mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus comprising means for causing at least the following to be performed: displaying first content on a display, such that the displayed first content fills a first area of the display; determining second content comprising metadata relating to the first content; in response to the reception of a first user input being a drag input: translating the displayed first content to a second area of the display along a path defined by the drag input, thereby removing the displayed first content from a first portion of the first area, and displaying the second content at least partially within the first portion of the first area; and in response to a reception of a second user input being a release of the drag input performed while the first content and the second content are displayed, ceasing to display the second content and causing redisplay of the first content such that the first content fills the first area of the display. displaying first content on a display, such that the displayed first content fills a first area of the display; determining second content comprising metadata relating to the first content; in response to the reception of a first user input being a drag input: translating the displayed first content to a second area of the display along a path defined by the drag input, thereby removing the displayed first content from a first portion of the first area, and displaying the second content at least partially within the first portion of the first area; and translating the displayed first content to a second area of the display along a path defined by the drag input, thereby removing the displayed first content from a first portion of the first area, and displaying the second content at least partially within the first portion of the first area; and in response to a reception of a second user input being a release of the drag input performed while the first content and the second content are displayed, ceasing to display the second content and causing redisplay of the first content such that the first content fills the first area of the display.
A liquid ejecting head comprising: a nozzle plate having a plurality of nozzles (N) ejecting a liquid; a flow path forming substrate having a first surface to which the nozzle plate is bonded and including a shared supply path shared for supplying the liquid to the plurality of nozzles, an individual communication flow path provided for each of the nozzles communicating the nozzles and respective pressure chambers to each other, and a shared collecting path shared between the plurality of nozzles for collecting a liquid, which is not discharged from the nozzles, from the individual communication flow paths; a first flexible plate bonded to the first surface of the flow path forming substrate so as to constitute a part of a wall of the shared supply path; and a second flexible plate bonded to the first surface of the flow path forming substrate so as to constitute a part of a wall of the shared collecting path. a nozzle plate having a plurality of nozzles (N) ejecting a liquid; a flow path forming substrate having a first surface to which the nozzle plate is bonded and including a shared supply path shared for supplying the liquid to the plurality of nozzles, an individual communication flow path provided for each of the nozzles communicating the nozzles and respective pressure chambers to each other, and a shared collecting path shared between the plurality of nozzles for collecting a liquid, which is not discharged from the nozzles, from the individual communication flow paths; a first flexible plate bonded to the first surface of the flow path forming substrate so as to constitute a part of a wall of the shared supply path; and a second flexible plate bonded to the first surface of the flow path forming substrate so as to constitute a part of a wall of the shared collecting path.
A method performed by a wireless device in a wireless communication system, the method comprising: receiving, from a network, a media access control, MAC, control element, CE, indication; performing a random access procedure; and monitoring a physical downlink control channel, PDCCH, at monitoring occasions, wherein the monitoring occasions are associated with a synchronization signal/physical broadcast channel, SS/PBCH, block, and wherein, if the random access procedure is performed after receiving the MAC CE indication, then the SS/PBCH block is determined by the random access procedure. receiving, from a network, a media access control, MAC, control element, CE, indication; performing a random access procedure; and monitoring a physical downlink control channel, PDCCH, at monitoring occasions, wherein the monitoring occasions are associated with a synchronization signal/physical broadcast channel, SS/PBCH, block, and wherein, if the random access procedure is performed after receiving the MAC CE indication, then the SS/PBCH block is determined by the random access procedure.
Support device comprising a housing (B) and means for correcting the trim of a motor vehicle headlamp housed in the housing (B), said correction means comprising an internal electric motor (M), mounted in a movable manner relative to the casing and able to be moved by an endless screw (F) integral with said casing, characterized in that it comprises a first part fixed to the casing (B) and carrying the endless screw (F) and a second part carrying the internal motor (M) connected to said first part by an elastically deformable spacer allowing the longitudinal displacement of the motor (M) in the casing (B) under the action of the screw without end (F); and in that said spacer comprises at least one vertical leg when the device is mounted on a vehicle, being connected, by its lower end, to the first part carrying the endless screw ( F) and, via its upper end, to the second part carrying the motor (M).
