mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine comprising: an engine core including a primary flowpath; a first bypass duct (30, 120, 400) positioned radially outward of the engine core; and a gas discharge (52, 410) protruding radially into the first bypass duct (30, 400), the gas discharge (52, 410) including a fairing (112, 420) defining a lobed outlet, wherein the lobed outlet includes a plurality of axially aligned peaks (116; 516) and axially aligned valleys, characterised in that: each of the axially aligned valleys are configured to prevent a fluid passing through the valley from travelling radially inward immediately downstream of the fairing (112, 420), wherein a peak height of the axially aligned peaks decreases towards outer edges of the lobed outlet in a symmetrical manner. an engine core including a primary flowpath; a first bypass duct (30, 120, 400) positioned radially outward of the engine core; and a gas discharge (52, 410) protruding radially into the first bypass duct (30, 400), the gas discharge (52, 410) including a fairing (112, 420) defining a lobed outlet, wherein the lobed outlet includes a plurality of axially aligned peaks (116; 516) and axially aligned valleys, characterised in that: each of the axially aligned valleys are configured to prevent a fluid passing through the valley from travelling radially inward immediately downstream of the fairing (112, 420), wherein a peak height of the axially aligned peaks decreases towards outer edges of the lobed outlet in a symmetrical manner.
A computer-implemented method of generating a secondary transaction identifier of a target blockchain transaction, the secondary transaction identifier enabling a querying user to determine whether the target blockchain transaction comprises a candidate data field; the method being performed by a generating user and comprising: identifying a set of data fields of the target blockchain transaction, each data field comprising respective data of the target blockchain transaction; generating a transaction hash tree, wherein the transaction hash tree comprises: i) a leaf layer comprising a plurality of leaf hashes, wherein each data field is hashed to generate a respective one of the plurality of leaf hashes, ii) one or more internal layers each comprising a plurality of internal hashes, wherein each internal hash in each internal layer is generated by hashing a concatenation of at least two hashes from a lower layer, each internal hash of a lowermost internal layer of the one or more internal layers being generated by hashing a concatenation of at least two different leaf hashes, and iii) a root layer comprising the secondary transaction identifier, wherein the secondary transaction identifier is generated by hashing a concatenation of the internal hashes of an uppermost internal layer of the one or more internal layers. identifying a set of data fields of the target blockchain transaction, each data field comprising respective data of the target blockchain transaction; generating a transaction hash tree, wherein the transaction hash tree comprises: i) a leaf layer comprising a plurality of leaf hashes, wherein each data field is hashed to generate a respective one of the plurality of leaf hashes, ii) one or more internal layers each comprising a plurality of internal hashes, wherein each internal hash in each internal layer is generated by hashing a concatenation of at least two hashes from a lower layer, each internal hash of a lowermost internal layer of the one or more internal layers being generated by hashing a concatenation of at least two different leaf hashes, and iii) a root layer comprising the secondary transaction identifier, wherein the secondary transaction identifier is generated by hashing a concatenation of the internal hashes of an uppermost internal layer of the one or more internal layers. i) a leaf layer comprising a plurality of leaf hashes, wherein each data field is hashed to generate a respective one of the plurality of leaf hashes, ii) one or more internal layers each comprising a plurality of internal hashes, wherein each internal hash in each internal layer is generated by hashing a concatenation of at least two hashes from a lower layer, each internal hash of a lowermost internal layer of the one or more internal layers being generated by hashing a concatenation of at least two different leaf hashes, and iii) a root layer comprising the secondary transaction identifier, wherein the secondary transaction identifier is generated by hashing a concatenation of the internal hashes of an uppermost internal layer of the one or more internal layers.
