mhurhangee/ep-ind-claims huggingface dataset:
A method by a first device for controlling the first device, the method comprising: receiving control state information of a second device from the second device; obtaining a control signal indicating a control operation of the first device; selecting one among at least one or more stored control rules based on at least one of the received control state information or the obtained control signal; and changing the control operation indicated by the control signal based on the selected control rule; and performing the changed control operation on the first device based on the selected control rule. receiving control state information of a second device from the second device; obtaining a control signal indicating a control operation of the first device; selecting one among at least one or more stored control rules based on at least one of the received control state information or the obtained control signal; and changing the control operation indicated by the control signal based on the selected control rule; and performing the changed control operation on the first device based on the selected control rule.
A telescopic post for a hospital bed barrier, comprising an upper part, an intermediate part, a lower part, movable with respect to each other, a control means comprising: - a first retaining means, able to cooperate with the upper part, so as to lock the upper part in a raised position with respect to the intermediate part, - a second retaining means, able to cooperate with the lower part, so as to lock the intermediate part in a raised position with respect to the lower part, the post being characterised in that the control means is rotatably mounted with respect to the upper part and to the intermediate part, so that when the upper part and the intermediate part are in a raised position, pivoting the control means causes: - the upper part to be unlocked with respect to the intermediate part, or both the upper part with respect to the intermediate part and the intermediate part with respect to the lower part to be unlocked. - a first retaining means, able to cooperate with the upper part, so as to lock the upper part in a raised position with respect to the intermediate part, - a second retaining means, able to cooperate with the lower part, so as to lock the intermediate part in a raised position with respect to the lower part, - the upper part to be unlocked with respect to the intermediate part,
Method for the monitoring of the carbon monoxide emission of a fuel cell heating system having a reformer, a fuel cell stack and an afterburner, a reformer temperature sensor for detecting the reformer temperature, an afterburner temperature sensor for detecting the afterburner temperature, a voltage sensor for detecting the stack voltage and having a mass flow sensor for detecting the cathode air mass flow rate, characterised by the cyclic steps of a) determining whether the afterburner temperature is within a range of between 750°C and 1000°C; b) determining whether the reformer temperature is greater than 550°C, preferably greater than 640°C; c) determining whether the cathode mass air flow rate is greater than 7.5 times the nominal mass gas flow rate in nominal operation; d) determining whether the stack voltage is greater than 0.65 V per cell of the stack; e) outputting of an error signal if the result of the determinations of one of steps a) to d) was negative, and characterised in that the mass flow sensor is a pressure switch which switches at a cathode mass air flow which is 7.5 times the nominal mass gas flow. a) determining whether the afterburner temperature is within a range of between 750°C and 1000°C; b) determining whether the reformer temperature is greater than 550°C, preferably greater than 640°C; c) determining whether the cathode mass air flow rate is greater than 7.5 times the nominal mass gas flow rate in nominal operation; d) determining whether the stack voltage is greater than 0.65 V per cell of the stack; e) outputting of an error signal if the result of the determinations of one of steps a) to d) was negative,
An apparatus comprising: at least one processor in communication with a memory and arranged to: receive, from an upper layer, a request for a multimedia telephony service, MMTEL, voice call or MMTEL video call; determine, in a REGISTERED ATTEMPTING-TO-UPDATE mobility state whether a General Packet Radio Service, GPRS, T3346 timer is running; and in response to reception of the request for the MMTEL voice or video call from the upper layer, initiate one of a routing areas update, RAU, or tracking areas update, TAU, when the GPRS T3346 timer is not running and at least one of T3411, T3402, T3311, and T3302 are running. receive, from an upper layer, a request for a multimedia telephony service, MMTEL, voice call or MMTEL video call; determine, in a REGISTERED ATTEMPTING-TO-UPDATE mobility state whether a General Packet Radio Service, GPRS, T3346 timer is running; and in response to reception of the request for the MMTEL voice or video call from the upper layer, initiate one of a routing areas update, RAU, or tracking areas update, TAU, when the GPRS T3346 timer is not running and at least one of T3411, T3402, T3311, and T3302 are running.
