mhurhangee/patent-ind-claim-en huggingface dataset:
A dipping sonar comprising an antenna (20; 50; 80) equipped with acoustic transmitters and receivers , characterised in that it further comprises a motorised winch having a reel , an actuator configured to turn the reel and a cable wound around the reel , in that the winch is disposed in the antenna , and in that the cable enables the antenna to be hooked onto a holder at a free end of the cable .
A method of encoding images captured by a camera, the method comprising: obtaining (S310) an image sequence captured with an image sensor of the camera; determining (S320) an oscillation frequency of a periodic movement of the camera during capturing of the image sequence; identifying (S330) a base subset of images of the image sequence corresponding to the oscillation frequency such that the base subset of images consists of images captured when the camera is in the same or similar position in relation to the periodic movement; and encoding (S340) the base subset of images into an encoded video stream comprising intra frames and inter frames. obtaining (S310) an image sequence captured with an image sensor of the camera; determining (S320) an oscillation frequency of a periodic movement of the camera during capturing of the image sequence; identifying (S330) a base subset of images of the image sequence corresponding to the oscillation frequency such that the base subset of images consists of images captured when the camera is in the same or similar position in relation to the periodic movement; and encoding (S340) the base subset of images into an encoded video stream comprising intra frames and inter frames.
An applicator device for a product of the fluid or viscous type on keratin fibres, comprising an elongate-shaped central core that extends along a longitudinal axis XX, at least one row of elongate spikes comprising a first end embedded on the core and a second free end , the spikes and the core being formed in a single piece, characterised in that at least one of the spikes is delimited by a first flat face coincident with a longitudinal plane of the device, referred to as the reference plane P, and by a second flat face forming with said first flat face an angle of between 10° and 180°; in that said at least one spike comprises a first region embedded on the core and with a substantially constant cross-section in the form of a portion of a circle, and a second region with a variable cross-section situated substantially longitudinally in line with said first region , and in that the form and/or arrangement of two spikes successively implanted along the axis XX is able to create at least one distal opening (230; 236) between them, said two spikes successively implanted along the axis XX having different orientations, at 180°, and being alternated on either side of the reference plane P.
A solder composition comprising a flux, a solder alloy, and a silicone oil, wherein the silicone oil (i) is a straight chain silicone oil, (ii) has a kinematic viscosity, measured in accordance with JIS Z 8803 6.2.3 at 25°C, of 5000 mm 2 /s or more and 200,000 mm 2 /s or less, and wherein the content of the silicone oil is 0.05% by mass or more and 2% by mass or less. (i) is a straight chain silicone oil, (ii) has a kinematic viscosity, measured in accordance with JIS Z 8803 6.2.3 at 25°C, of 5000 mm 2 /s or more and 200,000 mm 2 /s or less, and
An apparatus for generating a polar code c N of length N and dimension K, on the basis of a generator matrix G N of size N × N, wherein the generator matrix G N is based on a kernel T p of size p × p , with p < N, wherein the polar code c N is given by c N = u N · G N , wherein u N = ( u 0 ,..., u N- 1 ) is a vector of size N, u i , i = 0, ... N - 1, corresponding to an information bit if i ∈ I, I being a set of K information bit indices, and u i = 0, if i ∈ F, F being a set of N - K frozen bit indices, the apparatus comprising a processor (110a-1) configured to: generate a distance spectrum vector d T p = ( d T p , ..., d T p ( p )) of size p of the kernel T p , wherein d T p ( h ), for each h of 1,..., p , corresponds to a maximum value among all possible minimum distances of all possible codes of size p and dimension h generated by selecting h rows of the kernel T p ; generate a distance spectrum vector d G N of size N of the generator matrix G N on the basis of the distance spectrum vector d T p ; and determine the set of K information bit indices I on the basis of the distance spectrum vector d G N . generate a distance spectrum vector d T p = ( d T p , ..., d T p ( p )) of size p of the kernel T p , wherein d T p ( h ), for each h of 1,..., p , corresponds to a maximum value among all possible minimum distances of all possible codes of size p and dimension h generated by selecting h rows of the kernel T p ; generate a distance spectrum vector d G N of size N of the generator matrix G N on the basis of the distance spectrum vector d T p ; and determine the set of K information bit indices I on the basis of the distance spectrum vector d G N .