A camera assembly, wherein the camera assembly is applied to a terminal device, and the camera assembly comprises a transmission mechanism , a base , a rear housing , and a guide ring ; a first end of the base is connected to the transmission mechanism , and a second end of the base is hinged to the rear housing ; the rear housing has space for accommodating a camera, at least two guide slots are disposed on the rear housing , the at least two guide slots are connected to each other, and an included angle is formed between two adjacent guide slots in the at least two guide slots; and a fixing part and a guide post are disposed on the guide ring , the fixing part is configured to fasten the guide ring to the terminal device, and the guide post adapts to the at least two guide slots, wherein the transmission mechanism is able to drive the base and the rear housing to move relative to the guide ring , so that the rear housing protrudes out of the terminal device or retracts into the terminal device, wherein in a process in which the rear housing protrudes out of the terminal device, the guide post of the guide ring moves from the first guide slot of the rear housing to the second guide slot of the rear housing , so that a movement direction of the rear housing is offset by a preset included angle, thereby changing a shooting angle of a camera disposed in the rear housing . a first end of the base is connected to the transmission mechanism , and a second end of the base is hinged to the rear housing ; the rear housing has space for accommodating a camera, at least two guide slots are disposed on the rear housing , the at least two guide slots are connected to each other, and an included angle is formed between two adjacent guide slots in the at least two guide slots; and a fixing part and a guide post are disposed on the guide ring , the fixing part is configured to fasten the guide ring to the terminal device, and the guide post adapts to the at least two guide slots, wherein the transmission mechanism is able to drive the base and the rear housing to move relative to the guide ring , so that the rear housing protrudes out of the terminal device or retracts into the terminal device, wherein in a process in which the rear housing protrudes out of the terminal device, the guide post of the guide ring moves from the first guide slot of the rear housing to the second guide slot of the rear housing , so that a movement direction of the rear housing is offset by a preset included angle, thereby changing a shooting angle of a camera disposed in the rear housing .
A process for producing a sulfide compound having formula (II): R 1 -S-R 2 (II); the process comprising contacting: (a) an ether or sulfide compound having formula (F), R 1 -X-R 1 (F); (b) an alcohol or thiol compound having formula (H), R 2 - XH (H); and (c) a catalyst; to form a reaction mixture comprising the sulfide compound having formula (II); wherein: each X independently is sulfur or oxygen, wherein at least one X is sulfur; R 1 is a C 1 to C 18 substituted or unsubstituted, cycloalkyl group or linear or branched alkyl group; and R 2 is a C 1 to C 18 substituted or unsubstituted, cycloalkyl group or linear or branched alkyl group. the process comprising contacting: (a) an ether or sulfide compound having formula (F), R 1 -X-R 1 (F); (b) an alcohol or thiol compound having formula (H), R 2 - XH (H); and (c) a catalyst; (a) an ether or sulfide compound having formula (F), R 1 -X-R 1 (F); (b) an alcohol or thiol compound having formula (H), R 2 - XH (H); and (c) a catalyst; to form a reaction mixture comprising the sulfide compound having formula (II); wherein: each X independently is sulfur or oxygen, wherein at least one X is sulfur; R 1 is a C 1 to C 18 substituted or unsubstituted, cycloalkyl group or linear or branched alkyl group; and R 2 is a C 1 to C 18 substituted or unsubstituted, cycloalkyl group or linear or branched alkyl group. each X independently is sulfur or oxygen, wherein at least one X is sulfur; R 1 is a C 1 to C 18 substituted or unsubstituted, cycloalkyl group or linear or branched alkyl group; and R 2 is a C 1 to C 18 substituted or unsubstituted, cycloalkyl group or linear or branched alkyl group.
