mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating a mobile radio station (UE), wherein the communication between base station and mobile radio station (UE) is conducted via a relay radio station (RN), wherein the mobile radio station (UE) is operated in an energy-saving mode, in which it is temporarily placed in a sleep state, wherein the relay radio station (RN) is also operated in an energy saving mode, in which it is temporarily placed in a sleep state, wherein the sleep-/wake states of the mobile radio station (UE) and the relay radio station (RN) are synchronized, wherein a first, second or third control message is sent to the mobile radio station (UE) from the relay radio station (RN), wherein in the first control message it is communicated to the mobile radio station (UE), how the sleep-/wake cycle of the relay radio station (RN) is in relation to the downlink-transmission direction from the point of view of the mobile radio station (UE), wherein in the second control message it is communicated to the mobile radio station (UE), how the sleep-/wake cycle of the relay radio station (RN) is in relation to the uplink-transmission direction from the point of view of the mobile radio station (UE) and wherein in the third control message (DS_Config) it is communicated to the mobile radio station (UE), how the sleep-/wake cycle of the relay radio station (RN) is in relation to the transmission of synchronization information to the mobile radio station (UE), wherein the mobile radio station (UE) sends back a confirmation message to the relay radio station (RN), in which the receipt and acceptance of the sleep-/wake cycle communicated in the first, second or third control message is confirmed, characterized in that instead of the confirmation message a negative confirmation message is sent back to the relay radio station (RN), with which the non-acceptance of the sleep-/wake cycle communicated in the first, second or third control message is communicated to the relay radio station (RN), wherein a counter-proposal for agreement on a modified sleep-/wake cycle is contained in the negative confirmation message, and wherein the relay radio station (RN) is operated in a motor vehicle .
A crosslinked aminosilicone polymer comprising average unit formula: where each R is an independently selected monovalent hydrocarbon group of 1 to 6 carbon atoms; each L1 is an independently selected linking moiety, where L1 bonds with D7; each L2 is an independently selected linking moiety, where L2 bonds with D4; each D1 is an independently selected divalent hydrocarbon group of 2 or more carbon atoms; each D2 is an independently selected divalent hydrocarbon group of 1 or more carbon atoms; each D3 is independently selected from a covalent bond or a divalent hydrocarbon group of 1 or more carbon atoms; each D4 is an independently selected divalent hydrocarbon group of 2 or more carbon atoms, an aminofunctional alkylene group of 2 or more carbon atoms, or a group which is a reaction product of NH reacting with an epoxy functionality; each R1 is independently a hydrogen atom or a covalent bond linking to D8; each D5 is an independently selected divalent hydrocarbon group of 1 or more carbon atoms; each D6 is an independently selected divalent hydrocarbon group of 2 or more carbon atoms. D7 is an oxygen atom when subscript x > 0, and D7 is absent when x = 0; each subscript x is independently 0, 1, or 2; each D8 is a divalent hydrocarbon group of 1 or more carbon atoms; subscript a is 1 or more; subscript b is 1 or more; subscript c is 2 or more; subscript d is 0 or more; subscript e is 0 or more; a quantity (c + d + e) is up to 2000; with the proviso that subscripts a and b and group D4 are selected such that the crosslinked aminosilicone polymer has >0 to 10% amine content. each R is an independently selected monovalent hydrocarbon group of 1 to 6 carbon atoms; each L1 is an independently selected linking moiety, where L1 bonds with D7; each L2 is an independently selected linking moiety, where L2 bonds with D4; each D1 is an independently selected divalent hydrocarbon group of 2 or more carbon atoms; each D2 is an independently selected divalent hydrocarbon group of 1 or more carbon atoms; each D3 is independently selected from a covalent bond or a divalent hydrocarbon group of 1 or more carbon atoms; each D4 is an independently selected divalent hydrocarbon group of 2 or more carbon atoms, an aminofunctional alkylene group of 2 or more carbon atoms, or a group which is a reaction product of NH reacting with an epoxy functionality; each R1 is independently a hydrogen atom or a covalent bond linking to D8; each D5 is an independently selected divalent hydrocarbon group of 1 or more carbon atoms; each D6 is an independently selected divalent hydrocarbon group of 2 or more carbon atoms. D7 is an oxygen atom when subscript x > 0, and D7 is absent when x = 0; each subscript x is independently 0, 1, or 2; each D8 is a divalent hydrocarbon group of 1 or more carbon atoms; subscript a is 1 or more; subscript b is 1 or more; subscript c is 2 or more; subscript d is 0 or more; subscript e is 0 or more; a quantity (c + d + e) is up to 2000; with the proviso that subscripts a and b and group D4 are selected such that the crosslinked aminosilicone polymer has >0 to 10% amine content.
