mhurhangee/patent-ind-claim-en huggingface dataset:
A work vehicle, comprising: a motive portion having an engine and an exhaust gas treatment device connected to an exhaust manifold of the engine, wherein the exhaust gas treatment device is connected to a fixing portion integrated with the engine through a mounting support , the mounting support is provided with a mounting portion connectable to the fixing portion , a connecting portion that connects the exhaust gas treatment device, and a heat shielding plate that suppresses conduction of radiant heat between the fixing portion and the exhaust gas treatment device, the exhaust gas treatment device is disposed such that a longitudinal direction of the exhaust gas treatment device lies along a front-rear direction, and a front end portion of the exhaust gas treatment device is connected to the exhaust manifold by an exhaust gas inlet pipe along the front-rear direction, characterized in that : the bottom of the exhaust gas treatment device is supported by the mounting support in a state where the heat shielding plate faces a lower half side of the exhaust gas treatment device . a motive portion having an engine and an exhaust gas treatment device connected to an exhaust manifold of the engine, wherein the exhaust gas treatment device is connected to a fixing portion integrated with the engine through a mounting support , the mounting support is provided with a mounting portion connectable to the fixing portion , a connecting portion that connects the exhaust gas treatment device, and a heat shielding plate that suppresses conduction of radiant heat between the fixing portion and the exhaust gas treatment device, the exhaust gas treatment device is disposed such that a longitudinal direction of the exhaust gas treatment device lies along a front-rear direction, and a front end portion of the exhaust gas treatment device is connected to the exhaust manifold by an exhaust gas inlet pipe along the front-rear direction, characterized in that : the bottom of the exhaust gas treatment device is supported by the mounting support in a state where the heat shielding plate faces a lower half side of the exhaust gas treatment device .
A method of determining in a spectrometer an average frequency of a series of ion detection pulses (P) during a measurement interval (Ml), the method being characterized by : - determining the duration of an auxiliary interval (Al), wherein ∘ the auxiliary interval (Al) overlaps the measurement interval (Ml), ∘ the auxiliary interval (Al) begins at the last pulse (P0) preceding the measurement interval (Ml), and ∘ the auxiliary interval (Al) ends at the last pulse (PN) of the measurement interval (MI), - determining the number of pulses during the auxiliary interval, and - dividing the number of pulses by the duration of the auxiliary interval so as to produce the average frequency (f AV ). - determining the duration of an auxiliary interval (Al), wherein ∘ the auxiliary interval (Al) overlaps the measurement interval (Ml), ∘ the auxiliary interval (Al) begins at the last pulse (P0) preceding the measurement interval (Ml), and ∘ the auxiliary interval (Al) ends at the last pulse (PN) of the measurement interval (MI), ∘ the auxiliary interval (Al) overlaps the measurement interval (Ml), ∘ the auxiliary interval (Al) begins at the last pulse (P0) preceding the measurement interval (Ml), and ∘ the auxiliary interval (Al) ends at the last pulse (PN) of the measurement interval (MI), - determining the number of pulses during the auxiliary interval, and - dividing the number of pulses by the duration of the auxiliary interval so as to produce the average frequency (f AV ).
Intraocular lens having an optical body and a haptic element , characterized in that the haptic element comprises a first component with a latching projection and a second component with a latching recess , wherein the latching projection and the latching recess are spaced from one another when the haptic element is in a relaxed state, and are designed to engage with one another when, from the relaxed state, the haptic element is moved towards the optical body into a fully compressed state of the haptic element via a partially compressed state of the haptic element , wherein the haptic element is formed in one piece and has a haptic cutout , which is delimited by the first component and the second component .
A stitched fiber-reinforced substrate material formed by stitching reinforcement fiber sheets made of reinforcement fibers using stitching yarns, the stitching yarn being a stitching yarn to which an organic compound having a polar group is adhered, wherein the organic compound having a polar group is a compound having a polyoxyalkylene structure, wherein the stitching yarn is a stitching yarn in which an organic compound having a polar group is adhered in an amount of 0.1 to 10 wt% with respect to the mass of the stitching yarn. the stitching yarn being a stitching yarn to which an organic compound having a polar group is adhered, wherein the organic compound having a polar group is a compound having a polyoxyalkylene structure, wherein the stitching yarn is a stitching yarn in which an organic compound having a polar group is adhered in an amount of 0.1 to 10 wt% with respect to the mass of the stitching yarn.
