mhurhangee/ep-ind-claims huggingface dataset:
A device for analysing a sample, said device comprising at least one depot chamber and at least one process chamber, whereas the process chamber is integrated in at least one first support member (17; 117; 217) and the depot chamber is integrated in at least a second support member (18; 118; 218), whereas the support members are arranged in that the process chamber is connectable with the depot chamber by a relative movement of the first (17; 117; 217) and second support members (18; 118; 218) with respect to each other, said device further comprises conduits, which are integrated into the support members, and a pump element being integrated in one of the support members for transferring the substances inside the device from one chamber to another characterized in that said conduits and said pump element are provided in order to form a closed fluidic circuit loop with the process chamber and the depot chamber, when the chambers are connected.
Method for the transmission of date from a source device to a target device comprising the steps: - encrypt the data on the source device by means of a cryptographic method, - transmission of the encrypted data to the target device over an interface that has an emitter and a receiver, wherein the receiver is a part of the target device and the matter is for the interface of a unidirectional interface, - decrypt the encrypted data on the target device, characterized in that - the encrypted data are stored in a non-volatile first storage of the target device, wherein the encrypted data in the first storage are preferably deleted by the target device after a predetermined time, - the data are stored in decrypted form in the target device in a volatile second storage, wherein the output of the data takes place over the target device, while the data are available stored in the second storage and the data are deleted from the second storage after the output and/or after a predetermined period of time. - encrypt the data on the source device by means of a cryptographic method, - transmission of the encrypted data to the target device over an interface that has an emitter and a receiver, wherein the receiver is a part of the target device and the matter is for the interface of a unidirectional interface, - decrypt the encrypted data on the target device, characterized in that - the encrypted data are stored in a non-volatile first storage of the target device, wherein the encrypted data in the first storage are preferably deleted by the target device after a predetermined time, - the data are stored in decrypted form in the target device in a volatile second storage, wherein the output of the data takes place over the target device, while the data are available stored in the second storage and the data are deleted from the second storage after the output and/or after a predetermined period of time.
A method for characterizing a subject's smoking behaviour comprising: receiving ambulatory monitoring data, including data reflecting tidal volume (Vt); searching received Vt data for candidate puffs which are breaths having one or more features signaling a puff, wherein: one feature signaling a puff is a breath with a duration and amplitude both of which are proximately 1.5 to 2.0 times longer or greater, respectively, than adjacent breaths; and a further feature signaling a puff is a breath having a substantially single inspiratory phase, which is interrupted by a period at a substantially constant lung volume, and a substantially single expiratory phase; determining whether or not a candidate puff is an actual puff based on the number and type of all puff-signaling features recognized; and storing puff occurrence data, including times of occurrence data, and puff characteristic data. receiving ambulatory monitoring data, including data reflecting tidal volume (Vt); searching received Vt data for candidate puffs which are breaths having one or more features signaling a puff, wherein: one feature signaling a puff is a breath with a duration and amplitude both of which are proximately 1.5 to 2.0 times longer or greater, respectively, than adjacent breaths; and a further feature signaling a puff is a breath having a substantially single inspiratory phase, which is interrupted by a period at a substantially constant lung volume, and a substantially single expiratory phase; one feature signaling a puff is a breath with a duration and amplitude both of which are proximately 1.5 to 2.0 times longer or greater, respectively, than adjacent breaths; and a further feature signaling a puff is a breath having a substantially single inspiratory phase, which is interrupted by a period at a substantially constant lung volume, and a substantially single expiratory phase; determining whether or not a candidate puff is an actual puff based on the number and type of all puff-signaling features recognized; and storing puff occurrence data, including times of occurrence data, and puff characteristic data.
