mhurhangee/ep-ind-claims huggingface dataset:
A braking-driving force control system for controlling braking and driving force based on an operation amount of an acceleration pedal, comprising: - an operation amount detecting unit configured to detect a braking-driving force operation amount representing the operation amount of the acceleration pedal; - an electric motor/generator configured to generate a driving force; - a friction brake configured to generate a frictional braking force to each wheel; - an output shaft rotational state detecting unit provided on an output shaft of the electric motor/generator and configured to detect a rotational state of the output shaft; - an output shaft side speed calculation unit configured to calculate a first vehicle speed based on the rotational state of the output shaft detected by the output shaft rotational state detecting unit; - a wheel speed sensor configured to detect a second vehicle speed from the rotational state of the wheel; and - a braking-driving force control unit configured to control the braking-driving force using the braking-driving force operation amount, the first vehicle speed, and the second vehicle speed, wherein the braking-driving force control system is configured such that the electric motor/generator generates a regenerative braking force, and characterized in that the braking-driving force control unit is configured to control the braking-driving force based on the first vehicle speed when allowing only the regenerative braking force to be generated as a braking force while controlling the braking-driving force based on the second vehicle speed when the frictional braking force is generated. - an operation amount detecting unit configured to detect a braking-driving force operation amount representing the operation amount of the acceleration pedal; - an electric motor/generator configured to generate a driving force; - a friction brake configured to generate a frictional braking force to each wheel; - an output shaft rotational state detecting unit provided on an output shaft of the electric motor/generator and configured to detect a rotational state of the output shaft; - an output shaft side speed calculation unit configured to calculate a first vehicle speed based on the rotational state of the output shaft detected by the output shaft rotational state detecting unit; - a wheel speed sensor configured to detect a second vehicle speed from the rotational state of the wheel; and - a braking-driving force control unit configured to control the braking-driving force using the braking-driving force operation amount, the first vehicle speed, and the second vehicle speed,
A drum for a roller compactor for compacting construction materials such as soil or asphalt, comprising: an outer shell providing an exterior peripheral compacting surface; and an interior for housing an excitation system used to vibrate the drum, wherein the outer shell comprise: a non-elastic polymer; characterized in that reinforcing fibers are embedded within the non-elastic polymer; and at least one reinforcing component (50, 54) is at least partially embedded within the fiber-reinforced non-elastic polymer. an outer shell providing an exterior peripheral compacting surface; and an interior for housing an excitation system used to vibrate the drum, wherein the outer shell comprise: a non-elastic polymer; characterized in that reinforcing fibers are embedded within the non-elastic polymer; and at least one reinforcing component (50, 54) is at least partially embedded within the fiber-reinforced non-elastic polymer.
Brake assembly comprising a pressure reservoir, a brake actuator, a discharge unit and a brake element, wherein a first valve unit is hydraulically connected to the pressure reservoir and/or the brake actuator, and/or wherein the discharge unit is arranged between the pressure reservoir and the brake actuator, said first valve unit being movable into at least one position (41, 42) by a control unit, wherein the brake actuator, in use of the brake assembly, is hydraulically connectable to the pressure reservoir and, optionally, to the discharge unit, and, a second valve unit is hydraulically arranged between the pressure reservoir and the brake actuator and coupled to a manual operating unit, characterised in that the first valve unit has a snap-in locking device.
An analyte meter, comprising: a meter housing having a first part and a second part interfacing each other to form an internal chamber; and an analyte sensor electrical connector having a sensor port configured to receive an analyte sensor in a port entryway, and at least one wash port coupled to the sensor port and separate from the port entryway, the at least one wash port configured to receive a cleaning fluid; characterized in that the meter comprises a recessed pocket in the first part or the second part of the housing, and the analyte sensor electrical connector comprises a connector body seated in the recessed pocket of the analyte meter; wherein the connector body comprises a first wall, a second wall, the sensor port, the at least one wash port and at least two electrodes; wherein the at least two electrodes are located at a first wall of the analyte sensor electrical connector; wherein the at least one wash port is disposed in the second wall opposite the first wall and directly over the at least two electrodes to receive the cleaning fluid there through and onto the at least two electrodes and out the port entryway while the connector body is seated in the recessed pocket of the analyte meter. a meter housing having a first part and a second part interfacing each other to form an internal chamber; and an analyte sensor electrical connector having a sensor port configured to receive an analyte sensor in a port entryway, and at least one wash port coupled to the sensor port and separate from the port entryway, the at least one wash port configured to receive a cleaning fluid; characterized in that the meter comprises a recessed pocket in the first part or the second part of the housing, and a sensor port configured to receive an analyte sensor in a port entryway, and at least one wash port coupled to the sensor port and separate from the port entryway, the at least one wash port configured to receive a cleaning fluid; characterized in that the meter comprises a recessed pocket in the first part or the second part of the housing, and the analyte sensor electrical connector comprises a connector body seated in the recessed pocket of the analyte meter; wherein the connector body comprises a first wall, a second wall, the sensor port, the at least one wash port and at least two electrodes; wherein the at least two electrodes are located at a first wall of the analyte sensor electrical connector; wherein the at least one wash port is disposed in the second wall opposite the first wall and directly over the at least two electrodes to receive the cleaning fluid there through and onto the at least two electrodes and out the port entryway while the connector body is seated in the recessed pocket of the analyte meter.
