mhurhangee/patent-ind-claim-en huggingface dataset:
Diagnostic test device for determining a state of health of an electrical battery of an electrically driven vehicle , wherein the diagnostic test device has an input apparatus and an output apparatus and is able to be connected both to control electronics of the vehicle and to an electrical charging/discharging apparatus , and wherein the diagnostic test device is designed to control the charging/discharging apparatus in such a way that the charging/discharging apparatus charges the electrical battery in at least one predefined charging operation or discharges the electrical battery in at least one predefined discharging operation, characterized in that the diagnostic test device is designed to apply at least one predefined current pulse to the electrical battery while the electrical battery is installed in the vehicle ; to receive data relating to the battery from the control electronics of the vehicle ; and to evaluate the data received from the control electronics of the vehicle in order to determine the state of health of the battery . wherein the diagnostic test device has an input apparatus and an output apparatus and is able to be connected both to control electronics of the vehicle and to an electrical charging/discharging apparatus , and wherein the diagnostic test device is designed to control the charging/discharging apparatus in such a way that the charging/discharging apparatus charges the electrical battery in at least one predefined charging operation or discharges the electrical battery in at least one predefined discharging operation, characterized in that the diagnostic test device is designed to apply at least one predefined current pulse to the electrical battery while the electrical battery is installed in the vehicle ; to receive data relating to the battery from the control electronics of the vehicle ; and to evaluate the data received from the control electronics of the vehicle in order to determine the state of health of the battery .
A piston ring for sealing a cylinder wall to a piston body , comprising: a ring body which extends about an axis and has an inner face and an outer face , said inner face presenting at least two ridges that extend in a radially inward direction, said ridges being spaced from one another by a valley portion , and said outer face presenting a groove ; a spring substantially circumferentially surrounding said ring body and seated in said groove on said outer face and biasing said ring body in said radially inward direction for sealing said ridges against the piston body ; and said ring body having at least one oil drainage port extending radially between said valley region of said inner face and said groove on said outer face for conveying oil from between said ridges to said groove , characterized in that portions of the inner face above and below the ridges are disposed at an angle relative to the radial direction by approximately 80 degrees. a ring body which extends about an axis and has an inner face and an outer face , said inner face presenting at least two ridges that extend in a radially inward direction, said ridges being spaced from one another by a valley portion , and said outer face presenting a groove ; a spring substantially circumferentially surrounding said ring body and seated in said groove on said outer face and biasing said ring body in said radially inward direction for sealing said ridges against the piston body ; and said ring body having at least one oil drainage port extending radially between said valley region of said inner face and said groove on said outer face for conveying oil from between said ridges to said groove , characterized in that portions of the inner face above and below the ridges are disposed at an angle relative to the radial direction by approximately 80 degrees.
Apparatus for making, starting from tubular elements , drinking straws, preferably made of paper, with a shaped portion formed by a plurality of annular ridges alternating with annular throats made along a segment of predefined length, said apparatus comprising movement means configured to continuously advance said tubular elements , internal shaping means and external shaping means configured to mutually cooperate so as to make said shaped portion acting respectively on an external surface and on an internal surface of each tubular element , said internal shaping means comprising a plurality of shaping spindles disposed parallel to each other and individually distanced and extending along a respective longitudinal axis (Z), each shaping spindle being configured to be individually inserted inside a respective tubular element and to be moved by said movement means along a working path which develops substantially perpendicular to said longitudinal axis (Z); wherein said external shaping means comprise a first corrugating unit and a second corrugating unit disposed facing each other, wherein said first corrugating unit comprises a first plurality of corrugations defining a succession of ridges and throats of deformation, said first and second corrugating units being mutually mobile with respect to each other to advance said tubular elements in rolling for the shaping of said shaped portion , wherein said first plurality of corrugations is obtained on a surface which is disposed along said working path for the shaping of said shaped portion , said apparatus being characterized in that said second corrugating unit comprises a second plurality of corrugations defining a succession of ridges and throats of deformation, wherein said second plurality of corrugations is obtained on a surface which is disposed along said working path.
