mhurhangee/patent-ind-claim-en huggingface dataset:
A top cover assembly for power battery, wherein, the top cover assembly comprises a first electrode assembly , a second electrode assembly , a top cover plate and a deformable plate , wherein the first electrode assembly is electrically connected with the top cover plate , the deformable plate is attached to the top cover plate , the second electrode assembly comprises a second electrode terminal , a second connecting block , a second insulating piece , a lower sealing piece , a through-hole and a gas-guide hole are defined in the second insulating piece , the second electrode terminal penetrates through the top cover plate and the second insulating piece , and is insulated from the top cover plate , the second connecting block is located over the top cover plate and extends until the second connecting block faces the deformable plate , the second connecting block is electrically connected with the second electrode terminal , the second insulating piece is located between the second connecting block and the top cover plate , the through-hole faces the deformable plate , the lower sealing piece is arranged between the second insulating piece and the top cover plate and encloses the through-hole , the gas-guide hole is located outside the lower sealing piece , and the deformable plate is configured to deform to electrically connect with the second connecting block when an internal pressure of the power battery exceeds a reference pressure, characterized in that , the second electrode assembly further comprises an upper sealing piece , and the upper sealing piece is arranged between the second insulating piece and the second connecting block and comprises a sealing area for deforming space and a sealing area for electrode terminal, both the through-hole and the gas-guide hole are enclosed by the sealing area for deforming space, the second electrode terminal is enclosed by the sealing area for electrode terminal.
A mechanism for adjusting a shut height of a mold , comprising: a mold component movable along an operational axis (A) of the mold; a stop member movable along the operational axis of the mold relative to the mold component, the stop member having a first stop for providing a first gap (G1) on a front side of the mold component when the stop member is in a deployed position, the stop member further having a second stop for providing a second gap (G2) on a back side of the mold component when the stop member is in the deployed position; a spacer movable between an inboard position aligned with the stop member and an outboard position out of alignment with the stop member, the spacer for selectively blocking, and thereby deploying into the deployed position, the stop member; wherein the first stop is defined by a forward section of the stop member and the second stop is defined by a rear section of the stop member; characterized in that the rear section of the stop member extends between a tail end of the stop member and the first stop; the rear section is slidably receivable within a hole through a thickness (T1) of the mold component; and the second stop comprises the tail end of the stop member. a mold component movable along an operational axis (A) of the mold; a stop member movable along the operational axis of the mold relative to the mold component, the stop member having a first stop for providing a first gap (G1) on a front side of the mold component when the stop member is in a deployed position, the stop member further having a second stop for providing a second gap (G2) on a back side of the mold component when the stop member is in the deployed position; a spacer movable between an inboard position aligned with the stop member and an outboard position out of alignment with the stop member, the spacer for selectively blocking, and thereby deploying into the deployed position, the stop member; wherein the first stop is defined by a forward section of the stop member and the second stop is defined by a rear section of the stop member; characterized in that the rear section of the stop member extends between a tail end of the stop member and the first stop; the rear section is slidably receivable within a hole through a thickness (T1) of the mold component; and the second stop comprises the tail end of the stop member.
A method for forming an outer layer around a cylindrical portion of a liner , in order to obtain a pressure vessel , said method comprising: forming at least a first hoop layer of one or more first fibre bundles (F1) arranged with a first fibre angle between 80 and 100 degrees with respect to the axial direction of the cylindrical portion; forming at least a first substantially unidirectional layer of one or more second fibre bundles (F2) arranged with a second fibre angle between +5 and -5 degrees with respect to the axial direction of the cylindrical portion; wherein the one or more second fibre bundles (F2) are laid adjacent to each other so as to form a continuous first substantially unidirectional layer; wherein the forming of the first substantially unidirectional layer is done using a braiding machine . forming at least a first hoop layer of one or more first fibre bundles (F1) arranged with a first fibre angle between 80 and 100 degrees with respect to the axial direction of the cylindrical portion; forming at least a first substantially unidirectional layer of one or more second fibre bundles (F2) arranged with a second fibre angle between +5 and -5 degrees with respect to the axial direction of the cylindrical portion; wherein the one or more second fibre bundles (F2) are laid adjacent to each other so as to form a continuous first substantially unidirectional layer; wherein the forming of the first substantially unidirectional layer is done using a braiding machine .