A cable management device, in particular for optical waveguide cables, comprising at least one carrier unit and at least one cable management unit , which comprises at least one cable management module which has a modular structure and which is movable from a storage position to at least a first and a second processing position and vice versa, wherein the cable management unit comprises at least one movable movement compensation channel , which is configured for conveying at least one cable to the cable management module and/or from the cable management module and which is configured to prevent stresses on the cable during a movement of the cable management module , wherein the cable management unit comprises at least one frame unit , which can be fastened to the carrier unit and which is configured to at least partly delimit at least one receiving region for receiving the cable management module , wherein the cable management unit comprises at least one cable entry associated to a cable management module which is configured for introducing the cable into an interior of the cable management unit into the cable management module , characterized in that the cable entry is stationary, with respect to the frame unit , during a movement of the associated cable management module into the first processing position and moves, in a direction which is parallel to a movement direction of the associated cable management module , during a movement of the associated cable management module into the second processing position.
A compound of formula (Ia') wherein: X 1 is C-R 11 or N, X 3 is C-R 13 or N, X 4 is C-R 14 or N, X 5 is C-R 15 or N, with the proviso that not more than one of X 1 , X 3 , X 4 and X 5 is N; X 6 is C-R 16 or N, X 7 is C-R 17 or N, X 8 is C-R 18 or N, X 9 is C-R 19 or N, with the proviso that not more than one of X 5 , X 6 , X 7 , X 8 and X 9 is N; R 11 , R 13 , R 14 , R 15 , R 16 , R 17 , R 18 and R 19 are each individually selected from hydrogen, halogen, C 1-7 -alkyl, C 1-7 -haloalkyl and C 1-7 -alkoxy; R 1 is -(CH 2 ) m -NH 2 ; R 2 is -(CH 2 ) m -NH 2 ; R 3 is -(CH 2 ) m -heteroaryl optionally substituted with one or more halo, C 1-7 -alkyl, C 1-7 -haloalkyl or C 1-7 -alkoxy; m is 1, 2 or 3; n is 1, 2, 3, or 4; o is 1, 2, 3, or 4; or a pharmaceutically acceptable salt thereof. X 1 is C-R 11 or N, X 3 is C-R 13 or N, X 4 is C-R 14 or N, X 5 is C-R 15 or N, with the proviso that not more than one of X 1 , X 3 , X 4 and X 5 is N; X 6 is C-R 16 or N, X 7 is C-R 17 or N, X 8 is C-R 18 or N, X 9 is C-R 19 or N, with the proviso that not more than one of X 5 , X 6 , X 7 , X 8 and X 9 is N; R 11 , R 13 , R 14 , R 15 , R 16 , R 17 , R 18 and R 19 are each individually selected from hydrogen, halogen, C 1-7 -alkyl, C 1-7 -haloalkyl and C 1-7 -alkoxy; R 1 is -(CH 2 ) m -NH 2 ; R 2 is -(CH 2 ) m -NH 2 ; R 3 is -(CH 2 ) m -heteroaryl optionally substituted with one or more halo, C 1-7 -alkyl, C 1-7 -haloalkyl or C 1-7 -alkoxy; m is 1, 2 or 3; n is 1, 2, 3, or 4; o is 1, 2, 3, or 4;
An antenna , comprising a radiation part and a feeding part, wherein the feeding part is coupled to the radiation part, and is configured to feed power to the radiation part; and the radiation part comprises one or more frequency selection units (F1) with a bandpass characteristic, and the radiation part is a structure that is capable of exciting, when a high-frequency signal passes through, coupling currents that cancel in pairs characterized in that each of the frequency selection units (F1) comprises a conductive grid and a conductor located in the conductive grid, there is a gap between the conductor and the corresponding conductive grid , and the conductor and the corresponding conductive grid are electrically coupled, so that the corresponding frequency selection unit (F1) has the bandpass characteristic; and every two pairs of coupling currents excited on the radiation part are formed in one of the frequency selection units (F1), wherein in each pair of coupling currents, one current is formed in the conductor , and the other current is formed in the conductive grid . the radiation part comprises one or more frequency selection units (F1) with a bandpass characteristic, and the radiation part is a structure that is capable of exciting, when a high-frequency signal passes through, coupling currents that cancel in pairs characterized in that each of the frequency selection units (F1) comprises a conductive grid and a conductor located in the conductive grid, there is a gap between the conductor and the corresponding conductive grid , and the conductor and the corresponding conductive grid are electrically coupled, so that the corresponding frequency selection unit (F1) has the bandpass characteristic; and every two pairs of coupling currents excited on the radiation part are formed in one of the frequency selection units (F1), wherein in each pair of coupling currents, one current is formed in the conductor , and the other current is formed in the conductive grid .
