mhurhangee/ep-ind-claims huggingface dataset:
Tamper evident closure for an access opening in a container, the tamper evident closure comprising: a closure part which is placeable onto the access opening in a sealing manner and has a bottom sleeve portion and a cover portion, which are connected in one piece to each other via a first tamper evident indicator, and a hood-like indicator cap which forms a second tamper evident indicator and at least partially surrounds at least the cover portion of the closure part, wherein: access to the first tamper evident indicator is possible only when the indicator cap is destroyed, a tear off tab is formed in the indicator cap, the tear off tab being bounded by two grooves (17, 18) which are arranged at a distance and end at a distance from bottom rim of the indicator cap, characterized in that the first tamper evident indicator is formed by a circumferential band which is bounded by two perforation lines and runs between the sleeve portion and the cover portion of the closure part and in that at least one of the grooves (17, 18) is assigned a breaking point (19, 19a) which extends as far as the bottom rim of the indicator cap. a closure part which is placeable onto the access opening in a sealing manner and has a bottom sleeve portion and a cover portion, which are connected in one piece to each other via a first tamper evident indicator, and a hood-like indicator cap which forms a second tamper evident indicator and at least partially surrounds at least the cover portion of the closure part, wherein: access to the first tamper evident indicator is possible only when the indicator cap is destroyed, a tear off tab is formed in the indicator cap, the tear off tab being bounded by two grooves (17, 18) which are arranged at a distance and end at a distance from bottom rim of the indicator cap, characterized in that the first tamper evident indicator is formed by a circumferential band which is bounded by two perforation lines and runs between the sleeve portion and the cover portion of the closure part and in that at least one of the grooves (17, 18) is assigned a breaking point (19, 19a) which extends as far as the bottom rim of the indicator cap. access to the first tamper evident indicator is possible only when the indicator cap is destroyed, a tear off tab is formed in the indicator cap, the tear off tab being bounded by two grooves (17, 18) which are arranged at a distance and end at a distance from bottom rim of the indicator cap, characterized in that the first tamper evident indicator is formed by a circumferential band which is bounded by two perforation lines and runs between the sleeve portion and the cover portion of the closure part and in that at least one of the grooves (17, 18) is assigned a breaking point (19, 19a) which extends as far as the bottom rim of the indicator cap.
Connector device comprises a male plug designed to interact with a corresponding fitting carried by a port of a corresponding female socket, wherein the male plug, to which is connected an optical cable, is held between two semi-cylindrical shells (3, 4) that are retained in a cylindrical sheath of substantially equal inner diameter with a mutual slip tolerance with respect to the outer diameter of the two assembled shells (3, 4), and which comprises a dismountable connection fitting for interacting with the corresponding fitting carried by the port of the corresponding female socket, characterized in that the cylindrical sheath serves as a closure part of the rear of the connector device.
An apparatus for wireless communications, comprising: a processing system configured to obtain at least one deferral-related parameter from a packet transmitted on a shared access medium and decide whether to defer transmission on the shared access medium based, at least in part, on the at least one deferral-related parameter, wherein the processing system is configured to defer transmission on the shared access medium during transmission of packets from a basic service set, BSS, of which the apparatus is a member and not to defer transmission on the shared access medium during transmission of packets from one or more overlapping basic service sets, OBSSs, in a list of OBSSs, and wherein the apparatus is configured to receive said list of OBSSs. a processing system configured to obtain at least one deferral-related parameter from a packet transmitted on a shared access medium and decide whether to defer transmission on the shared access medium based, at least in part, on the at least one deferral-related parameter, wherein the processing system is configured to defer transmission on the shared access medium during transmission of packets from a basic service set, BSS, of which the apparatus is a member and not to defer transmission on the shared access medium during transmission of packets from one or more overlapping basic service sets, OBSSs, in a list of OBSSs, and wherein the apparatus is configured to receive said list of OBSSs.
