mhurhangee/patent-ind-claim-en huggingface dataset:
Roping harness comprising: • a belt provided with a first strap and with at least first and second comfort pads arranged between the first strap and the user, • a pair of thigh straps mechanically connected to the belt , • at least a first adjustment device configured to adjust the length of the first strap and to define a circumference of the belt , characterized in that : - the first comfort pad and the second comfort pad are fitted movable with respect to one another, - the first comfort pad is fitted movable in translation with respect to the first strap along the first strap and - the belt comprises at least a first blocking stop configured to prevent movement of the first comfort pad with respect to the second comfort pad beyond a threshold value. • a belt provided with a first strap and with at least first and second comfort pads arranged between the first strap and the user, • a pair of thigh straps mechanically connected to the belt , • at least a first adjustment device configured to adjust the length of the first strap and to define a circumference of the belt , - the first comfort pad and the second comfort pad are fitted movable with respect to one another, - the first comfort pad is fitted movable in translation with respect to the first strap along the first strap and - the belt comprises at least a first blocking stop configured to prevent movement of the first comfort pad with respect to the second comfort pad beyond a threshold value.
Method for ascertaining the armature stroke of a magnetic actuator which has at least one air gap and one armature, comprising the following method steps: - determining a magnetic hysteresis curve of the magnetic actuator, - selecting a curve section , which is characterized by a transition of the armature from a first stationary end position to a second stationary end position, in the magnetic hysteresis curve , - determining the magnetic energy state of the magnetic actuator in the second stationary end position of the armature on the basis of the profile of the selected curve section , - generating a curve section over the interval of the selected curve section , wherein the generated curve section simulates the magnetic actuator with the armature fixed in its first end position in order to determine a corresponding magnetic energy state of the magnetic actuator, - comparing the two energy states of the magnetic actuator based on the profiles of the selected curve section and of the generated curve section in order to ascertain the armature stroke based thereon. - determining a magnetic hysteresis curve of the magnetic actuator, - selecting a curve section , which is characterized by a transition of the armature from a first stationary end position to a second stationary end position, in the magnetic hysteresis curve , - determining the magnetic energy state of the magnetic actuator in the second stationary end position of the armature on the basis of the profile of the selected curve section , - generating a curve section over the interval of the selected curve section , wherein the generated curve section simulates the magnetic actuator with the armature fixed in its first end position in order to determine a corresponding magnetic energy state of the magnetic actuator, - comparing the two energy states of the magnetic actuator based on the profiles of the selected curve section and of the generated curve section in order to ascertain the armature stroke based thereon.
A gas turbine engine , comprising: a turbine section disposed adjacent to a combustor section , the turbine section including: a turbine vane having an inner platform and an outer platform joined together by an airfoil having a pressure side and a suction side each extending between a leading edge and a trailing edge , the inner platform comprising a plurality of second inner cooling holes disposed proximate the trailing edge and the suction side , and a plurality of third inner cooling holes disposed proximate the trailing edge and the pressure side , characterized in that the inner platform comprises a plurality of first inner cooling holes disposed proximate the leading edge and extending towards the suction side . a turbine vane having an inner platform and an outer platform joined together by an airfoil having a pressure side and a suction side each extending between a leading edge and a trailing edge , the inner platform comprising a plurality of second inner cooling holes disposed proximate the trailing edge and the suction side , and a plurality of third inner cooling holes disposed proximate the trailing edge and the pressure side , characterized in that the inner platform comprises a plurality of first inner cooling holes disposed proximate the leading edge and extending towards the suction side .
