mhurhangee/ep-ind-claims huggingface dataset:
A serializer/de-serializer, comprising: an operation mode management interface; and a clock recovery module that is configurable to operate in a first mode capable of locking onto an incoming embedded clock within a first locking time period, and in a second mode capable of locking onto the incoming embedded clock within a second locking time period shorter than said first locking time period, wherein a configuration of said clock recovery module is based on data received at said operation mode management interface; wherein the clock recovery module includes a phase locked loop, PLL, or a delay locked loop, DLL, and is configured to receive a transmit clock and use the transmit clock in a transition between different streams to prevent the PLL or DLL from floating. an operation mode management interface; and a clock recovery module that is configurable to operate in a first mode capable of locking onto an incoming embedded clock within a first locking time period, and in a second mode capable of locking onto the incoming embedded clock within a second locking time period shorter than said first locking time period, wherein a configuration of said clock recovery module is based on data received at said operation mode management interface; wherein the clock recovery module includes a phase locked loop, PLL, or a delay locked loop, DLL, and is configured to receive a transmit clock and use the transmit clock in a transition between different streams to prevent the PLL or DLL from floating.
A lubricating composition comprising an oil of lubricating viscosity and an N-substituted malimide, or mixtures thereof, wherein the N -substituted malimide is present in an amount in the range of 0.1 wt % to 5 wt % of the lubricating composition, and wherein the lubricating composition is characterised as having (i) a sulphur content of 0.5 wt % or less, (ii) a phosphorus content of 0.1 wt % or less, and (iii) a sulphated ash of 1.5 wt % or less.
A function control method, performed by a first device, the method comprising: monitoring (S 11) a function trigger event that has a preset correspondence with function configuration information; retrieving the function configuration information corresponding to the function trigger event in response to that the function trigger event is detected; and controlling a second device to perform a specified function triggered by the function trigger event based on the function configuration information, wherein the function configuration information indicates the specified function, and wherein the controlling the second device to perform the specified function triggered by the function trigger event based on the function configuration information comprises: determining devices that have a capability to perform the specified function based on capabilities supported by other devices different from the first device which are pre-recorded or found; selecting the second device for performing the specified function from the devices that have the capability to perform the specified function; and sending a function performing instruction for performing the specified function to the selected second device, and controlling the second device to perform the specified function. monitoring (S 11) a function trigger event that has a preset correspondence with function configuration information; retrieving the function configuration information corresponding to the function trigger event in response to that the function trigger event is detected; and controlling a second device to perform a specified function triggered by the function trigger event based on the function configuration information, wherein the function configuration information indicates the specified function, and wherein the controlling the second device to perform the specified function triggered by the function trigger event based on the function configuration information comprises: determining devices that have a capability to perform the specified function based on capabilities supported by other devices different from the first device which are pre-recorded or found; selecting the second device for performing the specified function from the devices that have the capability to perform the specified function; and sending a function performing instruction for performing the specified function to the selected second device, and controlling the second device to perform the specified function. determining devices that have a capability to perform the specified function based on capabilities supported by other devices different from the first device which are pre-recorded or found; selecting the second device for performing the specified function from the devices that have the capability to perform the specified function; and sending a function performing instruction for performing the specified function to the selected second device, and controlling the second device to perform the specified function.
A resin composition comprising: a 50 to 80 vol% of binder resin made of a thermosetting resin; an additive dispersed in the binder resin, wherein the additive includes greater than or equal to 15 vol % and less than or equal to 25 vol% of PTFE (polytetrafluoroethylene), greater than or equal to 10 vol % and less than or equal to 20 vol% of graphite, and greater than 0 vol % and less than or equal to 4 vol% of MoS 2, an average particle size of each of the additive is less than 10 μm, an average particle size of the PTFE is larger than the average particle size of graphite and MoS 2 wherein the average particle diameter is the 50% diameter in the distribution of the sphere equivalent diameter obtained by the laser diffraction method in the state of the raw material before mixing with the binder resin. a 50 to 80 vol% of binder resin made of a thermosetting resin; an additive dispersed in the binder resin, wherein the additive includes greater than or equal to 15 vol % and less than or equal to 25 vol% of PTFE (polytetrafluoroethylene), greater than or equal to 10 vol % and less than or equal to 20 vol% of graphite, and greater than 0 vol % and less than or equal to 4 vol% of MoS 2, greater than or equal to 15 vol % and less than or equal to 25 vol% of PTFE (polytetrafluoroethylene), greater than or equal to 10 vol % and less than or equal to 20 vol% of graphite, and greater than 0 vol % and less than or equal to 4 vol% of MoS 2, an average particle size of each of the additive is less than 10 μm, an average particle size of the PTFE is larger than the average particle size of graphite and MoS 2 wherein the average particle diameter is the 50% diameter in the distribution of the sphere equivalent diameter obtained by the laser diffraction method in the state of the raw material before mixing with the binder resin.