Method for controlling the charging of a battery of an electrical vehicle connected, via a section of a power grid , to a distant distributed energy source , the method comprising: determining a power instantaneously generated by the distributed energy source ; constraining a charging power of the battery of the electrical vehicle such that not more than the instantaneously generated power is withdrawn from the power grid ; determining a position of the distributed energy source and a position of the electrical vehicle ; and determining the section of the power grid ; determining a maximum power transmittable via the section of the power grid between the distributed energy source and the electrical vehicle ; constraining the charging power of the battery of the electrical vehicle such that a power instantaneously transmitted via the section of the power grid does not exceed the maximum transmittable power. determining a power instantaneously generated by the distributed energy source ; constraining a charging power of the battery of the electrical vehicle such that not more than the instantaneously generated power is withdrawn from the power grid ; determining a position of the distributed energy source and a position of the electrical vehicle ; and determining the section of the power grid ; determining a maximum power transmittable via the section of the power grid between the distributed energy source and the electrical vehicle ; constraining the charging power of the battery of the electrical vehicle such that a power instantaneously transmitted via the section of the power grid does not exceed the maximum transmittable power.
A gas dispensing device for dispensing pressurized gas contained in a sealed gas cylinder having a neck with a top surface and a side surface, the top surface having a piercable gas outlet , the gas cylinder further having a bottom at an opposite end of the gas cylinder relative to the top surface, the device comprising: said gas cylinder ; a body having a gas dispensing outlet ; a receiver attached to the body and arranged to sealingly engage with the neck of the gas cylinder to receive pressurized gas from the gas outlet and provide the gas to the gas dispensing outlet of the body, the receiver including a piercing element arranged to pierce the gas outlet to release gas from the gas cylinder as the neck of the gas cylinder is forced into engagement with the receiver; a holder arranged to receive the gas cylinder and arranged to engage with the body so as to force the neck of a received gas cylinder into engagement with the receiver; characterised in an element arranged for positioning between the holder and a received gas cylinder to transmit force from the holder to the gas cylinder as the holder is engaged with the body to force the neck of the received gas cylinder into engagement with the receiver, the element being arranged to deform both plastically and elastically with force transmitted to the gas cylinder suitable to cause the piercing element to pierce the gas outlet. said gas cylinder ; a body having a gas dispensing outlet ; a receiver attached to the body and arranged to sealingly engage with the neck of the gas cylinder to receive pressurized gas from the gas outlet and provide the gas to the gas dispensing outlet of the body, the receiver including a piercing element arranged to pierce the gas outlet to release gas from the gas cylinder as the neck of the gas cylinder is forced into engagement with the receiver; a holder arranged to receive the gas cylinder and arranged to engage with the body so as to force the neck of a received gas cylinder into engagement with the receiver; characterised in an element arranged for positioning between the holder and a received gas cylinder to transmit force from the holder to the gas cylinder as the holder is engaged with the body to force the neck of the received gas cylinder into engagement with the receiver, the element being arranged to deform both plastically and elastically with force transmitted to the gas cylinder suitable to cause the piercing element to pierce the gas outlet.
A battery management apparatus comprising: a measuring unit configured to measure a current and a voltage of battery cells; an analyzing unit configured to classify the battery cells into a plurality of classes based on a feature obtained from the current and the voltage of the battery cells and a degradation behavior of each of the battery cells; and a determining unit configured to determine a lifespan of the battery cells in a preset manner for each of the plurality of classes; wherein the analyzing unit is further configured to classify: as a first class, a first battery cell among the battery cells for which a lifespan of the first battery cell is determined to be normal based on a feature of the first battery cell in a state where charging and discharging are performed on the first battery cell up to a first cycle, characterized in that the analyzing unit is further configured to classify: a second battery cell among the battery cells not belonging to the first class as a second class in which lifespan determination is possible in a state where charging and discharging are performed on the second battery cell up to a second cycle, and the second cycle has a value greater than the first cycle; wherein the determining unit is further configured to determine the lifespan of the second battery cell by applying a feature of the second battery cell to a regression model in a state where charging and discharging are performed on the second battery cell up to the second cycle. a measuring unit configured to measure a current and a voltage of battery cells; an analyzing unit configured to classify the battery cells into a plurality of classes based on a feature obtained from the current and the voltage of the battery cells and a degradation behavior of each of the battery cells; and a determining unit configured to determine a lifespan of the battery cells in a preset manner for each of the plurality of classes; wherein the analyzing unit is further configured to classify: as a first class, a first battery cell among the battery cells for which a lifespan of the first battery cell is determined to be normal based on a feature of the first battery cell in a state where charging and discharging are performed on the first battery cell up to a first cycle, a second battery cell among the battery cells not belonging to the first class as a second class in which lifespan determination is possible in a state where charging and discharging are performed on the second battery cell up to a second cycle, and the second cycle has a value greater than the first cycle; wherein the determining unit is further configured to determine the lifespan of the second battery cell by applying a feature of the second battery cell to a regression model in a state where charging and discharging are performed on the second battery cell up to the second cycle.
