, detects the inclined state if an angle formed between a standard plane of the mobile terminal and a horizontal plane is larger than a set angle threshold and detects the horizontal state if the angle formed between the standard plane of the mobile terminal and the horizontal plane is smaller than the set angle threshold; starting a stabilization timer and monitoring a stabilization timing value of the stabilization timer when the mobile terminal is in an unlocked or a locked state; resetting the stabilization timing value to restart timing when it is monitored that the location state of the mobile terminal is unstable, wherein a stable state comprises a combination of the static state and the horizontal state and the unstable state is any of the other location states or other combinations of the location states; and controlling the mobile terminal to enter a stable and unlocked state being a further unlocked state, when it is monitored that the stabilization timing value reaches a stabilization timing threshold. adopting an acceleration sensor to detect a location state of a mobile terminal, wherein the location state of the mobile terminal detected by the acceleration sensor comprises a motion state, a static state, an inclined state, and a horizontal state, wherein the acceleration sensor detects the motion state in case a speed of the terminal is higher than a set speed threshold, detects the static state if the speed of the mobile terminal is lower than the set speed threshold, detects the inclined state if an angle formed between a standard plane of the mobile terminal and a horizontal plane is larger than a set angle threshold and detects the horizontal state if the angle formed between the standard plane of the mobile terminal and the horizontal plane is smaller than the set angle threshold; starting a stabilization timer and monitoring a stabilization timing value of the stabilization timer when the mobile terminal is in an unlocked or a locked state; resetting the stabilization timing value to restart timing when it is monitored that the location state of the mobile terminal is unstable, wherein a stable state comprises a combination of the static state and the horizontal state and the unstable state is any of the other location states or other combinations of the location states; and controlling the mobile terminal to enter a stable and unlocked state being a further unlocked state, when it is monitored that the stabilization timing value reaches a stabilization timing threshold.
A disposable security device keeper with no locking mechanism comprising a rigid or semi-rigid casing that substantially corresponds to the shape of a product and adapted to cover at least a portion of one side of the product but not fully enclosing the product; the casing having a top wall, a bottom wall, a first side wall and a second side wall forming an open frame; a security element or a non-EAS label having a deterrent message attached to the casing and adapted to be inaccessible to a consumer when the keeper is attached to the product; and a flexible adhesive support for securing the keeper to the product, characterized in that the first side wall includes at least one clip for attaching the casing to the product and adapted to act as a guide pin to facilitate the wrapping of the flexible adhesive support and the second side wall includes at least one clip for attaching the casing to the product and adapted to act as a guide pin to facilitate the wrapping of the flexible adhesive support.
A method for manufacturing a security element having negative writing for a security paper or an object of value, in particular a value document, having the following steps: a) supplying a transparent carrier substrate; b) providing the carrier substrate with an embossed emboss-lacquer layer; c) printing the emboss-lacquer layer with a flowable, metal pigments-containing ink layer in the form of a predetermined pattern having ink-layer regions and recesses forming the negative writing between the ink-layer regions, so that at the underside of each individual ink-layer region at which the ink layer and the emboss-lacquer layer face each other, metal pigments align themselves spatially along the emboss structure of the emboss-lacquer layer and form a first lower ink-layer metallization; d) bringing in contact the ink layer with an embossing tool, preferably at elevated pressure and at elevated temperature, so that the upper side of each individual ink-layer region is provided with an emboss structure along which metal pigments align themselves spatially and form the second, upper ink-layer metallization. a) supplying a transparent carrier substrate; b) providing the carrier substrate with an embossed emboss-lacquer layer; c) printing the emboss-lacquer layer with a flowable, metal pigments-containing ink layer in the form of a predetermined pattern having ink-layer regions and recesses forming the negative writing between the ink-layer regions, so that at the underside of each individual ink-layer region at which the ink layer and the emboss-lacquer layer face each other, metal pigments align themselves spatially along the emboss structure of the emboss-lacquer layer and form a first lower ink-layer metallization; d) bringing in contact the ink layer with an embossing tool, preferably at elevated pressure and at elevated temperature, so that the upper side of each individual ink-layer region is provided with an emboss structure along which metal pigments align themselves spatially and form the second, upper ink-layer metallization.
