mhurhangee/ep-ind-claims huggingface dataset:
Collapsible metal pallet comprising at least one rectangular base, to the edges of which: - two rails (2a, 2b) are articulated between a collapsed position parallel to two opposing edges of the base and an extended position perpendicular to a plane parallel to the base, - a back guard is articulated between a collapsed position parallel to another edge of the base and an extended position perpendicular to a plane parallel to the base, in order to allow the pallet to be unfolded or retracted at least between, on one hand, an unfolded operating configuration in which the rails and the back guard are extended perpendicularly to a plane parallel to the base and, on the other hand, a transport configuration in which the rails (2a, 2b) and the back guard are collapsed on the base, characterised in that the pallet has, one double-latch attachment system per rail for attaching each rail to the back guard when the pallet is in an unfolded operating configuration, the double-latch attachment system comprising a first part attached to a rail and a second part attached to the back guard, the first part comprising a projection forming the first latch, which is intended to be introduced into a recess in the back guard when a rail is attached to the back guard, the second part forming the second latch comprising a bar that is movable in parallel with the sides of the back guard and is intended to penetrate a recess in the first part. - two rails (2a, 2b) are articulated between a collapsed position parallel to two opposing edges of the base and an extended position perpendicular to a plane parallel to the base, - a back guard is articulated between a collapsed position parallel to another edge of the base and an extended position perpendicular to a plane parallel to the base, in order to allow the pallet to be unfolded or retracted at least between, on one hand, an unfolded operating configuration in which the rails and the back guard are extended perpendicularly to a plane parallel to the base and, on the other hand, a transport configuration in which the rails (2a, 2b) and the back guard are collapsed on the base, characterised in that the pallet has, one double-latch attachment system per rail for attaching each rail to the back guard when the pallet is in an unfolded operating configuration, the double-latch attachment system comprising a first part attached to a rail and a second part attached to the back guard, the first part comprising a projection forming the first latch, which is intended to be introduced into a recess in the back guard when a rail is attached to the back guard, the second part forming the second latch comprising a bar that is movable in parallel with the sides of the back guard and is intended to penetrate a recess in the first part.
A method utilized in a communication network, comprising: identifying, by a wireless communication apparatus as a function of a cell group identification, a transmit position of at least one symbol in which to transmit a highly detectable pilot, wherein the at least one symbol is at least one data symbol, creating, by said wireless communication apparatus, a combination of the at least one symbol and a second symbol; and transmitting, from said wireless communication apparatus, the highly detectable pilot in a portion of the combination, wherein the highly detectable pilot is transmitted utilizing two symbols of said combination to one or more receivers for a determination of the position of any of said one or more receivers. identifying, by a wireless communication apparatus as a function of a cell group identification, a transmit position of at least one symbol in which to transmit a highly detectable pilot, wherein the at least one symbol is at least one data symbol, creating, by said wireless communication apparatus, a combination of the at least one symbol and a second symbol; and transmitting, from said wireless communication apparatus, the highly detectable pilot in a portion of the combination, wherein the highly detectable pilot is transmitted utilizing two symbols of said combination to one or more receivers for a determination of the position of any of said one or more receivers.
An optical member comprising: a substrate; and a film containing a plurality of chain particles and having a refractive index of 1.20 or more and 1.27 or less at a wavelength of 550 nm, on the substrate, wherein the film includes an alcohol having an ether bond or an ester bond and having a branched structure having 4 to 7 carbon atoms, characterized in that the alcohol is present in the film in an amount within a range of 1.0 mg/cm 3 or more and 2.8 mg/cm 3 or less. a substrate; and a film containing a plurality of chain particles and having a refractive index of 1.20 or more and 1.27 or less at a wavelength of 550 nm, on the substrate, wherein the film includes an alcohol having an ether bond or an ester bond and having a branched structure having 4 to 7 carbon atoms, characterized in that the alcohol is present in the film in an amount within a range of 1.0 mg/cm 3 or more and 2.8 mg/cm 3 or less.