A method for random access, performed by a terminal, comprising: in a case that the terminal determines to retransmit a first uplink data channel in a first message, completing, within a time interval after a first downlink data channel, preparation of retransmitting the first uplink data channel, the first message comprising a first random access channel and the first uplink data channel, wherein the first downlink data channel is used for carrying a second message, and the second message is a response message to the first message; wherein the first message is a MSG A in a two-step random access procedure, the first random access channel is a physical random access channel, PRACH, and the first uplink data channel is a physical uplink shared channel, PUSCH; the first downlink data channel is a physical downlink shared channel, PDSCH, and the second message is a MSG B in the two-step random access procedure; characterized in that the time interval comprises first time, the first time being preparation time of the terminal for the first uplink data channel; the time interval further comprises second time, the second time being processing time of the terminal for the first downlink data channel; and the time interval further comprises a fixed time length, and the fixed time length is 0.5 ms. in a case that the terminal determines to retransmit a first uplink data channel in a first message, completing, within a time interval after a first downlink data channel, preparation of retransmitting the first uplink data channel, the first message comprising a first random access channel and the first uplink data channel, wherein the first downlink data channel is used for carrying a second message, and the second message is a response message to the first message; wherein the first message is a MSG A in a two-step random access procedure, the first random access channel is a physical random access channel, PRACH, and the first uplink data channel is a physical uplink shared channel, PUSCH; the first downlink data channel is a physical downlink shared channel, PDSCH, and the second message is a MSG B in the two-step random access procedure; characterized in that the time interval comprises first time, the first time being preparation time of the terminal for the first uplink data channel; the time interval further comprises second time, the second time being processing time of the terminal for the first downlink data channel; and the time interval further comprises a fixed time length, and the fixed time length is 0.5 ms.
An assembly adapted for use in a gas turbine engine, the assembly comprising a carrier component comprising metallic materials, a supported component, and a seal (i) that is received in a channel formed in the carrier component to locate the seal relative to the supported component and (ii) that engages the supported component to block the movement of gasses through an interface between the carrier component and the supported component, characterised in that the supported component comprising ceramic matrix composite materials, the seal is a tandem seal, the tandem seal is received in the channel, the tandem seal including a wire seal and a rope seal.
A method performed by a computing device in a computing system having a plurality of hosts interconnected by a computer network, comprising: receiving a notification of a fault from a host in the computing system, the host performing one or more computing tasks for one or more users; determining whether recovery of the fault in the received notification is deferrable on the host; being characterized in that: in response to determining that the fault in the received notification is deferrable, setting a time delay to perform a recovery operation on the host at a later time; disallowing additional assignments of computing tasks to the host; and in response to determining that the fault in the received notification is not deferrable, transmitting an instruction to the host for performing a recovery operation on the host immediately. receiving a notification of a fault from a host in the computing system, the host performing one or more computing tasks for one or more users; determining whether recovery of the fault in the received notification is deferrable on the host; being characterized in that: in response to determining that the fault in the received notification is deferrable, setting a time delay to perform a recovery operation on the host at a later time; disallowing additional assignments of computing tasks to the host; and in response to determining that the fault in the received notification is deferrable, setting a time delay to perform a recovery operation on the host at a later time; disallowing additional assignments of computing tasks to the host; and in response to determining that the fault in the received notification is not deferrable, transmitting an instruction to the host for performing a recovery operation on the host immediately.
An apparatus comprising: an array of CMOS-fabricated sensors (105 1), each sensor in the array of sensors (105 1) comprising: a chemically-sensitive field effect transistor (chemFET) including a floating gate and a first gate oxide, the first gate oxide being between a substrate of the sensor and the floating gate and having a characteristic threshold voltage affected by trapped charge in the first gate oxide; and a transistor including a gate and a second gate oxide, the second gate oxide being between the substrate and the gate, wherein the gate is coupled to the floating gate of the chemFET and wherein the second gate oxide is thinner than the first gate oxide; wherein the gate of the transistor is coupled to the floating gate of the chemFET so that the transistor serves as a transistor to which charges can bleed off from the floating gate and wherein the sensor is configured to bleed off charges from the floating gate during the fabrication of the array of sensors (105 1). an array of CMOS-fabricated sensors (105 1), each sensor in the array of sensors (105 1) comprising: a chemically-sensitive field effect transistor (chemFET) including a floating gate and a first gate oxide, the first gate oxide being between a substrate of the sensor and the floating gate and having a characteristic threshold voltage affected by trapped charge in the first gate oxide; and a transistor including a gate and a second gate oxide, the second gate oxide being between the substrate and the gate, wherein the gate is coupled to the floating gate of the chemFET and wherein the second gate oxide is thinner than the first gate oxide; a chemically-sensitive field effect transistor (chemFET) including a floating gate and a first gate oxide, the first gate oxide being between a substrate of the sensor and the floating gate and having a characteristic threshold voltage affected by trapped charge in the first gate oxide; and a transistor including a gate and a second gate oxide, the second gate oxide being between the substrate and the gate, wherein the gate is coupled to the floating gate of the chemFET and wherein the second gate oxide is thinner than the first gate oxide; wherein the gate of the transistor is coupled to the floating gate of the chemFET so that the transistor serves as a transistor to which charges can bleed off from the floating gate and wherein the sensor is configured to bleed off charges from the floating gate during the fabrication of the array of sensors (105 1).