Method for applying accelerated electrons to a liquid , characterized by the following steps: a) providing the liquid , b) mixing the liquid with particles including at least one luminophore, wherein at least one of the luminophores includes one or more ions from the group of In + , Sn 2+ , Pb 2+ , Sb 3+ , Bi 3+ , Ce 3+ , Ce 4+ , Pr 3+ , Nd 3+ , Sm 2+ , Sm 3+ , Eu 2+ , Eu 3+ , Gd 3+ , Tb 3+ , Dy 3+ , Ho 3+ , Er 3+ , Tm 2+ , Tm 3+ , Yb 2+ , Yb 3+ , Ti 3+ , V 2+ , V 3+ , V 4+ , Cr 3+ , Mn 2+ , Mn 3+ , Mn 4+ , Fe 3+ , Fe 4+ , Fe 5+ , Co 3+ , Co 4+ , Ni 2+ , Cu + , Ru 2+ , Ru 3+ , Pd 2+ , Ag + , Ir 3+ , Pt 2+ and Au + , and wherein the particles are formed such that the particles , after the mixing, are dispersed in the liquid , wherein their speed of descent or ascent within a non-flowing volume of the liquid is less than 100 nm/s, and wherein the size and/or density of the particles is adjusted such that the particles are dispersed in the liquid after mixing, c) applying electromagnetic radiation which excites the at least one luminophore to luminescence, using light detectable by a human eye or UV radiation as electromagnetic radiation to the liquid ; d) detecting an actual value of a physical parameter that characterizes the luminescence of the luminophore, where the physical parameter used that characterizes the luminescence of the luminophore is: the luminescence lifetime, the intensity of at least one wavelength of luminescence or the wavelength at which the luminescence forms its intensity maximum, e) applying accelerated electrons to the liquid until the actual value detected corresponds to a target value. a) providing the liquid , b) mixing the liquid with particles including at least one luminophore, wherein at least one of the luminophores includes one or more ions from the group of In + , Sn 2+ , Pb 2+ , Sb 3+ , Bi 3+ , Ce 3+ , Ce 4+ , Pr 3+ , Nd 3+ , Sm 2+ , Sm 3+ , Eu 2+ , Eu 3+ , Gd 3+ , Tb 3+ , Dy 3+ , Ho 3+ , Er 3+ , Tm 2+ , Tm 3+ , Yb 2+ , Yb 3+ , Ti 3+ , V 2+ , V 3+ , V 4+ , Cr 3+ , Mn 2+ , Mn 3+ , Mn 4+ , Fe 3+ , Fe 4+ , Fe 5+ , Co 3+ , Co 4+ , Ni 2+ , Cu + , Ru 2+ , Ru 3+ , Pd 2+ , Ag + , Ir 3+ , Pt 2+ and Au + , and wherein the particles are formed such that the particles , after the mixing, are dispersed in the liquid , wherein their speed of descent or ascent within a non-flowing volume of the liquid is less than 100 nm/s, and wherein the size and/or density of the particles is adjusted such that the particles are dispersed in the liquid after mixing, c) applying electromagnetic radiation which excites the at least one luminophore to luminescence, using light detectable by a human eye or UV radiation as electromagnetic radiation to the liquid ; d) detecting an actual value of a physical parameter that characterizes the luminescence of the luminophore, where the physical parameter used that characterizes the luminescence of the luminophore is: the luminescence lifetime, the intensity of at least one wavelength of luminescence or the wavelength at which the luminescence forms its intensity maximum, e) applying accelerated electrons to the liquid until the actual value detected corresponds to a target value.
Method for an ego vehicle for determining a first collision time with a vehicle travelling ahead, having the steps of: determining a distance from the vehicle travelling ahead; determining a relative speed of the vehicle travelling ahead with respect to the ego vehicle; determining a current deceleration of the vehicle travelling ahead; assuming a duration of the deceleration of the vehicle travelling ahead; and determining the first collision time with the vehicle travelling ahead from the relative speed, the distance, the current deceleration and the assumed duration of the deceleration, wherein a change in the speed of the vehicle travelling ahead is calculated from the relative speed, and the current deceleration of the vehicle travelling ahead is determined from the change in the speed of the vehicle travelling ahead, characterized in that a reduction in speed of the vehicle travelling ahead is assumed on the basis of the determined current deceleration and the distance from the vehicle travelling ahead, and the assumed duration of the deceleration of the vehicle travelling ahead is determined on the basis of a family of curves which has a plurality of curves , wherein a respective curve shows the assumed duration of the deceleration of the vehicle travelling ahead at a respective distance, predefined for the respective curve, from the vehicle travelling ahead as a function of the determined current deceleration of the vehicle travelling ahead. determining a distance from the vehicle travelling ahead; determining a relative speed of the vehicle travelling ahead with respect to the ego vehicle; determining a current deceleration of the vehicle travelling ahead; assuming a duration of the deceleration of the vehicle travelling ahead; and determining the first collision time with the vehicle travelling ahead from the relative speed, the distance, the current deceleration and the assumed duration of the deceleration, wherein a change in the speed of the vehicle travelling ahead is calculated from the relative speed, and the current deceleration of the vehicle travelling ahead is determined from the change in the speed of the vehicle travelling ahead, characterized in that a reduction in speed of the vehicle travelling ahead is assumed on the basis of the determined current deceleration and the distance from the vehicle travelling ahead, and the assumed duration of the deceleration of the vehicle travelling ahead is determined on the basis of a family of curves which has a plurality of curves , wherein a respective curve shows the assumed duration of the deceleration of the vehicle travelling ahead at a respective distance, predefined for the respective curve, from the vehicle travelling ahead as a function of the determined current deceleration of the vehicle travelling ahead.