A measuring sensor for measuring a rotation speed and a rotation direction of a magnetic encoder in a vehicular wheel, the measuring sensor comprising: a first magnetic detector configured to detect a magnetic field induced from the magnetic encoder and output a strength value of the magnetic field as a first electrical signal; a second magnetic detector configured to detect a magnetic field induced from the magnetic encoder and output a strength value of the magnetic field as a second electrical signal; a first output signal generator configured to generate and output first rotation data including information indicating a rotation speed of the wheel on the basis of the first electrical signal; and a second output signal generator configured to generate second rotation data including information indicating a rotation speed of the wheel on the basis of the second electrical signal and at least one delayed second electrical signal by as much as a predetermined phase, wherein the information indicating the rotation speed of the wheel in the second rotation data has a resolution that is higher than that of the information indicating the rotation speed of the wheel in the first rotation data, wherein the second output signal generator is further configured to receive the first rotation data from the first output signal generator , determine whether a current rotation speed of the wheel is equal to or less than a predetermined value on the basis of the received first rotation data, and output the second rotation data when the current rotation speed of the wheel is determined as being equal to or less than the predetermined value. a first magnetic detector configured to detect a magnetic field induced from the magnetic encoder and output a strength value of the magnetic field as a first electrical signal; a second magnetic detector configured to detect a magnetic field induced from the magnetic encoder and output a strength value of the magnetic field as a second electrical signal; a first output signal generator configured to generate and output first rotation data including information indicating a rotation speed of the wheel on the basis of the first electrical signal; and a second output signal generator configured to generate second rotation data including information indicating a rotation speed of the wheel on the basis of the second electrical signal and at least one delayed second electrical signal by as much as a predetermined phase, wherein the information indicating the rotation speed of the wheel in the second rotation data has a resolution that is higher than that of the information indicating the rotation speed of the wheel in the first rotation data, wherein the second output signal generator is further configured to receive the first rotation data from the first output signal generator , determine whether a current rotation speed of the wheel is equal to or less than a predetermined value on the basis of the received first rotation data, and output the second rotation data when the current rotation speed of the wheel is determined as being equal to or less than the predetermined value.
A positive electrode active material for use in a nonaqueous electrolyte secondary battery , the positive electrode active material , comprising: a core part including a lithium transition metal composite oxide; and a coating part including a titanium-containing compound on at least a partial surface of the core part , wherein the titanium-containing compound includes brookite type TiO 2 and a LiTi composite oxide including Li and Ti, and at least part of Ti of the titanium-containing compound is incorporated in a solid solution in a surface of the core part . a core part including a lithium transition metal composite oxide; and a coating part including a titanium-containing compound on at least a partial surface of the core part , wherein the titanium-containing compound includes brookite type TiO 2 and a LiTi composite oxide including Li and Ti, and at least part of Ti of the titanium-containing compound is incorporated in a solid solution in a surface of the core part .
A system comprising: a laser tool comprising: an optical assembly configured to shape a laser beam for output; and a housing that contains the optical assembly, the housing comprising a side output port disposed within a side surface of the housing, the side output port comprising a fiber optic medium for transmitting the laser beam from inside the housing to outside the housing, the housing being configured for movement to direct the laser beam within a wellbore, the movement comprising rotation of the laser tool at least partly around a longitudinal axis of the housing and tilting the housing relative to a longitudinal axis of the wellbore; and a control system to control at least one of the movement of the housing and an operation of the optical assembly to direct the laser beam within the wellbore, wherein the control system is configured to: tilt at least part of the laser tool within a first inclined wellbore to direct the laser beam to a wall in the first inclined wellbore to form a second inclined wellbore to a hydrocarbon well ; and tilt at least part of the laser tool within the first inclined wellbore to direct the laser beam to a wall in the first inclined wellbore to form a third inclined wellbore to a water well . an optical assembly configured to shape a laser beam for output; and a housing that contains the optical assembly, the housing comprising a side output port disposed within a side surface of the housing, the side output port comprising a fiber optic medium for transmitting the laser beam from inside the housing to outside the housing, the housing being configured for movement to direct the laser beam within a wellbore, the movement comprising rotation of the laser tool at least partly around a longitudinal axis of the housing and tilting the housing relative to a longitudinal axis of the wellbore; and a control system to control at least one of the movement of the housing and an operation of the optical assembly to direct the laser beam within the wellbore, wherein the control system is configured to: tilt at least part of the laser tool within a first inclined wellbore to direct the laser beam to a wall in the first inclined wellbore to form a second inclined wellbore to a hydrocarbon well ; and tilt at least part of the laser tool within the first inclined wellbore to direct the laser beam to a wall in the first inclined wellbore to form a third inclined wellbore to a water well . tilt at least part of the laser tool within a first inclined wellbore to direct the laser beam to a wall in the first inclined wellbore to form a second inclined wellbore to a hydrocarbon well ; and tilt at least part of the laser tool within the first inclined wellbore to direct the laser beam to a wall in the first inclined wellbore to form a third inclined wellbore to a water well .