Device for tensioning a saw chain for the automatic grinding of the saw chain, wherein the device for the automatic grinding of the saw chain comprises chain rulers, means for advancing the saw chain along the chain rulers, means for fixing the saw chain relative to the chain rulers, and a means of grinding which comprises a rotatable grinding wheel, the device for tensioning the saw chain comprising a driving means (9; 109A, 109B; 209), means (7; 207) for supporting the driving means (9; 109A, 109B, 209) and means (11, 12; 211, 212) to move said driving means (9; 109A, 109B; 209) away from the chain rulers, characterised in that the device comprises a means of command and control to switch the means of moving (11, 12; 211, 212) the driving means between an activated position and a deactivated position.
A pressurised gases source for use with a breathing assistance apparatus, comprising: a centrifugal impeller driven by a motor within a housing (50, 51), the housing having a gases inlet, a gases outlet and a partition to define first and second interior regions, wherein the first region is defined by the housing and the partition and comprises the gases inlet and the impeller, and the second region is defined by the housing and the partition and comprises the gases outlet, characterised in that the first and second regions are fluidly connected by an aperture having a shape with a gradual opening and closing relative to the plane of impeller rotation formed in or by the partition. a centrifugal impeller driven by a motor within a housing (50, 51), the housing having a gases inlet, a gases outlet and a partition to define first and second interior regions, wherein the first region is defined by the housing and the partition and comprises the gases inlet and the impeller, and the second region is defined by the housing and the partition and comprises the gases outlet, characterised in that the first and second regions are fluidly connected by an aperture having a shape with a gradual opening and closing relative to the plane of impeller rotation formed in or by the partition.
Filler neck for a liquid reservoir, in particular for a urea reservoir, having a neck housing defining a first receiving structure for a filler nozzle and a filling channel into a filling tube of the reservoir and/or into the reservoir, said neck housing comprising a top housing portion with a mouth hole stub, a bottom housing portion, and a filling inlet funnel, the filling inlet funnel being integrally formed with said top housing portion characterized in that the bottom housing portion includes a second receiving structure for the filling inlet funnel, and in that said filling inlet funnel extends into said second receiving structure of said bottom housing portion such that it tightly sits in the receiving structure, so that any loads applied to the nozzle are properly received by the neck housing without deflection of the filling inlet funnel.
A dynamic belt-tensioning apparatus for a treadmill having a base capable of being positioned on a solid surface and having a first end and a second end spaced from the first end, a foot-striking platform movably supported by the base so as to allow vertical movement of the platform during operation of the treadmill, a drive belt having a fixed circumference and positioned above a top portion of the platform so as to provide a moving foot engagement surface during operation of the treadmill, and a drive roller rotatably mounted adjacent to the first end of the base that engages the drive belt, the belt-tensioning apparatus comprising: a tensioning roller adapted to be rotatably mounted to the base and also slidably mounted to the base to provide linear movement of the tensioning roller with respect to the base, to provide substantially constant tension to the drive belt in response to vertical movement of the platform; and a bell crank configured to be pivotally mounted adjacent the second end of the base, wherein the bell crank has a pivot point adapted to be mounted to the base and a first connection point connected to the tensioning roller and a second connection point adapted to be connected to the platform, and wherein the bell crank and tensioning roller are configured such that, when the second connection point is connected to the platform and the pivot point is mounted to the base, vertical movement of the platform results in the linear movement of the tensioning roller to provide substantially constant tension to the drive belt during operation of the treadmill. a tensioning roller adapted to be rotatably mounted to the base and also slidably mounted to the base to provide linear movement of the tensioning roller with respect to the base, to provide substantially constant tension to the drive belt in response to vertical movement of the platform; and a bell crank configured to be pivotally mounted adjacent the second end of the base, wherein the bell crank has a pivot point adapted to be mounted to the base and a first connection point connected to the tensioning roller and a second connection point adapted to be connected to the platform, and wherein the bell crank and tensioning roller are configured such that, when the second connection point is connected to the platform and the pivot point is mounted to the base, vertical movement of the platform results in the linear movement of the tensioning roller to provide substantially constant tension to the drive belt during operation of the treadmill.