A method of producing multicomponent cigarettes , each comprising a number of portions , which have a central axis (X) and comprise at least one portion defined by a filter element, and at least another portion defined by an aromatic, preferably tobacco-based, element; the method comprising the steps of: forming groups of portions , each comprising at least three different first portions aligned axially and contacting end to end; wherein the forming step comprises the sub step of positioning each first portion with one end facing and contacting a respective end of the group of portions ; feeding the groups of portions perpendicularly to their central axis (X); winding a first sheet of wrapping material around the whole circumference of each group of portions ; transferring group of portions successively from a cutting drum of a first wrapping unit (WU 1 ) to a parting drum of a second wrapping unit (WU 2 ) ; wherein the cutting drum cooperates with a blade to transversely cut each group of portions centrally into two specular groups of portions coaxial with central axis (X) and contacting end to end; parting axially each two groups of portions , initially contacting end to end (by axially moving at least one group of portions ), so they are positioned coaxial and a given axial distance apart on the parting drum ; inserting second portions into the groups of portions , once a tubular wrapping is formed from the first sheet of wrapping material around each group of portions ; and winding a second sheet of wrapping material around the whole circumference of the group of portions. forming groups of portions , each comprising at least three different first portions aligned axially and contacting end to end; wherein the forming step comprises the sub step of positioning each first portion with one end facing and contacting a respective end of the group of portions ; feeding the groups of portions perpendicularly to their central axis (X); winding a first sheet of wrapping material around the whole circumference of each group of portions ; transferring group of portions successively from a cutting drum of a first wrapping unit (WU 1 ) to a parting drum of a second wrapping unit (WU 2 ) ; wherein the cutting drum cooperates with a blade to transversely cut each group of portions centrally into two specular groups of portions coaxial with central axis (X) and contacting end to end; parting axially each two groups of portions , initially contacting end to end (by axially moving at least one group of portions ), so they are positioned coaxial and a given axial distance apart on the parting drum ; inserting second portions into the groups of portions , once a tubular wrapping is formed from the first sheet of wrapping material around each group of portions ; and winding a second sheet of wrapping material around the whole circumference of the group of portions.
An electronic device, comprising: a rotating input device; a display; and a processor configured to: display, via the display, a screen for an application, the screen including one or more objects for executing a function regarding the application, detect a rotational interaction from the rotating input device, determine a first object among the one or more objects based on a rotation direction of the interaction, display, via the display, a visual effect surrounding the first object, while detecting the interaction in the rotation direction, gradually enlarge the visual effect according to the angle of rotation, and based on identifying that the visual effect that is gradually enlarged reaches a reference level, execute a function corresponding to the first object, wherein the rotating input device is formed on a bezel part that encloses an edge of the display. a rotating input device; a display; and a processor configured to: display, via the display, a screen for an application, the screen including one or more objects for executing a function regarding the application, detect a rotational interaction from the rotating input device, determine a first object among the one or more objects based on a rotation direction of the interaction, display, via the display, a visual effect surrounding the first object, while detecting the interaction in the rotation direction, gradually enlarge the visual effect according to the angle of rotation, and based on identifying that the visual effect that is gradually enlarged reaches a reference level, execute a function corresponding to the first object, wherein the rotating input device is formed on a bezel part that encloses an edge of the display. display, via the display, a screen for an application, the screen including one or more objects for executing a function regarding the application, detect a rotational interaction from the rotating input device, determine a first object among the one or more objects based on a rotation direction of the interaction, display, via the display, a visual effect surrounding the first object, while detecting the interaction in the rotation direction, gradually enlarge the visual effect according to the angle of rotation, and based on identifying that the visual effect that is gradually enlarged reaches a reference level, execute a function corresponding to the first object, wherein the rotating input device is formed on a bezel part that encloses an edge of the display.
A hinge assembly (8a; 8b) for an aircraft component, comprising first and second hinge plates , each hinge plate comprising a plurality of fingers (13-17), the fingers of the first and second hinge plates being interleaved; and a seal assembly between at least some of the fingers; wherein the seal assembly comprises a plurality of finger seals (28-31) each attached to a corresponding one of said fingers of the first and second hinge plates, characterised by each finger seal being arranged to seal against one of said fingers of the other hinge plate.