mhurhangee/patent-ind-claim-en huggingface dataset:
A method in an electronic device , the method comprising: displaying, on a touch screen of the electronic device , a user interface regarding a text input application within a first touch screen area; displaying, in response to detecting that a touch subject is located within a threshold distance over a second touch screen area other than a touch detection region , a guideline of the touch detection region, the touch detection region being configured for displaying a virtual keypad in response to detecting that the touch subject is located within the threshold distance over the touch detection region, wherein the guideline is superimposed on the user interface and displays the touch detection region; and displaying , in response to detecting that the touch subject is moved to a location within the threshold distance over the touch detection region, the virtual keypad and ceasing to display the guideline , wherein the touch detection region is included in the first touch screen area. displaying, on a touch screen of the electronic device , a user interface regarding a text input application within a first touch screen area; displaying, in response to detecting that a touch subject is located within a threshold distance over a second touch screen area other than a touch detection region , a guideline of the touch detection region, the touch detection region being configured for displaying a virtual keypad in response to detecting that the touch subject is located within the threshold distance over the touch detection region, wherein the guideline is superimposed on the user interface and displays the touch detection region; and displaying , in response to detecting that the touch subject is moved to a location within the threshold distance over the touch detection region, the virtual keypad and ceasing to display the guideline , wherein the touch detection region is included in the first touch screen area.
A method for detecting angular accelerations on wheelsets of a rail vehicle, wherein - measurement values of the rotational movement of the wheelset and/or of the rotational movement of a drive train , which is coupled to the wheelset , are measured by a rotational movement sensor , - on the basis of the measurement values, it is identified that an angular acceleration is present, and/or the measurement values are used as an input variable for control of a drive motor of the rail vehicle in order to reduce and/or avoid an angular acceleration, and characterised in that - the rotational movement sensor obtains the measurement values as a result of electric currents being induced by a magnetic field in a part of the sensor which rotates with the wheelset or with the drive train , the induced electric currents generate an additional magnetic field and, on the basis of the additional magnetic field, induce an electric voltage in a non-rotating part of the sensor , from which the rotational movement measurement values are determined. - measurement values of the rotational movement of the wheelset and/or of the rotational movement of a drive train , which is coupled to the wheelset , are measured by a rotational movement sensor , - on the basis of the measurement values, it is identified that an angular acceleration is present, and/or the measurement values are used as an input variable for control of a drive motor of the rail vehicle in order to reduce and/or avoid an angular acceleration, and - the rotational movement sensor obtains the measurement values as a result of electric currents being induced by a magnetic field in a part of the sensor which rotates with the wheelset or with the drive train , the induced electric currents generate an additional magnetic field and, on the basis of the additional magnetic field, induce an electric voltage in a non-rotating part of the sensor , from which the rotational movement measurement values are determined.
Dipivefrin or a pharmaceutically acceptable salt thereof for use in a method of systemic delivery of a therapeutically effective amount of epinephrine to a subject, where in said method said Dipivefrin or a pharmaceutically acceptable salt thereof is administered orally.
A casting system, comprising: a first core (86; 186; 586), wherein said first core is a refractory metal core; a first spacer (92; 192; 292; 392; 492; 592-1) including a stud portion and a chaplet portion , the first spacer received through a hole (94; 194; 594) in said first core (86; 186; 286) and that spaces said first core (86; 186; 286) from a shell or a second core ; and a second spacer (592-2) including a stud portion and a chaplet portion , characterized in that the second spacer is secured to said first spacer (592-1) by receiving the stud portion of the first spacer within a bore that extends through the second spacer to sandwich said first core . a first core (86; 186; 586), wherein said first core is a refractory metal core; a first spacer (92; 192; 292; 392; 492; 592-1) including a stud portion and a chaplet portion , the first spacer received through a hole (94; 194; 594) in said first core (86; 186; 286) and that spaces said first core (86; 186; 286) from a shell or a second core ; and a second spacer (592-2) including a stud portion and a chaplet portion , characterized in that the second spacer is secured to said first spacer (592-1) by receiving the stud portion of the first spacer within a bore that extends through the second spacer to sandwich said first core .