A quantum key distribution method for determining a secret cryptographic key shared between a sending unit and a receiving unit that are connected via a communication channel comprising a plurality of spatially separated amplifiers, the method comprising: transmitting, at the sending unit, at least one electromagnetic test pulse to the receiving unit via the communication channel, and determining a signal loss ( r E) in the communication channel caused by an eavesdropper based on the at least one electromagnetic test pulse detected at the receiving unit; transmitting, at the sending unit, a first sequence of electromagnetic pulses to the receiving unit via the communication channel for establishing a shared secret cryptographic key, wherein the transmitted first sequence of electromagnetic pulses along the communication channel are amplified by the spatially separated amplifiers; wherein each electromagnetic pulse of the first sequence of electromagnetic pulses corresponds to a bit of a random bit sequence according to a ciphering protocol; and determining at least one ciphering parameter of the ciphering protocol by maximizing an expected key generation rate ( L f / L) with respect to the at least one ciphering parameter using an information theory model for the expected key generation rate ( L f / L), wherein the determined signal loss ( r E) and at least one amplification parameter of the spatially separated amplifiers are taken into account as input parameters to the information theory model. transmitting, at the sending unit, at least one electromagnetic test pulse to the receiving unit via the communication channel, and determining a signal loss ( r E) in the communication channel caused by an eavesdropper based on the at least one electromagnetic test pulse detected at the receiving unit; transmitting, at the sending unit, a first sequence of electromagnetic pulses to the receiving unit via the communication channel for establishing a shared secret cryptographic key, wherein the transmitted first sequence of electromagnetic pulses along the communication channel are amplified by the spatially separated amplifiers; wherein each electromagnetic pulse of the first sequence of electromagnetic pulses corresponds to a bit of a random bit sequence according to a ciphering protocol; and determining at least one ciphering parameter of the ciphering protocol by maximizing an expected key generation rate ( L f / L) with respect to the at least one ciphering parameter using an information theory model for the expected key generation rate ( L f / L), wherein the determined signal loss ( r E) and at least one amplification parameter of the spatially separated amplifiers are taken into account as input parameters to the information theory model.
A composition comprising an active agent, said active agent comprising: a) a therapeutically effective amount of a LukA polypeptide having the amino acid sequence of any of SEQ ID NOS:1-14, or a sequence having at least 70% sequence similarity to any of SEQ ID NOS:1-14; and b) a therapeutically effective amount of a LukB polypeptide having the amino acid sequence of any of SEQ ID NOS:15-27, or a sequence having at least 70% sequence similarity to any of SEQ ID NOS:15-27, wherein said LukA polypeptide and/or LukB polypeptide is substantially free from other proteins and cell components with which LukA and LukB are associated in their native state.
A composition that comprises a fermentation product comprising a solid substance wherein a mono-culture or co-culture of Methylobacterium is adhered thereto, wherein the solid substance comprises a plurality of particles of 2 microns to about 1000 microns in average length or average diameter, wherein the Methylobacterium titer of said particles is 5 x 10 8 colony-forming units per gram of particles to 5 x 10 13 colony-forming units of Methylobacterium per gram of particles wherein said solid substance is essentially free of contaminating microorganisms and is not a photosynthetic microorganism, and wherein the composition optionally further comprises at least one of an agriculturally acceptable adjuvant and/or an agriculturally acceptable excipient or wherein the solid substance optionally comprises an agriculturally acceptable adjuvant or an agriculturally acceptable excipient.
Clip for attaching a fluid circulation pipe to a drive arm of a windscreen wiper of a vehicle, in particular of a motor vehicle, the arm comprising a housing having a cross section in the shape of an upside-down U defining a longitudinal internal cavity and comprising two flanks (18a, 18b) connected to one another by a bottom wall, this clip having an essentially U-like general shape, whose median part comprises means for retaining the pipe and the branches (36, 38) are elastically deformable and are configured to cooperate, preferably by elastic snap-fitting, with the arm, the branches (36, 38) of the clip being essentially parallel and intended to be arranged inside the longitudinal internal cavity of the housing and at least one of the branches further comprising at its free end elastically deformable bearing means (60, 62, 64) that are configured to cooperate with the bottom wall of the housing, characterized in that the bearing means comprise an elastically deformable tab (60, 62) of which one end is connected to the free end of the branch and of which the opposite end comprises a bearing surface intended to cooperate with the arm, each branch (36, 38) and its tab (60, 62) extend essentially in one and the same plane.