Mechanical force measurement system for measuring an applied force onto an object, the measurement system comprising: - a sound wave generator being adapted to generate a solid borne sound wave signal within an object to be measured, - a first sound wave receiver (12, 12a) being adapted to receive a first solid borne sound wave signal based on the solid borne sound wave signal generated within the object to be measured by the sound wave generator, - a comparator unit being adapted to compare a phase of the generated solid borne sound wave signal and a phase of the first received solid borne sound wave signal, and to generate a comparison signal based thereon, - an evaluation unit being adapted to determine the mechanical force based on data stored in a data base and the comparison signal, wherein the data base has stored a relation of an applied mechanical force and a comparison hereto, - wherein the sound wave generator comprises a controlling unit being adapted to generate a sound wave generating controlling signal, which sound wave generating controlling signal forms a base for the generated solid borne sound wave signal, characterized in that the sound wave generator comprises an electro-magnetic converter being adapted to convert the sound wave generating controlling signal into a magnetic signal, wherein the sound wave generator is adapted to couple the magnetic signal into the object to be measured so as to generate the solid borne sound wave signal by magnetostriction within the object to be measured. - a sound wave generator being adapted to generate a solid borne sound wave signal within an object to be measured, - a first sound wave receiver (12, 12a) being adapted to receive a first solid borne sound wave signal based on the solid borne sound wave signal generated within the object to be measured by the sound wave generator, - a comparator unit being adapted to compare a phase of the generated solid borne sound wave signal and a phase of the first received solid borne sound wave signal, and to generate a comparison signal based thereon, - an evaluation unit being adapted to determine the mechanical force based on data stored in a data base and the comparison signal, wherein the data base has stored a relation of an applied mechanical force and a comparison hereto, - wherein the sound wave generator comprises a controlling unit being adapted to generate a sound wave generating controlling signal, which sound wave generating controlling signal forms a base for the generated solid borne sound wave signal, characterized in that the sound wave generator comprises an electro-magnetic converter being adapted to convert the sound wave generating controlling signal into a magnetic signal, wherein the sound wave generator is adapted to couple the magnetic signal into the object to be measured so as to generate the solid borne sound wave signal by magnetostriction within the object to be measured.
Method of motorised opening of a movable flap of a motor vehicle, the flap being of the type capable of being moved along a predefined trajectory, between a closed position and an open position, by motor-driven displacement means which can be actuated by at least one order, the flap comprising locking means designed to immobilise the flap in a closed position when they are activated, the flap further comprising obstacle detection means designed to detect obstacles likely to be located on the predefined trajectory and to allow the movement of the flap to be interrupted in the event of detection of at least one obstacle, the method comprising a detection step following a task by a user on a order in order to open the flap, the detection step consisting in implementing the obstacle detection means to detect an obstacle liable to be located on the trajectory, the method further comprising a deactivation step consisting in deactivating the locking means in order to make possible the displacement of the flap, said method being characterised in that the detection step and the deactivation step are initiated simultaneously. the flap being of the type capable of being moved along a predefined trajectory, between a closed position and an open position, by motor-driven displacement means which can be actuated by at least one order, the flap comprising locking means designed to immobilise the flap in a closed position when they are activated, the flap further comprising obstacle detection means designed to detect obstacles likely to be located on the predefined trajectory and to allow the movement of the flap to be interrupted in the event of detection of at least one obstacle, the method comprising a detection step following a task by a user on a order in order to open the flap, the detection step consisting in implementing the obstacle detection means to detect an obstacle liable to be located on the trajectory, the method further comprising a deactivation step consisting in deactivating the locking means in order to make possible the displacement of the flap, said method being characterised in that the detection step and the deactivation step are initiated simultaneously.