A stand for supporting a garment hanger, comprising a clamp operable to releasably support said garment hanger in a fixed orientation after said garment hanger has been hung on said supporting element wherein the clamp comprises first and second clamping surfaces , - characterized in that the stand comprises a supporting element , wherein the supporting element comprises a surface on which the garment hanger can be hung, the surface being disposed intermediate the first and second clamping surfaces , wherein the first clamping surface is moveable towards the second clamping surface and away from the second clamping surface such that the distance between the first and second clamping surfaces is continuously adjustable. - characterized in that the stand comprises a supporting element , wherein the supporting element comprises a surface on which the garment hanger can be hung, the surface being disposed intermediate the first and second clamping surfaces ,
A mold configuration for forming a pocket in a film of a pressurized product containment pouch having a base film and a lid film adhered about a perimeter seal seam, the mold configuration comprising: a film support surface ; a perimeter edge at said film support surface ; wall surfaces inward of said perimeter edge defining a mold cavity, said wall surfaces including a bottom wall surface , transition wall surfaces extending to said bottom wall surface ; and a plateau surface inward of said perimeter edge , the mold configuration being characterized in that , said plateau surface is spaced inward of said film support surface a distance sufficient to prevent adherence of the lid film to the base film overlying said plateau surfaces while limiting deformation or stretch of the film into the mold configuration from the film support surface . a film support surface ; a perimeter edge at said film support surface ; wall surfaces inward of said perimeter edge defining a mold cavity, said wall surfaces including a bottom wall surface , transition wall surfaces extending to said bottom wall surface ; and a plateau surface inward of said perimeter edge , the mold configuration being characterized in that ,
An illumination optical system for a structured illumination microscope apparatus comprising, in order: a first quarter wave plate ; a diffractive grating for splitting a beam from a light source into a plurality of groups of beams around an optical axis disposed near a conjugate position of a sample, whereby the splitting directions are different; a second quarter wave plate ; and a beam selector for selecting and transmitting only one arbitrary group of beams out of the plurality of groups of beams; whereby linearly polarized incident light going into the first quarter wave plate is converted to be circularly polarized by the first quarter wave plate, and wherein the direction of a fast axis of the first quarter wave plate is fixed relatively to the polarization direction of the incoming light; and wherein the rotation angle of the second quarter wave plate with respect to the optical axis is fixed relatively to the beam selector, whereby the illumination optical system is arranged to irradiate illumination light that has been spatially modulated by allowing the plurality of beams included in the one group of beams to interfere near a sample surface in order to generate the structured illumination. a first quarter wave plate ; a diffractive grating for splitting a beam from a light source into a plurality of groups of beams around an optical axis disposed near a conjugate position of a sample, whereby the splitting directions are different; a second quarter wave plate ; and a beam selector for selecting and transmitting only one arbitrary group of beams out of the plurality of groups of beams; whereby linearly polarized incident light going into the first quarter wave plate is converted to be circularly polarized by the first quarter wave plate, and wherein the direction of a fast axis of the first quarter wave plate is fixed relatively to the polarization direction of the incoming light; and wherein the rotation angle of the second quarter wave plate with respect to the optical axis is fixed relatively to the beam selector, whereby the illumination optical system is arranged to irradiate illumination light that has been spatially modulated by allowing the plurality of beams included in the one group of beams to interfere near a sample surface in order to generate the structured illumination.
A method performed by a replacement programmable logic controller, PLC, for replacing a legacy PLC , comprising: connecting to the legacy PLC in an automation environment ; generating PLC inputs to the legacy PLC ; observing PLC outputs from the legacy PLC; mapping dependencies of the PLC outputs on the PLC inputs of the legacy PLC ; training an operational model in the replacement PLC with the PLC inputs and the PLC outputs to cause the replacement PLC to copy legacy PLC behavior; and after training, controlling at least a portion of the automation environment with the replacement PLC instead of the legacy PLC , wherein the training the operational model includes: monitoring which states of the legacy PLC in an output parameter space are tested and which states remain untested; and creating untested scenarios to learn how the legacy PLC responds to the untested scenarios based on the monitoring. connecting to the legacy PLC in an automation environment ; generating PLC inputs to the legacy PLC ; observing PLC outputs from the legacy PLC; mapping dependencies of the PLC outputs on the PLC inputs of the legacy PLC ; training an operational model in the replacement PLC with the PLC inputs and the PLC outputs to cause the replacement PLC to copy legacy PLC behavior; and after training, controlling at least a portion of the automation environment with the replacement PLC instead of the legacy PLC , wherein the training the operational model includes: monitoring which states of the legacy PLC in an output parameter space are tested and which states remain untested; and creating untested scenarios to learn how the legacy PLC responds to the untested scenarios based on the monitoring. monitoring which states of the legacy PLC in an output parameter space are tested and which states remain untested; and creating untested scenarios to learn how the legacy PLC responds to the untested scenarios based on the monitoring.