A piezoelectric actuator, comprising: a piezoelectric element; and an electrode structure, comprising at least two electrodes, wherein the latter with its electrodes is arranged exclusively on a side of the piezoelectric element; and at least one top element, comprising an inner cavity, wherein the top element is attached onto the piezoelectric element and on the side of the electrode structure of the piezoelectric element, and the top element at least partially encompasses the electrode structure of the piezoelectric actuator such that the inner cavity defines an extensive area of said electrode structure, and wherein the top element is exclusively in contact with the piezoelectric element, and wherein the top element is adapted to the electrode structure fitted on one side of the piezoelectric actuator such that the top element limits an expansion in the plane of the piezoelectric element in the directions in which said piezoelectric element essentially expands due to the configuration of the electrode structure. a piezoelectric element; and an electrode structure, comprising at least two electrodes, wherein the latter with its electrodes is arranged exclusively on a side of the piezoelectric element; and at least one top element, comprising an inner cavity, wherein the top element is attached onto the piezoelectric element and on the side of the electrode structure of the piezoelectric element, and the top element at least partially encompasses the electrode structure of the piezoelectric actuator such that the inner cavity defines an extensive area of said electrode structure, and wherein the top element is exclusively in contact with the piezoelectric element, and wherein the top element is adapted to the electrode structure fitted on one side of the piezoelectric actuator such that the top element limits an expansion in the plane of the piezoelectric element in the directions in which said piezoelectric element essentially expands due to the configuration of the electrode structure.
A transgenic plant comprising DNA encoding a Vip3Ab insecticidal protein and DNA encoding a Cry1Ca insecticidal protein, said plant further comprising DNA encoding a third insecticidal protein, said third protein being selected from the group consisting of Cry1Fa and Cry1Da.
A nebulizer comprising a vibrating aperture plate, a mounting, an actuator, and an aperture plate drive circuit having a controller, wherein the controller is configured to: measure an electrical drive parameter at each of a plurality of measuring points each measuring point having a drive frequency; and based on the values of the parameter at the measuring points make a determination of optimum drive frequency and also an end-of-dose prediction, characterized in that, the controller is configured to perform a short scan at which a parameter is measured at each of two or more measuring points with different drive frequencies, and according to drive parameter measurements at these points determine if a full scan sweeping across a larger number of measuring points should be performed. measure an electrical drive parameter at each of a plurality of measuring points each measuring point having a drive frequency; and based on the values of the parameter at the measuring points make a determination of optimum drive frequency and also an end-of-dose prediction, the controller is configured to perform a short scan at which a parameter is measured at each of two or more measuring points with different drive frequencies, and according to drive parameter measurements at these points determine if a full scan sweeping across a larger number of measuring points should be performed.
An OLED light-emitting device, comprising a substrate, and an anode, a hole transport layer, a blue phosphorescent light-emitting layer and a cathode provided on the substrate; the OLED light-emitting device further comprises an Ag nanolayer located between the anode and the hole transport layer, wherein the Ag nanolayer is a layer comprising Ag nanoparticles; wherein the absorption spectrum of the Ag nanolayer overlaps the emission spectrum of the blue phosphorescent light-emitting layer, and the blue phosphorescent light-emitting layer is located within the penetration depth of surface plasmon of Ag nanoparticles in the Ag nanolayer, and characterized in that: the hole transport layer has a thickness between 1100 and 1300 nm.
A reclining adjuster supporting a movable bracket mounted to a seat back frame, rotatably to a stationary bracket, that adjusts an angle of inclination of a seat back, comprising: a worm supported on one of either the stationary bracket (1,2) or the movable bracket; and a worm wheel that meshes with the worm, supported on the other of either the stationary bracket or the movable bracket; wherein a engaging member that engages the worm and locks the worm makes it impossible to rotate, one end in a axial direction of the worm is supported by a fixed bearing mounted on the stationary bracket or the movable bracket, characterised in that the other end in the axial direction is supported by a movable bearing which is supported movably in a direction perpendicular to the axial direction of the worm and mounted on the stationary bracket or the movable bracket; further comprising a pressing member (21, 22) that presses the movable bearing in a direction to approach the worm wheel, to incline the axial center of the worm around an end of the fixed bearing side thereby pressing the worm toward the worm wheel to brake the rotating speed of the worm through frictional force when holding the seat back at predetermined angle of inclination. a worm supported on one of either the stationary bracket (1,2) or the movable bracket; and a worm wheel that meshes with the worm, supported on the other of either the stationary bracket or the movable bracket; wherein a engaging member that engages the worm and locks the worm makes it impossible to rotate, one end in a axial direction of the worm is supported by a fixed bearing mounted on the stationary bracket or the movable bracket, characterised in that the other end in the axial direction is supported by a movable bearing which is supported movably in a direction perpendicular to the axial direction of the worm and mounted on the stationary bracket or the movable bracket; further comprising a pressing member (21, 22) that presses the movable bearing in a direction to approach the worm wheel, to incline the axial center of the worm around an end of the fixed bearing side thereby pressing the worm toward the worm wheel to brake the rotating speed of the worm through frictional force when holding the seat back at predetermined angle of inclination.
