mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile object comprising: a camera unit that has an optical system that forms an optical image having a high-resolution region and a low-resolution region on a light receiving surface of an image pickup element and is disposed on a side of the mobile object , wherein the camera unit is installed to meet the following conditions: Atan h / d 1 + x − θ v / 2 < φ v < Atan h / d2 + x + θ v / 2 φ h_limit = max Atan w 1 − y / d 1 + x − θ h / 2 , Atan w 2 − y / d 2 + x − θ h / 2 φ h_limit < φ h < − Atan y / d 1 + x + θ h / 2 where θv denotes a vertical field angle of the high-resolution region , θh denotes a horizontal field angle of the high-resolution region , φv denotes a vertical direction angle of the optical axis of the optical system, φh denotes a horizontal direction angle of the optical axis of the optical system, x denotes an offset between a driver's viewpoint position (E) representing an assumed eye position at a seating position of a driver or a center position of a seat surface of the driver and the camera unit in the long axis direction (X) of the mobile object, y denotes an offset between the camera unit and a side face of the mobile object in the short axis direction (Y) of the mobile object , h denotes an offset between the camera unit and the ground in the height direction (Z), d1 and d2 denote distances from the driver's viewpoint position (E) in the long axis direction (X), and w1 and w2 denote predetermined widths on the ground at the distances d1 and d2. a camera unit that has an optical system that forms an optical image having a high-resolution region and a low-resolution region on a light receiving surface of an image pickup element and is disposed on a side of the mobile object , wherein the camera unit is installed to meet the following conditions: Atan h / d 1 + x − θ v / 2 < φ v < Atan h / d2 + x + θ v / 2 φ h_limit = max Atan w 1 − y / d 1 + x − θ h / 2 , Atan w 2 − y / d 2 + x − θ h / 2 φ h_limit < φ h < − Atan y / d 1 + x + θ h / 2 where θv denotes a vertical field angle of the high-resolution region , θh denotes a horizontal field angle of the high-resolution region , φv denotes a vertical direction angle of the optical axis of the optical system, φh denotes a horizontal direction angle of the optical axis of the optical system, x denotes an offset between a driver's viewpoint position (E) representing an assumed eye position at a seating position of a driver or a center position of a seat surface of the driver and the camera unit in the long axis direction (X) of the mobile object, y denotes an offset between the camera unit and a side face of the mobile object in the short axis direction (Y) of the mobile object , h denotes an offset between the camera unit and the ground in the height direction (Z), d1 and d2 denote distances from the driver's viewpoint position (E) in the long axis direction (X), and w1 and w2 denote predetermined widths on the ground at the distances d1 and d2.
A system for removing rigid unconsolidated buoyancy material from a subsea facility , disposing rigid unconsolidated buoyancy material to the subsea facility , and recovering said rigid unconsolidated buoyancy material for reuse, the system comprising: a buoyancy containment vessel either configured to be attached to the subsea facility , or integral with the subsea facility ; an inlet riser assembly fluidly connected to the side of the buoyancy containment vessel for injecting a mixture comprising seawater and the rigid unconsolidated buoyancy material laterally into the buoyancy containment vessel ; an outlet riser assembly fluidly connected to the top of the buoyancy containment vessel for recovery of the rigid unconsolidated buoyancy material vertically from the buoyancy containment vessel ; one or more exit ports providing fluid communication between an external environment and the internal volume of the buoyancy containment vessel ; a separation unit configured to be located on a workboat or a host facility for separating the rigid unconsolidated buoyancy material from seawater; wherein the outlet riser assembly fluidly connects the buoyancy containment vessel to the separation unit , and wherein the system further comprises one or more guides located within the buoyancy containment vessel configured to route the rigid unconsolidated buoyancy material to a top outlet of the buoyancy containment vessel . a buoyancy containment vessel either configured to be attached to the subsea facility , or integral with the subsea facility ; an inlet riser assembly fluidly connected to the side of the buoyancy containment vessel for injecting a mixture comprising seawater and the rigid unconsolidated buoyancy material laterally into the buoyancy containment vessel ; an outlet riser assembly fluidly connected to the top of the buoyancy containment vessel for recovery of the rigid unconsolidated buoyancy material vertically from the buoyancy containment vessel ; one or more exit ports providing fluid communication between an external environment and the internal volume of the buoyancy containment vessel ; a separation unit configured to be located on a workboat or a host facility for separating the rigid unconsolidated buoyancy material from seawater; wherein the outlet riser assembly fluidly connects the buoyancy containment vessel to the separation unit , and wherein the system further comprises one or more guides located within the buoyancy containment vessel configured to route the rigid unconsolidated buoyancy material to a top outlet of the buoyancy containment vessel .