EUV collector mirror - having a reflection surface to reflect usable EUV light which impinges on the reflection surface from a source region to a subsequent EUV optics , - wherein the reflection surface carries a pump light grating structure being designed to retroreflect pump light which impinges upon the pump light grating structure from the source region back to the source region , the pump light having a wavelength (λ PL ) deviating from the wavelength of the usable EUV light , - wherein a pitch of the pump light grating structure varies over the reflective surface of the EUV collector mirror . - having a reflection surface to reflect usable EUV light which impinges on the reflection surface from a source region to a subsequent EUV optics , - wherein the reflection surface carries a pump light grating structure being designed to retroreflect pump light which impinges upon the pump light grating structure from the source region back to the source region , the pump light having a wavelength (λ PL ) deviating from the wavelength of the usable EUV light , - wherein a pitch of the pump light grating structure varies over the reflective surface of the EUV collector mirror .
A vehicle platooning method comprising: an information collection operation in which a leader vehicle in a platooning convoy platooning receives information from other vehicles in the platooning convoy; and a determination operation in which, when a request for joining the platooning convoy is received from an external vehicle not participating in the platooning convoy, the leader vehicle receives information about the external vehicle and determines whether to approve the request for joining the platooning convoy, wherein the external vehicle is notified of a result of and a reason for the determination, wherein, in the determination operation (S5, S8, S10), the leader vehicle: checks a total number of passengers in vehicles participating in the platooning convoy assuming the external vehicle joins the platooning convoy; calculates a seat occupancy rate based on the checked total number of passengers and a total number of seats of vehicles in the platooning convoy and the external vehicle; and approves the request for the joining of the external vehicle depending on whether the seat occupancy rate is less than a reference value, and notifies the external vehicle of refusal of the joining when the seat occupancy rate is equal to or higher than the reference value. an information collection operation in which a leader vehicle in a platooning convoy platooning receives information from other vehicles in the platooning convoy; and a determination operation in which, when a request for joining the platooning convoy is received from an external vehicle not participating in the platooning convoy, the leader vehicle receives information about the external vehicle and determines whether to approve the request for joining the platooning convoy, wherein the external vehicle is notified of a result of and a reason for the determination, wherein, in the determination operation (S5, S8, S10), the leader vehicle: checks a total number of passengers in vehicles participating in the platooning convoy assuming the external vehicle joins the platooning convoy; calculates a seat occupancy rate based on the checked total number of passengers and a total number of seats of vehicles in the platooning convoy and the external vehicle; and approves the request for the joining of the external vehicle depending on whether the seat occupancy rate is less than a reference value, and notifies the external vehicle of refusal of the joining when the seat occupancy rate is equal to or higher than the reference value. checks a total number of passengers in vehicles participating in the platooning convoy assuming the external vehicle joins the platooning convoy; calculates a seat occupancy rate based on the checked total number of passengers and a total number of seats of vehicles in the platooning convoy and the external vehicle; and approves the request for the joining of the external vehicle depending on whether the seat occupancy rate is less than a reference value, and notifies the external vehicle of refusal of the joining when the seat occupancy rate is equal to or higher than the reference value.
A method for wireless communication at a user equipment, UE, comprising: receiving at least one uplink grant of a plurality of uplink grants for a reference scheduled transmission burst including a plurality of contiguous transmission time intervals, TTIs, transmitted over a shared radio frequency spectrum band, wherein at least a first uplink grant in the plurality of uplink grants includes: a first indication that the first uplink grant is associated with a first scheduled TTI of the reference scheduled transmission burst, a second indication of a position of the first scheduled TTI within the reference scheduled transmission burst, or a combination thereof; transmitting during at least one TTI of the reference scheduled transmission burst, in accordance with the at least one uplink grant, the transmitting beginning during a first transmission TTI; receiving an indication of a reference TTI, the reference TTI being used for transmission by the UE during the reference scheduled transmission burst; and determining a contention window size used by the UE to contend for access to the shared radio frequency spectrum band, the determining based at least in part on a relationship between the first scheduled TTI, the reference TTI, and the first transmission TTI. receiving at least one uplink grant of a plurality of uplink grants for a reference scheduled transmission burst including a plurality of contiguous transmission time intervals, TTIs, transmitted over a shared radio frequency spectrum band, wherein at least a first uplink grant in the plurality of uplink grants includes: a first indication that the first uplink grant is associated with a first scheduled TTI of the reference scheduled transmission burst, a second indication of a position of the first scheduled TTI within the reference scheduled transmission burst, or a combination thereof; a first indication that the first uplink grant is associated with a first scheduled TTI of the reference scheduled transmission burst, a second indication of a position of the first scheduled TTI within the reference scheduled transmission burst, or a combination thereof; transmitting during at least one TTI of the reference scheduled transmission burst, in accordance with the at least one uplink grant, the transmitting beginning during a first transmission TTI; receiving an indication of a reference TTI, the reference TTI being used for transmission by the UE during the reference scheduled transmission burst; and determining a contention window size used by the UE to contend for access to the shared radio frequency spectrum band, the determining based at least in part on a relationship between the first scheduled TTI, the reference TTI, and the first transmission TTI.