An intraosseous access system comprising: a needle that defines a lumen and a longitudinal axis (A L) about which the needle is configured to be rotated to cut into a bone of a patient, the needle comprising: a substantially cylindrical tube having a proximal end configured to remain at an exterior of the patient during use; a distal end configured for insertion through the skin of the patient into contact with the bone of the patient, and including a distal face; the distal face formed at a distal end of the substantially cylindrical tube before or after bending the substantially cylindrical tube, and a distal tip at a distalmost point of the distal end of the needle, the distal tip being positioned on the longitudinal axis (A L) of the needle; and an obturator sized to be received within the lumen of the needle and configured to inhibit material from entering the needle as the system is inserted into said bone, wherein the needle further comprises a shaft that extends proximally from the distal end of the needle, the shaft defining a lateral perimeter along a plane that is perpendicular to the longitudinal axis, and wherein no portion of the distal end of the needle is laterally distanced from the longitudinal axis of the needle by an amount exceeding a distance between the lateral perimeter of the shaft and the longitudinal axis or the shaft defining a cylindrical outer surface, and wherein no portion of the distal end of the needle extends laterally outwardly beyond an imaginary projection (PROJ) of the outer cylindrical surface that passes over the distal end of the needle. a needle that defines a lumen and a longitudinal axis (A L) about which the needle is configured to be rotated to cut into a bone of a patient, the needle comprising: a substantially cylindrical tube having a proximal end configured to remain at an exterior of the patient during use; a distal end configured for insertion through the skin of the patient into contact with the bone of the patient, and including a distal face; the distal face formed at a distal end of the substantially cylindrical tube before or after bending the substantially cylindrical tube, and a distal tip at a distalmost point of the distal end of the needle, the distal tip being positioned on the longitudinal axis (A L) of the needle; and an obturator sized to be received within the lumen of the needle and configured to inhibit material from entering the needle as the system is inserted into said bone, wherein the needle further comprises a shaft that extends proximally from the distal end of the needle, the shaft defining a lateral perimeter along a plane that is perpendicular to the longitudinal axis, and wherein no portion of the distal end of the needle is laterally distanced from the longitudinal axis of the needle by an amount exceeding a distance between the lateral perimeter of the shaft and the longitudinal axis or the shaft defining a cylindrical outer surface, and wherein no portion of the distal end of the needle extends laterally outwardly beyond an imaginary projection (PROJ) of the outer cylindrical surface that passes over the distal end of the needle.
A Controller Area Network, CAN, arrangement comprising: a CAN, said CAN having a pair of communication lines (12a, 12b), each line adapted for connection with one or more further CANs via the respective line of a common connection line pair (16H, 16L), and including a first and a second balancing resistor (Ro19-Ro22) located between each of the lines of said pair of communication lines (12a, 12b) and said common connection line pair (16H, 16L), said CAN arrangement being further characterized by: including switch means (14L, 14H) located in parallel with said first and second balancing resistor, said switch means being adapted to provide a by-pass path of signals away from said resistor.
Light guide for lighting a passenger compartment of a motor vehicle, comprising a light entry portion and a light exit portion, the light entry portion comprising at least two light entry faces and the light exit portion comprising at least two light exit faces, this light guide being such that the light entry portion has at least one slot arranged between two light entry faces, characterized in that a groove separating two light exit faces extends as an extension of this slot, and in that within the light entry portion, the light entry face joins an upper face and a lower face, this upper face of the light entry portion having a mixing means configured to mix light rays entering through the light entry face and in that the mixing means comprises a succession of concave or convex strips, seen from outside the light guide, aligned from the light entry face.
A method for controlling cooling of a traction battery in an electric vehicle, the method comprising, in a battery cooling control unit: determining a battery temperature profile for a segment of a planned route based on route information describing a route from a starting point to a destination and based on a current battery status; and determining a battery cooling profile for the segment of the planned route based on the battery temperature profile, wherein determining a battery cooling profile comprises: detecting a cooling region in the battery temperature profile where the battery temperature is decreasing without actively cooling the battery; and determining the battery cooling profile so that the battery temperature is at a predetermined temperature value when reaching the cooling region. determining a battery temperature profile for a segment of a planned route based on route information describing a route from a starting point to a destination and based on a current battery status; and determining a battery cooling profile for the segment of the planned route based on the battery temperature profile, wherein determining a battery cooling profile comprises: detecting a cooling region in the battery temperature profile where the battery temperature is decreasing without actively cooling the battery; and determining the battery cooling profile so that the battery temperature is at a predetermined temperature value when reaching the cooling region. detecting a cooling region in the battery temperature profile where the battery temperature is decreasing without actively cooling the battery; and determining the battery cooling profile so that the battery temperature is at a predetermined temperature value when reaching the cooling region.