A device for maintenance of an air conditioner, in particular for air conditioners which use CO 2 or R744 as refrigerant, wherein the device has at least one first coupling for connecting the device to a first service connection of the air conditioner, at least one storage tank for the refrigerant and a multiplicity of shut-off valves for selectively opening different fluid connections, and wherein the device has a diaphragm accumulator with a pressure side and an accumulator side separated from the pressure side by the diaphragm of the diaphragm accumulator, wherein a top-up fluid connection for liquid refrigerant from a source of liquid refrigerant to the accumulator side of the diaphragm accumulator, and a filling fluid connection from the accumulator side of the diaphragm accumulator to the first coupling, can be selectively opened by switching combinations of the shut-off valves, characterized in that the device has a compressor and a pressurized fluid connection from a source of gaseous refrigerant via the compressor to the pressure side of the diaphragm accumulator can be selectively opened.
A gas wiping device comprising a hollow gas wiping nozzle for adjusting the amount of molten metal for plating attached to a surface of a steel strip by spraying a gas onto the surface, wherein: the gas wiping nozzle includes a slit extending along a width direction of the steel strip for blowing the gas out of the hollow, and a partition wall having a gas introducing opening for introducing the gas into the hollow; the slit is provided with left and right blocking members (2, 2) for blocking left and right areas in accordance with a width of the steel strip, the left and right blocking members being slidable along the slit, with a gas outlet formed between the left and right blocking members (2, 2) spaced apart from each other; in the hollow, left and right rectification pieces (1c, 1c) extending from respective gas outlet side ends (2a, 2a) of the left and right blocking members (2,2) toward the partition wall are disposed, with a gas flow passageway formed between the left and right rectification pieces (1c, 1c); the gas outlet J and the gas flow passageway J have the same width; and the left and right rectification pieces (1c, 1c) extend from the top surface to the bottom surface of the hollow. the gas wiping nozzle includes a slit extending along a width direction of the steel strip for blowing the gas out of the hollow, and a partition wall having a gas introducing opening for introducing the gas into the hollow; the slit is provided with left and right blocking members (2, 2) for blocking left and right areas in accordance with a width of the steel strip, the left and right blocking members being slidable along the slit, with a gas outlet formed between the left and right blocking members (2, 2) spaced apart from each other; in the hollow, left and right rectification pieces (1c, 1c) extending from respective gas outlet side ends (2a, 2a) of the left and right blocking members (2,2) toward the partition wall are disposed, with a gas flow passageway formed between the left and right rectification pieces (1c, 1c); the gas outlet J and the gas flow passageway J have the same width; and the left and right rectification pieces (1c, 1c) extend from the top surface to the bottom surface of the hollow.
A computer-implemented method comprising: receiving, by a first router, a first network packet being transmitted across a network path from a first endpoint; the computer-implemented method characterized by determining, by the first router, that the first network packet does not include a requested rate; determining, by the first router, that a network packet prior to the first network packet and within a same flow as the first network packet included a code to indicate that routers are permitted to set the requested transmission rate; modifying, by the first router, the first network packet to include a requested rate in a requested transmission rate field in response to determining that the received network packet does not include a requested rate and in response to determining that the prior network packet included the code; and transmitting, by the first router, the modified first network packet along the network path to the second endpoint. receiving, by a first router, a first network packet being transmitted across a network path from a first endpoint; the computer-implemented method characterized by determining, by the first router, that the first network packet does not include a requested rate; determining, by the first router, that a network packet prior to the first network packet and within a same flow as the first network packet included a code to indicate that routers are permitted to set the requested transmission rate; modifying, by the first router, the first network packet to include a requested rate in a requested transmission rate field in response to determining that the received network packet does not include a requested rate and in response to determining that the prior network packet included the code; and transmitting, by the first router, the modified first network packet along the network path to the second endpoint.