An implant insertion device for use with an intramedullary rod having a proximal end and an aperture for receiving a fastener and with a guide sleeve for inserting the fastener into the aperture of the intramedullary rod, comprising a body having a first portion adapted for coupling to the proximal end of the intramedullary rod and a second portion extending in a spaced position from the aperture of the intramedullary rod in the vicinity of the aperture when the proximal end of the intramedullary rod is coupled to the first portion, the second portion including a targeting assembly having a passageway for receiving the guide sleeve and for pivoting the guide sleeve relative to the aperture through an angular range, characterized in that when the guide sleeve is received in the passageway the targeting assembly is configured to rotate the guide sleeve relative to the second portion and to simultaneously move the guide sleeve longitudinally relative to the second portion as the guide sleeve is pivoted relative to the aperture.
A process for testing windscreen wiper blade end caps, in which a rubber element is fitted onto flexors by sliding the flexors from both sides into slots in the rubber element, then sliding a connector up to the middle of the wiper blade on the flexors so that the flexors and the rubber element are held together by the connector, then the connector is affixed to the flexors and, if applicable, spoilers specified for the type of windscreen wiper in question are slid up to the connector in order to reduce air resistance, after which end caps are, during the installation phase, pushed toward the windscreen wiper blade from both sides via a slide-in plate until a fitting tab on the bottom of each end cap slides into a receptacle on the end of the corresponding flexor, thus capping off the wiper blades and fixing them in place, characterised in that it tests, during the installation process, whether the end caps have been adequately fitted and secured, using a test device that includes, among other things, a securing bridge connected to or forming an integral part of a slide-in plate, a force-regulating unit and a test assembly head with an axis of rotation, such that at the end of the installation phase, the test assembly head grips the top of the end caps and, during what is termed the return phase, attempts, at an appropriate pre-set force controlled by the force-regulating unit, to remove the installed caps from their position as affixed to the windscreen wiper blades, such that if the assembly head jumps up, the end caps remain in place undamaged, then they have been adequately fitted and secured, but if they have been improperly secured, then they can be removed by the test assembly head during the return phase, and, once the end caps have been removed and the windscreen wiper blade inspected, further testing may take place.
An ink jet recording apparatus comprising: a recording head configured to eject ink; an ink tank including a filling portion for injecting ink to be supplied to the recording head, configured to be supplied with ink from the filling portion by a user, and configured to store the ink; a first cover member (42, 341) configured to be movable to a first position such that the filling portion is not exposed, and movable to a second position such that the filling portion is exposed; an air communication path, being formed of a tube, the air communication path being connected to the ink tank for allowing communication of inside of the ink tank with external air; and a switching portion configured to be switchable between an open state and a closed state to close the air communication path in a case where the first cover member (42, 341) moves from the first position to the second position in a state that the ink tank and the air communication path are connected. a recording head configured to eject ink; an ink tank including a filling portion for injecting ink to be supplied to the recording head, configured to be supplied with ink from the filling portion by a user, and configured to store the ink; a first cover member (42, 341) configured to be movable to a first position such that the filling portion is not exposed, and movable to a second position such that the filling portion is exposed; an air communication path, being formed of a tube, the air communication path being connected to the ink tank for allowing communication of inside of the ink tank with external air; and a switching portion configured to be switchable between an open state and a closed state to close the air communication path in a case where the first cover member (42, 341) moves from the first position to the second position in a state that the ink tank and the air communication path are connected.
