mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a data detector configured to recover transmitted data from a phase-equalized signal; a phase-distortion detector comprising one or more filter-pattern decoders, FPDs, for detecting one or more phase differences between or among different frequencies, the phase-distortion detector being configured to: compare the phase-equalized signal and the recovered data with each other; based on the comparison, determine a phase-distortion level; and generate a phase-distortion-level signal based on the phase-distortion level; and an integrator configured to generate a phase-equalize-level signal based on the phase-distortion-level signal; and a phase equalizer configured to adjust a transmitted-data signal based on the phase-equalize-level signal. a data detector configured to recover transmitted data from a phase-equalized signal; a phase-distortion detector comprising one or more filter-pattern decoders, FPDs, for detecting one or more phase differences between or among different frequencies, the phase-distortion detector being configured to: compare the phase-equalized signal and the recovered data with each other; based on the comparison, determine a phase-distortion level; and generate a phase-distortion-level signal based on the phase-distortion level; and compare the phase-equalized signal and the recovered data with each other; based on the comparison, determine a phase-distortion level; and generate a phase-distortion-level signal based on the phase-distortion level; and an integrator configured to generate a phase-equalize-level signal based on the phase-distortion-level signal; and a phase equalizer configured to adjust a transmitted-data signal based on the phase-equalize-level signal.
A composite sheet for forming a protective film comprising: a pressure sensitive adhesive sheet having a pressure sensitive adhesive layer on a substrate ; and a film having curability for forming a protective film formed of a composition for forming a protective film on at least part of the pressure sensitive adhesive layer , wherein the composition for forming a protective film comprises an inorganic filler, C, comprising metal compound particles, C2; wherein a content of the component C is 10 to 70 mass% relative to the total amount of the composition for forming a protective film , a content of the component C comprised in the film for forming the protective film is 10 to 50 volume%, characterised in that the inorganic filler, C, further comprises boron nitride particles, and the average particle size of the metal compound particles, C2, is 0.35 to 0.85 times of the thickness of the film for forming the protective film .
An image forming apparatus comprising: a human detection unit for detecting a person present in vicinity; a brightness detection unit for detecting a brightness in vicinity; an operation panel for accepting an operation made by a user; and a controller connected to the human detection unit , the brightness detection unit , and the operation panel , characterized in that the image forming apparatus is capable of switching over between a first power-saving mode (Lp1) and a second power-saving mode (Lp2), whichever involves less power consumption relative to a normal operational state, the human detection unit is variable in human detection range, when a brightness detected by the brightness detection unit after a certain period has elapsed under an operation-unaccepted state of the operation panel is equal to or higher than a certain brightness, the controller makes a switchover to the first power-saving mode (Lp1), and when the detected brightness is lower than the certain brightness, the controller makes a switchover to the second power-saving mode (Lp2), and in the second power-saving mode (Lp2), the controller sets the detection range of the human detection unit wider than in the first power-saving mode (Lp1). a human detection unit for detecting a person present in vicinity; a brightness detection unit for detecting a brightness in vicinity; an operation panel for accepting an operation made by a user; and a controller connected to the human detection unit , the brightness detection unit , and the operation panel , characterized in that the image forming apparatus is capable of switching over between a first power-saving mode (Lp1) and a second power-saving mode (Lp2), whichever involves less power consumption relative to a normal operational state, the human detection unit is variable in human detection range, when a brightness detected by the brightness detection unit after a certain period has elapsed under an operation-unaccepted state of the operation panel is equal to or higher than a certain brightness, the controller makes a switchover to the first power-saving mode (Lp1), and when the detected brightness is lower than the certain brightness, the controller makes a switchover to the second power-saving mode (Lp2), and in the second power-saving mode (Lp2), the controller sets the detection range of the human detection unit wider than in the first power-saving mode (Lp1).