A gateway, comprising: a receiving module, configured to receive a device management DM command for remotely managing a sensor network topology from a device management DM server that connects to a plurality of sensor devices within a sensor network via the gateway, wherein the DM command acts on a second management object MO node stored in a topology tree at the gateway, wherein the second MO node included in a preconstructed management object MO node, describes a characteristic of each of the plurality of the sensor devices and a connection relationship among the sensor devices, and wherein the topology tree corresponds to the sensor network topology; and a management module, configured to acquire the characteristic of each of the plurality of sensor devices and the connection relationship among the sensor devices stored in the second MO node, based on address information of the second MO node within the DM command, and to send said characteristic and said connection relationship to the DM server. a receiving module, configured to receive a device management DM command for remotely managing a sensor network topology from a device management DM server that connects to a plurality of sensor devices within a sensor network via the gateway, wherein the DM command acts on a second management object MO node stored in a topology tree at the gateway, wherein the second MO node included in a preconstructed management object MO node, describes a characteristic of each of the plurality of the sensor devices and a connection relationship among the sensor devices, and wherein the topology tree corresponds to the sensor network topology; and a management module, configured to acquire the characteristic of each of the plurality of sensor devices and the connection relationship among the sensor devices stored in the second MO node, based on address information of the second MO node within the DM command, and to send said characteristic and said connection relationship to the DM server.
A turbomachine comprising a ceramic component and a component, which is moving with respect to the ceramic component, wherein the ceramic component is configured to be destroyed due to contacting the other component of the turbomachine, which is moving with respect to the ceramic component, wherein the ceramic component is a stationary component of the turbomachine and the component, which is moving with respect to it, is a rotationally movable component, wherein the turbomachine comprises a passage for the shaft of the turbomachine and the ceramic component at least partially defines the passage, wherein the passage forms a sealing portion and comprises a sealing and wherein the turbomachine comprises a mounting device for the sealing and the ceramic component is connected to the mounting device or is part of the mounting device, characterized in that the rotationally movable component is a shaft and that the sealing is a brush sealing.
A method for diagnosing or detecting Adolescent Idiopathic Scoliosis in a human subject comprising the steps of: measuring an expression pattern or level of at least hsa-miR-223-5p in one or more biological samples isolated from the subject; and comparing the expression pattern of said microRNA from the one or more biological samples of the subject suspected of suffering from Adolescent Idiopathic Scoliosis with the expression pattern of said microRNA from a biological sample of a normal subject, wherein the normal subject is a healthy subject not suffering from Adolescent Idiopathic Scoliosis, and wherein a change in the expression of hsa-miR-223-5p, is indicative of Adolescent Idiopathic Scoliosis.
An attachment mechanism for attaching a first housing component and a second housing component, comprising: a first flexure portion integrally formed with the first housing component, the first flexure portion further comprising: a deflectable arch portion capable of deflecting in a first direction, and a load bearing first and second column (116, 118) each having a first end integrally formed with the deflectable arch portion and a second end integrally formed with the first housing component, the first and second columns acting as a stop mechanism that limits the amount of deflection of the arch portion in the first direction to no more than a first maximum amount of deflection; a second flexure portion integrally formed with the first housing component, spaced apart from the first flexure portion, and deflectable in at least a second direction substantially orthogonal to the first direction, wherein the second flexure portion includes an engagement feature (112, 422); and a locking feature included in the second housing component, wherein the locking feature secures the second housing component to the first housing component by engaging the engagement feature with a securing force proportional to an amount of deflection of the first flexure portion, and wherein the first flexure portion and the second flexure portion remain apart. a first flexure portion integrally formed with the first housing component, the first flexure portion further comprising: a deflectable arch portion capable of deflecting in a first direction, and a load bearing first and second column (116, 118) each having a first end integrally formed with the deflectable arch portion and a second end integrally formed with the first housing component, the first and second columns acting as a stop mechanism that limits the amount of deflection of the arch portion in the first direction to no more than a first maximum amount of deflection; a deflectable arch portion capable of deflecting in a first direction, and a load bearing first and second column (116, 118) each having a first end integrally formed with the deflectable arch portion and a second end integrally formed with the first housing component, the first and second columns acting as a stop mechanism that limits the amount of deflection of the arch portion in the first direction to no more than a first maximum amount of deflection; a second flexure portion integrally formed with the first housing component, spaced apart from the first flexure portion, and deflectable in at least a second direction substantially orthogonal to the first direction, wherein the second flexure portion includes an engagement feature (112, 422); and a locking feature included in the second housing component, wherein the locking feature secures the second housing component to the first housing component by engaging the engagement feature with a securing force proportional to an amount of deflection of the first flexure portion, and wherein the first flexure portion and the second flexure portion remain apart.