A method for switching data signals transmitted over a transport network providing combined backhaul and fronthaul connectivity between a hub node and one or more remote nodes; the method comprising, in a first switching apparatus, acting as the hub node or the remote node: receiving a plurality of input data signals of a first signal type, wherein the plurality of data signals of the first signal type comprises radio data signals exchanged between the first switching apparatus and a second switching apparatus; aggregating the plurality of input data signals into an aggregated first data signal ; receiving a second data signal of a second signal type different to the first signal type ; multiplexing the aggregated first data signal with the second data signal to form a combined data signal; and forwarding the combined data signal to the transport network ; wherein multiplexing the first data signal with the second data signal comprises, for a frame of the combined data signal: allocating the first data signal to a portion of the frame reserved for the first data signal ; and allocating the second data signal to a remaining portion of the frame ; wherein the plurality of data signals of the first signal type and the data signals of the second signal type comprise packet data signals ; and, wherein the plurality of data signals of the first signal type comprise radio data and are subject to a delay specification , and the second data signal of the second signal type is not subject to the delay specification . receiving a plurality of input data signals of a first signal type, wherein the plurality of data signals of the first signal type comprises radio data signals exchanged between the first switching apparatus and a second switching apparatus; aggregating the plurality of input data signals into an aggregated first data signal ; receiving a second data signal of a second signal type different to the first signal type ; multiplexing the aggregated first data signal with the second data signal to form a combined data signal; and forwarding the combined data signal to the transport network ; allocating the first data signal to a portion of the frame reserved for the first data signal ; and allocating the second data signal to a remaining portion of the frame ; wherein the plurality of data signals of the first signal type and the data signals of the second signal type comprise packet data signals ; and, wherein the plurality of data signals of the first signal type comprise radio data and are subject to a delay specification , and the second data signal of the second signal type is not subject to the delay specification .
Work equipment , comprising: a work equipment main body including a first structural body , a first travel unit provided on the first structural body , a first travel drive unit for driving the first travel unit , a first energy source for supplying energy to the first travel drive unit , and a work unit ; and a container device including a second structural body , a second travel unit provided on the second structural body , and a collected article container unit configured to store an article collected by the work unit , the container device being detachably connected to the work equipment main body ; wherein the work equipment main body is provided with a container lifting device configured to lift the container device in a connected state to the work equipment main body so as to raise the second travel unit from a ground; the work unit is provided with a cutting blade for mowing; and the collected article is grass clippings, characterized in that the container device further includes a second travel drive unit for driving the second travel unit and a second energy source for supplying energy to the second travel drive unit ; and the container device is configured to travel by itself in a detached state by using the second travel unit . a work equipment main body including a first structural body , a first travel unit provided on the first structural body , a first travel drive unit for driving the first travel unit , a first energy source for supplying energy to the first travel drive unit , and a work unit ; and a container device including a second structural body , a second travel unit provided on the second structural body , and a collected article container unit configured to store an article collected by the work unit , the container device being detachably connected to the work equipment main body ; wherein the work equipment main body is provided with a container lifting device configured to lift the container device in a connected state to the work equipment main body so as to raise the second travel unit from a ground; the work unit is provided with a cutting blade for mowing; and the collected article is grass clippings, characterized in that the container device further includes a second travel drive unit for driving the second travel unit and a second energy source for supplying energy to the second travel drive unit ; and the container device is configured to travel by itself in a detached state by using the second travel unit .
An apparatus for preparing beverages, comprising a capsule receptacle adapted to receive a beverage capsule containing a quantity of a beverage ingredient and an injection head adapted to inject a volume of a fluid into said beverage capsule to produce a beverage, said injection head being mobile between a first, inactive position and a second, active position, and further comprising a biasing device configured to selectively prevent the injection head from remaining in the first, inactive position, and a capsule-detecting means adapted to activate said biasing device when said capsule-detecting means detects the presence of a beverage capsule within said capsule receptacle wherein the biasing device is adapted to selectively bias the injection head into either the second, active position when the capsule-detecting means detects the presence of a beverage capsule ; and into the first, inactive position when the capsule-detecting means detects the absence of a beverage capsule characterized in that the biasing device comprises a resilient element being operably connected to the injection head at an attachment point , said attachment point being mobile between a first attachment position wherein the force exerted by the mass of the injection head is greater than the force exerted by the resilient element , thereby biasing said injection head into the first, inactive position; and a second attachment position wherein the force exerted by the resilient element is greater than the force exerted by the mass of said injection head , thereby biasing the injection head into the second, active position.
