mhurhangee/patent-ind-claim-en huggingface dataset:
A Cardio-Pulmonary Resuscitation ("CPR") machine configured to perform on a chest of a supine patient compressions alternating with releases, the chest having a resting height above a reference elevation level, the resting height determinable at a moment when none of the compressions is being performed, the CPR machine comprising: a compression mechanism; a chest-lifting device configured to lift the chest; and a driver system configured to drive the compression mechanism automatically according to a motion-time profile so as to cause the compression mechanism to perform at least a certain two of the compressions alternating with at least two of the releases, the certain two compressions thus compressing the patient's chest by at least 2 cm downward from the resting height, the driver system further configured to concurrently drive the chest-lifting device according to the motion-time profile so as to cause the chest-lifting device to: a) lift the chest to a first height above the resting height before the certain two compressions, b) lift the chest to a second height above the resting height that is at least 5% higher than the first height between the certain two compressions, and c) lift the chest to a third height above the resting height that is at least 5% higher than the second height after the certain two compressions. a compression mechanism; a chest-lifting device configured to lift the chest; and a driver system configured to drive the compression mechanism automatically according to a motion-time profile so as to cause the compression mechanism to perform at least a certain two of the compressions alternating with at least two of the releases, the certain two compressions thus compressing the patient's chest by at least 2 cm downward from the resting height, the driver system further configured to concurrently drive the chest-lifting device according to the motion-time profile so as to cause the chest-lifting device to: a) lift the chest to a first height above the resting height before the certain two compressions, b) lift the chest to a second height above the resting height that is at least 5% higher than the first height between the certain two compressions, and c) lift the chest to a third height above the resting height that is at least 5% higher than the second height after the certain two compressions. a) lift the chest to a first height above the resting height before the certain two compressions, b) lift the chest to a second height above the resting height that is at least 5% higher than the first height between the certain two compressions, and c) lift the chest to a third height above the resting height that is at least 5% higher than the second height after the certain two compressions.
Gas turbine comprising: a combustion chamber limited by at least one wall having an inner surface ; a further chamber (R1); an acoustic damper comprising a neck and a damping volume , wherein: the neck comprises a mouth in the inner surface of the wall of the combustion chamber ; the damping volume is connected via a bore to the further chamber (R1); and a flow of grazing gas flows inside the combustion chamber parallel to the inner surface over the mouth ; wherein the gas turbine comprises a further bore connecting the chamber and the further chamber (R1) and having at least one opening in the inner surface of the wall adjacent to the mouth of the neck , upstream of the mouth with respect to the flow of grazing gas , characterised in that the further bore is configured so that a flow of sealing gas is supplied through the at least one opening for sealing, enters the combustion chamber perpendicularly to the flow of grazing gas with a velocity higher than a velocity of the flow of grazing gas and deflects the flow of grazing gas away from the mouth of the neck . a combustion chamber limited by at least one wall having an inner surface ; a further chamber (R1); an acoustic damper comprising a neck and a damping volume , wherein: the neck comprises a mouth in the inner surface of the wall of the combustion chamber ; the damping volume is connected via a bore to the further chamber (R1); and a flow of grazing gas flows inside the combustion chamber parallel to the inner surface over the mouth ; wherein the gas turbine comprises a further bore connecting the chamber and the further chamber (R1) and having at least one opening in the inner surface of the wall adjacent to the mouth of the neck , upstream of the mouth with respect to the flow of grazing gas , characterised in that the further bore is configured so that a flow of sealing gas is supplied through the at least one opening for sealing, enters the combustion chamber perpendicularly to the flow of grazing gas with a velocity higher than a velocity of the flow of grazing gas and deflects the flow of grazing gas away from the mouth of the neck . the neck comprises a mouth in the inner surface of the wall of the combustion chamber ; the damping volume is connected via a bore to the further chamber (R1); and a flow of grazing gas flows inside the combustion chamber parallel to the inner surface over the mouth ;
A rotatable pressure relief valve assembly, comprising: a valve body ; a plug mounted within the body , the plug being rotatable between an open position and a closed position about a rotatable shaft ; a release mechanism configured to engage with the shaft and hold the plug in the closed position until an opening pressure of the valve assembly is reached; and, a damper configured to absorb a rotational kinetic energy imparted by the shaft when the valve plug rotates into the open position; wherein the release mechanism comprises a failure member , the assembly further comprising a pre-loading mechanism configured to pre-load the failure member ; characterized in that the rotatable shaft comprises a contact arm configured to engage with the failure member , and to transmit a torque from the shaft to the failure member ; and wherein the damper is configured to absorb the rotational kinetic energy by engaging with the contact arm . a valve body ; a plug mounted within the body , the plug being rotatable between an open position and a closed position about a rotatable shaft ; a release mechanism configured to engage with the shaft and hold the plug in the closed position until an opening pressure of the valve assembly is reached; and, a damper configured to absorb a rotational kinetic energy imparted by the shaft when the valve plug rotates into the open position; wherein the release mechanism comprises a failure member , the assembly further comprising a pre-loading mechanism configured to pre-load the failure member ; characterized in that the rotatable shaft comprises a contact arm configured to engage with the failure member , and to transmit a torque from the shaft to the failure member ; and wherein the damper is configured to absorb the rotational kinetic energy by engaging with the contact arm .