A receiving box adapted to receive deliveries of goods from an autonomous aerial vehicle , the receiving box comprising: a cavity at least a portion of which is accessible to at least a portion of the autonomous aerial vehicle , signal receiving means , a moveable portion moveable from a first position in which the cavity is inaccessible to a second position in which the cavity is externally accessible, the moveable portion comprising a side of the receiving box, the moveable portion comprising securing means, the securing means acting so as to prevent the moveable portion from being moved from the first position to the second position and being releasable on the signal receiving means receiving a signal from transmitting means associated with the autonomous aerial vehicle to allow the moveable portion to move from the first position to the second position, the moveable portion being configured to return from the second position to the first position once the delivery is complete thereby enabling the receiving box to accept the delivery from the autonomous aerial vehicle in to the cavity, being characterised in that the receiving box further comprises a moveable platform configured to move laterally between an extended position to form a landing platform for the autonomous aerial vehicle external to the receiving box and a retracted position where it is held within the cavity. a cavity at least a portion of which is accessible to at least a portion of the autonomous aerial vehicle , signal receiving means , a moveable portion moveable from a first position in which the cavity is inaccessible to a second position in which the cavity is externally accessible, the moveable portion comprising a side of the receiving box, the moveable portion comprising securing means, the securing means acting so as to prevent the moveable portion from being moved from the first position to the second position and being releasable on the signal receiving means receiving a signal from transmitting means associated with the autonomous aerial vehicle to allow the moveable portion to move from the first position to the second position, the moveable portion being configured to return from the second position to the first position once the delivery is complete thereby enabling the receiving box to accept the delivery from the autonomous aerial vehicle in to the cavity, being characterised in that the receiving box further comprises a moveable platform configured to move laterally between an extended position to form a landing platform for the autonomous aerial vehicle external to the receiving box and a retracted position where it is held within the cavity.
A deagglomerated glass filler for sustained ion release obtained by sequentially performing a silane compound treatment step of coating a surface of a glass filler for sustained ion release with a silane compound to produce a silane compound-treated glass filler for sustained ion release, an acidic polymer treatment step of treating the silane compound-treated glass filler for sustained ion release with an acidic polymer to produce an acidic polymer-treated glass filler for sustained ion release, and a deagglomerating step of deagglomerating the acidic polymer-treated glass filler for sustained ion release, wherein the silane compound-treated glass filler for sustained ion release is agglomerated, and wherein a relationship among an MV value A of the glass filler for sustained ion release, an MV value B of the silane compound-treated glass filler for sustained ion release and an MV value C of the deagglomerated glass filler for sustained ion release satisfies the following formulas: B / A ≥ 2 ,and B / C ≥ 2 , and 10000 ≥ B / A , and 10000 ≥ B / C , and wherein the MV value is adopted from a volume average size measurement, wherein deagglomerating is made so that the relationship between the MV value (B) of the silane compound-treated glass filler for sustained ion release and the MV value (A) of the glass filler for sustained ion release satisfies the following formula: B / A ≥ 2 , preferably B / A ≥ 5 . a silane compound treatment step of coating a surface of a glass filler for sustained ion release with a silane compound to produce a silane compound-treated glass filler for sustained ion release, an acidic polymer treatment step of treating the silane compound-treated glass filler for sustained ion release with an acidic polymer to produce an acidic polymer-treated glass filler for sustained ion release, and a deagglomerating step of deagglomerating the acidic polymer-treated glass filler for sustained ion release, wherein the silane compound-treated glass filler for sustained ion release is agglomerated, and wherein a relationship among an MV value A of the glass filler for sustained ion release, an MV value B of the silane compound-treated glass filler for sustained ion release and an MV value C of the deagglomerated glass filler for sustained ion release satisfies the following formulas: B / A ≥ 2 ,and B / C ≥ 2 , and 10000 ≥ B / A , and 10000 ≥ B / C , and wherein the MV value is adopted from a volume average size measurement, wherein deagglomerating is made so that the relationship between the MV value (B) of the silane compound-treated glass filler for sustained ion release and the MV value (A) of the glass filler for sustained ion release satisfies the following formula: B / A ≥ 2 , preferably B / A ≥ 5 . wherein the MV value is adopted from a volume average size measurement, wherein deagglomerating is made so that the relationship between the MV value (B) of the silane compound-treated glass filler for sustained ion release and the MV value (A) of the glass filler for sustained ion release satisfies the following formula: B / A ≥ 2 , preferably B / A ≥ 5 .