A carton for holding a plurality of containers (C), the carton comprising: a plurality of panels that extends at least partially around an interior of the carton , the plurality of panels comprises a front panel , a back panel , a bottom panel , and at least one top panel ; a plurality of end flaps each respectively foldably connected to a respective panel of the plurality of panels for at least partially closing an end of the carton ; and a handle comprising a handle opening in at least one of the front panel and the back panel , and a handle reinforcement flap foldably connected to the at least one top panel . a plurality of panels that extends at least partially around an interior of the carton , the plurality of panels comprises a front panel , a back panel , a bottom panel , and at least one top panel ; a plurality of end flaps each respectively foldably connected to a respective panel of the plurality of panels for at least partially closing an end of the carton ; and a handle comprising a handle opening in at least one of the front panel and the back panel , and a handle reinforcement flap foldably connected to the at least one top panel .
Device for contacting electrical conductors and/or electrical connectors, - with at least a housing front part and a housing rear part , - wherein the housing front part and the housing rear part are formed as a unit, - wherein at least a first electrical contact is provided via first contact points in the housing front part , and at least one further electrical contact is provided via contact points in the housing rear part , - wherein a step is formed between the housing front part and the housing rear part on one side of the device, and - wherein the height of the housing rear part is less than the height of the housing front part , characterized in that - the second contact points are provided for electrical contact in the region of the step and are arranged in the housing front part in such a way that - the second contact points are accessible for electrical contact in the region of the step . - with at least a housing front part and a housing rear part , - wherein the housing front part and the housing rear part are formed as a unit, - wherein at least a first electrical contact is provided via first contact points in the housing front part , and at least one further electrical contact is provided via contact points in the housing rear part , - wherein a step is formed between the housing front part and the housing rear part on one side of the device, and - wherein the height of the housing rear part is less than the height of the housing front part , characterized in that - the second contact points are provided for electrical contact in the region of the step and are arranged in the housing front part in such a way that - the second contact points are accessible for electrical contact in the region of the step .
An apparatus for use in a wellbore, characterized by : - a transducing substrate configured to transduce a first property into a second property; - a sensing element fixedly connected to the transducing substrate and configured to generate a signal in response to the second property; - layers created on the transducing substrate by sputtering or 3D printing, the layers defining at least one track and including an insulating layer and a conductive layer ; and - at least one active electronic component fixedly connected to the transducing substrate and in communication with the sensing element via the at least one track . - a transducing substrate configured to transduce a first property into a second property; - a sensing element fixedly connected to the transducing substrate and configured to generate a signal in response to the second property; - layers created on the transducing substrate by sputtering or 3D printing, the layers defining at least one track and including an insulating layer and a conductive layer ; and - at least one active electronic component fixedly connected to the transducing substrate and in communication with the sensing element via the at least one track .
A method of manufacturing a building panel , comprising applying a first binder and free lignocellulosic or cellulosic particles on a first surface of a carrier for forming a first layer , applying a second binder and free lignocellulosic or cellulosic particles on the first layer for forming a second layer , wherein the first binder is different from the second binder, and applying heat and pressure to the first and second layers to form a building panel, characterised in that the first binder is urea formaldehyde resin, a mixture comprising urea formaldehyde resin, or a co-polymer comprising urea formaldehyde resin, and the second binder is melamine formaldehyde resin, a mixture comprising melamine formaldehyde resin, or a co-polymer comprising melamine formaldehyde resin.
A connector assembly comprising: a main body having a single jack cavity within which a plurality of electrical contact members are disposed, the main body having a first retention structure , the main body being provided with a pair of cavities ; and a removable latch member mounted to the main body , the removable latch member being formed as a flexible metal spring having a first portion joined to a second portion by a bent portion , the first portion having a locking rib structure at a free end opposite to the bent portion , the second portion having a retention structure and a pair of bent tabs configured to snap into the cavities located in the main body , the locking rib structure and the first retention structure being located on opposite sides of the main body such that the connector assembly can be received into a first opening having a height of 19.3 millimeters and into a second opening having a height of 20.6 millimeters; wherein the first portion and the locking rib structure can be depressed towards the main body . a main body having a single jack cavity within which a plurality of electrical contact members are disposed, the main body having a first retention structure , the main body being provided with a pair of cavities ; and a removable latch member mounted to the main body , the removable latch member being formed as a flexible metal spring having a first portion joined to a second portion by a bent portion , the first portion having a locking rib structure at a free end opposite to the bent portion , the second portion having a retention structure and a pair of bent tabs configured to snap into the cavities located in the main body , the locking rib structure and the first retention structure being located on opposite sides of the main body such that the connector assembly can be received into a first opening having a height of 19.3 millimeters and into a second opening having a height of 20.6 millimeters; wherein the first portion and the locking rib structure can be depressed towards the main body .