A closure configured to be attached to a carton package for a pourable product, the closure comprising an attachment collar extending along an attachment plane (P) and having an attachment face configured to be attached to an interior face of the carton package ; a spout extending from the attachment collar along a spout axis (A), the spout having a circular cross-section in a plane (P) perpendicular to the spout axis (A); and a cap arrangement comprising a reclosable cap movable between a fully closed position, in which it closes a circular pouring outlet of the spout , and an open position, in which pourable product may be poured from the pouring outlet ; an attachment ring permanently and rotatably attached to the spout ; and a hinge permanently holding the cap to the attachment ring , wherein the cap is a flip cap configured to be moved from the fully closed position to the open position by pivoting the cap about the hinge , wherein the cap arrangement is rotatable about the spout axis (A) with the cap in the fully closed position. an attachment collar extending along an attachment plane (P) and having an attachment face configured to be attached to an interior face of the carton package ; a spout extending from the attachment collar along a spout axis (A), the spout having a circular cross-section in a plane (P) perpendicular to the spout axis (A); and a cap arrangement comprising a reclosable cap movable between a fully closed position, in which it closes a circular pouring outlet of the spout , and an open position, in which pourable product may be poured from the pouring outlet ; an attachment ring permanently and rotatably attached to the spout ; and a hinge permanently holding the cap to the attachment ring , wherein the cap is a flip cap configured to be moved from the fully closed position to the open position by pivoting the cap about the hinge , wherein the cap arrangement is rotatable about the spout axis (A) with the cap in the fully closed position. a reclosable cap movable between a fully closed position, in which it closes a circular pouring outlet of the spout , and an open position, in which pourable product may be poured from the pouring outlet ; an attachment ring permanently and rotatably attached to the spout ; and a hinge permanently holding the cap to the attachment ring , wherein the cap is a flip cap configured to be moved from the fully closed position to the open position by pivoting the cap about the hinge , wherein the cap arrangement is rotatable about the spout axis (A) with the cap in the fully closed position.
A marine contra-rotating propeller device in which a front propeller and a rear propeller are disposed coaxially and respectively rotated in opposite directions each other, wherein the marine contra-rotating propeller device comprises a hollow outer propeller shaft which is attached with the front propeller at a rear end portion thereof, and is rotatably supported by a stern tube bearing about an axial center, an inner propeller shaft which is attached with the rear propeller at a rear end portion thereof, and is rotatably supported by a stern side contra-rotating bearing about the axial center, and a shaft sealing device wherein the shaft sealing device includes a stern tube seal on the stern side which prevents seawater from entering the stern tube bearing , and a contra-rotating seal on the stern side which prevents the seawater from entering the stern side contra-rotating bearing , characterized in that the shaft sealing device includes a single air supply device which supplies seal pressurized air to a front first chamber provided in the stern tube seal and the contra-rotating seal via the front first chamber , a stern tube drainage recovery device which independently recovers a front section drainage (D1) discharged from the front first chamber , and a contra-rotating drainage recovery device which recovers a rear section drainage (D2) discharged from the contra-rotating seal via a front third chamber provided in the stern tube seal . wherein the marine contra-rotating propeller device comprises a hollow outer propeller shaft which is attached with the front propeller at a rear end portion thereof, and is rotatably supported by a stern tube bearing about an axial center, an inner propeller shaft which is attached with the rear propeller at a rear end portion thereof, and is rotatably supported by a stern side contra-rotating bearing about the axial center, and a shaft sealing device wherein the shaft sealing device includes a stern tube seal on the stern side which prevents seawater from entering the stern tube bearing , and a contra-rotating seal on the stern side which prevents the seawater from entering the stern side contra-rotating bearing , a single air supply device which supplies seal pressurized air to a front first chamber provided in the stern tube seal and the contra-rotating seal via the front first chamber , a stern tube drainage recovery device which independently recovers a front section drainage (D1) discharged from the front first chamber , and a contra-rotating drainage recovery device which recovers a rear section drainage (D2) discharged from the contra-rotating seal via a front third chamber provided in the stern tube seal .