An analyzer for measuring a sample, in communication with a server via a network , comprising: a display ; measurement hardware ; and a first controller configured to: communicate, via the display , instructions to an operator of the analyzer when a predetermined event occurs in the analyzer , wherein the instructions request an input indicating whether the operator received training; when a result of the input indicates that the operator has not completed the training, prevent measurement of the sample by the measurement hardware ; when a result of the input indicates that the operator has completed the training, request, from the server , a confirmation that the operator has completed the training; when a result of the confirmation, received from the server , indicates that the operator has not completed the training, prevent measurement of the sample by the measurement hardware , and when a result of the confirmation, received from the server , indicates that the operator has completed the training, communicate, via the display , instructions for preparing measurement of a sample. a display ; measurement hardware ; and a first controller configured to: communicate, via the display , instructions to an operator of the analyzer when a predetermined event occurs in the analyzer , wherein the instructions request an input indicating whether the operator received training; when a result of the input indicates that the operator has not completed the training, prevent measurement of the sample by the measurement hardware ; when a result of the input indicates that the operator has completed the training, request, from the server , a confirmation that the operator has completed the training; when a result of the confirmation, received from the server , indicates that the operator has not completed the training, prevent measurement of the sample by the measurement hardware , and when a result of the confirmation, received from the server , indicates that the operator has completed the training, communicate, via the display , instructions for preparing measurement of a sample. communicate, via the display , instructions to an operator of the analyzer when a predetermined event occurs in the analyzer , wherein the instructions request an input indicating whether the operator received training; when a result of the input indicates that the operator has not completed the training, prevent measurement of the sample by the measurement hardware ; when a result of the input indicates that the operator has completed the training, request, from the server , a confirmation that the operator has completed the training; when a result of the confirmation, received from the server , indicates that the operator has not completed the training, prevent measurement of the sample by the measurement hardware , and when a result of the confirmation, received from the server , indicates that the operator has completed the training, communicate, via the display , instructions for preparing measurement of a sample.
An antistatic agent, comprising at least one polymer compound (E) which is obtained by a reaction of a polyester (a) obtained by a reaction between a diol (a1) and a dicarboxylic acid (a2), a compound (b) comprising at least one ethyleneoxy group and having hydroxy groups at both ends, and an epoxy compound (D) comprising two or more epoxy groups, wherein the diol (a1) is at least either of 1,4-butanediol and ethylene glycol, and the dicarboxylic acid (a2) is succinic acid or a dicarboxylic acid mixture comprising succinic acid. the diol (a1) is at least either of 1,4-butanediol and ethylene glycol, and the dicarboxylic acid (a2) is succinic acid or a dicarboxylic acid mixture comprising succinic acid.
An isolated antibody or fragment thereof, that binds human periostin, wherein the antibody is (i) the monoclonal antibody 4B4.B11 produced from a hybridoma deposited at the ATCC under Deposit No. PTA-120210, (ii) the monoclonal antibody 7B5.C4 produced from a hybridoma deposited at the ATCC under Deposit No. PTA-120211, or (iii) the monoclonal antibody 3C11.G5 produced from a hybridoma deposited at the ATCC under Deposit No. PTA-120209.