A circuit interruption device comprising: a support; a set of separable contacts being movable between an OPEN condition and a CLOSED condition; a first member situated on the support, and being movable between an OFF position that corresponds with the OPEN condition and an ON position that corresponds with the CLOSED condition, the first member being biased toward the OFF position and having a first surface and a second surface; a second member situated on the support and being movable between an extended position and a retracted position, the second member being biased toward the extended position and having another first surface and another second surface; a transport mechanism comprising a shape memory alloy element that is transformable between a first shape and a different second shape responsive to an electrical pulse; in a first configuration of the circuit interruption device, the first member is in the OFF position, the second member is in the extended position, the shape memory alloy element is in its first shape, and the first surface and the another first surface are engaged with one another and are structured to resist movement of the first member away from the OFF position; responsive to an electrical pulse, the shape memory alloy element is structured to transform into its second shape and to move the first member toward its ON position; in a second configuration of the circuit interruption device, the second member is in the extended position, and the another second surface is engageable with the second surface to resist movement of the first member away from the ON position. a support; a set of separable contacts being movable between an OPEN condition and a CLOSED condition; a first member situated on the support, and being movable between an OFF position that corresponds with the OPEN condition and an ON position that corresponds with the CLOSED condition, the first member being biased toward the OFF position and having a first surface and a second surface; a second member situated on the support and being movable between an extended position and a retracted position, the second member being biased toward the extended position and having another first surface and another second surface; a transport mechanism comprising a shape memory alloy element that is transformable between a first shape and a different second shape responsive to an electrical pulse; in a first configuration of the circuit interruption device, the first member is in the OFF position, the second member is in the extended position, the shape memory alloy element is in its first shape, and the first surface and the another first surface are engaged with one another and are structured to resist movement of the first member away from the OFF position; responsive to an electrical pulse, the shape memory alloy element is structured to transform into its second shape and to move the first member toward its ON position; in a second configuration of the circuit interruption device, the second member is in the extended position, and the another second surface is engageable with the second surface to resist movement of the first member away from the ON position.
An anti-interference module, comprising: a circuit board; an interfering source, disposed on the circuit board, wherein the interfering source may generate a changing interference magnetic field; a device disposing space, disposed on a side of the circuit board and used to dispose an electronic device with a first coil; and an anti-interference component, configured to generate a compensation magnetic field that overlaps the interference magnetic field, or to consume electric energy generated by coupling between the interference magnetic field and the anti-interference component to reduce magnetic induction intensity of the device disposing space, wherein the anti-interference component comprises: a second coil, disposed on a side of the device disposing space; and a magnetic field shielding element, wherein at least a part of the magnetic field shielding element is located between the second coil and the device disposing space. a circuit board; an interfering source, disposed on the circuit board, wherein the interfering source may generate a changing interference magnetic field; a device disposing space, disposed on a side of the circuit board and used to dispose an electronic device with a first coil; and an anti-interference component, configured to generate a compensation magnetic field that overlaps the interference magnetic field, or to consume electric energy generated by coupling between the interference magnetic field and the anti-interference component to reduce magnetic induction intensity of the device disposing space, wherein the anti-interference component comprises: a second coil, disposed on a side of the device disposing space; and a magnetic field shielding element, wherein at least a part of the magnetic field shielding element is located between the second coil and the device disposing space. a second coil, disposed on a side of the device disposing space; and a magnetic field shielding element, wherein at least a part of the magnetic field shielding element is located between the second coil and the device disposing space.