A method, comprising, at a control node: receiving an overload indicator indicating a loading status of another control node; and adjusting, for a network element, a relative capacity value of the control node based on the overload indicator; characterized by - when the overload indicator indicates overload of the another control node, increasing the relative capacity value and directing the network element in a geographical area of the control node to guide a user equipment to the control node, and - when the overload indicator does not indicate overload of the another control node, decreasing the relative capacity value and directing the network element in a geographical area of the another control node to guide the user equipment away from the control node. receiving an overload indicator indicating a loading status of another control node; and adjusting, for a network element, a relative capacity value of the control node based on the overload indicator; characterized by - when the overload indicator indicates overload of the another control node, increasing the relative capacity value and directing the network element in a geographical area of the control node to guide a user equipment to the control node, and - when the overload indicator does not indicate overload of the another control node, decreasing the relative capacity value and directing the network element in a geographical area of the another control node to guide the user equipment away from the control node. - when the overload indicator indicates overload of the another control node, increasing the relative capacity value and directing the network element in a geographical area of the control node to guide a user equipment to the control node, and - when the overload indicator does not indicate overload of the another control node, decreasing the relative capacity value and directing the network element in a geographical area of the another control node to guide the user equipment away from the control node.
A method of manufacturing a self-supported strip having an at least partially cured surface coating, which method comprises: a. providing a fluid first curable material configured to be at least partially cured by a curing process; b. providing a carrier having a carrier contact surface , said carrier contact surface being wettable by said fluid first curable material, said carrier being configured to maintain structural integrity when subject to said curing process; c. applying said fluid first curable material onto said carrier , said fluid first curable material wetting said carrier contact surface to form a layer of said fluid first curable material on said carrier contact surface ; d. at least partially curing said fluid first curable material to form said at least partially cured surface coating of the self-supported strip; and e. securing a flexible base to, or forming a flexible base on, a surface of the at least partially cured surface coating opposite said carrier; wherein said at least partially cured surface coating together with said flexible base are peelable from said carrier , to produce said self-supported strip. a. providing a fluid first curable material configured to be at least partially cured by a curing process; b. providing a carrier having a carrier contact surface , said carrier contact surface being wettable by said fluid first curable material, said carrier being configured to maintain structural integrity when subject to said curing process; c. applying said fluid first curable material onto said carrier , said fluid first curable material wetting said carrier contact surface to form a layer of said fluid first curable material on said carrier contact surface ; d. at least partially curing said fluid first curable material to form said at least partially cured surface coating of the self-supported strip; and e. securing a flexible base to, or forming a flexible base on, a surface of the at least partially cured surface coating opposite said carrier;
A container sealing machine comprising: a rotary turret having a plurality of sealing heads arranged to rotate about an axis of the rotary turret, each sealing head comprising: an inductive heater arranged to inductively heat a foil closure of a container, and a sealing surface arranged to exert pressure on the closure, and a plurality of gripper assemblies arranged to rotate about the axis of the rotary turret, each gripper assembly being arranged for engaging a neck of a container. a rotary turret having a plurality of sealing heads arranged to rotate about an axis of the rotary turret, each sealing head comprising: an inductive heater arranged to inductively heat a foil closure of a container, and a sealing surface arranged to exert pressure on the closure, and an inductive heater arranged to inductively heat a foil closure of a container, and a sealing surface arranged to exert pressure on the closure, and a plurality of gripper assemblies arranged to rotate about the axis of the rotary turret, each gripper assembly being arranged for engaging a neck of a container.