A work vehicle comprising: a hydraulic actuator (21, 22) configured to change an actual steering angle (θs_real); an actual steering angle detecting part configured to detect the actual steering angle (θs_real); an operating unit (25, 425) for performing a steering operation and including an operating part configured to be operated and rotated by an operator, a support part supporting the operating part rotatably, a rotating part (71, 471) being rotatably supported by the support part, a biasing part (44, 444) biasing the operating part to a predetermined position with respect to the rotating part (71, 471), and a position adjusting part configured to adjust a rotation angle of the rotating part (71, 471) with respect to the support part; and a steering control part configured to control the hydraulic actuator (21, 22) based on a rotation operation of the operating part; characterized by a relative angle detecting part (114, 121, 326) configured to detect a relative rotation angle (θd_detect) of the operating part with respect to the rotating part (71, 471); and a position adjustment control part configured to set a torque based on the relative rotation angle (θd_detect) and uses the torque to control the position adjusting part based on the actual steering angle (θs_real). a hydraulic actuator (21, 22) configured to change an actual steering angle (θs_real); an actual steering angle detecting part configured to detect the actual steering angle (θs_real); an operating unit (25, 425) for performing a steering operation and including an operating part configured to be operated and rotated by an operator, a support part supporting the operating part rotatably, a rotating part (71, 471) being rotatably supported by the support part, a biasing part (44, 444) biasing the operating part to a predetermined position with respect to the rotating part (71, 471), and a position adjusting part configured to adjust a rotation angle of the rotating part (71, 471) with respect to the support part; and a steering control part configured to control the hydraulic actuator (21, 22) based on a rotation operation of the operating part; characterized by a relative angle detecting part (114, 121, 326) configured to detect a relative rotation angle (θd_detect) of the operating part with respect to the rotating part (71, 471); and a position adjustment control part configured to set a torque based on the relative rotation angle (θd_detect) and uses the torque to control the position adjusting part based on the actual steering angle (θs_real).
A numerical-control machine tool of the type comprising: a tool-holder head which is provided with a tool-holder spindle and is capable of rotating/ tilting said tool-holder spindle about two different rotation axes (C, D) inclined to one another; a movable supporting structure (2, 3, 6, 10, 14; 101, 104, 107) that supports the tool-holder head and is provided with moving members (7, 11, 15) adapted to move, during the machining of the piece, the tool-holder head in the space surrounding the piece to be machined; an electronic control device that commands the moving members of the movable supporting structure (7, 11, 15) and the moving members of the tool-holder head so as to move, during the machining of the piece, the tool-holder head and its tool-holder spindle in the space around the piece to be machined in order to carry out the planned machining in automatic manner; and one or more inclinometer microsensors that are located on the movable supporting structure (2, 3, 6, 10, 14; 101, 104, 107) of the machine, next to said tool-holder head, and are adapted to measure/determine the tilt of the element on which the same sensors are mounted, relative to a reference inertial plane immobile in the space; the machine tool being characterised in that the electronic control device is electronically connected to said one or more inclinometer microsensors, and is additionally programmed/ configured to command the moving members of the movable supporting structure (7, 11, 15) and the moving members of the tool-holder head also based on the signals arriving from said inclinometer microsensor/s, so as to correct/change, in real time during the machining of the piece, the programmed spatial position and orientation of the tool-holder spindle in order to compensate a possible error in the spatial position and/or orientation of the tool-holder head resulting from a deformation of the movable supporting structure (2, 3, 6, 10, 14; 101, 104, 107) of the machine tool.