A method comprising: receiving, by a link service, and from a partner service, a second request to provide access to an object referred to by a co-managed link, wherein the second request is the result of the partner service receiving a first request pertaining to an object resulting from a link caller calling a partner service link that the partner service maps to the co-managed link and the partner service utilizing its own criteria to determine whether the partner service link is valid; performing, by the link service, link servicing functions including validating the co-managed link, and link logging; and after performing the link servicing functions, sending, by the link service to the partner service, a file system access object pointing to a file system containing the object, the file system access object including an authorization token, an identification of an authorized entity, and an object ID. receiving, by a link service, and from a partner service, a second request to provide access to an object referred to by a co-managed link, wherein the second request is the result of the partner service receiving a first request pertaining to an object resulting from a link caller calling a partner service link that the partner service maps to the co-managed link and the partner service utilizing its own criteria to determine whether the partner service link is valid; performing, by the link service, link servicing functions including validating the co-managed link, and link logging; and after performing the link servicing functions, sending, by the link service to the partner service, a file system access object pointing to a file system containing the object, the file system access object including an authorization token, an identification of an authorized entity, and an object ID.
A mobile wireless communications device comprising: a plurality of transmit paths operating on respective different frequency bands; an antenna ; an antenna switch between said plurality of transmit paths and said antenna ; a harmonic filter configured to attenuate a harmonic frequency of a first frequency band of a first transmit path , wherein said harmonic filter is configured to be resonant at the harmonic frequency of the first frequency band of said first transmit path ; a filter switch between said harmonic filter and said antenna ; and a processor configured to selectively control said antenna switch and said filter switch so that when said antenna switch couples said first transmit path to said antenna , said filter switch couples said harmonic filter to said antenna , and when said antenna switch couples the second transmit path to said antenna , said filter switch decouples said harmonic filter from said antenna . a plurality of transmit paths operating on respective different frequency bands; an antenna ; an antenna switch between said plurality of transmit paths and said antenna ; a harmonic filter configured to attenuate a harmonic frequency of a first frequency band of a first transmit path , wherein said harmonic filter is configured to be resonant at the harmonic frequency of the first frequency band of said first transmit path ; a filter switch between said harmonic filter and said antenna ; and a processor configured to selectively control said antenna switch and said filter switch so that when said antenna switch couples said first transmit path to said antenna , said filter switch couples said harmonic filter to said antenna , and when said antenna switch couples the second transmit path to said antenna , said filter switch decouples said harmonic filter from said antenna .
A saddle of the type comprising a main frame for supporting a pair of symmetrical and mutually opposite wings , said frame comprising a member for the mutual fixing of said wings which is provided with two transverse supporting bars each for a pair of sliders , each slider being coupled to a front end and a rear end of a respective wing , said sliders being movable along a respective said bar at said front end and at said rear end according to a predefined stroke, for an adjustment of a distance of each said front and rear end from a longitudinal central plane of symmetry of said frame , so as to make it possible to make an adjustment of the mutual distance of said wings , keeping them parallel or mutually inclined, in a symmetric or asymmetric manner, according to the specific requirements, characterised by said transverse supporting bar being a threaded bar and each said slider is a nut with a complementary thread, said bar comprising, at least at its terminal ends, protruding stroke limiting elements .
Assembly system of tubular element furniture, comprising - a plurality of first tubular elements arranged in use horizontally and comprising at their ends first connecting elements , a plurality of second tubular elements arranged in use vertically and comprising at their ends second connecting elements , and connecting nodes configured for attachment of the tubular elements to each other along the three directions of space (X,Y, Z), through their connecting elements , characterized in - the connecting nodes comprise a tubular body arranged vertically in use, comprising an interior void with frustoconical shaped upper major base and lower minor base, and a plurality of openings in the outer surface of the tubular body configured for introduction of the first connecting elements of the first tubular elements , - the first connecting elements of the first tubular elements comprise a frustoconical sector corresponding to a quarter of the interior void of the connecting nodes , configured in use to be introduced into the interior void of the connecting nodes filling said interior void and being configured to form a vertical internal through-hole , - and the second connecting elements of the second tubular elements comprise tongue and groove means configured to in use traverse the vertical internal through-hole attaching two second vertical tubular elements , one on each side of the connecting node , and carrying out closure and fixing of the tubular elements to the connecting node . - a plurality of first tubular elements arranged in use horizontally and comprising at their ends first connecting elements , a plurality of second tubular elements arranged in use vertically and comprising at their ends second connecting elements , and connecting nodes configured for attachment of the tubular elements to each other along the three directions of space (X,Y, Z), through their connecting elements , characterized in - the connecting nodes comprise a tubular body arranged vertically in use, comprising an interior void with frustoconical shaped upper major base and lower minor base, and a plurality of openings in the outer surface of the tubular body configured for introduction of the first connecting elements of the first tubular elements , - the first connecting elements of the first tubular elements comprise a frustoconical sector corresponding to a quarter of the interior void of the connecting nodes , configured in use to be introduced into the interior void of the connecting nodes filling said interior void and being configured to form a vertical internal through-hole , - and the second connecting elements of the second tubular elements comprise tongue and groove means configured to in use traverse the vertical internal through-hole attaching two second vertical tubular elements , one on each side of the connecting node , and carrying out closure and fixing of the tubular elements to the connecting node .