A method performed by a wireless device in a wireless communication system, the method comprising: obtaining (T1; T2) a layer 1, L1, measurement sample; obtaining (T1; T2) a layer 3, L3, measurement result from the L1 measurement sample based on a L3 filter; determining that the L3 measurement result satisfies (T2) a measurement report triggering condition; and transmitting, to a network, a measurement report based on the L3 measurement result, upon expiry (T5) of a time-to-trigger, TTT, timer, wherein a TTT abort timer is configured to prevent the TTT timer from stopping whenever the L3 filter is reset; wherein an L3 filter reset timer starts upon obtaining (T1; T2) the L1 measurement sample, and the TTT timer starts upon satisfying (T2) the triggering condition, wherein the TTT abort timer starts upon expiry (T3) of the L3 filter reset timer while the TTT timer is running, and the L3 filter reset timer expires (T3) based on that an L1 measurement sample is not obtained during a time period related to the L3 filter reset timer, and wherein the TTT abort timer stops (T4) upon obtaining a L3 measurement result satisfying the triggering condition while the TTT timer is running. obtaining (T1; T2) a layer 3, L3, measurement result from the L1 measurement sample based on a L3 filter; determining that the L3 measurement result satisfies (T2) a measurement report triggering condition; and transmitting, to a network, a measurement report based on the L3 measurement result, upon expiry (T5) of a time-to-trigger, TTT, timer, wherein a TTT abort timer is configured to prevent the TTT timer from stopping whenever the L3 filter is reset; wherein an L3 filter reset timer starts upon obtaining (T1; T2) the L1 measurement sample, and the TTT timer starts upon satisfying (T2) the triggering condition, wherein the TTT abort timer starts upon expiry (T3) of the L3 filter reset timer while the TTT timer is running, and the L3 filter reset timer expires (T3) based on that an L1 measurement sample is not obtained during a time period related to the L3 filter reset timer, and wherein the TTT abort timer stops (T4) upon obtaining a L3 measurement result satisfying the triggering condition while the TTT timer is running.
A method of producing a substrate having a decorated surface, the method comprising: providing two or more pluralities of coloured particles having an initial colour and an exposed surface comprising one or more polymer, wherein the coloured particles have a melt flow index, MFI, of up to about 50, and wherein the coloured particles of each plurality of coloured particles differ in composition or a physical property or characteristic; providing a substrate having an exposed surface to be decorated comprising one or more polymers; bringing into contact said two or more pluralities of coloured particles and said exposed surface to be decorated; and exposing said coloured particles and/or said exposed surface to be decorated to a temperature and pressure sufficient to cause said coloured particles to fuse into or fuse to or coalesce with said exposed surface to be decorated, said temperature and pressure being controlled over a period of time to thereby produce a substrate having a decorated surface. providing two or more pluralities of coloured particles having an initial colour and an exposed surface comprising one or more polymer, wherein the coloured particles have a melt flow index, MFI, of up to about 50, and wherein the coloured particles of each plurality of coloured particles differ in composition or a physical property or characteristic; providing a substrate having an exposed surface to be decorated comprising one or more polymers; bringing into contact said two or more pluralities of coloured particles and said exposed surface to be decorated; and exposing said coloured particles and/or said exposed surface to be decorated to a temperature and pressure sufficient to cause said coloured particles to fuse into or fuse to or coalesce with said exposed surface to be decorated, said temperature and pressure being controlled over a period of time to thereby produce a substrate having a decorated surface.
A laser processing method comprising the steps of: irradiating an object to be processed comprising a silicon substrate having a front face and a rear face , and a laminate part disposed on the front face of the silicon substrate with pulse laser light (L) while positioning a light-converging point (P) within the silicon substrate , the pulse laser light incident so as to form a molten processed region only within the silicon substrate , and causing the molten processed region to form a starting point region, located within the silicon substrate a predetermined distance from a laser light incident face of the object , for cutting the object; extending the starting point region for cutting within the object along a dicing line along which the object should be cut by relatively moving the laser light (L) along the dicing line so as to move the light converging point (P) of the laser light (L) along the dicing line and forming the molten processed region along the dicing line; wherein a fracture generated in a thickness direction of the object grows naturally from the starting point region so as to reach the front face and rear face of the silicon substrate the method further comprising cutting the silicon substrate and the laminate part along the dicing line with the starting point region for cutting acting as the starting point whereby the object is cut. irradiating an object to be processed comprising a silicon substrate having a front face and a rear face , and a laminate part disposed on the front face of the silicon substrate with pulse laser light (L) while positioning a light-converging point (P) within the silicon substrate , the pulse laser light incident so as to form a molten processed region only within the silicon substrate , and causing the molten processed region to form a starting point region, located within the silicon substrate a predetermined distance from a laser light incident face of the object , for cutting the object; extending the starting point region for cutting within the object along a dicing line along which the object should be cut by relatively moving the laser light (L) along the dicing line so as to move the light converging point (P) of the laser light (L) along the dicing line and forming the molten processed region along the dicing line; wherein a fracture generated in a thickness direction of the object grows naturally from the starting point region so as to reach the front face and rear face of the silicon substrate the method further comprising cutting the silicon substrate and the laminate part along the dicing line with the starting point region for cutting acting as the starting point whereby the object is cut.