A cannula for enabling passage of surgical instruments in the body through a portal of the cannula , comprising: an elongated flexible body having a first end and an opposing second end, and a longitudinal axis; a first flexible flange integral with the first end, and a second flexible flange integral with the second end, so that the cannula is formed as a single piece; and a substantially planar flexible membrane disposed within the elongated body and oriented in a direction about perpendicular to the longitudinal axis of the elongated body; wherein the cannula is manufactured from a flexible material, and the flexible material is configured to be at least partly deformed upon insertion of the cannula into the body, and wherein, after the insertion, the first flexible flange flips open on one side of the portal and the second flexible flange flips open on the other side of the portal, wherein the thickness of the first flange is different from the thickness of the second flange . an elongated flexible body having a first end and an opposing second end, and a longitudinal axis; a first flexible flange integral with the first end, and a second flexible flange integral with the second end, so that the cannula is formed as a single piece; and a substantially planar flexible membrane disposed within the elongated body and oriented in a direction about perpendicular to the longitudinal axis of the elongated body; wherein the cannula is manufactured from a flexible material, and the flexible material is configured to be at least partly deformed upon insertion of the cannula into the body, and wherein, after the insertion, the first flexible flange flips open on one side of the portal and the second flexible flange flips open on the other side of the portal, wherein the thickness of the first flange is different from the thickness of the second flange .
System for pedal force simulation for a clutch actuating system, it being possible for the pedal to be actuated with a pedal force, and the said pedal being operatively connected to a piston which can be displaced axially in a housing counter to a restoring force of a restoring spring (E1), and it being possible for the position of the pedal to be detected via a sensor and to be forwarded to the actuator system which actuates the clutch, the piston being operatively connected to at least one first resilient element (E2) which provides a hysteresis with a rising and falling force progression, characterized in that the first resilient element (E2) is combined with at least one second element (E3) which is arranged between the piston and the first resilient element (E2) in such a way that, up to a first position of the piston , the second element (E3) elastically deforms the resilient first element (E2) and the restoring force is generated, and that, after the first position is exceeded, the restoring force is converted into an identically directed force with respect to the pedal force.
A method comprising: receiving at a network access point associated with a first network an authentication request for a station (316-1) associated with a second network; making a determination, at a policy-based identity routing engine , that the authentication request is suitable for off-network authentication, wherein off-network authentication includes authentication for the station (316-1) that occurs on a second network different than the first network; identity routing the authentication request to an online authentication proxy , wherein the online authentication proxy routes the authentication request to the second network when it is determined, by comparing routing rules of an authentication proxy rules datastore to characteristics of the first network, suitability for routing to the second network; receiving from the second network an off-network authentication result responsive to the authentication request and indicative of authorization to access second network services, wherein the second network services include network services provided by the second network; providing first network services to the station (316-1) consistent with the off-network authentication result through the network access point , wherein the first network services include network services provided by the first network. receiving at a network access point associated with a first network an authentication request for a station (316-1) associated with a second network; making a determination, at a policy-based identity routing engine , that the authentication request is suitable for off-network authentication, wherein off-network authentication includes authentication for the station (316-1) that occurs on a second network different than the first network; identity routing the authentication request to an online authentication proxy , wherein the online authentication proxy routes the authentication request to the second network when it is determined, by comparing routing rules of an authentication proxy rules datastore to characteristics of the first network, suitability for routing to the second network; receiving from the second network an off-network authentication result responsive to the authentication request and indicative of authorization to access second network services, wherein the second network services include network services provided by the second network; providing first network services to the station (316-1) consistent with the off-network authentication result through the network access point , wherein the first network services include network services provided by the first network.
Communication device comprising - at least one first radio which is configured to be active when the device is in operation; - at least one second radio which is configured to be selectively active or deactivated when the device is in operation; - a processor and a memory comprising code, the device being characterized in that, when the code is executed by the processor, the device carries out the following steps: ∘ detecting the association of a client device with an access point of an active radio from the at least one first radio and at least one second radio; ∘ determining whether the client device supports a deactivated second radio from the at least one second radio and, if so, activating said deactivated second radio. - at least one first radio which is configured to be active when the device is in operation; - at least one second radio which is configured to be selectively active or deactivated when the device is in operation; - a processor and a memory comprising code, the device being characterized in that, when the code is executed by the processor, the device carries out the following steps: ∘ detecting the association of a client device with an access point of an active radio from the at least one first radio and at least one second radio; ∘ determining whether the client device supports a deactivated second radio from the at least one second radio and, if so, activating said deactivated second radio. ∘ detecting the association of a client device with an access point of an active radio from the at least one first radio and at least one second radio; ∘ determining whether the client device supports a deactivated second radio from the at least one second radio and, if so, activating said deactivated second radio.