A cylinder deactivation arrangement for an internal combustion engine comprising a number of cylinders with at least one intake valve and at least one exhaust valve per cylinder, wherein each intake valve comprises merely two different lifting levels, wherein the lifting level is the largest distance a specific valve opens during a combustion cycle of the internal combustion engine, wherein the cylinder deactivation arrangement comprises an even number of cylinders and that, a first set of cylinders constituted by half of the even number of cylinders have intake valves for merely fully opened and partly opened lifting levels, a second set of cylinders constituted by the other half of the even number of cylinders have intake valves for merely fully opened and closed lifting levels, said first set of cylinders have exhaust valves for merely fully opened lifting levels, and said second set of cylinders have exhaust valves for merely fully opened and closed lifting levels, wherein said cylinder deactivation arrangement is characterized in having at least four cylinder deactivation states, - in a first cylinder deactivation state, the intake valves of said first set of cylinders are lifted to a partly opened lifting level and the exhaust valves of said first set of cylinders are lifted to a fully opened lifting level, for said second set of cylinders all valves have closed lifting levels, - in a second cylinder deactivation state, the intake valves of said first set of cylinders are lifted to a fully opened lifting level and the exhaust valves of said first set of cylinders are lifted to a fully opened lifting level, for said second set of cylinders all valves have closed lifting levels, - in a third cylinder deactivation state, the intake valves of said first set of cylinders are lifted to a partly opened lifting level and the exhaust valves of said first set of cylinders are lifted to a fully opened lifting level, for said second set of cylinders all valves are lifted to a fully opened lifting level, and - in a fourth cylinder deactivation state, all valves are lifted to a fully opened lifting level. - in a first cylinder deactivation state, the intake valves of said first set of cylinders are lifted to a partly opened lifting level and the exhaust valves of said first set of cylinders are lifted to a fully opened lifting level, for said second set of cylinders all valves have closed lifting levels, - in a second cylinder deactivation state, the intake valves of said first set of cylinders are lifted to a fully opened lifting level and the exhaust valves of said first set of cylinders are lifted to a fully opened lifting level, for said second set of cylinders all valves have closed lifting levels, - in a third cylinder deactivation state, the intake valves of said first set of cylinders are lifted to a partly opened lifting level and the exhaust valves of said first set of cylinders are lifted to a fully opened lifting level, for said second set of cylinders all valves are lifted to a fully opened lifting level, and - in a fourth cylinder deactivation state, all valves are lifted to a fully opened lifting level.
A rechargeable zinc-halide electrochemical cell bipolar electrode comprising: a bipolar electrode plate, the bipolar electrode plate comprising a front surface and a back surface; and a cathode assembly comprising a carbon material; a separator; and a cathode cage, wherein the cathode cage holds the carbon material in electrical communication with the front surface of the bipolar electrode plate, and the bipolar electrode plate and the cathode cage comprise a titanium material. a bipolar electrode plate, the bipolar electrode plate comprising a front surface and a back surface; and a cathode assembly comprising a carbon material; a separator; and a cathode cage, a carbon material; a separator; and a cathode cage, wherein the cathode cage holds the carbon material in electrical communication with the front surface of the bipolar electrode plate, and the bipolar electrode plate and the cathode cage comprise a titanium material.
A method of reforming a can end shell , the method comprising: providing a can end shell having a central panel portion , a first panel radius around the central panel portion , a chamfer extending from the first panel radius , and a second panel radius around the chamfer ; coining the can end shell to form a coined section in the first panel radius around at least a portion of the circumference of the central panel portion ; and reforming the can end shell to form a step in the chamfer. providing a can end shell having a central panel portion , a first panel radius around the central panel portion , a chamfer extending from the first panel radius , and a second panel radius around the chamfer ; coining the can end shell to form a coined section in the first panel radius around at least a portion of the circumference of the central panel portion ; and reforming the can end shell to form a step in the chamfer.