A method for measuring distances among ablation sites, comprising: receiving at an interface locations of multiple ablation sites formed on a surface of a heart; characterised by : measuring distances among at least some of the ablation sites based on the locations; identifying one or more gaps between the ablation sites that meet an alerting criterion; and indicating the identified gaps to an operator, wherein measuring the distances comprises clustering the ablation sites into groups by connecting adjacent ablation sites whose distances are smaller than a first threshold, and wherein clustering the ablation sites comprises iteratively calculating distances between ablation sites and intermediate points on lines between ablation sites of a given cluster, and adding an ablation site to the given cluster upon finding that a distance from the ablation site to an intermediate point on a line between ablation sites of the given cluster is smaller than the first threshold. receiving at an interface locations of multiple ablation sites formed on a surface of a heart; characterised by : measuring distances among at least some of the ablation sites based on the locations; identifying one or more gaps between the ablation sites that meet an alerting criterion; and indicating the identified gaps to an operator, measuring distances among at least some of the ablation sites based on the locations; identifying one or more gaps between the ablation sites that meet an alerting criterion; and indicating the identified gaps to an operator, wherein measuring the distances comprises clustering the ablation sites into groups by connecting adjacent ablation sites whose distances are smaller than a first threshold, and wherein clustering the ablation sites comprises iteratively calculating distances between ablation sites and intermediate points on lines between ablation sites of a given cluster, and adding an ablation site to the given cluster upon finding that a distance from the ablation site to an intermediate point on a line between ablation sites of the given cluster is smaller than the first threshold.
A suspension liner sleeve configured to create a vacuum between a residual limb and a prosthetic socket comprising: an elongate, tubular body portion formed of a thermoplastic elastomeric material having a tubular thickness, a vertical axis, defining an open proximal region and a closed distal region , and having at least one sealing region ; each sealing region comprising more than one raised sealing portion annularly protruding along said vertical axis; each raised sealing portion further having an apex surface ; a fabric exterior layer is bonded to said tubular body portion; and characterised in that an outer sealing layer comprising a cured elastomeric material impregnated within said fabric exterior layer covers each sealing region and any space between each raised sealing portion. an elongate, tubular body portion formed of a thermoplastic elastomeric material having a tubular thickness, a vertical axis, defining an open proximal region and a closed distal region , and having at least one sealing region ; each sealing region comprising more than one raised sealing portion annularly protruding along said vertical axis; each raised sealing portion further having an apex surface ; a fabric exterior layer is bonded to said tubular body portion; and characterised in that an outer sealing layer comprising a cured elastomeric material impregnated within said fabric exterior layer covers each sealing region and any space between each raised sealing portion.
A method of monitoring and processing aural and message alerts in an aircraft cockpit system, the method comprising: receiving a plurality of alerts which comprise at least one of an aural alert and at least one of a message alert wherein the aural and message alerts are from communications comprising: internal systems of the aircraft, air traffic control, ATC, communications, and internal and external communications of the aircraft; applying a first natural language processing, NLP, process to the aural alert to convert the aural alert to a text alert consistent in structure with the message alert, wherein the first NLP process is applied with context based attributes to determine at least a context of the aural alert by matching with a set of context attributes prior derived for the particular aircraft and stored locally therein ; aggregating the text alert with the message alert to form a concatenated message alert; and identifying the context of the concatenated message alert by applying a second NLP process to the concatenated message alert in its entirety and subsequent tagging the concatenated message alert to associate a tagged message with a display element by matching the context of the concatenated message derived by the second NLP process by a tag of the tagged message with a particular display element from a plurality of display elements wherein the tagged message is a concatenated message. receiving a plurality of alerts which comprise at least one of an aural alert and at least one of a message alert wherein the aural and message alerts are from communications comprising: internal systems of the aircraft, air traffic control, ATC, communications, and internal and external communications of the aircraft; applying a first natural language processing, NLP, process to the aural alert to convert the aural alert to a text alert consistent in structure with the message alert, wherein the first NLP process is applied with context based attributes to determine at least a context of the aural alert by matching with a set of context attributes prior derived for the particular aircraft and stored locally therein ; aggregating the text alert with the message alert to form a concatenated message alert; and identifying the context of the concatenated message alert by applying a second NLP process to the concatenated message alert in its entirety and subsequent tagging the concatenated message alert to associate a tagged message with a display element by matching the context of the concatenated message derived by the second NLP process by a tag of the tagged message with a particular display element from a plurality of display elements wherein the tagged message is a concatenated message.
