mhurhangee/patent-ind-claim-en huggingface dataset:
A method for estimating a power limit of a battery pack, wherein the method comprises: obtaining an actual minimum cell voltage of an electrical core with a minimum voltage in the battery pack; characterised by : obtaining a static discharge power limit of the battery pack; calculating, based on the actual minimum cell voltage, an estimated discharge voltage of the electrical core with the minimum voltage for use when the battery pack is discharged based on the static discharge power limit; determining whether the estimated discharge voltage falls between a discharge voltage control threshold of the electrical core with the minimum voltage and an undervoltage threshold of the electrical core with the minimum voltage, wherein the discharge voltage control threshold is greater than the undervoltage threshold; and determining a target discharge power limit of the battery pack through a discharge interpolation algorithm based on the estimated discharge voltage, the static discharge power limit, the discharge voltage control threshold, the undervoltage threshold, and a minimum power limit of an integrated vehicle when the estimated discharge voltage falls between the discharge voltage control threshold of the electrical core with the minimum voltage and the undervoltage threshold of the electrical core with the minimum voltage. obtaining a static discharge power limit of the battery pack; calculating, based on the actual minimum cell voltage, an estimated discharge voltage of the electrical core with the minimum voltage for use when the battery pack is discharged based on the static discharge power limit; determining whether the estimated discharge voltage falls between a discharge voltage control threshold of the electrical core with the minimum voltage and an undervoltage threshold of the electrical core with the minimum voltage, wherein the discharge voltage control threshold is greater than the undervoltage threshold; and determining a target discharge power limit of the battery pack through a discharge interpolation algorithm based on the estimated discharge voltage, the static discharge power limit, the discharge voltage control threshold, the undervoltage threshold, and a minimum power limit of an integrated vehicle when the estimated discharge voltage falls between the discharge voltage control threshold of the electrical core with the minimum voltage and the undervoltage threshold of the electrical core with the minimum voltage.
A tire comprising a plurality of belt layers superimposed in a radial direction, wherein the belt layers include a plurality of steel cords arranged in parallel in a row and rubber that covers the steel cords , and wherein the steel cords have a 1 × 4 structure in which four filaments are twisted, characterised in that when a radial center-to-center distance between the steel cords in at least two of the belt layers adjacent in the radial direction is T, and an average diameter of virtual circumscribed circles of the steel cords is D, T/D is greater than or equal to 1.25 and less than or equal to 1.57 and D is 0.72 mm.
A transmitter for generating a synchronisation signal for Device-to-Device, D2D, communication utilising a Single-Carrier Frequency Division Multiple Access, SC-FDMA, waveform, wherein a synchronisation sequence is modulating a set of subcarriers, wherein the transmitter comprises: a processor , configured to: determine a synchronisation sequence d u [ l ], wherein | d u [ l ]| = | d u [ L - 1 - l ]|, l = 0,1, ...,L - 1, and | d u [ l ]| = K, where K is a positive constant, u is a root index, and L is a length of the synchronisation sequence d u [ l ]; select the root index u from a set of root indices; and generate the synchronisation signal, based on the determined synchronisation sequence d u [ l ] and the selected root index u, characterized in that the processor is configured to map the synchronisation sequence to resource elements of an SC-FDMA signal, wherein the SC-FDMA signal is a sampled version of the SC-FDMA waveform, such that: | H [ k ]| = | H [ N - 1 - k ]|, k = 0,1, ... , N - 1, where N is an integer not smaller than L and H[k] is a Fourier coefficient at frequency k . determine a synchronisation sequence d u [ l ], wherein | d u [ l ]| = | d u [ L - 1 - l ]|, l = 0,1, ...,L - 1, and | d u [ l ]| = K, where K is a positive constant, u is a root index, and L is a length of the synchronisation sequence d u [ l ]; select the root index u from a set of root indices; and generate the synchronisation signal, based on the determined synchronisation sequence d u [ l ] and the selected root index u, characterized in that the processor is configured to map the synchronisation sequence to resource elements of an SC-FDMA signal, wherein the SC-FDMA signal is a sampled version of the SC-FDMA waveform, such that: | H [ k ]| = | H [ N - 1 - k ]|, k = 0,1, ... , N - 1, where N is an integer not smaller than L and H[k] is a Fourier coefficient at frequency k .