Dishwasher comprising: a substantially box-shaped washing chamber, comprising a bottom wall and an opening; two crockery baskets placed one above the other and slidably inserted in the washing chamber and arranged to come out, at least partly, from the opening of the washing chamber in order to receive crockery; a pump connectable to a source of washing liquid, connected to a delivery pipe placed beneath the bottom wall of the washing chamber; the delivery pipe being in fluid communication with a feed pipe placed inside the washing chamber; associated with each crockery basket a respective main sprayer device, each main sprayer device placed underneath the respective basket and arranged to spray water towards the respective basket, wherein each main sprayer device is rotatable about a first rotation axis, placed inside the washing chamber and in fluid connection with the feed pipe in order to supply washing liquid inside the washing chamber; at least one auxiliary sprayer device having smaller dimensions and capacity relative to the main sprayer devices, which is rotatable about a second rotation axis that is different from the first rotation axis and in fluid communication with the pump; a supply pipe placed in fluid communication with the delivery pipe and the auxiliary sprayer device in order to supply the auxiliary sprayer device with washing liquid; characterised in that no shutoff valves are placed along the hydraulic route which connects the pump to the main sprayer devices; and that the supply pipe is developed beneath the bottom wall of the washing chamber. a substantially box-shaped washing chamber, comprising a bottom wall and an opening; two crockery baskets placed one above the other and slidably inserted in the washing chamber and arranged to come out, at least partly, from the opening of the washing chamber in order to receive crockery; a pump connectable to a source of washing liquid, connected to a delivery pipe placed beneath the bottom wall of the washing chamber; the delivery pipe being in fluid communication with a feed pipe placed inside the washing chamber; associated with each crockery basket a respective main sprayer device, each main sprayer device placed underneath the respective basket and arranged to spray water towards the respective basket, wherein each main sprayer device is rotatable about a first rotation axis, placed inside the washing chamber and in fluid connection with the feed pipe in order to supply washing liquid inside the washing chamber; at least one auxiliary sprayer device having smaller dimensions and capacity relative to the main sprayer devices, which is rotatable about a second rotation axis that is different from the first rotation axis and in fluid communication with the pump; a supply pipe placed in fluid communication with the delivery pipe and the auxiliary sprayer device in order to supply the auxiliary sprayer device with washing liquid; characterised in that no shutoff valves are placed along the hydraulic route which connects the pump to the main sprayer devices; and that the supply pipe is developed beneath the bottom wall of the washing chamber.
A power supply device having a Scott connected transformer made of a main transformer and a teaser transformer, the power supply device comprising: first control equipment provided in one of two phases of the main transformer on the input side in order to control a voltage or a current; and second control equipment provided in one end of a primary coil of the teaser transformer on the input side in order to control a voltage or a current, wherein the first control equipment and the second control equipment are configured to control an output voltage of the main transformer and an output voltage of the teaser transformer individually in a state of being connected to a load requiring an output voltage of k ×n1/n2 or more in the main transformer relative to an output voltage of the teaser transformer where n1 is a number of turns of a secondary coil of the main transformer, n2 is a number of turns of a secondary coil of the teaser transformer, and k is the ratio of the exciting impedance of the teaser transformer obtained when the first control equipment is cut off to the exciting impedance of the main transformer obtained when turns of the primary coil of the main transformer are halved. first control equipment provided in one of two phases of the main transformer on the input side in order to control a voltage or a current; and second control equipment provided in one end of a primary coil of the teaser transformer on the input side in order to control a voltage or a current, wherein the first control equipment and the second control equipment are configured to control an output voltage of the main transformer and an output voltage of the teaser transformer individually in a state of being connected to a load requiring an output voltage of k ×n1/n2 or more in the main transformer relative to an output voltage of the teaser transformer where n1 is a number of turns of a secondary coil of the main transformer, n2 is a number of turns of a secondary coil of the teaser transformer, and k is the ratio of the exciting impedance of the teaser transformer obtained when the first control equipment is cut off to the exciting impedance of the main transformer obtained when turns of the primary coil of the main transformer are halved.
A computer-implemented method, comprising: accessing, by a computer system, first manipulation data of a first robotic manipulator of a plurality of robotic manipulators (110; 210) about how at least one object of an object type has been manipulated, the object type associated with an attribute that is common to objects of the object type and that impacts manipulations of the object type; generating, by the computer system, a first profile associated with manipulating the object type based at least in part on the first manipulation data; receiving, by the computer system from at least one of the plurality of robotic manipulators, a change to the attribute associated with the object type; determining, by the computer system, that a first set of the objects comprises the attribute unchanged and that a second set of the objects comprises the attribute changed; generating, by the computer system, a second profile associated with manipulating at least one object of the second set of the objects based at least in part on the change to the attribute; selecting, by the computer system, a portion of the first profile and a portion of the second profile based at least in part on one of the plurality of robotic manipulators; and transmitting, by the computer system, the portion of the first profile and the portion of the second profile to one of the plurality of robotic manipulators, for manipulating, by the one of the plurality of robotic manipulators, an object of the object type using the portion of the first profile or the portion of the second profile. accessing, by a computer system, first manipulation data of a first robotic manipulator of a plurality of robotic manipulators (110; 210) about how at least one object of an object type has been manipulated, the object type associated with an attribute that is common to objects of the object type and that impacts manipulations of the object type; generating, by the computer system, a first profile associated with manipulating the object type based at least in part on the first manipulation data; receiving, by the computer system from at least one of the plurality of robotic manipulators, a change to the attribute associated with the object type; determining, by the computer system, that a first set of the objects comprises the attribute unchanged and that a second set of the objects comprises the attribute changed; generating, by the computer system, a second profile associated with manipulating at least one object of the second set of the objects based at least in part on the change to the attribute; selecting, by the computer system, a portion of the first profile and a portion of the second profile based at least in part on one of the plurality of robotic manipulators; and transmitting, by the computer system, the portion of the first profile and the portion of the second profile to one of the plurality of robotic manipulators, for manipulating, by the one of the plurality of robotic manipulators, an object of the object type using the portion of the first profile or the portion of the second profile.
