mhurhangee/ep-ind-claims huggingface dataset:
An outdoor antenna, comprising: a main rod; two assistant rods; and multiple directors located respectively on the main rod and the two assistant rods; wherein the two assistant rods are respectively coupled with an inner-swing arm and an outer-swing arm at two ends thereof that are fastened to the main rod, the inner-swing arm and the outer-swing arm being expanded to allow the two assistant rods to fix at two ends of the main rod and folded to allow the two assistant rods to position in parallel with the main rod; wherein the outer-swing arm includes side plates located at two sides of the main rod and fastened to one director located at an outmost end of the main rod and swivelable about the director, each of the side plates including a latch hole, characterized in that the main rod includes two latch heads at one end thereof that drop into the latch holes when the outer-swing arm is expanded; the main rod is a square tube which includes an aperture on a side wall thereof, the two latch heads of the main rod being located at two ends of a first C-shaped elastic clip which is held in the square tube, the two latch heads of the main rod being ejected outwards from inner sides of the apertures and exposed outside of the square tube. a main rod; two assistant rods; and multiple directors located respectively on the main rod and the two assistant rods; wherein the two assistant rods are respectively coupled with an inner-swing arm and an outer-swing arm at two ends thereof that are fastened to the main rod, the inner-swing arm and the outer-swing arm being expanded to allow the two assistant rods to fix at two ends of the main rod and folded to allow the two assistant rods to position in parallel with the main rod; wherein the outer-swing arm includes side plates located at two sides of the main rod and fastened to one director located at an outmost end of the main rod and swivelable about the director, each of the side plates including a latch hole, characterized in that the main rod includes two latch heads at one end thereof that drop into the latch holes when the outer-swing arm is expanded; the main rod is a square tube which includes an aperture on a side wall thereof, the two latch heads of the main rod being located at two ends of a first C-shaped elastic clip which is held in the square tube, the two latch heads of the main rod being ejected outwards from inner sides of the apertures and exposed outside of the square tube.
A controller for an internal combustion engine, the controller comprising: a crank angle detector configured to detect a crank angle; and an ECU configured to: (a) calculate a mass fraction burned; (b) acquire the crank angle, which is detected by the crank angle detector when the mass fraction burned reaches a predetermined mass fraction burned, as a specified crank angle; (c) control at least one of an amount of fuel injected, an amount of intake air, or ignition energy on the basis of a first difference, the first difference being a difference between a crank angle period (SA-CA10) from an ignition time where a fuel-air mixture is ignited to the specified crank angle and a target value of the crank angle period, characterized in that the ECU is further configured to: (d) set the target value on the basis of a degree of separation of a target ignition time from an optimal ignition time; (e) acquire a main combustion period (CA10-90) on the basis of the mass fraction burned; and (f) change the target value depending on a length of the main combustion period. a crank angle detector configured to detect a crank angle; and an ECU configured to: (a) calculate a mass fraction burned; (b) acquire the crank angle, which is detected by the crank angle detector when the mass fraction burned reaches a predetermined mass fraction burned, as a specified crank angle; (c) control at least one of an amount of fuel injected, an amount of intake air, or ignition energy on the basis of a first difference, the first difference being a difference between a crank angle period (SA-CA10) from an ignition time where a fuel-air mixture is ignited to the specified crank angle and a target value of the crank angle period, characterized in that the ECU is further configured to: (d) set the target value on the basis of a degree of separation of a target ignition time from an optimal ignition time; (e) acquire a main combustion period (CA10-90) on the basis of the mass fraction burned; and (f) change the target value depending on a length of the main combustion period. (a) calculate a mass fraction burned; (b) acquire the crank angle, which is detected by the crank angle detector when the mass fraction burned reaches a predetermined mass fraction burned, as a specified crank angle; (c) control at least one of an amount of fuel injected, an amount of intake air, or ignition energy on the basis of a first difference, the first difference being a difference between a crank angle period (SA-CA10) from an ignition time where a fuel-air mixture is ignited to the specified crank angle and a target value of the crank angle period, characterized in that the ECU is further configured to: (d) set the target value on the basis of a degree of separation of a target ignition time from an optimal ignition time; (e) acquire a main combustion period (CA10-90) on the basis of the mass fraction burned; and (f) change the target value depending on a length of the main combustion period.