A vascular plug for treating a patient, comprising: an elongated pusher ; a mesh portion fixed to a distal end of the elongated pusher; the mesh portion having a radially compressed configuration when constrained in a catheter and a radially expanded configuration when unconstrained; characterized by a ring portion located within a cavity of the mesh portion and that expands in diameter; a membrane fixed to and supported by the ring portion ; a proximal support arm extending axially within the mesh portion , the proximal support arm supporting and connecting to the ring portion ; a distal support arm extending axially within the mesh portion , the distal support arm supporting and connecting to the ring portion ; wherein the mesh portion and the membrane radially expand to substantially block flow of bodily fluid. an elongated pusher ; a mesh portion fixed to a distal end of the elongated pusher; the mesh portion having a radially compressed configuration when constrained in a catheter and a radially expanded configuration when unconstrained; characterized by a ring portion located within a cavity of the mesh portion and that expands in diameter; a membrane fixed to and supported by the ring portion ; a proximal support arm extending axially within the mesh portion , the proximal support arm supporting and connecting to the ring portion ; a distal support arm extending axially within the mesh portion , the distal support arm supporting and connecting to the ring portion ; wherein the mesh portion and the membrane radially expand to substantially block flow of bodily fluid.
Harness, comprising - a support base and - a support strap unit for the support base , wherein the support strap unit comprises a shoulder strap unit , a waist strap unit and a joint unit which connects the waist strap unit to the support base in an articulated manner and which comprises a double joint by which the waist strap unit is connected to the support base so as to be pivotable about two pivot axes (GS1, GS2), wherein one (GS1) of the two pivot axes (GS1, GS2) runs substantially parallel to a plate plane (P T ) of the support base , and the other pivot axis (GS2) runs substantially perpendicularly with respect to the plate plane (P T ) of the support base , characterised in that - one pivot axis (GS1) runs substantially between and parallel to two mutually facing side edges (SK1, SK2) of the waist strap unit and of the support base , and the other pivot axis (GS2) runs offset with respect to this pivot axis (GS1) in the direction away from the waist strap unit . - a support base and - a support strap unit for the support base , wherein the support strap unit comprises a shoulder strap unit , a waist strap unit and a joint unit which connects the waist strap unit to the support base in an articulated manner and which comprises a double joint by which the waist strap unit is connected to the support base so as to be pivotable about two pivot axes (GS1, GS2), wherein one (GS1) of the two pivot axes (GS1, GS2) runs substantially parallel to a plate plane (P T ) of the support base , and the other pivot axis (GS2) runs substantially perpendicularly with respect to the plate plane (P T ) of the support base , - one pivot axis (GS1) runs substantially between and parallel to two mutually facing side edges (SK1, SK2) of the waist strap unit and of the support base , and the other pivot axis (GS2) runs offset with respect to this pivot axis (GS1) in the direction away from the waist strap unit .
Steering column comprising: - a steering member intended to be connected to a vehicle steering wheel, - a support base (2; 102), intended to be mounted fixedly with respect to a vehicle chassis, the said steering member being mounted articulated in rotation to the said support base, - clamping means borne by the steering member and comprising a mobile clamping element (10; 110), the said clamping means being arranged so as to be able to lock the steering member on the said support base by clamping of the mobile element against the support base, the steering column comprising: - first blocking shapes (14a; 114a, 114b) borne by the said mobile clamping element, - second blocking shapes (15a; 115a, 115b) borne by a sheet-metal plate (30; 130), the latter being blocked against the said support base, the said steering column being arranged in such a way that the first blocking shapes are able, during locking of the steering member on the said support base by clamping of the mobile element against the support base, to come and engage between the second blocking shapes so as to block the rotation of the steering member with respect to the support base, the sheet-metal plate (30; 130) comprising a single frame (38; 138) with a central opening (39; 139), and characterized in that said clamping means comprise a clamping screw arranged through said central opening, the mobile clamping element (10; 110) and the sheet-metal plate (30; 130) being arranged in such a way that, during clamping, the mobile clamping element presses directly against the support base (2; 102) . - a steering member intended to be connected to a vehicle steering wheel, - a support base (2; 102), intended to be mounted fixedly with respect to a vehicle chassis, the said steering member being mounted articulated in rotation to the said support base, - clamping means borne by the steering member and comprising a mobile clamping element (10; 110), the said clamping means being arranged so as to be able to lock the steering member on the said support base by clamping of the mobile element against the support base, - first blocking shapes (14a; 114a, 114b) borne by the said mobile clamping element, - second blocking shapes (15a; 115a, 115b) borne by a sheet-metal plate (30; 130), the latter being blocked against the said support base,
System for freezing protection and continuous optimization of energy recovery of a run around coil system in connection to an air handling unit , said air handling unit comprises one exhaust air side (A) and one supply air side (B), and said run around coil system comprises an energy recovery circuit with at least one pump for circulation of a fluid, and said run around coil system further comprises at least one supply circuit for supplying additional heating or cooling energy from an external heating or cooling source and the supply circuit is connected to the energy recovery circuit via at least one energy exchanger , and the system is arranged to adjust the fluid flow in the energy recovery circuit , and the system further comprises at least one first set of coils in the exhaust air side (A), and at least one second set of coils in the supply air side (B), and at least the second set of coils comprising at least two coils (8 1 ,...8 n ) arranged in the same air stream, and said run around coil system further comprises a control unit for controlling freezing protection and for continuous optimization of energy recovery of the system, the system having a supply air flow direction being opposite the direction of the circulation of the fluid flow on the supply air side (B), such that the last coil (8 n ) in the second set of coils is the last coil in the set regards to the direction of the fluid flow such that said coil (8 n ) is the first coil meeting the supply air flow, characterized by that at least one coil (8 1 ,...8 n ) in the second set of coils is arranged to be partially bypassed, on the fluid side, and the first coil (8 n ) in the supply airflow direction is arranged to not be bypassed, on the fluid side.