A method for configuring a redundant protocol data unit, PDU, session, and/or a redundant quality of service, QoS, flow, comprising: obtaining, by a RAN master node, first redundancy indication information for establishing or modifying a PDU session and/or a quality of service, QoS, flow from a core network or a source RAN master node; and configuring the redundant PDU session and/or the redundant QoS flow on a corresponding radio access network, RAN, node, according to the first redundancy indication information; wherein configuring the redundant PDU session and/or the redundant QoS flow on the corresponding RAN node comprises: configuring the redundant PDU session and/or the redundant QoS flow on a RAN secondary node, characterised by: before configuring the redundant PDU session and/or the redundant QoS flow on the RAN secondary node, further comprising: sending, by the RAN master node, second redundancy indication information for establishing or modifying the PDU session and/or the QoS flow to the RAN secondary node; wherein the first redundancy indication information is different from the second redundancy indication information. obtaining, by a RAN master node, first redundancy indication information for establishing or modifying a PDU session and/or a quality of service, QoS, flow from a core network or a source RAN master node; and configuring the redundant PDU session and/or the redundant QoS flow on a corresponding radio access network, RAN, node, according to the first redundancy indication information; wherein configuring the redundant PDU session and/or the redundant QoS flow on the corresponding RAN node comprises: configuring the redundant PDU session and/or the redundant QoS flow on a RAN secondary node, characterised by: before configuring the redundant PDU session and/or the redundant QoS flow on the RAN secondary node, further comprising: sending, by the RAN master node, second redundancy indication information for establishing or modifying the PDU session and/or the QoS flow to the RAN secondary node; wherein the first redundancy indication information is different from the second redundancy indication information. sending, by the RAN master node, second redundancy indication information for establishing or modifying the PDU session and/or the QoS flow to the RAN secondary node; wherein the first redundancy indication information is different from the second redundancy indication information.
An underwater swimming aid, characterized in that the underwater swimming aid comprises: a power device, comprising a propeller for providing propulsion power and a connecting plate fixed to the propeller; and a camera instrument fixing device, comprising a mounting bracket and a fixing bracket, wherein the mounting bracket is fixed to the connecting plate, and the fixing bracket is fixedly connected to the mounting bracket and is used for fixing a camera instrument; characterised in that the fixing bracket has a]-shaped cross-section and comprises a fixed block and two stretchable blocks, the stretchable blocks are located at two ends of the fixed block, the fixed block has a hollow space allowing the stretchable blocks to slide therein, and the stretchable blocks are provided with springs. a power device, comprising a propeller for providing propulsion power and a connecting plate fixed to the propeller; and a camera instrument fixing device, comprising a mounting bracket and a fixing bracket, wherein the mounting bracket is fixed to the connecting plate, and the fixing bracket is fixedly connected to the mounting bracket and is used for fixing a camera instrument; characterised in that the fixing bracket has a]-shaped cross-section and comprises a fixed block and two stretchable blocks, the stretchable blocks are located at two ends of the fixed block, the fixed block has a hollow space allowing the stretchable blocks to slide therein, and the stretchable blocks are provided with springs.
A drug dispenser device comprising: - a housing (10a,10b,12) which comprises an outlet for insertion into a body cavity of a patient, - a drug discharge device in the housing comprising a container for storing a drug formulation to be dispensed and a discharge mechanism for discharge of said drug formulation from said container to said outlet, the drug discharge device disposed in the housing such that the discharge mechanism is held stationary and the container is movable in a first direction relative to the discharge mechanism to put the device in a discharge mode where the formulation is discharged from the container to the outlet; and - a transfer arrangement for transferring the container in the first direction relative to the discharge mechanism comprising a first part attached to the container, a second part connected to the first part so that the first and second parts are movable towards and away from each other, a return biasing force mechanism (50a,50b) for biasing the first and second parts to a resting configuration thereof, a latch (34a,34b) adapted in use to latch the first part against movement in the first direction, and a latch release (44a,44b) adapted for releasing the latch when an actuating force of greater than a pre-determined threshold force is applied to the second part in the first direction; characterised in that the first and second parts are provided with co-operable drive features (37a,37b) adapted in use to engage after the latch is released to enable the actuating force to move the first part in the first direction through drive from the second part through the co-operable drive features (37a,37b) and so carry the container in the first direction relative to the discharge mechanism to put the drug discharge device in its discharge mode. - a housing (10a,10b,12) which comprises an outlet for insertion into a body cavity of a patient, - a drug discharge device in the housing comprising a container for storing a drug formulation to be dispensed and a discharge mechanism for discharge of said drug formulation from said container to said outlet, the drug discharge device disposed in the housing such that the discharge mechanism is held stationary and the container is movable in a first direction relative to the discharge mechanism to put the device in a discharge mode where the formulation is discharged from the container to the outlet; and - a transfer arrangement for transferring the container in the first direction relative to the discharge mechanism comprising a first part attached to the container, a second part connected to the first part so that the first and second parts are movable towards and away from each other, a return biasing force mechanism (50a,50b) for biasing the first and second parts to a resting configuration thereof, a latch (34a,34b) adapted in use to latch the first part against movement in the first direction, and a latch release (44a,44b) adapted for releasing the latch when an actuating force of greater than a pre-determined threshold force is applied to the second part in the first direction;