A hand-held mobile device operable in either a normal mode and a power saving mode, the mobile device comprising: a display (100, 208, 500) comprising a power save mode display (102, 502), wherein in the normal mode the display is used and in the power saving mode the power save mode display is used; at least one processor and a memory storing at least a first application program instruction and a second application program instruction that are configured in use to, when executed, request via the first application program display of first content in the power save mode display in a first display time period; wherein the mobile device either transitions from the normal mode to power save mode; or stays in power save mode and the first content is displayed in the power save mode display; execute during the first display time period, via the second application program a request to display a second content for a second display time period, wherein the second content has a higher display priority than the first content and the second content is displayed instead of the first content, replace the second content with the first content when the second time period ends. a display (100, 208, 500) comprising a power save mode display (102, 502), wherein in the normal mode the display is used and in the power saving mode the power save mode display is used; at least one processor and a memory storing at least a first application program instruction and a second application program instruction that are configured in use to, when executed, request via the first application program display of first content in the power save mode display in a first display time period; wherein the mobile device either transitions from the normal mode to power save mode; or stays in power save mode and the first content is displayed in the power save mode display; execute during the first display time period, via the second application program a request to display a second content for a second display time period, wherein the second content has a higher display priority than the first content and the second content is displayed instead of the first content, replace the second content with the first content when the second time period ends. request via the first application program display of first content in the power save mode display in a first display time period; wherein the mobile device either transitions from the normal mode to power save mode; or stays in power save mode and the first content is displayed in the power save mode display; execute during the first display time period, via the second application program a request to display a second content for a second display time period, wherein the second content has a higher display priority than the first content and the second content is displayed instead of the first content, replace the second content with the first content when the second time period ends.
An infant bed frame assembly comprising: an upper frame section; a base frame portion; and at least one connecting member connecting said base frame portion to said upper frame section; said upper frame section comprising a first sidebar, a second sidebar spaced apart from the first sidebar, and a first crossbar coupled to said first and second sidebars proximate a first end of each of said first and second sidebars; wherein said upper frame section is pivotally coupled to said at least one connecting member such that said first crossbar is movable between a first position wherein said first crossbar is at a first distance from the base frame portion and a second position wherein said first crossbar is at a second distance from the base frame portion; and wherein the first crossbar is lockable in said first position and in said second position and the infant bed frame assembly further comprises at least one release mechanism adapted to release the first crossbar from a locked first position so as to be movable towards the second position and to release the first crossbar from a locked second position so as to be movable towards the first position. an upper frame section; a base frame portion; and at least one connecting member connecting said base frame portion to said upper frame section; said upper frame section comprising a first sidebar, a second sidebar spaced apart from the first sidebar, and a first crossbar coupled to said first and second sidebars proximate a first end of each of said first and second sidebars; wherein said upper frame section is pivotally coupled to said at least one connecting member such that said first crossbar is movable between a first position wherein said first crossbar is at a first distance from the base frame portion and a second position wherein said first crossbar is at a second distance from the base frame portion; and wherein the first crossbar is lockable in said first position and in said second position and the infant bed frame assembly further comprises at least one release mechanism adapted to release the first crossbar from a locked first position so as to be movable towards the second position and to release the first crossbar from a locked second position so as to be movable towards the first position.
An apparatus, comprising an input configured to receive at least one stream of packets; and an offload router configured to filter said received stream of packets to determine which packets are to be routed to one of a plurality of offload applications, wherein different filtering rules are provided for one or more of different offload applications, different streams and different directions of packet streams, and wherein the offload router is configured to output at least some of said packets to a respective offload application (384, 386, 388); a virtual machine (390, 392) on which the respective offload application (384, 386, 388) is configured to run, said virtual machine (390, 392) comprising a first interface configured to provide offload traffic to said respective offload application (384, 386, 388) and/or a second interface configured to output traffic from said respective offload application (384, 386, 388); and a traffic termination point associated with said respective offload application (384, 386, 388), wherein the traffic termination point (326, 328, 330) is configured to route said offload traffic to said respective offload application (384, 386, 388) and/or to route traffic from said respective offload application (384, 386, 388) back to a traffic flow; and wherein the respective offload application (384, 386, 388), when run, is configured to alter an order of a packet with respect to other packets.