A capacitive position sensing method for a measurement system having a plurality of pickup electrodes , a shield electrode and a grounded target proximate the pickup electrodes and that is movable relative to the pickup electrodes, the method comprising: measuring a first capacitance C1 of at least one and fewer than all of the pickup electrodes, with the shield electrode and all other pickup electrodes grounded, measuring a second capacitance C2 of the shield electrode and some, but not all, of the pickup electrodes, with at least one of the pickup electrodes grounded, and measuring a third capacitance C3 of all of the pickup electrodes and the shield electrode, with all of the pickup electrodes and the shield electrode connected together; and calculating a first result indicating a position of the target using the first capacitance C1, the second capacitance C2 and the third capacitance C3. measuring a first capacitance C1 of at least one and fewer than all of the pickup electrodes, with the shield electrode and all other pickup electrodes grounded, measuring a second capacitance C2 of the shield electrode and some, but not all, of the pickup electrodes, with at least one of the pickup electrodes grounded, and measuring a third capacitance C3 of all of the pickup electrodes and the shield electrode, with all of the pickup electrodes and the shield electrode connected together; and calculating a first result indicating a position of the target using the first capacitance C1, the second capacitance C2 and the third capacitance C3.
An implement connectable to a work vehicle , said implement comprising an arm a fastening arrangement arranged at a first part of the arm, said fastening arrangement being connectable to the work vehicle; an attaching arrangement arranged at second part of the arm, said attaching arrangement being attachable to a tool ; a second hydraulic circuit configured to carry hydraulic fluid to at least one second hydraulic function , wherein the second hydraulic function comprises a lifting function; and at least one second sensor (327; 727) arranged to obtain sensor signals at least related to the lifting function, a local control element (18; 308; 708; 808), characterized in that the implement comprises a digital interface (301; 701) to the work vehicle, wherein the local control element is arranged to receive the obtained sensor signals at least related to the lifting function, to process the received sensor signals so as to determine the load weight and to feed the determined load weight to the digital interface and wherein the digital interface (301; 701) is arranged to transfer the determined load weight to the work vehicle.
A method of servicing a wellbore, comprising: retrieving a drilling deflector located proximate to a window in the wellbore from the wellbore while a completion deflector is also located in the wellbore; and shifting the completion deflector to a position proximate to the window. retrieving a drilling deflector located proximate to a window in the wellbore from the wellbore while a completion deflector is also located in the wellbore; and shifting the completion deflector to a position proximate to the window.
A belt for an elevator system , comprising: a plurality of tension members arranged along a belt width and extending longitudinally along a length of the belt , each tension member including: a core member formed from a plurality of load carrying fibers ; a plurality of overwrap members surrounding the core member ; and a jacket material at least partially encapsulating the plurality of tension members , characterised in that the overwrap members are steel wires. a core member formed from a plurality of load carrying fibers ; a plurality of overwrap members surrounding the core member ; and a jacket material at least partially encapsulating the plurality of tension members , characterised in that the overwrap members are steel wires.
A cell culture system for use in increasing total rAAV production compared to production from a cell culture system comprising a cell culture medium having an osmolality of 266 mOsm/kg, the cell culture system comprising: a) a HeLa host cell capable of producing rAAV; b) a helper virus; and c) a cell culture medium comprising a non-ionic tonicifying agent, and having an osmolality of 360 mOsm/kg or higher when measured immediately after the HeLa host cell is introduced into the cell culture medium. a) a HeLa host cell capable of producing rAAV; b) a helper virus; and c) a cell culture medium comprising a non-ionic tonicifying agent, and having an osmolality of 360 mOsm/kg or higher when measured immediately after the HeLa host cell is introduced into the cell culture medium.