An implantable segmented electrode structure configured to conduct electrical signals between a plurality of elongated conductors of an implantable medical lead and tissue of a patient, the implantable segmented electrode structure comprising: a plurality of separate electrode surfaces at a plurality of different axial positions and a plurality of different angular positions; and a plurality of prongs , wherein each prong of the plurality of prongs is electrically connected to a respective one of the plurality of electrode surfaces and configured to electrically connect to a respective one of the plurality of elongated conductors, wherein each prong of the plurality of prongs extends axially through the segmented electrode structure and to a proximal end of the segmented electrode structure , wherein each electrode surface of the plurality of electrode surfaces and the respective prong of the plurality of prongs are formed from a unitary structure from a piece of a material. a plurality of separate electrode surfaces at a plurality of different axial positions and a plurality of different angular positions; and a plurality of prongs , wherein each prong of the plurality of prongs is electrically connected to a respective one of the plurality of electrode surfaces and configured to electrically connect to a respective one of the plurality of elongated conductors, wherein each prong of the plurality of prongs extends axially through the segmented electrode structure and to a proximal end of the segmented electrode structure , wherein each electrode surface of the plurality of electrode surfaces and the respective prong of the plurality of prongs are formed from a unitary structure from a piece of a material.
A deployable safety apparatus comprising: a sliding member ; a cylinder that accommodates the sliding member in an axially extending bore having an opening through which the sliding member increasingly protrudes from the bore during deployment; a push-up member including a cylindrical portion open at an end so as to be disposed before deployment to cover at least a part of the cylinder and a flange extending in a radially outward direction from the opening at the open end of the cylindrical portion or from an outer periphery of the cylindrical portion , the push-up member during deployment being pushed up in one direction by the sliding member ; an ejected object that is pushed up during deployment while being supported by the flange of the push-up member ; and a power source that during deployment moves the sliding member in the cylinder to increasingly protrude from the bore , wherein the sliding member has one end in the direction of increasing protrusion during deployment, and the cylindrical portion opposite its open end includes an end part , characterised in that the sliding member end has a cross-section of a non-circular shape and in that the end part of the cylindrical portion is provided with a first hole having an insertion opening into which the sliding member end is inserted from the cylinder , and at least a part of the length of the first hole is provided with a fitting portion to which the sliding member end is fitted, the fitting portion having a substantially identical cross-section to the cross-section of a non-circular shape of the sliding member end. a sliding member ; a cylinder that accommodates the sliding member in an axially extending bore having an opening through which the sliding member increasingly protrudes from the bore during deployment; a push-up member including a cylindrical portion open at an end so as to be disposed before deployment to cover at least a part of the cylinder and a flange extending in a radially outward direction from the opening at the open end of the cylindrical portion or from an outer periphery of the cylindrical portion , the push-up member during deployment being pushed up in one direction by the sliding member ; an ejected object that is pushed up during deployment while being supported by the flange of the push-up member ; and a power source that during deployment moves the sliding member in the cylinder to increasingly protrude from the bore , wherein the sliding member has one end in the direction of increasing protrusion during deployment, and the cylindrical portion opposite its open end includes an end part , characterised in that the sliding member end has a cross-section of a non-circular shape and in that the end part of the cylindrical portion is provided with a first hole having an insertion opening into which the sliding member end is inserted from the cylinder , and at least a part of the length of the first hole is provided with a fitting portion to which the sliding member end is fitted, the fitting portion having a substantially identical cross-section to the cross-section of a non-circular shape of the sliding member end.
Method for the production of a vent comprising the steps of a) providing an assembly comprising a plurality of pieces made of liquid proof and gas permeable material removably attached on one side of a support material , b) placing said assembly on a through hole of a device to be vented in such a way that one of said plurality of pieces is completely covering said through hole , whereas said support material is facing away from said through hole , c) applying energy to said placed assembly in such a way that a welding connection surrounding said through hole is established between said piece and said device , and d) removing said support material . a) providing an assembly comprising a plurality of pieces made of liquid proof and gas permeable material removably attached on one side of a support material , b) placing said assembly on a through hole of a device to be vented in such a way that one of said plurality of pieces is completely covering said through hole , whereas said support material is facing away from said through hole , c) applying energy to said placed assembly in such a way that a welding connection surrounding said through hole is established between said piece and said device , and d) removing said support material .