A mouth piece metal for a pneumatic fender attachable to a bowl-like hemispherical portion constituting a fender bladder, the mouth piece metal comprising: a safety valve that, upon an internal pressure of a cavity of the fender bladder reaching a pressure threshold, opens to connect the cavity of the fender bladder to outside air and reduce the internal pressure, and a communication passage that connects the cavity of the fender bladder and outside air; and a bladder open/close valve that opens and closes the communication passage; a receiving chamber that isolates the safety valve from the cavity of the fender bladder, characterized in that the mouth piece metal further includes: a through hole that connects a cavity of the receiving chamber and the cavity of the fender bladder, the through hole being formed on a dividing wall constituting the receiving chamber, an open/close valve that opens and closes the through hole, a closed position fixing member that fixes the open/close valve at a position in which the through hole is closed, an open position fixing member that fixes the open/close valve at a position in which the through hole is open, a receiving chamber communication passage that connects the cavity of the receiving chamber and outside air, and a receiving chamber open/close valve that opens and closes the receiving chamber communication passage; and at least a part of the closed position fixing member and the open position fixing member are disposed outside of the receiving chamber at a position to a surface side of the mouth piece metal. a safety valve that, upon an internal pressure of a cavity of the fender bladder reaching a pressure threshold, opens to connect the cavity of the fender bladder to outside air and reduce the internal pressure, and a communication passage that connects the cavity of the fender bladder and outside air; and a bladder open/close valve that opens and closes the communication passage; a receiving chamber that isolates the safety valve from the cavity of the fender bladder, a through hole that connects a cavity of the receiving chamber and the cavity of the fender bladder, the through hole being formed on a dividing wall constituting the receiving chamber, an open/close valve that opens and closes the through hole, a closed position fixing member that fixes the open/close valve at a position in which the through hole is closed, an open position fixing member that fixes the open/close valve at a position in which the through hole is open, a receiving chamber communication passage that connects the cavity of the receiving chamber and outside air, and a receiving chamber open/close valve that opens and closes the receiving chamber communication passage; and at least a part of the closed position fixing member and the open position fixing member are disposed outside of the receiving chamber at a position to a surface side of the mouth piece metal.
A structural element of a cycle comprising at least one tubular sleeve provided with an outer wall (101, 102) delimiting, with an inner partition, at least two inner cavities (11, 12) each delimited between said inner partition and the outer wall (101, 102), one of said inner cavities forming a housing in which a vibration damping system is housed and secured, said inner partition extending substantially in the longitudinal direction of the sleeve to form an inner extension of the outer wall which delimits the inner cavity forming a housing, characterized in that said outer wall comprises, on the one hand, an opening communicating with said inner cavity forming a housing, capable of being closed by a removable cover and allowing access to said inner cavity forming a housing from the exterior, and, on the other hand, a protuberance forming a bump which extends over the entire length of said inner cavity forming a housing.
An image display device, comprising: a plurality of light emitting units, arranged in an array comprising a plurality of rows extending in a first direction, each of the plurality of light emitting units having an optical axis; and a plurality of microlenses, arranged in an array so that light emitted from each of the plurality of light emitting units passes through a corresponding one of the plurality of microlenses, each of the plurality of microlenses having an optical axis; wherein the optical axis of light emitting units in at least one of the plurality of rows is offset from the optical axis of the corresponding microlenses in the at least one of the plurality of rows, wherein the plurality of rows of light emitting units comprises at least one first row, and an offset between the optical axis of a light emitting unit in a particular row and the optical axis of a corresponding microlens varies as function of a distance between the particular row and the at least one first row; rand characterised in that an offset between the optical axis of a light emitting unit in the particular row and the optical axis of a corresponding microlens increases as the distance between the particular row and the at least one first row increases. a plurality of light emitting units, arranged in an array comprising a plurality of rows extending in a first direction, each of the plurality of light emitting units having an optical axis; and a plurality of microlenses, arranged in an array so that light emitted from each of the plurality of light emitting units passes through a corresponding one of the plurality of microlenses, each of the plurality of microlenses having an optical axis; wherein the optical axis of light emitting units in at least one of the plurality of rows is offset from the optical axis of the corresponding microlenses in the at least one of the plurality of rows, wherein the plurality of rows of light emitting units comprises at least one first row, and an offset between the optical axis of a light emitting unit in a particular row and the optical axis of a corresponding microlens varies as function of a distance between the particular row and the at least one first row; rand characterised in that an offset between the optical axis of a light emitting unit in the particular row and the optical axis of a corresponding microlens increases as the distance between the particular row and the at least one first row increases.