An audio encoding method, wherein the method comprises: obtaining a current frame of an audio signal, wherein the current frame comprises a high frequency band signal and a low frequency band signal; obtaining a first encoding parameter of the current frame based on the high frequency band signal and the low frequency band signal; obtaining a second encoding parameter of the current frame based on the high frequency band signal, wherein the second encoding parameter comprises tone component information of the high frequency band signal; obtaining a third encoding parameter of the current frame based on the high frequency band signal, wherein the third encoding parameter comprises sub-band envelope information of a part of sub-band of the high frequency band signal that needs to be encoded; and performing bitstream multiplexing on the first encoding parameter, the second encoding parameter, and the third encoding parameter, to obtain an encoded bitstream. obtaining a current frame of an audio signal, wherein the current frame comprises a high frequency band signal and a low frequency band signal; obtaining a first encoding parameter of the current frame based on the high frequency band signal and the low frequency band signal; obtaining a second encoding parameter of the current frame based on the high frequency band signal, wherein the second encoding parameter comprises tone component information of the high frequency band signal; obtaining a third encoding parameter of the current frame based on the high frequency band signal, wherein the third encoding parameter comprises sub-band envelope information of a part of sub-band of the high frequency band signal that needs to be encoded; and performing bitstream multiplexing on the first encoding parameter, the second encoding parameter, and the third encoding parameter, to obtain an encoded bitstream.
A power storage device packaging material comprising at least a substrate layer, a metal foil layer having an anticorrosion treatment layer on one or both sides thereof, and a sealant layer in this order, wherein the sealant layer includes a propylene-based branched polymer-containing layer that contains a propylene-based branched polymer having branched chains, wherein the number of carbons of branched chains of the propylene-based branched polymer is 500 or more, and the propylene-based branched polymer is a random polypropylene. the sealant layer includes a propylene-based branched polymer-containing layer that contains a propylene-based branched polymer having branched chains, wherein the number of carbons of branched chains of the propylene-based branched polymer is 500 or more, and the propylene-based branched polymer is a random polypropylene.
An optical unit (BO) intended to equip a vehicle and including a casing (BB), delimiting a cavity (CB) housing at least one source of photons participating in at least one photometric function, and including a first peripheral edge (BP1) to which there is secured a second peripheral edge (BP2) of a protection glass (GP) closing said cavity (CB), said first peripheral edge (BP1) including a peripheral part (PP) that is incurved towards the rear, away from said second peripheral edge (BP2) and provided, on the one hand, with at least one welding tooth (DS) welded to said second peripheral edge (BP2), characterized in that the peripheral part (PP) which is uncurved towards the rear is provided, on the other hand, in an upper portion, with a plurality of through-holes (TT) placed on the exterior of said cavity (CB) after said welding tooth (DS) and permitting the passage of elements which have come from the exterior to pass towards an external face (FE) of said casing (BB).
An electrical connector comprising: signal terminals and a ground terminal ; an insulating housing for holding the signal terminals and the ground terminal ; and a conductive shell covering at least a part of side outer peripheries of the signal terminals and the ground terminal , wherein the signal terminals form pairs, the ground terminal is disposed between the pairs of signal terminals , and a part of the ground terminal is in direct contact with an inner wall of the conductive shell , characterized in that a load is applied to a part of the ground terminal in direct contact with the inner wall of the conductive shell toward a side in contact with the inner wall of the conductive shell to bring the part of the ground terminal into direct contact with the conductive shell . signal terminals and a ground terminal ; an insulating housing for holding the signal terminals and the ground terminal ; and a conductive shell covering at least a part of side outer peripheries of the signal terminals and the ground terminal , wherein the signal terminals form pairs, the ground terminal is disposed between the pairs of signal terminals , and a part of the ground terminal is in direct contact with an inner wall of the conductive shell , characterized in that a load is applied to a part of the ground terminal in direct contact with the inner wall of the conductive shell toward a side in contact with the inner wall of the conductive shell to bring the part of the ground terminal into direct contact with the conductive shell .