A lubricating oil composition comprising: a base oil (A), an olefin polymer (B) having a number average molecular weight of 1,000 or more and 12,000 or less, a sulfur compound (C) having a structural unit represented by the following general formula : wherein R 1 represents a divalent hydrocarbon group, and m 1 represents an integer of 4 or more, at least one sulfur compound (D) selected from the group consisting of a thiadiazole compound (D1) and a sulfur compound (D2) having a structural unit represented by the following general formula : wherein R 2 represents a divalent hydrocarbon group, and m 2 represents an integer of 1 or more and 3 or less, wherein the content of all sulfur atoms based on the total amount of the composition is 1.2% by mass or more and 2.5% by mass or less, the ratio by mass of sulfur atoms to phosphorus atoms in the composition is 9 or more and 16 or less, and the content of sulfur atoms in the sulfur compound (C) relative to all sulfur atoms is 1% by mass or more and 20% by mass or less. a base oil (A), an olefin polymer (B) having a number average molecular weight of 1,000 or more and 12,000 or less, a sulfur compound (C) having a structural unit represented by the following general formula : wherein R 1 represents a divalent hydrocarbon group, and m 1 represents an integer of 4 or more, at least one sulfur compound (D) selected from the group consisting of a thiadiazole compound (D1) and a sulfur compound (D2) having a structural unit represented by the following general formula : wherein R 2 represents a divalent hydrocarbon group, and m 2 represents an integer of 1 or more and 3 or less, a thiadiazole compound (D1) and a sulfur compound (D2) having a structural unit represented by the following general formula : wherein R 2 represents a divalent hydrocarbon group, and m 2 represents an integer of 1 or more and 3 or less, wherein the content of all sulfur atoms based on the total amount of the composition is 1.2% by mass or more and 2.5% by mass or less, the ratio by mass of sulfur atoms to phosphorus atoms in the composition is 9 or more and 16 or less, and the content of sulfur atoms in the sulfur compound (C) relative to all sulfur atoms is 1% by mass or more and 20% by mass or less.
A method of manufacturing a plurality of packages, comprising: defining a package template, comprising at least one individualized image area; selecting at least one image seed; the method characterised in that it further comprises: selecting a set of image modification attributes and, for each selected image modification attribute, defining a range of values for the image attribute modification; and, for each of a plurality of packages: selecting an index key from a set of index keys, each index key comprising at least one value, wherein a different index key is selected for each package; based on a mapping from index key values to image attribute modification values, determining a plurality of image attribute modifications from within said ranges of image attribute modification values; applying said determined image attribute modifications to said at least one image seed to generate at least one respective image; and applying the or each generated image to the respective individualized image area of the package. defining a package template, comprising at least one individualized image area; selecting at least one image seed; selecting a set of image modification attributes and, for each selected image modification attribute, defining a range of values for the image attribute modification; and, for each of a plurality of packages: selecting an index key from a set of index keys, each index key comprising at least one value, wherein a different index key is selected for each package; based on a mapping from index key values to image attribute modification values, determining a plurality of image attribute modifications from within said ranges of image attribute modification values; applying said determined image attribute modifications to said at least one image seed to generate at least one respective image; and applying the or each generated image to the respective individualized image area of the package. selecting an index key from a set of index keys, each index key comprising at least one value, wherein a different index key is selected for each package; based on a mapping from index key values to image attribute modification values, determining a plurality of image attribute modifications from within said ranges of image attribute modification values; applying said determined image attribute modifications to said at least one image seed to generate at least one respective image; and applying the or each generated image to the respective individualized image area of the package.