A method comprising: receiving, at a social network platform (110A-110N), a selection of a representation of a media item within a social media post that is presented to a first user (102A-102N); sending, from the social network platform, a media request pertaining to the media item to a media sharing system; receiving, at the social network platform (1 10A-1 10N), the media item and one or more representations of one or more additional media items (141B-E) that are identified as being of interest to the first user from the media sharing system; and presenting, by the social network platform (1 10A-110N) to the first user, the media item in a media player within the social media post, together with the one or more representations of the one or more additional media items (141B-E) that are displayed proximate to the media item being presented in the social media post. receiving, at a social network platform (110A-110N), a selection of a representation of a media item within a social media post that is presented to a first user (102A-102N); sending, from the social network platform, a media request pertaining to the media item to a media sharing system; receiving, at the social network platform (1 10A-1 10N), the media item and one or more representations of one or more additional media items (141B-E) that are identified as being of interest to the first user from the media sharing system; and presenting, by the social network platform (1 10A-110N) to the first user, the media item in a media player within the social media post, together with the one or more representations of the one or more additional media items (141B-E) that are displayed proximate to the media item being presented in the social media post.
A method for transmitting grants at a base station in a multicarrier Long Term Evolution, LTE, system, comprising: determining a grant information for assigning resources to mobile devices on one or more carriers; identifying a control region on one or more carriers to communicate the grant information as a function of mobile device single carrier or multicarrier capabilities, wherein a control region is a non-legacy control region or a legacy control region, wherein a non-legacy control region is a control region to communicate grant information to multicarrier mobile devices, and wherein a legacy control region is a control region to communicate grant information to single-carrier mobile devices; inserting the grant information in the identified control region; and transmitting the grant information in the identified control region. determining a grant information for assigning resources to mobile devices on one or more carriers; identifying a control region on one or more carriers to communicate the grant information as a function of mobile device single carrier or multicarrier capabilities, wherein a control region is a non-legacy control region or a legacy control region, wherein a non-legacy control region is a control region to communicate grant information to multicarrier mobile devices, and wherein a legacy control region is a control region to communicate grant information to single-carrier mobile devices; inserting the grant information in the identified control region; and transmitting the grant information in the identified control region.
A method comprising a content management server: receiving a notification (202; 602; 802) that an owner of private digital content has stored the private digital content on a content server; obtaining (203-210; 603-610; 803-810) a delegate token from the content server, wherein the delegate token is generated with the help of the owner of the private digital content and is used to speak for the owner of the content; receiving (300; 400; 700) a query for the private digital content from a client of a number of clients of the content management server; providing (301-303; 407-410; 708-710; 901-903) said client with a first token, wherein the first token is obtained through the content server using the delegate token and enables the client to access the private content; and wherein a token is a value generated upon verification of a number of credentials of a requester of said token. receiving a notification (202; 602; 802) that an owner of private digital content has stored the private digital content on a content server; obtaining (203-210; 603-610; 803-810) a delegate token from the content server, wherein the delegate token is generated with the help of the owner of the private digital content and is used to speak for the owner of the content; receiving (300; 400; 700) a query for the private digital content from a client of a number of clients of the content management server; providing (301-303; 407-410; 708-710; 901-903) said client with a first token, wherein the first token is obtained through the content server using the delegate token and enables the client to access the private content; and wherein a token is a value generated upon verification of a number of credentials of a requester of said token.