A mobile device file sharing system comprising: a first file system on a storage device storing one or more files; a network connectivity device for connecting a mobile device to a remote system; a user-interface of the mobile device allowing, after establishing a connection between the mobile device and the remote system via the network connectivity device, a selection of one or more files stored on the storage device; a second file system created on the mobile device responsive to the selection of one or more files; and an entry made in the second file system once one or more files are selected to be shared with the remote system, the entry having location information for the one or more selected files on the storage device, wherein when the mobile device is connected to the remote system via the network connectivity device, the remote system can only access the selected one or more files in the first file system using the location information in the second file system. a first file system on a storage device storing one or more files; a network connectivity device for connecting a mobile device to a remote system; a user-interface of the mobile device allowing, after establishing a connection between the mobile device and the remote system via the network connectivity device, a selection of one or more files stored on the storage device; a second file system created on the mobile device responsive to the selection of one or more files; and an entry made in the second file system once one or more files are selected to be shared with the remote system, the entry having location information for the one or more selected files on the storage device, wherein when the mobile device is connected to the remote system via the network connectivity device, the remote system can only access the selected one or more files in the first file system using the location information in the second file system.
A joint mechanism , comprising: a base having a pivot shaft ; a swinging arm which is mounted on the pivot shaft at a first end thereof; a first driving member and a second driving member , which are both mounted on the pivot shaft for receiving a driving force from a driving source, wherein the first driving member and the second driving member interact with the swinging arm through magnetorheological fluid, respectively; and a first electromagnetic component and a second electromagnetic component , which are configured to change phase state of the magnetorheological fluid, so that the first driving member and the second driving member can selectively drive the swinging arm to rotate along a first direction or a second direction, wherein the first direction is opposite to the second direction, characterised in that the first driving member and the second driving member define, together with the swinging arm , a closed, first liquid cavity and a closed, second liquid cavity respectively, which are both filled with the magnetorheological fluid. a base having a pivot shaft ; a swinging arm which is mounted on the pivot shaft at a first end thereof; a first driving member and a second driving member , which are both mounted on the pivot shaft for receiving a driving force from a driving source, wherein the first driving member and the second driving member interact with the swinging arm through magnetorheological fluid, respectively; and a first electromagnetic component and a second electromagnetic component , which are configured to change phase state of the magnetorheological fluid, so that the first driving member and the second driving member can selectively drive the swinging arm to rotate along a first direction or a second direction, wherein the first direction is opposite to the second direction, characterised in that the first driving member and the second driving member define, together with the swinging arm , a closed, first liquid cavity and a closed, second liquid cavity respectively, which are both filled with the magnetorheological fluid.
A method comprising: receiving, by an athletic activity performance monitoring device, user input corresponding to a selection of a plurality of metrics for recording during an athletic activity session of a user; recording, by the athletic activity performance monitoring device, the plurality of metrics for the athletic activity session, wherein recording the plurality of metrics includes storing multiple values for each of the plurality of metrics in accordance with a time at which each of the multiple values was detected; and generating, by the athletic activity performance monitoring device, a graphical user interface comprising a display of the plurality of metrics including the multiple values against a timeline corresponding to a duration of the athletic activity performed by the user; receiving, via the graphical user interface, user input to select or deselect metrics of the plurality of metrics to be compiled and stored into a single file corresponding to the athletic activity session; and receiving, via the graphical user interface, user input to define a placement within a display area of one or more selected metrics to be compiled into the single file corresponding to the athletic activity session. receiving, by an athletic activity performance monitoring device, user input corresponding to a selection of a plurality of metrics for recording during an athletic activity session of a user; recording, by the athletic activity performance monitoring device, the plurality of metrics for the athletic activity session, wherein recording the plurality of metrics includes storing multiple values for each of the plurality of metrics in accordance with a time at which each of the multiple values was detected; and generating, by the athletic activity performance monitoring device, a graphical user interface comprising a display of the plurality of metrics including the multiple values against a timeline corresponding to a duration of the athletic activity performed by the user; receiving, via the graphical user interface, user input to select or deselect metrics of the plurality of metrics to be compiled and stored into a single file corresponding to the athletic activity session; and receiving, via the graphical user interface, user input to define a placement within a display area of one or more selected metrics to be compiled into the single file corresponding to the athletic activity session.