A fuel cell system that is caused to generate power by supplying an anode gas and a cathode gas to a fuel cell, comprising: a coolant circulation passage through which a coolant for cooling the fuel cell circulates; a pump provided in the coolant circulation passage to circulate the coolant; a radiation unit provided in the coolant circulation passage to cool the coolant by discharging heat from the coolant; a bypass passage connected to the coolant circulation passage so as to bypass the radiation unit; an open/close valve that is provided in a convergence portion where low temperature coolant that has passed through the radiation unit and high temperature coolant that has passed through the bypass passage without passing through the radiation unit converge, and that opens when a temperature of the high temperature coolant reaches or exceeds a predetermined opening temperature, whereby the low temperature coolant and the high temperature coolant converge and are supplied thus to the fuel cell; and a basic discharge flow calculating unit configured to calculate a basic discharge flow of the pump in accordance with a condition of the fuel cell; the fuel cell system being characterized by a discharge flow increasing unit configured to increase a discharge flow of the pump above the basic discharge flow when the temperature of the low temperature coolant is lower than a predetermined temperature. a coolant circulation passage through which a coolant for cooling the fuel cell circulates; a pump provided in the coolant circulation passage to circulate the coolant; a radiation unit provided in the coolant circulation passage to cool the coolant by discharging heat from the coolant; a bypass passage connected to the coolant circulation passage so as to bypass the radiation unit; an open/close valve that is provided in a convergence portion where low temperature coolant that has passed through the radiation unit and high temperature coolant that has passed through the bypass passage without passing through the radiation unit converge, and that opens when a temperature of the high temperature coolant reaches or exceeds a predetermined opening temperature, whereby the low temperature coolant and the high temperature coolant converge and are supplied thus to the fuel cell; and a basic discharge flow calculating unit configured to calculate a basic discharge flow of the pump in accordance with a condition of the fuel cell; the fuel cell system being characterized by a discharge flow increasing unit configured to increase a discharge flow of the pump above the basic discharge flow when the temperature of the low temperature coolant is lower than a predetermined temperature.
A method comprising: configuring, by a first application executed by a control plane of a network device and via a first interface executed by a forwarding unit of the network device, an internal forwarding path of the forwarding unit with a sandbox that comprises a container for instructions to be configured inline within the internal forwarding path, wherein the internal forwarding path comprises one or more forwarding path elements, and wherein at least a portion of the internal forwarding path is stored to a memory of the forwarding unit and wherein the at least a portion of the internal forwarding path is executable by a packet processor of the forwarding unit; configuring, by the first application, a socket for the sandbox; configuring, by a second application executed by the control plane of the network device and via a second interface executed by the forwarding unit of the network device, the sandbox with instructions for the sandbox;and processing, by the packet processor, a packet received by the forwarding unit using the instructions for the sandbox to cause the forwarding unit to send the packet to the second application via the socket; wherein the instructions for the sandbox determine processing of packets within the sandbox. configuring, by a first application executed by a control plane of a network device and via a first interface executed by a forwarding unit of the network device, an internal forwarding path of the forwarding unit with a sandbox that comprises a container for instructions to be configured inline within the internal forwarding path, wherein the internal forwarding path comprises one or more forwarding path elements, and wherein at least a portion of the internal forwarding path is stored to a memory of the forwarding unit and wherein the at least a portion of the internal forwarding path is executable by a packet processor of the forwarding unit; configuring, by the first application, a socket for the sandbox; configuring, by a second application executed by the control plane of the network device and via a second interface executed by the forwarding unit of the network device, the sandbox with instructions for the sandbox;and processing, by the packet processor, a packet received by the forwarding unit using the instructions for the sandbox to cause the forwarding unit to send the packet to the second application via the socket; wherein the instructions for the sandbox determine processing of packets within the sandbox.
Rotor for a camshaft adjuster for rotation about a rotational axis, having an inner shell, an outer shell, at least one control vane which points at least substantially radially away from the rotational axis, and at least a first fluid duct system and a second fluid duct system, the first fluid duct system opening into the outer shell in a first fluid duct opening and the second fluid duct system opening into the outer shell in a second fluid duct opening for the adjustable pressure loading of the first control vane side and the second control vane side by means of one or more pressure fluids which are conducted through the first fluid duct system and the second fluid duct system, characterized in that the rotor comprising: - a first sinter-joined part, - a second sinter-joined part which is joined to the first sinter-joined part, and - an insert part which is inserted into an intermediate space which is formed by at least one of a first recess of the first sinter-joined part and a second recess of the second sinter-joined part. - a first sinter-joined part, - a second sinter-joined part which is joined to the first sinter-joined part, and - an insert part which is inserted into an intermediate space which is formed by at least one of a first recess of the first sinter-joined part and a second recess of the second sinter-joined part.