Device for introducing an object into a pipe comprising a guide and a positioning device movably guided in an introduction direction by means of the guide, wherein the guide is configured such that it is securely connected to the pipe and movably guides the positioning device on the pipe, wherein the positioning device is configured such that it extends through a hole provided in the wall of the pipe, supports the object and is able to introduce said object into the pipe by moving the positioning device in the introduction direction, and wherein the positioning device comprises a receptacle formed as a tube, which is configured such that it can be inserted into the pipe in the introduction direction and position the object at its end region facing towards the pipe, further comprising a linear one-way clutch, which is securely connected to the guide and comprises a clamping mechanism that can be actuated by moving the positioning device, wherein the positioning device comprises a locking component that cooperates with the one-way clutch and is configured such that it is connected to the pipe with the interconnection of the one-way clutch, which adopts its blocking state when the positioning device moves against the introduction direction and adopts its one-way clutch position when the positioning device moves in the introduction direction, wherein the locking component is formed either by the receptacle or is securely connected to the receptacle and formed by at least one cable, and wherein the one-way clutch comprises a housing, through which the locking component extends in the introduction direction, in which housing a clamping surface running in an inclined or curved manner in the introduction direction is provided and at least one movable clamping element is arranged between the locking component and the clamping surface, which abuts both the clamping surface and the locking component such that the latter can be moved relative to the housing in the introduction direction, while movement of the locking component in the opposite direction to the introduction direction can be blocked by a cooperation of the clamping element with the locking component and the clamping surface.
Method for coding a video content comprising a sequence of pictures and at least one logo, said method comprising a step for coding said sequence of pictures, said step generating a stream of coded data relating to said sequence of pictures, wherein said method further comprises the following steps: - coding said at least one logo and additional information relating to said at least one logo, said additional information comprising at least information relating to the positioning of said at least one logo in the pictures of said sequence, said step generating coded data relating to said at least one logo wherein at least part of said coded data relating to said at least one logo is coded as a supplemental enhancement information message; and - generating a single video data stream comprising separately said coded data relating to said at least one logo and said coded data relating to said sequence of pictures by inserting the coded data relating to said at least one logo in said stream of coded data relating to said sequence of pictures. - coding said at least one logo and additional information relating to said at least one logo, said additional information comprising at least information relating to the positioning of said at least one logo in the pictures of said sequence, said step generating coded data relating to said at least one logo wherein at least part of said coded data relating to said at least one logo is coded as a supplemental enhancement information message; and - generating a single video data stream comprising separately said coded data relating to said at least one logo and said coded data relating to said sequence of pictures by inserting the coded data relating to said at least one logo in said stream of coded data relating to said sequence of pictures.
A pipette tip supply device for supplying a disposable pipette tip, comprising: a tip supply mechanism section for storing a plurality of disposable pipette tips; a sort mechanism section for sorting disposable pipette tips supplied from the tip supply mechanism section, the sort mechanism section including a push-up plate to be capable of pushing up the disposable pipette tip in the supplied pipette tips and a wall section arranged at the downstream side of the push-up plate so as to be adjacent to the push-up plate, wherein the push-up plate is configured to vertically move along the wall section between a first position and a second position that is above the first position, and wherein an upper end portion of the push-up plate is inclined toward the wall section; and a movement section for transferring one by one the disposable pipette tip supplied by the push-up plate over the wall section, wherein an upper end portion of the wall section is positioned above the upper end portion of the push-up plate when the upper end portion of the push-up plate is located at the first position, characterized in that a part of the upper end portion of the wall section is positioned below a part of the upper end portion of the push-up plate, and the other portion of the upper end portion of the wall section is positioned above the other portion of the upper end portion of the push-up plate when the upper end portion of the push-up plate is located at a third position that is between the first position and the second position. a tip supply mechanism section for storing a plurality of disposable pipette tips; a sort mechanism section for sorting disposable pipette tips supplied from the tip supply mechanism section, the sort mechanism section including a push-up plate to be capable of pushing up the disposable pipette tip in the supplied pipette tips and a wall section arranged at the downstream side of the push-up plate so as to be adjacent to the push-up plate, wherein the push-up plate is configured to vertically move along the wall section between a first position and a second position that is above the first position, and wherein an upper end portion of the push-up plate is inclined toward the wall section; and a movement section for transferring one by one the disposable pipette tip supplied by the push-up plate over the wall section, wherein an upper end portion of the wall section is positioned above the upper end portion of the push-up plate when the upper end portion of the push-up plate is located at the first position, characterized in that a part of the upper end portion of the wall section is positioned below a part of the upper end portion of the push-up plate, and the other portion of the upper end portion of the wall section is positioned above the other portion of the upper end portion of the push-up plate when the upper end portion of the push-up plate is located at a third position that is between the first position and the second position.