A method of storing data on target data processing devices, the method comprising: for each target data processing device, using a security data processing device on which first data comprising a cryptographic certificate has been stored to: obtain, from said cryptographic certificate, an indication of at least one of a model and a manufacturer of a target processing device; obtain a device cryptographic certificate from the target data processing device, the device cryptographic certificate having been generated by, and being verifiable as having been generated by, a trusted entity, obtain, from the device cryptographic certificate , an indication of at least one of a model and a manufacturer of the target data processing device; verify the device cryptographic certificate as having been generated by the trusted entity; verify that said indication of at least one of a model and a manufacturer of a target processing device obtained from the device cryptographic certificate corresponds to said indication of at least one of a model and a manufacturer of a target data processing device obtained from the cryptographic certificate, and in response to a successful verification: generate second data using the first data; and store the second data on the target data processing device. obtain, from said cryptographic certificate, an indication of at least one of a model and a manufacturer of a target processing device; obtain a device cryptographic certificate from the target data processing device, the device cryptographic certificate having been generated by, and being verifiable as having been generated by, a trusted entity, obtain, from the device cryptographic certificate , an indication of at least one of a model and a manufacturer of the target data processing device; verify the device cryptographic certificate as having been generated by the trusted entity; verify that said indication of at least one of a model and a manufacturer of a target processing device obtained from the device cryptographic certificate corresponds to said indication of at least one of a model and a manufacturer of a target data processing device obtained from the cryptographic certificate, and in response to a successful verification: generate second data using the first data; and store the second data on the target data processing device. generate second data using the first data; and store the second data on the target data processing device.
A device for viewing tension loss in a structure, by cooperation with a threaded rod, being implemented, for example, by a bolt consisting of a screw , a nut , and composed of two non-deformable washers including an inner face , an outer face , an outer peripheral wall and an inner peripheral wall delimiting a central orifice and a diametrically deformable viewing ring sandwiched between the two non-deformable washers , characterised in that the ring including a diametral plane (P), a central axis (X), substantially perpendicular to each other, is resistant to crushing, and deforms only in the diametral plane (P), and the thickness (e) of at least one of the washers decreases from the centre of the washer towards its peripheral end , the smallest thickness being therefore located towards the peripheral end of at least one washer .
Blade carrier for comminuting devices, consisting of a tooth element which can be fastened on a comminuting roller or similar and at least one blade , wherein the blade can be arranged on the tooth element with a first form-fitting connection, in the tooth element a blade holder in the form of a recess is provided as a first form-fitting connection, in which the blade can be at least partially inserted and the tooth element and the blade have a shape corresponding to one another at least on the connecting side(s), wherein at least one further form-fitting connection is provided in the recess and/or in the blade holder and on the blade , wherein a part of the tooth element is in the form of a supporting element , at least a part of the further form-fitting connection is provided on the supporting element and a part of the further form-fitting connection on the support element additionally extends over support surfaces (5/3, 5/4) formed there and extending at an angle, characterized in that the further form-fitting connection in the recess on the tooth element is formed by a spring and on the blade by a groove provided corresponding thereto.
An apparatus comprising: a wind turbine comprising a wind turbine generator configured to generate an alternating current (AC) power output; a transformer having a high-voltage side coupled to a load ; a circuit breaker arranged to provide circuit interruption between the wind turbine generator and a low-voltage side of the transformer upon detection of a fault, the apparatus being characterised by the circuit breaker having an arc flash protection mode and a normal protection mode , wherein the arc flash protection mode and the normal protection mode are configured such that in the arc flash protection mode the circuit breaker interrupts a short circuit current over a relatively quicker time interval than in the normal protection mode and wherein the circuit breaker is configured such that, in response to a sensed condition, a respective one of the modes is automatically set so that the circuit breaker is capable of performing the circuit interruption in accordance with a protection functionality of the set mode; and by at least one sensor configured to sense a condition and being coupled to an automated mode selector of the circuit breaker for automatically setting in response to the sensed condition the arc flash protection mode or the normal protection mode . a wind turbine comprising a wind turbine generator configured to generate an alternating current (AC) power output; a transformer having a high-voltage side coupled to a load ; a circuit breaker arranged to provide circuit interruption between the wind turbine generator and a low-voltage side of the transformer upon detection of a fault, the apparatus being characterised by the circuit breaker having an arc flash protection mode and a normal protection mode , wherein the arc flash protection mode and the normal protection mode are configured such that in the arc flash protection mode the circuit breaker interrupts a short circuit current over a relatively quicker time interval than in the normal protection mode and wherein the circuit breaker is configured such that, in response to a sensed condition, a respective one of the modes is automatically set so that the circuit breaker is capable of performing the circuit interruption in accordance with a protection functionality of the set mode; and by at least one sensor configured to sense a condition and being coupled to an automated mode selector of the circuit breaker for automatically setting in response to the sensed condition the arc flash protection mode or the normal protection mode .