A network device for an industrial control system comprising: a port adapted to communicate industrial control protocol packets over an industrial control network; a switching circuitry coupled to the port adapted to send inbound packets from the port to a destination based on addressing information contained in the inbound packets; and a packet evaluation circuitry (90, 92, 94) coupled to the port, wherein the packet evaluation circuitry is adapted for each of the inbound packets to: (a) evaluate one or more protocol fields contained in the inbound packet before the switching circuitry can send the inbound packet; (b) allow the inbound packet to be sent by the switching circuitry if the inbound packet contains a particular message indicated by the one or more evaluated protocol fields; and (c) selectively inhibit the inbound packet from being sent by the switching circuitry if the inbound packet does not contain the particular message for being sent and if the total number of bytes of the inbound packet type exceeds a threshold for an outbound port during a given period of time. a port adapted to communicate industrial control protocol packets over an industrial control network; a switching circuitry coupled to the port adapted to send inbound packets from the port to a destination based on addressing information contained in the inbound packets; and a packet evaluation circuitry (90, 92, 94) coupled to the port, wherein the packet evaluation circuitry is adapted for each of the inbound packets to: (a) evaluate one or more protocol fields contained in the inbound packet before the switching circuitry can send the inbound packet; (b) allow the inbound packet to be sent by the switching circuitry if the inbound packet contains a particular message indicated by the one or more evaluated protocol fields; and (c) selectively inhibit the inbound packet from being sent by the switching circuitry if the inbound packet does not contain the particular message for being sent and if the total number of bytes of the inbound packet type exceeds a threshold for an outbound port during a given period of time. (a) evaluate one or more protocol fields contained in the inbound packet before the switching circuitry can send the inbound packet; (b) allow the inbound packet to be sent by the switching circuitry if the inbound packet contains a particular message indicated by the one or more evaluated protocol fields; and (c) selectively inhibit the inbound packet from being sent by the switching circuitry if the inbound packet does not contain the particular message for being sent and if the total number of bytes of the inbound packet type exceeds a threshold for an outbound port during a given period of time.
Method of manufacturing the silica nanopowders with fungicidal properties, by the sol-gel method, characterized in that the silica sol containing immobilized nanometric copper particles is prepared from the aqueous reaction mixture containing tetraalkoxysilane, in which the alkoxy group contains from C 1 to C 4 carbon atoms, alcohol or a mixture of aliphatic C 1 to C 4 alcohols in a mol ratio of from 1:5 to 1:35, in the presence of ammonium compound, used in an amount of from 0.001 to 0.05 mol per 1 mol of tetraalkoxysilane, by introducing, after the thorough mixing of components, the thermodegradable copper salt in the form of aqueous solution in an amount of 0.0015 - 0.095 mol per 1 mol of tetraethoxysilane, and with the addition of a compound from the group of carbo-functional alkoxysilanes, in an amount of 0.015-1 mol per 1 mol of copper salt, and thereafter, after thorough mixing and the evaporation of solvents the dry residue is heated at the decomposition temperature of copper salt.
Furniture panel having a recess (411, 421) and an integrated assembly element and a movement fitting inserted therein for movable furniture parts, wherein the assembly element has at least one side wall and is inserted into the recess (411, 421) of the furniture panel, wherein the furniture panel is assembled from at least two sub-panels (41, 42) and the recess extends in at least one sub-panel (41, 42) from a side surface (412, 422) of the sub-panel (41, 42) and at least one end face of the furniture panel, and the recess (411, 421) faces in the direction of the at least one other sub-panel (41, 42), wherein at least the side wall of the assembly element is connected in a force-fitting or materially bonded manner to a counter surface of the recess (411, 421) and the assembly element has means for securing the movement fitting, and wherein the movement fitting is inserted substantially completely into the furniture panel, wherein movable parts of the movement fitting can be moved out of an end face of the furniture panel.
A data communication method of a first terminal device in which a virtual operating system environment is constructed, comprising: receiving, by the first terminal device, a processing command for data searched for according to a data search command, the processing command being one of data cut, copy, and drag for the searched data; storing, by the first terminal device, first path information on a local directory and data position of the searched data and transmitting first event information related to the processing command to a management server; receiving, by the first terminal device, a communication performance command including identification information of a second terminal device from the management server; and transmitting, by the first terminal device, if said communication performance command is received, the data to the second terminal device based on the identification information and the first path information, wherein the communication performance command is generated by the management server based on the first event information and second event information related to an execution command for the data received from the second terminal device, the execution command being one of data paste and drop for received data in the second terminal device. receiving, by the first terminal device, a processing command for data searched for according to a data search command, the processing command being one of data cut, copy, and drag for the searched data; storing, by the first terminal device, first path information on a local directory and data position of the searched data and transmitting first event information related to the processing command to a management server; receiving, by the first terminal device, a communication performance command including identification information of a second terminal device from the management server; and transmitting, by the first terminal device, if said communication performance command is received, the data to the second terminal device based on the identification information and the first path information, wherein the communication performance command is generated by the management server based on the first event information and second event information related to an execution command for the data received from the second terminal device, the execution command being one of data paste and drop for received data in the second terminal device.