A polypeptide comprising the amino acid sequence as shown in SEQ ID: 1 (valine - cysteine - lysine - arginine - tryptophan - lysine - lysine - tryptophan - lysine - arginine - lysine - tryptophan - lysine - lysine - tryptophan - cysteine - valine amide), wherein the two cysteines in the amino acid sequence form an intramolecular disulfide bond.
Electric motor for a pump drive of a motor vehicle, in particular of an oil pump, with a rotor which comprises a motor shaft which is mounted rotatably about a rotational axis and is coupled to a motor subframe by means of a freewheel, the freewheel being held on the motor subframe by means of a securing device, characterized in that the freewheel has an outer sleeve and a collar which is integrally formed on the latter and projects radially outwards, and in that the collar has a tangential stop which bears against a corresponding pin of the motor subframe.
Machine component, comprising: - a rotor for executing a rotational movement about an axis of rotation and a co-rotating permanent magnet attached to the rotor to generate a useful magnetic field (B1, B2), - a Wiegand sensor for detecting the rotational movement, in particular the position and/or rotational speed of the rotor, said sensor having a Wiegand wire arranged statically relative to the rotor and in a plane perpendicular to the axis of rotation, whereby the permanent magnet is designed as a diametral magnet, and the axis of rotation extends through the dividing line between the north pole and the south pole of the diametral magnet, an influencing element (6, 16, 26) being provided to influence the useful magnetic field (B1, B2), characterized in that the influencing element (6, 16, 26) is of flat design and covers the Wiegand wire on three sides along its axial direction, the influencing element being open towards the side facing the diametral magnet and the influencing element (6, 16, 26) covering the Wiegand wire along its axial direction, at least in its central area on the three sides. - a rotor for executing a rotational movement about an axis of rotation and a co-rotating permanent magnet attached to the rotor to generate a useful magnetic field (B1, B2), - a Wiegand sensor for detecting the rotational movement, in particular the position and/or rotational speed of the rotor, said sensor having a Wiegand wire arranged statically relative to the rotor and in a plane perpendicular to the axis of rotation, whereby
A method for wireless communication at a wireless device, comprising: initiating a successive decoding process for an encoded code block received at the wireless device, wherein the code block comprises a first data portion and a first data check portion that implements a data check function for the first data portion, and comprises a second data portion and a second data check portion that implements the data check function for the first data portion and the second data portion; generating, using a successive decoder, one or more first candidate paths for a first portion of the code block, wherein the first portion of the code block comprises the first data portion and the first data check portion; performing a checking function on respective first data portions for the one or more first candidate paths using respective first data check portions; generating, concurrent to the performing the checking function, one or more second candidate paths for a second portion of the code block, wherein the one or more second candidate paths are initialized from the one or more first candidate paths; and determining whether to terminate the successive decoding process prior to completing decoding the code block based at least in part on determining whether the checking function for each of the one or more first candidate paths for the first data portion has failed the checking function. initiating a successive decoding process for an encoded code block received at the wireless device, wherein the code block comprises a first data portion and a first data check portion that implements a data check function for the first data portion, and comprises a second data portion and a second data check portion that implements the data check function for the first data portion and the second data portion; generating, using a successive decoder, one or more first candidate paths for a first portion of the code block, wherein the first portion of the code block comprises the first data portion and the first data check portion; performing a checking function on respective first data portions for the one or more first candidate paths using respective first data check portions; generating, concurrent to the performing the checking function, one or more second candidate paths for a second portion of the code block, wherein the one or more second candidate paths are initialized from the one or more first candidate paths; and determining whether to terminate the successive decoding process prior to completing decoding the code block based at least in part on determining whether the checking function for each of the one or more first candidate paths for the first data portion has failed the checking function.