A test system (1; 100) that measures exhaust gas of an internal combustion engine, the test system (1; 100) comprising: one or more testing devices (4; 104) used for measuring the exhaust gas; and a device management apparatus (5; 106) that is communicably connected to the one or more testing devices (4; 104) to manage the one or more testing devices (4; 104), wherein the device management apparatus (5; 106) has a display part (55; 166) that obtains various types of information outputted from the one or more testing devices (5; 106), and erasably, switchably, or movably displays the pieces of information on a display (51; 167), characterized in that regardless of the display of the pieces of information, the display part (55; 166) displays three alarm icons that are respectively for three pieces of alarm information consisting of: sensitivity alarm information indicating a reduction in sensitivity of the one or more testing devices (4; 104); accumulated operating time alarm information that is alarm information on an accumulated operating time of the one or more testing devices (4; 104); and inspection date/time alarm information that is information indicating approaching or passing of an inspection date/time of the one or more testing devices (4; 104), and respectively have forms that are changed depending on contents indicated by the respective pieces of alarm information, wherein a single alarm icon display area that simultaneously displays the three alarm icons as a set is provided on the display (51; 167). one or more testing devices (4; 104) used for measuring the exhaust gas; and a device management apparatus (5; 106) that is communicably connected to the one or more testing devices (4; 104) to manage the one or more testing devices (4; 104), wherein the device management apparatus (5; 106) has a display part (55; 166) that obtains various types of information outputted from the one or more testing devices (5; 106), and erasably, switchably, or movably displays the pieces of information on a display (51; 167), characterized in that regardless of the display of the pieces of information, the display part (55; 166) displays three alarm icons that are respectively for three pieces of alarm information consisting of: sensitivity alarm information indicating a reduction in sensitivity of the one or more testing devices (4; 104); accumulated operating time alarm information that is alarm information on an accumulated operating time of the one or more testing devices (4; 104); and inspection date/time alarm information that is information indicating approaching or passing of an inspection date/time of the one or more testing devices (4; 104), and respectively have forms that are changed depending on contents indicated by the respective pieces of alarm information, wherein a single alarm icon display area that simultaneously displays the three alarm icons as a set is provided on the display (51; 167).
An article comprising: a plurality of layers of a polymeric material that includes units of a diacid component and units of a glycol component, wherein the units of the diacid component are derived from a first diacid and a second diacid, wherein the first diacid is terephthalic acid and the second diacid is isophthalic acid, a cyclohexanedicarboxylic acid, a naphthalenedicarboxylic acid, a stilbenedicarboxylic acid, or a combination thereof, and wherein the diacid component includes from 40 mole % to 60 mole % of units derived from the first diacid and from 40 mole % to 60 mole % of units derived from the second diacid. a plurality of layers of a polymeric material that includes units of a diacid component and units of a glycol component, wherein the units of the diacid component are derived from a first diacid and a second diacid, wherein the first diacid is terephthalic acid and the second diacid is isophthalic acid, a cyclohexanedicarboxylic acid, a naphthalenedicarboxylic acid, a stilbenedicarboxylic acid, or a combination thereof, and wherein the diacid component includes from 40 mole % to 60 mole % of units derived from the first diacid and from 40 mole % to 60 mole % of units derived from the second diacid.
Wall connection arrangement for a roof covering device, in particular for a terrace roof covering, comprising: a wall connection profile , which has an integral functional portion having a receiving groove of a predetermined open width ; a groove block , which is formed to be fixable in the receiving groove and has a width less than the predetermined open width of the receiving groove , in such a way that when the groove block is fixed in the receiving groove a residual width of the receiving groove is left; and a wall compensation profile , which is provided to be arranged on the wall connection profile and which has a head portion having an extension , which is formed to be introducible into the residual width of the receiving groove , left after the groove block is fixed, in order to mount the wall compensation profile on the wall connection profile in the region of the groove block . a wall connection profile , which has an integral functional portion having a receiving groove of a predetermined open width ; a groove block , which is formed to be fixable in the receiving groove and has a width less than the predetermined open width of the receiving groove , in such a way that when the groove block is fixed in the receiving groove a residual width of the receiving groove is left; and a wall compensation profile , which is provided to be arranged on the wall connection profile and which has a head portion having an extension , which is formed to be introducible into the residual width of the receiving groove , left after the groove block is fixed, in order to mount the wall compensation profile on the wall connection profile in the region of the groove block .