A method for managing a plurality of operating systems for a secure element by an update agent within the secure element , the method comprising: - identifying (S1) a first operating system, OS1 , being actively used by the secure element ; - identifying (S2) inactive operating systems within the secure element, which are operating systems which have been loaded onto the secure element and are not actively used by the secure element ; and - allocating (S3) the inactive operating systems to a storage provider , which is a memory external of the secure element, - wherein the inactive operating systems are kept externally in the storage provider and ready for being loaded onto the secure element on demand. - identifying (S1) a first operating system, OS1 , being actively used by the secure element ; - identifying (S2) inactive operating systems within the secure element, which are operating systems which have been loaded onto the secure element and are not actively used by the secure element ; and - allocating (S3) the inactive operating systems to a storage provider , which is a memory external of the secure element, - wherein the inactive operating systems are kept externally in the storage provider and ready for being loaded onto the secure element on demand.
A packaging container formed by folding a laminate including a base layer into a box shape and overlapping to seal end parts thereof, wherein a fragile part is formed in the laminate, wherein the packaging container is able to be dissembled by tearing the laminate along the fragile part to separate an upper part of a body of the packaging container from a lower part of the body of the packaging container , characterized in that the base layer is paper, and a moisture percentage of the paper is below 9%, a first scored part (207a; A) is formed on the base layer as the fragile part , and the laminate has a film layer on an inner side of the packaging container relative to the base layer , and a second scored part (207b; B) is further formed as the fragile part on the film layer in a 2.0-mm-wide band area with the first scored part (207a; A) being a widthwise center in a plan view of the laminate.
A method of controlling fuel flow for combustion in a gas turbine engine comprising a low pressure spool , a high pressure spool and a fuel metering valve , characterised in that the method comprises scheduling the fuel metering valve in dependence upon a lagged rate of change of the high pressure spool speed, whereby the lagged rate of change of the high pressure spool is calculated from measured high pressure spool speed, which is then lagged with an appropriate time constant, before being differentiated.
A lighting system, comprising: a light guide having a top face and a bottom face and outer edges extending between the top and bottom faces; a lighting arrangement for coupling light into at least one of the outer edges of the light guide; and a reflector arranged beneath the bottom face having a diffuse reflection function, wherein the light guide comprises a set of light extraction features on the bottom face for out-coupling light from the light guide towards the reflector , each light extraction feature extending over at least 80% of the full length of the lighting arrangement alongside the lighting arrangement, wherein the light extraction features have a maximum width w and a height h and the material of the light guide has a refractive index n, wherein: 1.2 n 2 − 1 ≤ h w ≤ 3 n 2 − 1 , wherein the lighting system further comprises an air gap between the bottom face of the light guide and the reflector which has a height of more than 1.5 times the average pitch between the light extraction features . a light guide having a top face and a bottom face and outer edges extending between the top and bottom faces; a lighting arrangement for coupling light into at least one of the outer edges of the light guide; and a reflector arranged beneath the bottom face having a diffuse reflection function, wherein the light guide comprises a set of light extraction features on the bottom face for out-coupling light from the light guide towards the reflector , each light extraction feature extending over at least 80% of the full length of the lighting arrangement alongside the lighting arrangement, wherein the light extraction features have a maximum width w and a height h and the material of the light guide has a refractive index n, wherein: 1.2 n 2 − 1 ≤ h w ≤ 3 n 2 − 1 , wherein the lighting system further comprises an air gap between the bottom face of the light guide and the reflector which has a height of more than 1.5 times the average pitch between the light extraction features .
An image processing apparatus comprising: an application controller configured to execute an application for processing an image; a display unit configured to display information indicating that an error is generated when the application is not normally executed; characterized by further comprises: an application storage unit for storing various plug-in applications that are executed by the application controller ; and an event detector configured to perform an event detection process during which it detects any state when one of the various plug-in applications is not normally executed, wherein the event detector is configured to detect the generated error and determine a display location of the information based on whether or not a process executed by the application includes displaying an image on the display when the error is generated. an application controller configured to execute an application for processing an image; a display unit configured to display information indicating that an error is generated when the application is not normally executed; characterized by further comprises: an application storage unit for storing various plug-in applications that are executed by the application controller ; and an event detector configured to perform an event detection process during which it detects any state when one of the various plug-in applications is not normally executed, wherein the event detector is configured to detect the generated error and determine a display location of the information based on whether or not a process executed by the application includes displaying an image on the display when the error is generated. an application storage unit for storing various plug-in applications that are executed by the application controller ; and an event detector configured to perform an event detection process during which it detects any state when one of the various plug-in applications is not normally executed, wherein the event detector is configured to detect the generated error and determine a display location of the information based on whether or not a process executed by the application includes displaying an image on the display when the error is generated.