A communications terminal for communicating data to and receiving data from a mobile communications network, the mobile communications network including a radio network part including one or more base stations configured to provide a low bandwidth communications interface in accordance with 3rd Generation Partnership Project, 3GPP, Long Term Evolution, LTE, or 3GPP General Packet Radio Service, GPRS, formed from a low bandwidth carrier for communicating the data to or receiving the data from the communications terminal in accordance with a relatively low bandwidth which is for allocation to low bandwidth devices, and to provide a high bandwidth communications interface, formed from a high bandwidth carrier in accordance with 3GPP LTE for communicating the data to or receiving the data from the communications terminal in accordance with a relatively high bandwidth, the communications terminal being configured to attach for communication to the high bandwidth interface, and to receive a command from the mobile communications network to detach from the high bandwidth interface and re-attach to the low bandwidth interface for communicating the data to or from the mobile communications network via the low bandwidth interface consequent on first predetermined conditions being satisfied, wherein the first predetermined conditions include at least one of a characteristic of the data communicated by the communications terminal via the high bandwidth interface, a state of the communications terminal attached to the high bandwidth interface or a relative utilisation of communications resources of the low bandwidth communications interface.
Method for automatically controlling the gear speed of a transmission of an electric bicycle, having the steps: acquiring at least one actual operating parameter of a drive component of the electric bicycle by acquiring an operating variable of the drive component, comparing the at least one actual operating parameter with a setpoint operating parameter which represents an operating point of the drive component which is linked, via a stored link, to a higher efficiency level, a higher safety level or a longer service life of components of the electric drive or of the drive component than in the case of operation according to the at least one actual operating parameter, and adjusting the at least one actual operating parameter to approach the target specification by changing the gear speed, wherein a pedal crank torque is acquired as the at least one actual operating parameter as a variable of driven electric bicycle components, wherein the pedal crank torque corresponds to the drive torque of the crank, wherein the target specification represents a maximum torque below which the pedal crank drive components, in particular the transmission, can carry out a gear speed change without permanent damage, wherein a time of a gear speed change is selected such that the acquired pedal crank torque is below the maximum torque during the gear speed change, characterized in that in addition a gear speed request is input, and if the gear speed request deviates from the current gear speed request, a gear speed change is delayed until the time is reached at which the acquired pedal crank torque is below the maximum torque.
A method of attaching a vibration floating washer with a sleeve to a heat insulating plate including an attaching-bolt insertion hole, said vibration floating washer being attached with a metallic damping element placed therebetween, said vibration floating washer including a male washer and a female washer, said male washer and said female washer respectively including a male sleeve and a female sleeve, at least one of said male sleeve and said female sleeve including a discontinuous projecting portion as a fitting portion provided thereon, wherein said male sleeve includes holes on its surface and said discontinuous projecting portion is circular protrusions on a periphery of each hole thereon, said method comprising disposing said Metallic damping element on the inner side and the peripheral edge portion of the attaching-bolt insertion hole; inserting said male sleeve of said male washer and said female sleeve of said female washer respectively into the bolt insertion hole from both sides of the heat insulating plate; and fitting and fixing said male washer and said female washer to each other with said circular protrusions so that said heat insulating plate is maintained in a state of noncontact with both said male washer and said female washer. disposing said Metallic damping element on the inner side and the peripheral edge portion of the attaching-bolt insertion hole; inserting said male sleeve of said male washer and said female sleeve of said female washer respectively into the bolt insertion hole from both sides of the heat insulating plate; and fitting and fixing said male washer and said female washer to each other with said circular protrusions so that said heat insulating plate is maintained in a state of noncontact with both said male washer and said female washer.