A bone conduction hearing aid device , comprising: a housing , a piezoelectric vibration assembly and a vibration transmission element , wherein the piezoelectric vibration assembly and the vibration transmission element are both arranged in the housing , a first end of the vibration transmission element is connected with the piezoelectric vibration assembly, a second end of the vibration transmission element is connected with the housing , and the housing comprises a vibration output portion configured to output vibration through contact; characterized in that the piezoelectric vibration assembly comprises a piezoelectric vibrator , two counterweights and an elastic damping member , a middle portion of the piezoelectric vibrator is fixedly connected with the first end of the vibration transmission element , the two counterweights are respectively arranged on both sides of the piezoelectric vibrator , and the elastic damping member is arranged between the piezoelectric vibrator and the bottom wall of the housing and between the counterweights and the bottom wall of the housing .
A method for Interlaken protocol packet slicing, characterized by comprising: performing (S101) a start of packet, SOP, detection on a data packet to obtain a first detection result; when the SOP detection result indicates that the data packet satisfies a condition for inserting a first burst control word, inserting (S102) the first burst control word and filling (S103) data control words, corresponding to an interface bit width, each word filled in a unit of the interface bit width; performing (S104) an intermediate detection on the data packet to obtain a second detection result; when the second detection result indicates that the data packet satisfies a condition for inserting a second burst control word, inserting the second burst control word, and filling one or more data control words, corresponding to an interface bit width, each word filled in a unit of the interface bit width; performing a packet tail mark detection on the data packet to obtain a third detection result; and inserting , when the third detection result indicates that the data packet has a packet tail mark, a fixed number of idle control words. performing (S101) a start of packet, SOP, detection on a data packet to obtain a first detection result; when the SOP detection result indicates that the data packet satisfies a condition for inserting a first burst control word, inserting (S102) the first burst control word and filling (S103) data control words, corresponding to an interface bit width, each word filled in a unit of the interface bit width; performing (S104) an intermediate detection on the data packet to obtain a second detection result; when the second detection result indicates that the data packet satisfies a condition for inserting a second burst control word, inserting the second burst control word, and filling one or more data control words, corresponding to an interface bit width, each word filled in a unit of the interface bit width; performing a packet tail mark detection on the data packet to obtain a third detection result; and inserting , when the third detection result indicates that the data packet has a packet tail mark, a fixed number of idle control words.
A method for controlling a display apparatus, the method comprising: sensing (S1310) one or more touch points touched by a digital pen on a display screen; when the number of touch points touched by the digital pen is one, operating the display apparatus in a coordinate calculating mode (S1330), calculating a coordinate value of the touch point touched by the digital pen (S1340) and controlling the display apparatus according to the calculated coordinate value (S1350); when a number of touch points simultaneously touched by the digital pen is a plural number, operating the display apparatus in a touch gesture mode (S1360) and displaying a touch gesture region for receiving the touch gesture using the digital pen, wherein the touch gesture region is a portion of the display screen displayed to be different from another region on the display screen; and when the touch gesture using the digital pen is sensed in the touch gesture region during the touch gesture mode, controlling the display apparatus according to the sensed touch gesture (S1380); wherein the touch gesture mode and the coordinate calculating mode sense the one or more touch points touched by the digital pen by using different touch sensing methods. sensing (S1310) one or more touch points touched by a digital pen on a display screen; when the number of touch points touched by the digital pen is one, operating the display apparatus in a coordinate calculating mode (S1330), calculating a coordinate value of the touch point touched by the digital pen (S1340) and controlling the display apparatus according to the calculated coordinate value (S1350); when a number of touch points simultaneously touched by the digital pen is a plural number, operating the display apparatus in a touch gesture mode (S1360) and displaying a touch gesture region for receiving the touch gesture using the digital pen, wherein the touch gesture region is a portion of the display screen displayed to be different from another region on the display screen; and when the touch gesture using the digital pen is sensed in the touch gesture region during the touch gesture mode, controlling the display apparatus according to the sensed touch gesture (S1380); wherein the touch gesture mode and the coordinate calculating mode sense the one or more touch points touched by the digital pen by using different touch sensing methods.