An electrical machine for an aircraft, comprising a stator and a rotor rotatable relative to the stator, the rotor or stator comprising a plurality of permanent magnets, the machine being characterized in that it comprises a permanent magnet demagnetizing device adapted to implement a temporary temperature increase of the permanent magnet, so as to limit, during the temporary temperature increase, an exciting magnetic flux generated by the permanent magnet.
A method performed by one or more data processing apparatus for generating a simulation of an environment that is being interacted with by a plurality of agents (102A-E) over a plurality of time steps, wherein the simulation comprises a respective simulation state for each time step that specifies a respective state of each agent at the time step, the method comprising, for each time step: obtaining a current simulation state for the current time step; generating a plurality of candidate next simulation states for a next time step based on the current simulation state, wherein generating each candidate next simulation state comprises: sampling, for each agent, a respective action from a set of possible actions that can be performed by the agent; and determining, for each agent, a respective next state of the agent at the next time step if the agent performs the corresponding sampled action at the current time step; determining, for each candidate next simulation state, a discriminative score characterizing a likelihood that the candidate next simulation state is a realistic simulation state; selecting a candidate next simulation state as the simulation state for the next time step based on the discriminative scores for the candidate next simulation state; and using the simulation of the environment to test a planning system for an autonomous vehicle. obtaining a current simulation state for the current time step; generating a plurality of candidate next simulation states for a next time step based on the current simulation state, wherein generating each candidate next simulation state comprises: sampling, for each agent, a respective action from a set of possible actions that can be performed by the agent; and determining, for each agent, a respective next state of the agent at the next time step if the agent performs the corresponding sampled action at the current time step; sampling, for each agent, a respective action from a set of possible actions that can be performed by the agent; and determining, for each agent, a respective next state of the agent at the next time step if the agent performs the corresponding sampled action at the current time step; determining, for each candidate next simulation state, a discriminative score characterizing a likelihood that the candidate next simulation state is a realistic simulation state; selecting a candidate next simulation state as the simulation state for the next time step based on the discriminative scores for the candidate next simulation state; and using the simulation of the environment to test a planning system for an autonomous vehicle.
An air conditioner comprising: a compressor to compress refrigerant; an outdoor unit fan configured to blow out the air heat-exchanged by an outdoor heat exchanger; a noise sensor to measure noise; a data part configured to save noise data measured by the noise sensor; and a control part configured to perform low noise operation by distinguishing between ambient noise and noise made by the air conditioner based on noise measurements from the noise sensor and to change the operational settings of the compressor and outdoor unit fan based on the noise level, wherein the control part is further configured to set a target noise level according to the ambient noise, to change the operational settings of the compressor and outdoor unit fan, and to control the operation to ensure that the noise from the air conditioner does not exceed an environmental noise regulatory value, wherein the noise sensor continuously measures noise and provides noise data, wherein the control part is being further configured to detect noise measured by the noise sensor as ambient noise while the compressor is stopped, to accumulate and save the ambient noise as ambient noise data in the data part, to extract a noise pattern for the ambient noise by analyzing the ambient noise data, and to control operation based on the noise pattern for the ambient noise. a compressor to compress refrigerant; an outdoor unit fan configured to blow out the air heat-exchanged by an outdoor heat exchanger; a noise sensor to measure noise; a data part configured to save noise data measured by the noise sensor; and a control part configured to perform low noise operation by distinguishing between ambient noise and noise made by the air conditioner based on noise measurements from the noise sensor and to change the operational settings of the compressor and outdoor unit fan based on the noise level, wherein the control part is further configured to set a target noise level according to the ambient noise, to change the operational settings of the compressor and outdoor unit fan, and to control the operation to ensure that the noise from the air conditioner does not exceed an environmental noise regulatory value, wherein the noise sensor continuously measures noise and provides noise data, wherein the control part is being further configured to detect noise measured by the noise sensor as ambient noise while the compressor is stopped, to accumulate and save the ambient noise as ambient noise data in the data part, to extract a noise pattern for the ambient noise by analyzing the ambient noise data, and to control operation based on the noise pattern for the ambient noise.