A tool for draining and refilling a vehicle tank for cryogenic fuel, wherein the tool when in position for use has a vertical direction and comprises a heat exchanger and a cooling tank, said cooling tank having an upper portion and a lower portion as viewed in the vertical direction of the tool and comprising a fuel outlet having at least one outlet valve, said fuel outlet being connected to a fuel outlet conduit, wherein said fuel outlet conduit comprises means for connecting said fuel outlet on the cooling tank to an inlet on said heat exchanger, and wherein said fuel outlet conduit comprises means for connecting said fuel outlet on the cooling tank to an inlet on a vehicle tank, and that the cooling tank further comprises an inlet, said inlet being connected to a fuel inlet conduit via a check valve, and that said fuel inlet conduit comprises means for connecting said inlet to an outlet from said heat exchanger, or to an outlet from a vehicle tank, and that the outlet of the heat exchanger comprises means for connecting to an inlet on a vehicle tank, characterized in that said heat exchanger is provided with means for connecting the inlet of the heat exchanger to a fuel outlet on the vehicle tank such that fuel from the vehicle tank can be conducted to said heat exchanger and returned to the vehicle tank.
A system comprising: a battery including opposing front and back sides; opposing right and left sides provided between the front and back sides; opposing upper and lower sides provided between the front and back sides, right and left sides; a terminal portion located at the upper side, the terminal portion including a plurality of ribs separated by respective slits opened in orthogonal directions, one of which is in a direction facing toward the left side, and having terminals disposed in the slits; and concave portions (107 and 113) located at opposite ends of the upper side and opened to the front side and the back side, respectively, and an imaging apparatus adapted to receive the battery, the imaging apparatus including: a battery receiving portion to receive the battery loaded to the imaging apparatus; a lens; and electric terminals configured to establish an electric connection with the terminals of the battery when the battery is loaded to the imaging apparatus. a battery including opposing front and back sides; opposing right and left sides provided between the front and back sides; opposing upper and lower sides provided between the front and back sides, right and left sides; a terminal portion located at the upper side, the terminal portion including a plurality of ribs separated by respective slits opened in orthogonal directions, one of which is in a direction facing toward the left side, and having terminals disposed in the slits; and concave portions (107 and 113) located at opposite ends of the upper side and opened to the front side and the back side, respectively, and an imaging apparatus adapted to receive the battery, the imaging apparatus including: a battery receiving portion to receive the battery loaded to the imaging apparatus; a lens; and electric terminals configured to establish an electric connection with the terminals of the battery when the battery is loaded to the imaging apparatus.
A method of handling a communication operation for a communication device configured with a first cell and a second cell of a network, the method comprising the steps of: determining a direction of a subframe according to an uplink, hereinafter referred to as UL,/ downlink, hereinafter referred to as DL, configuration of the first cell, and determining a direction of the subframe according to a reference UL/DL configuration; determining whether the direction of the subframe determined according to the UL/DL configuration of the first cell and the direction of the subframe determined according to the reference UL/DL configuration are the same; performing a first communication operation in the subframe via the first cell, if the direction of the subframe determined according to the UL/DL configuration of the first cell and the direction of the subframe determined according to the reference UL/DL configuration are the same; and stopping the first communication operation in the subframe via the first cell, if the direction of the subframe determined according to the UL/DL configuration of the first cell and the direction of the subframe determined according to the reference UL/DL configuration are different; wherein the communication device receives information of the reference UL/DL configuration in a higher layer signaling or a physical layer signaling transmitted by the network; wherein the reference UL/DL configuration is determined from a set of UL/DL configurations, and the set of UL/DL configurations comprises at least a UL/DL configuration different than both the UL/DL configuration of the first cell and a UL/DL configuration of the second cell. determining a direction of a subframe according to an uplink, hereinafter referred to as UL,/ downlink, hereinafter referred to as DL, configuration of the first cell, and determining a direction of the subframe according to a reference UL/DL configuration; determining whether the direction of the subframe determined according to the UL/DL configuration of the first cell and the direction of the subframe determined according to the reference UL/DL configuration are the same; performing a first communication operation in the subframe via the first cell, if the direction of the subframe determined according to the UL/DL configuration of the first cell and the direction of the subframe determined according to the reference UL/DL configuration are the same; and stopping the first communication operation in the subframe via the first cell, if the direction of the subframe determined according to the UL/DL configuration of the first cell and the direction of the subframe determined according to the reference UL/DL configuration are different; wherein the communication device receives information of the reference UL/DL configuration in a higher layer signaling or a physical layer signaling transmitted by the network; wherein the reference UL/DL configuration is determined from a set of UL/DL configurations, and the set of UL/DL configurations comprises at least a UL/DL configuration different than both the UL/DL configuration of the first cell and a UL/DL configuration of the second cell.