A barrier for providing isolation between two internal volumes within an aircraft, comprising: a wall section adapted for location within an aircraft, the wall section having an aperture formed therein; mounting means located on the wall section proximate the aperture; and a substantially planar burst panel member having first and second opposingly-facing sides, the burst panel member adapted for location within the mounting means and dimensioned so as to overlie the aperture when received by the mounting means; the burst panel member comprising a line of weakness provided therein, adapted such that, in use, exposure of the burst panel member to an atmospheric pressure differential between air volumes respectively adjacent the first and second sides exceeding a predetermined value causes the burst panel member to rupture along said line of weakness, characterised in that the wall section is formed of a flexible textile material. a wall section adapted for location within an aircraft, the wall section having an aperture formed therein; mounting means located on the wall section proximate the aperture; and a substantially planar burst panel member having first and second opposingly-facing sides, the burst panel member adapted for location within the mounting means and dimensioned so as to overlie the aperture when received by the mounting means; the burst panel member comprising a line of weakness provided therein, adapted such that, in use, exposure of the burst panel member to an atmospheric pressure differential between air volumes respectively adjacent the first and second sides exceeding a predetermined value causes the burst panel member to rupture along said line of weakness, characterised in that the wall section is formed of a flexible textile material.
A cutting tool made of diamond-coated cemented carbide, the cutting tool comprising: a tool body made of tungsten carbide-based cemented carbide including: 3 to 15 mass% of Co; at least one of TaC and NbC of which the total amount is 0.1 to 3.0 mass%; and the balance including WC; and a diamond film coating the tool body , wherein the tool body has a plurality of protrusions on a surface of the tool body , of which the average height is 1.0 to 3.0 μm, the average width is 0.5 to 6.0 μm, and the average aspect ratio of the height to the width is 0.5 to 3.0, the average height and the average width being measured by a scanning electron microscope; an upper portion of each of the protrusions is made of the at least one of TaC and NbC; a lower portion of each of the protrusions is made of WC and Co, the lower portion being under the upper portion , characterized in that the Co content measured by Auger electron spectroscopy is 2 to 13 mass % in the lower portion , and voids are formed from the surface of the tool body to a depth of 5 to 6 μm in the tool body by removing the Co binder by etching to a depth of 5 to 6 μm from an interface between the diamond film and the tool body . a tool body made of tungsten carbide-based cemented carbide including: 3 to 15 mass% of Co; at least one of TaC and NbC of which the total amount is 0.1 to 3.0 mass%; and the balance including WC; and a diamond film coating the tool body , wherein the tool body has a plurality of protrusions on a surface of the tool body , of which the average height is 1.0 to 3.0 μm, the average width is 0.5 to 6.0 μm, and the average aspect ratio of the height to the width is 0.5 to 3.0, the average height and the average width being measured by a scanning electron microscope; an upper portion of each of the protrusions is made of the at least one of TaC and NbC; a lower portion of each of the protrusions is made of WC and Co, the lower portion being under the upper portion , characterized in that the Co content measured by Auger electron spectroscopy is 2 to 13 mass % in the lower portion , and voids are formed from the surface of the tool body to a depth of 5 to 6 μm in the tool body by removing the Co binder by etching to a depth of 5 to 6 μm from an interface between the diamond film and the tool body .
Method of securing a trailing end of a web in a web roll (14, 14.1) to a surface of the web roll in a slitter-winder for web material, such that in the method one or more attachment articles provided with an adhesive surface are positioned on a path of movement of the web roll (14.1), the adhesive surface of the articles towards the web roll, and while the roll is moved, said one or more attachment articles are attached on the surface of the web roll to extend over a trailing end of the web on the roll surface, characterized in that each of the attachment articles is positioned on a path of movement of the web roll (14.1) to a predetermined cross directional position by a transport system prior to attaching the attachment articles on the surface of the web roll (14.4).
A wind turbine blade comprising - a profiled contour with a leading edge and a trailing edge and a chord extending between the leading edge and the trailing edge, - a blade shell with a pressure side and a suction side, - a first main spar cap integrated in the pressure side of the blade shell, - a second main spar cap integrated in the suction side of the blade shell, and - one or more shear webs connected between the first main spar cap and the second main spar cap, wherein the blade shell comprises at least a first load carrying structure comprising one or more unidirectional fibre layers and being arranged at the leading edge, wherein the first load carrying structure has a first extension including a first primary extension (E 1,1 ) on a first side of the chord, characterized in that the first primary extension is at least 70 % of the first extension. - a profiled contour with a leading edge and a trailing edge and a chord extending between the leading edge and the trailing edge, - a blade shell with a pressure side and a suction side, - a first main spar cap integrated in the pressure side of the blade shell, - a second main spar cap integrated in the suction side of the blade shell, and - one or more shear webs connected between the first main spar cap and the second main spar cap,
A method of adding a retention chemical to an approach flow system of a fiber web machine, wherein a fibrous stock is introduced by means of a headbox feed pump via an attenuator to a headbox of a fiber web machine, characterized by adding the retention chemical to the fibrous stock between the attenuator and the headbox .