A device for administering a fluid product, the device including: a) a housing (1, 4) with a reservoir for the product, b) a conveyor device (3, 15) for the product, c) a coupling input member rotatably moveable about an axis of rotation for driving the conveyor device (3, 15), d) a first locking member non-rotatably connected to the coupling input member, e) a second locking member which in releasable locking engagement with the first locking member prevents rotational movement thereof in a drive direction and permits same in an opposite dosing direction, f) a torsion spring which is so connected to the coupling input member that it is tensioned by the rotational movement when the locking members are in locking engagement and after release of the locking engagement drives the coupling input member in rotation, g) a release element which is coupled to at least one of the locking members in such a way that a release movement of the release element moves the at least one of the locking members out of the locking engagement, h) wherein the release element also forms a dosing member for setting a product dose, characterised in that the release element is coupled to the torsion spring in such a way that the torsion spring is tensioned by a dosing movement of the release element 28) when the locking members are in locking engagement. a) a housing (1, 4) with a reservoir for the product, b) a conveyor device (3, 15) for the product, c) a coupling input member rotatably moveable about an axis of rotation for driving the conveyor device (3, 15), d) a first locking member non-rotatably connected to the coupling input member, e) a second locking member which in releasable locking engagement with the first locking member prevents rotational movement thereof in a drive direction and permits same in an opposite dosing direction, f) a torsion spring which is so connected to the coupling input member that it is tensioned by the rotational movement when the locking members are in locking engagement and after release of the locking engagement drives the coupling input member in rotation, g) a release element which is coupled to at least one of the locking members in such a way that a release movement of the release element moves the at least one of the locking members out of the locking engagement, h) wherein the release element also forms a dosing member for setting a product dose,
Temperature control device for individual battery cells assembled to form a module, having a base body which, for the purpose of circumferentially enclosing the battery cells, comprises two opposing sealing elements (4, 5) having passage openings located opposite one another in pairs with respect to a respective joining axis, and which base body forms a flow channel extending transversely to the joining axes for a temperature control fluid, characterized in that the sealing elements (4, 5) are two moulded parts which are identical to one another and which are aligned point-symmetrically with respect to one another and connected to one another and which sealing elements (4, 5) form via a respective bearing surface the base body, wherein a receiving groove having a seal compensation region adjoins the bearing surface on the inside of the base body.
An assist device that includes: a main body portion to be attached to a mid back portion of a worker; right and left arm portions that extend forward from the main body portion; and a lifting/lowering device that is provided in the main body portion and is configured to wind and unwind right and left wires (18,19) that extend from the lifting/lowering device, the assist device comprising: right and left support members supported by the arm portions so as to be capable of changing their orientations about respective extension axes parallel to directions in which the arm portions extend; and right and left rotating bodies supported by the support members so as to be capable of rotating about respective lateral axes that intersect the extension axes, wherein said right and left wires (18, 19) are wrapped around the rotating bodies and extend downward from the rotating bodies, wherein right and left hand portions configured to hold a package are connected to extension ends of the wires (18, 19), and wherein the lifting/lowering device is configured to raise the hand portions by winding the wires (18, 19), and the lifting/lowering device is configured to lower the hand portions by unwinding the wires (18, 19), the assist device being characterized by comprising right and left fixing portions capable of fixing and unfixing the support members to and from the arm portions at predetermined positions about the extension axes. right and left support members supported by the arm portions so as to be capable of changing their orientations about respective extension axes parallel to directions in which the arm portions extend; and right and left rotating bodies supported by the support members so as to be capable of rotating about respective lateral axes that intersect the extension axes, wherein said right and left wires (18, 19) are wrapped around the rotating bodies and extend downward from the rotating bodies, wherein right and left hand portions configured to hold a package are connected to extension ends of the wires (18, 19), and wherein the lifting/lowering device is configured to raise the hand portions by winding the wires (18, 19), and the lifting/lowering device is configured to lower the hand portions by unwinding the wires (18, 19), the assist device being characterized by comprising right and left fixing portions capable of fixing and unfixing the support members to and from the arm portions at predetermined positions about the extension axes.