Concrete sleeper for a railroad track, with a concrete body and a measuring device having a sensor for detecting loads and/or deformations acting on the concrete sleeper during operation, characterized in that the concrete sleeper has at least one recess formed by a hollow profile firmly and integrally connected to the concrete body of the concrete sleeper, into which the measuring device can be removably inserted or in which it is inserted, the hollow profile forming an exact contact surface for the measuring device and loads acting on the concrete sleeper being able to be transmitted directly via the hollow profile to the measuring device.
A curing agent, suitable for curing epoxy resins, containing - at least one adduct of at least one primary diamine P1 and at least one aromatic monoepoxide, - at least one primary diamine P2, and - at least one secondary diamine, which is free of primary amino groups and free of hydroxyl groups, and which is not 1,3-bis(benzylaminomethyl)benzene. - at least one adduct of at least one primary diamine P1 and at least one aromatic monoepoxide, - at least one primary diamine P2, and - at least one secondary diamine, which is free of primary amino groups and free of hydroxyl groups, and which is not 1,3-bis(benzylaminomethyl)benzene.
A method for guarding an automated process to operate a household appliance based on a sensor measurement to provide an expected process parameter, wherein - the sensor measures a process parameter, - the process changes the process parameter by operating on a control parameter of the household appliance, - if a change in the control parameter does not lead towards the expected process parameter, then a first failure is acquired; and - a response to the first failure depends on the control parameter, characterised in that if the measured process parameter cannot be determined, it is extrapolated from a previous measurement, and a weighted failure is determined based on the magnitude of the control parameter. - the sensor measures a process parameter, - the process changes the process parameter by operating on a control parameter of the household appliance, - if a change in the control parameter does not lead towards the expected process parameter, then a first failure is acquired; and - a response to the first failure depends on the control parameter,
A knee prosthesis for implanting in a knee joint, comprising: a femoral component including a housing, the housing having an anterior wall; a tibial component; and a coupling component movably interconnecting the femoral component to the tibial component, the coupling component including a first post and a second post at least partially positioned within the first post, the first post having a protrusion configured to engage the anterior wall of the housing during hyperextension of a knee, wherein the second post includes a first elongated member positioned inside the first post and a second elongated member, the knee prosthesis being characterised in that the second elongate member is positioned within the tibial component and the second post reinforces the first post to resist bending forces developed during flexion. a femoral component including a housing, the housing having an anterior wall; a tibial component; and a coupling component movably interconnecting the femoral component to the tibial component, the coupling component including a first post and a second post at least partially positioned within the first post, the first post having a protrusion configured to engage the anterior wall of the housing during hyperextension of a knee, wherein the second post includes a first elongated member positioned inside the first post and a second elongated member,
An iliosacral implant for a spinal osteosynthesis system that includes a connection element comprising: • a collar having an axial through hole for having an anchor element passing therethrough, and a transverse through hole that opens out into the axial hole; • a receptacle that is connected to the collar and that presents a reception housing for receiving a connection rod of the spinal osteosynthesis system; and • a stopper for blocking the anchor element in the axial hole of the collar; the implant being characterized in that the stopper comprises: • a body that is movably mounted through the through hole of the collar; and • a drive portion that is accessible via the reception housing of the receptacle and that enables the body to be moved from a first position in which it leaves the anchor element free to move through the axial hole of the collar to a second position in which it blocks the anchor element in the axial hole of the collar. • a collar having an axial through hole for having an anchor element passing therethrough, and a transverse through hole that opens out into the axial hole; • a receptacle that is connected to the collar and that presents a reception housing for receiving a connection rod of the spinal osteosynthesis system; and • a stopper for blocking the anchor element in the axial hole of the collar; • a body that is movably mounted through the through hole of the collar; and • a drive portion that is accessible via the reception housing of the receptacle and that enables the body to be moved from a first position in which it leaves the anchor element free to move through the axial hole of the collar to a second position in which it blocks the anchor element in the axial hole of the collar.