Cell stretching device comprising: a cell chamber having an upper portion and a lower portion , wherein the lower portion of the chamber comprises fixing means for fixing a deformable cell substrate (S) to the cell chamber and defining a stretching region inside the chamber at the lower portion , and the upper portion comprises stretching means movable relative to the chamber and acting on the cell substrate (S) and a support element for holding the stretching means ; and a driving unit coupled to the upper portion of the cell chamber and engageable to the stretching means for mechanically controlling and regulating the movement of said stretching means relative to the cell chamber , characterized in that the stretching means comprise clip members operating inside the stretching region , the clip members being configured to clamp the cell substrate (S) at a clamping contact point and to stretch said cell substrate (S) in response to the movement of the stretching means relative to the cell chamber , wherein the stretching means comprise at least a pair of opposing arms movable apart from each other so that the stretching means are movable according to a linear movement in the opposite direction toward an edge of the stretching region . a cell chamber having an upper portion and a lower portion , wherein the lower portion of the chamber comprises fixing means for fixing a deformable cell substrate (S) to the cell chamber and defining a stretching region inside the chamber at the lower portion , and the upper portion comprises stretching means movable relative to the chamber and acting on the cell substrate (S) and a support element for holding the stretching means ; and a driving unit coupled to the upper portion of the cell chamber and engageable to the stretching means for mechanically controlling and regulating the movement of said stretching means relative to the cell chamber , characterized in that the stretching means comprise clip members operating inside the stretching region , the clip members being configured to clamp the cell substrate (S) at a clamping contact point and to stretch said cell substrate (S) in response to the movement of the stretching means relative to the cell chamber , wherein the stretching means comprise at least a pair of opposing arms movable apart from each other so that the stretching means are movable according to a linear movement in the opposite direction toward an edge of the stretching region .
A nucleic acid comprising: (a) a structural coding sequence encoding a rare-cutting endonuclease or a rare-cutting endonuclease subunit; and (b) a 5' untranslated region (UTR), a 3' UTR, or both a 5' UTR and a 3' UTR, wherein the 5' UTR, 3' UTR, or 5' UTR and 3' UTR are operably linked to the structural coding sequence, wherein the 5' UTR comprises the nucleic acid sequence set forth in SEQ ID NO:10, or a nucleic acid sequence having at least 95 percent identity to SEQ ID NO: 10 and the 3' UTR comprises the nucleic acid sequence set forth in SEQ ID NO: 11, or a nucleic acid sequence having at least 95 percent identity to SEQ ID NO: 11.
A method of facilitating varied device access comprising: receiving , in a policy module of a processor, runtime input from one or more of a plurality of unlock interfaces of a device including the processor, wherein the plurality of unlock interfaces enable use of runtime input related to authentication of a user and re-lock one or more of the computing device or data stored on the computing device based on one or more of subsequent monitoring of a presence of the user, one or more gestures to signal a desire to re-lock, or a change in continuous authentication that falls below an acceptable tolerance level; identifying metadata associated with data stored on the device; comparing the runtime input to the metadata to select a level of access to the device from a plurality of levels of access, wherein different levels of access are based on different combinations of the plurality of unlock interfaces; conducting an authentication of the runtime input based on the selected level of access; providing one or more cryptographic keys to a cryptographic hardware module of a security processor coupled to the processor to place the device in an unlocked state with regard to the selected level of access if the authentication is successful; causing the one or more cryptographic keys to be removed from the cryptographic hardware module responsive to a duration of device inactivity, the duration of device inactivity dependent on an associated security policy. receiving , in a policy module of a processor, runtime input from one or more of a plurality of unlock interfaces of a device including the processor, wherein the plurality of unlock interfaces enable use of runtime input related to authentication of a user and re-lock one or more of the computing device or data stored on the computing device based on one or more of subsequent monitoring of a presence of the user, one or more gestures to signal a desire to re-lock, or a change in continuous authentication that falls below an acceptable tolerance level; identifying metadata associated with data stored on the device; comparing the runtime input to the metadata to select a level of access to the device from a plurality of levels of access, wherein different levels of access are based on different combinations of the plurality of unlock interfaces; conducting an authentication of the runtime input based on the selected level of access; providing one or more cryptographic keys to a cryptographic hardware module of a security processor coupled to the processor to place the device in an unlocked state with regard to the selected level of access if the authentication is successful; causing the one or more cryptographic keys to be removed from the cryptographic hardware module responsive to a duration of device inactivity, the duration of device inactivity dependent on an associated security policy.