A computer implemented method of modeling a three-dimensional, 3D, object , the method comprising: rendering (250-1) a first portion of a mesh representation of the 3D object with respect to a first position of a first sensor of a wireless electronic device ; simulating (260-1) a first distance from the first portion of the mesh representation to a second sensor of the wireless electronic device ; determining (261-1) a first scale parameter for the first portion of the mesh representation based on the first distance; rendering (250-2) a second portion of the mesh representation of the 3D object with respect to a second position of the first sensor ; simulating (260-2) a second distance from the second portion of the mesh representation to the second sensor ; determining (261-2) a second scale parameter for the second portion of the mesh representation based on the second distance; and estimating a simulation distance between the first sensor and the second sensor , based on the first and second scale parameters and based on a predetermined physical distance between the first sensor and the second sensor . rendering (250-1) a first portion of a mesh representation of the 3D object with respect to a first position of a first sensor of a wireless electronic device ; simulating (260-1) a first distance from the first portion of the mesh representation to a second sensor of the wireless electronic device ; determining (261-1) a first scale parameter for the first portion of the mesh representation based on the first distance; rendering (250-2) a second portion of the mesh representation of the 3D object with respect to a second position of the first sensor ; simulating (260-2) a second distance from the second portion of the mesh representation to the second sensor ; determining (261-2) a second scale parameter for the second portion of the mesh representation based on the second distance; and estimating a simulation distance between the first sensor and the second sensor , based on the first and second scale parameters and based on a predetermined physical distance between the first sensor and the second sensor .
An audio signal processing device comprising: an audio input configured to receive an audio signal to be coded; an audio codec configured to apply audio coding to the audio signal , thereby generating coded audio data , having an audio bandwidth, for transmission to a remote device ; characterised in that the audio signal processing device further comprises: a network interface configured to receive from the remote device an indication of at least one characteristic of an audio output device of the remote device ; and an audio bandwidth selector configured to set an audio bandwidth parameter of the audio codec based on the indication received from the remote device , thereby setting the audio bandwidth of the coded audio data in dependence on the at least one characteristic of the audio output device . an audio input configured to receive an audio signal to be coded; an audio codec configured to apply audio coding to the audio signal , thereby generating coded audio data , having an audio bandwidth, for transmission to a remote device ; characterised in that the audio signal processing device further comprises: a network interface configured to receive from the remote device an indication of at least one characteristic of an audio output device of the remote device ; and an audio bandwidth selector configured to set an audio bandwidth parameter of the audio codec based on the indication received from the remote device , thereby setting the audio bandwidth of the coded audio data in dependence on the at least one characteristic of the audio output device . a network interface configured to receive from the remote device an indication of at least one characteristic of an audio output device of the remote device ; and an audio bandwidth selector configured to set an audio bandwidth parameter of the audio codec based on the indication received from the remote device , thereby setting the audio bandwidth of the coded audio data in dependence on the at least one characteristic of the audio output device .
A handle-orienting preform feeding mechanism for a bottle preform with a handle, comprising a base plate , wherein a preform feeding component is disposed on the base plate , a preform feeding channel is disposed on a side of the preform feeding component and on the base plate , and a preform blocking mechanism is disposed on a side of the preform feeding channel and on the base plate , a preform feeding tray is joined to and around the preform feeding component and is configured to rotate along with the preform feeding component , a plurality of preform engaging grooves are disposed on an outer edge of the preform feeding tray at intervals, a preform blocking tray is disposed on a periphery of the preform feeding tray and on the base plate , and a transmission gap for conveying a bottle preform is formed between an inner edge of the preform blocking tray and the outer edge of the preform feeding tray , a head end of the transmission gap is butted to a tail end of the preform feeding channel, a handle positioning structure is disposed on a side of each of the plurality of preform engaging grooves and on the preform feeding tray ; characterised in that the handle positioning structure comprises an arc-shaped through hole disposed on the preform feeding tray , and a stop pin is disposed in the arc-shaped through hole and is slidable relative to the arc-shaped through hole . a preform feeding component is disposed on the base plate , a preform feeding channel is disposed on a side of the preform feeding component and on the base plate , and a preform blocking mechanism is disposed on a side of the preform feeding channel and on the base plate , a preform feeding tray is joined to and around the preform feeding component and is configured to rotate along with the preform feeding component , a plurality of preform engaging grooves are disposed on an outer edge of the preform feeding tray at intervals, a preform blocking tray is disposed on a periphery of the preform feeding tray and on the base plate , and a transmission gap for conveying a bottle preform is formed between an inner edge of the preform blocking tray and the outer edge of the preform feeding tray , a head end of the transmission gap is butted to a tail end of the preform feeding channel, a handle positioning structure is disposed on a side of each of the plurality of preform engaging grooves and on the preform feeding tray ; characterised in that the handle positioning structure comprises an arc-shaped through hole disposed on the preform feeding tray , and a stop pin is disposed in the arc-shaped through hole and is slidable relative to the arc-shaped through hole .