A system for performing echo-planar spectroscopic imaging, wherein the system comprises: - an acquisition unit for acquiring magnetic resonance data by using an echo-planar sequence, characterized in that the acquisition unit is adapted to use a first encoding gradient (G R ) in a readout direction and a second encoding gradient (G P ) in a phase-encoding direction, wherein the first encoding gradient and the second encoding gradient are stepped, wherein each combination of a step of the first encoding gradient in the readout direction and a step of the second encoding gradient in the phase-encoding direction defines a respective segment within the k-space, wherein a first direction in the k-space corresponds to the readout direction and a second direction in the k-space corresponds to the phase-encoding direction, - a reconstruction unit for reconstructing a magnetic resonance image based on the acquired magnetic resonance data. - an acquisition unit for acquiring magnetic resonance data by using an echo-planar sequence, characterized in that the acquisition unit is adapted to use a first encoding gradient (G R ) in a readout direction and a second encoding gradient (G P ) in a phase-encoding direction, wherein the first encoding gradient and the second encoding gradient are stepped, wherein each combination of a step of the first encoding gradient in the readout direction and a step of the second encoding gradient in the phase-encoding direction defines a respective segment within the k-space, wherein a first direction in the k-space corresponds to the readout direction and a second direction in the k-space corresponds to the phase-encoding direction, - a reconstruction unit for reconstructing a magnetic resonance image based on the acquired magnetic resonance data.
An electronic device comprising: a light emission unit configured to radiate intermittent light in synchronization with a synchronization signal at a set frequency that is set; a light reception unit configured to generate received light data by receiving reflected light of the intermittent light; and a control unit , the control unit including a determination unit configured to determine presence or absence of a predetermined object on a basis of the received light data; a setting unit configured to set, in the light emission unit, as the set frequency, a frequency that is higher, the smaller a distance to the predetermined object, in a case where presence of the predetermined object is determined, wherein, in an initial state, the setting unit is configured to set a first frequency as the set frequency, and in a case where presence of the predetermined object is determined, the setting unit is configured to set a second frequency that is higher, the smaller the measured distance, as the set frequency, and a frequency control unit configured to alternately switch between the first frequency and the second frequency every specific period of time, in a case where the second frequency is set. a light emission unit configured to radiate intermittent light in synchronization with a synchronization signal at a set frequency that is set; a light reception unit configured to generate received light data by receiving reflected light of the intermittent light; and a control unit , the control unit including a determination unit configured to determine presence or absence of a predetermined object on a basis of the received light data; a setting unit configured to set, in the light emission unit, as the set frequency, a frequency that is higher, the smaller a distance to the predetermined object, in a case where presence of the predetermined object is determined, wherein, in an initial state, the setting unit is configured to set a first frequency as the set frequency, and in a case where presence of the predetermined object is determined, the setting unit is configured to set a second frequency that is higher, the smaller the measured distance, as the set frequency, and a frequency control unit configured to alternately switch between the first frequency and the second frequency every specific period of time, in a case where the second frequency is set.
A bracket for supporting raceways resistant to seismic stresses, the bracket including a platen to which is secured an arm comprising a support face , a first side face and a second side face , the first side face and second side face being symmetrically disposed relative to a plane of symmetry so as to form, with the support face , a substantially U-shaped cross-section, the first side face comprising, on a first longitudinal edge , a first return directed to the plane of symmetry, the first return further comprising a first primary side , the arm being characterised in that the first return comprises, at a large end of the arm , a first lug directed to the plane of symmetry, and forming, on the first return , a first step disposed at the large end of the arm , the first return comprising a first secondary side , the first primary side and first secondary side being parallel to the first longitudinal edge , so that the first return has a substantially L-shape, this first return increases the resistance of the arm to stresses exerted in a plane defined by the first return .
Titanium oxide particles, comprising: octahedral-shaped particles, wherein each particle of the octahedral-shaped particles has line segments each of which connects two apexes which face each other and has a maximum value of the line segments, and an average value of the maximum values is 300 nm or more and 1,000 nm or less, wherein a value (the average value of the maximum values/BET-converted average particle diameter) obtained by dividing the average value of the maximum values of the line segments by an average particle diameter converted from a BET specific surface area is 1.0 or more and 2.5 or less, and the crystalline phase of the titanium oxide particles is an anatase type. octahedral-shaped particles, wherein each particle of the octahedral-shaped particles has line segments each of which connects two apexes which face each other and has a maximum value of the line segments, and an average value of the maximum values is 300 nm or more and 1,000 nm or less, wherein a value (the average value of the maximum values/BET-converted average particle diameter) obtained by dividing the average value of the maximum values of the line segments by an average particle diameter converted from a BET specific surface area is 1.0 or more and 2.5 or less, and the crystalline phase of the titanium oxide particles is an anatase type.