Use of p-tert-butylphenol or n-butylphenol in a continuous interfacial process for the preparation of linear or branched polycarbonate having a inhomogeneity factor U, wherein the inhomogeneity factor for various molecular weight ranges is as follows: U = (Mw/Mn)-1 for low-viscosity polycarbonate having an average molecular weight (weight-average) of from 18,000 to 22,000 g/mol, determined via gel permeation chromatography with polycarbonate calibration, U is 1.08 to 1.18, for medium-viscosity polycarbonate having an average molecular weight (weight-average) of greater than 22,000 to 26,000 g/mol, determined via gel permeation chromatography with polycarbonate calibration, U is 1.18 to 1.60, for high-viscosity polycarbonate having an average molecular weight (weight-average) of greater than 26,000 to 40,000 g/mol, determined via gel permeation chromatography with polycarbonate calibration, U is 1.30 to 1.75.
A compound comprising iloperidone or 1-[4-[3-[4-(6-Fluoro-1,2-benzisoxazol-3-yl)-1-piperidinyl]propoxy]-3-methoxyphenyl]ethanol for use in the treatment of a disorder known to be ameliorated by the compound in an individual whose FAM13A1 genotype is determined, and whose FAM13A1 genotype is associated with an increased risk of QT prolongation, wherein the quantity of the compound administered to the individual is less than would be administered to an individual having a FAM13A1 genotype not associated with an increased risk of QT prolongation, wherein the FAM13A1 genotype associated with an increased risk of QT prolongation is TT at the rs3775378 locus,wherein the method of treatment comprises the step of determining whether or not the individual has genotype TT at the rs3775378 locus.
A method, comprising: sending, to a server, user input data corresponding to respective ones of one or more input boxes at a first web page and one or more input box identifiers associated with the one or more input boxes, wherein the user input data is associated with a session identifier associated with a terminal and a first web page identifier, wherein the user input data corresponding to respective ones of the one or more input boxes at the first web page is character encoded by and stored by the server upon being received by the server; receiving an indication, at the terminal, that a user selection to view the first web page has been performed at a second web page; in response to the indication, sending a data acquisition request to the server, wherein the data acquisition request comprises the session identifier associated with the terminal and the first web page identifier; receiving, from the server, the user input data corresponding to respective ones of the one or more input boxes at the first web page and the one or more associated input box identifiers, wherein the user input data corresponding to respective ones of the one or more input boxes at the first web page was character decoded by the server before being sent to the terminal by the server; and presenting, at the terminal, the first web page including the user input data corresponding to respective ones of the one or more input boxes. sending, to a server, user input data corresponding to respective ones of one or more input boxes at a first web page and one or more input box identifiers associated with the one or more input boxes, wherein the user input data is associated with a session identifier associated with a terminal and a first web page identifier, wherein the user input data corresponding to respective ones of the one or more input boxes at the first web page is character encoded by and stored by the server upon being received by the server; receiving an indication, at the terminal, that a user selection to view the first web page has been performed at a second web page; in response to the indication, sending a data acquisition request to the server, wherein the data acquisition request comprises the session identifier associated with the terminal and the first web page identifier; receiving, from the server, the user input data corresponding to respective ones of the one or more input boxes at the first web page and the one or more associated input box identifiers, wherein the user input data corresponding to respective ones of the one or more input boxes at the first web page was character decoded by the server before being sent to the terminal by the server; and presenting, at the terminal, the first web page including the user input data corresponding to respective ones of the one or more input boxes.