Method for operating an LED signal emitter for rail or road traffic, in which measurement values of at least one operating parameter of an LED light source of the LED signal emitter are recorded and evaluated, wherein the LED signal emitter is operated such that it is essentially compatible with an incandescent bulb signal emitter and wherein a failure time point of the LED signal emitter which lies in the future is ascertained while taking into consideration the measurement values of the at least one operating parameter and, if the ascertained failure time point lies below a predetermined limit, then this is signalled to a signal box by shifting from main filament operation to auxiliary filament operation. measurement values of at least one operating parameter of an LED light source of the LED signal emitter are recorded and evaluated, wherein the LED signal emitter is operated such that it is essentially compatible with an incandescent bulb signal emitter and wherein a failure time point of the LED signal emitter which lies in the future is ascertained while taking into consideration the measurement values of the at least one operating parameter and, if the ascertained failure time point lies below a predetermined limit, then this is signalled to a signal box by shifting from main filament operation to auxiliary filament operation.
A method comprising: acquiring a first view of a user of the mobile device; identifying a personal characteristic of the user of the mobile device from the first view; acquiring, with a camera of the mobile device, a second view of a region at the location of the mobile device; selecting augmented reality information for the location as a function of the personal characteristic; and displaying the second view or a representation of the second view with the augmented reality information. acquiring a first view of a user of the mobile device; identifying a personal characteristic of the user of the mobile device from the first view; acquiring, with a camera of the mobile device, a second view of a region at the location of the mobile device; selecting augmented reality information for the location as a function of the personal characteristic; and displaying the second view or a representation of the second view with the augmented reality information.
A method for providing the identity of a caller prior to acceptance of a call by a call recipient, comprising: prior to initiating the call, the call initiator's communication device recording (200; 300) a personalized audio or video invitation from the call initiator and, upon completion of the recording, the call initiator's communication device initiating the call by providing a call request message including the personalized audio or video invitation from the call initiator and call completion information needed to provide real-time communication with the call recipient's communication device prior to and after acceptance of the call; the call initiator receiving (218; 306) from the call recipient an indication of the progress of the review of the personalized audio or video invitation by the call recipient; initiating a timer on the call initiator's communication device that starts counting upon receipt of the indication that the call recipient has started reviewing the personalized audio or video invitation; and upon receipt of a notification from the call recipient that the call is accepted (310, YES) pursuant to review of the personalized audio or video invitation by the call recipient, enabling (222; 314) a live voice connection between the call initiator and call recipient using the call completion information. prior to initiating the call, the call initiator's communication device recording (200; 300) a personalized audio or video invitation from the call initiator and, upon completion of the recording, the call initiator's communication device initiating the call by providing a call request message including the personalized audio or video invitation from the call initiator and call completion information needed to provide real-time communication with the call recipient's communication device prior to and after acceptance of the call; the call initiator receiving (218; 306) from the call recipient an indication of the progress of the review of the personalized audio or video invitation by the call recipient; initiating a timer on the call initiator's communication device that starts counting upon receipt of the indication that the call recipient has started reviewing the personalized audio or video invitation; and upon receipt of a notification from the call recipient that the call is accepted (310, YES) pursuant to review of the personalized audio or video invitation by the call recipient, enabling (222; 314) a live voice connection between the call initiator and call recipient using the call completion information.
A child safety seat for a vehicle comprising - an outer shell enclosing a seating area for a child and - a protective element , the protective element comprising - a housing component and - an impact component ,wherein the housing component is embedded into the outer shell and the impact component is mounted to the housing component , is configured to be enclosed at least partially by the housing component , and is configured to protrude laterally from the outer shell in a direction facing away from the seating area , the impact component of the protective element being configured to be transferred from a rest position to a functioning position, and the impact component of the protective element being configured to protrude further from the outer shell when disposed in the functioning position than when disposed in the rest position, characterized by the housing component or the impact component comprising a deformable region adapted to cushion forces impacting on the impact component , the housing component being supported by a fixed bearing , the fixed bearing allowing the impact forces to be guided into a structurally stable part of the child safety seat, the housing component comprising a flange configured to rest on the outer shell, for firmly mounting the housing component to the outer shell such that impact forces acting on the impact component are transferred from the impact component to the housing component and are then guided into the outer shell of the child safety seat. - an outer shell enclosing a seating area for a child and - a protective element , - a housing component and - an impact component ,wherein