A data processing method comprising: determining a resource to be expanded in a resource group of a container service, wherein the resource group includes a plurality of different types of resources associated with the container service, and the resource to be expanded is a resource that fails to meet a scheduling requirement among the plurality of different types of resources during resource scheduling; performing a capacity expansion for the resource to be expanded to obtain an expanded resource; and characterised in: combining the expanded resource and other types of resources in the resource group except the resource to be expanded, to form a new resource group; using different identification information to distinguish between the resource group before the capacity expansion and the new resource group after the capacity expansion that is after expanding the capacity of the resource to be expanded; and determining respective scheduling statuses of the resource group before the capacity expansion and the new resource group after the capacity expansion according to the different identification information. determining a resource to be expanded in a resource group of a container service, wherein the resource group includes a plurality of different types of resources associated with the container service, and the resource to be expanded is a resource that fails to meet a scheduling requirement among the plurality of different types of resources during resource scheduling; performing a capacity expansion for the resource to be expanded to obtain an expanded resource; and characterised in: combining the expanded resource and other types of resources in the resource group except the resource to be expanded, to form a new resource group; using different identification information to distinguish between the resource group before the capacity expansion and the new resource group after the capacity expansion that is after expanding the capacity of the resource to be expanded; and determining respective scheduling statuses of the resource group before the capacity expansion and the new resource group after the capacity expansion according to the different identification information. combining the expanded resource and other types of resources in the resource group except the resource to be expanded, to form a new resource group; using different identification information to distinguish between the resource group before the capacity expansion and the new resource group after the capacity expansion that is after expanding the capacity of the resource to be expanded; and determining respective scheduling statuses of the resource group before the capacity expansion and the new resource group after the capacity expansion according to the different identification information.
A cable comprising at least one elongated conductive element sheathed by at least: - a first polymeric layer obtained from a first composition comprising a first polymer material and a first filler; and - a second polymeric layer obtained from a second composition comprising a second polymer material and a second filler; characterised in that: - the said first filler comprises at least a first oxide of such type as the oxide of an alkaline earth metal; and - the said second filler comprises at least a first silicate and a second silicate, the second silicate being different from the first silicate. - a first polymeric layer obtained from a first composition comprising a first polymer material and a first filler; and - a second polymeric layer obtained from a second composition comprising a second polymer material and a second filler; - the said first filler comprises at least a first oxide of such type as the oxide of an alkaline earth metal; and - the said second filler comprises at least a first silicate and a second silicate, the second silicate being different from the first silicate.
Screen device, which comprises: • a screen; • a motor for the driving of the rolling up and rolling down movement of the screen, which comprises one or more electrical wires for the supply of electric power and/or earthing of the motor and which is connected to said screen; • an electric power supply cable which comprises one or more electrical wires for the supply of electric power to and/or the earthing of one or more electric wires of said motor; • a housing, which comprises a fastening body and which shields said motor; • said motor attached to said fastening body; • a switch, characterised in that said switch is provided with an on and off position, whereby in the on position electric power can be supplied to the motor via the electric power supply cable, whereby the electric power supply to the motor is interrupted in the off position, in which said switch is situated near to the motor, the fastening body or the housing and whereby said switch is constructed to interrupt the electric power when accessing the motor. • a screen; • a motor for the driving of the rolling up and rolling down movement of the screen, which comprises one or more electrical wires for the supply of electric power and/or earthing of the motor and which is connected to said screen; • an electric power supply cable which comprises one or more electrical wires for the supply of electric power to and/or the earthing of one or more electric wires of said motor; • a housing, which comprises a fastening body and which shields said motor; • said motor attached to said fastening body; • a switch, characterised in that said switch is provided with an on and off position, whereby in the on position electric power can be supplied to the motor via the electric power supply cable, whereby the electric power supply to the motor is interrupted in the off position, in which said switch is situated near to the motor, the fastening body or the housing and whereby said switch is constructed to interrupt the electric power when accessing the motor.