A device for selective application of light to one or more eyes of a user comprising: a light emitting source for emitting the light; at least one sensor for measuring parameters relating to the ambient and/or the body of the user; a controller for selecting the emitted light based on the parameters sensed, and communicated to the controller , by the at least one sensor ; the device being characterised by further comprising: an identifier for identifying a location of an optic disk on a retina in the one or more eyes , and an optical system adapted to selectively apply the emitted light onto the optic disk . a light emitting source for emitting the light; at least one sensor for measuring parameters relating to the ambient and/or the body of the user; a controller for selecting the emitted light based on the parameters sensed, and communicated to the controller , by the at least one sensor ; the device being characterised by further comprising: an identifier for identifying a location of an optic disk on a retina in the one or more eyes , and an optical system adapted to selectively apply the emitted light onto the optic disk . an identifier for identifying a location of an optic disk on a retina in the one or more eyes , and an optical system adapted to selectively apply the emitted light onto the optic disk .
A communication device, comprising: a signal processing unit configured to perform reception determination for a second signal having a different format from a first signal related to communication of a wireless local area network, LAN, standard; a control unit configured to control carrier sense on a basis of the reception determination for the second signal; and a communication unit configured to perform transmission on a basis of the controlled carrier sense; characterised in that the control of the carrier sense includes control of a carrier sense time, the carrier sense time including a standby time from a time point at which a signal ceases to be received, and the control unit is configured to set the standby time to a time, obtained by consuming the standby time during reception of the second signal, when the reception of the second signal is completed. a signal processing unit configured to perform reception determination for a second signal having a different format from a first signal related to communication of a wireless local area network, LAN, standard; a control unit configured to control carrier sense on a basis of the reception determination for the second signal; and a communication unit configured to perform transmission on a basis of the controlled carrier sense; characterised in that the control of the carrier sense includes control of a carrier sense time, the carrier sense time including a standby time from a time point at which a signal ceases to be received, and the control unit is configured to set the standby time to a time, obtained by consuming the standby time during reception of the second signal, when the reception of the second signal is completed.
A co-amorphous form of an active pharmaceutical ingredient, a nutraceutical, or a veterinary medicinal product and beta-lactoglobulin, wherein the purity of the beta-lactoglobulin is at least 92% (w/w) of the total amount of protein comprised in the co-amorphous form, and wherein the active pharmaceutical ingredient, nutraceutical, or veterinary medicinal product is classified in classes II or IV of the Biopharmaceutics Classification System (BCS).
Open roof construction for a vehicle having a roof opening defined in a roof part of the vehicle, comprising at least a panel which is movable between a closed position in which it closes the roof opening and an open position in which it opens the roof opening and is positioned at least partially above an adjoining roof part , a first device for moving the rear side of the panel towards a raised position relative to the closed position and above the adjoining roof part, and a second device for moving and/or supporting the front side of the panel, wherein the first device includes a lifting member pivotally fixed to the panel and slidably cooperating with a control slide for moving the panel at least to a venting position in which the rear end of the panel is raised, the control slide and the lifting member being guided by a guide rail having at least a guide groove and extending in longitudinal direction of the vehicle alongside the roof opening and below the adjoining roof part , one or more seals closing off a passage opening alongside the adjoining roof part above the guide rail and allowing passage of the lifting member in positions of the panel above the adjoining roof part , characterized by a support lever also cooperating with the control slide and supporting the panel at least in positions in which the panel is above the adjoining roof part , the support lever being guided in the guide groove of the guide rail and is adapted to also pass through the passage opening , wherein the support lever is pivotally fixed to the panel or to the lifting member .
A Method of improving the function of a dump load circuit in a wind turbine generator , having a dump resistor , wherein the dump load circuit is connected to a DC link of a power electronic converter , for converting electrical power to a power supply grid , and wherein the method comprises testing the dump load circuit during non-fault operation of the wind turbine generator with the steps of: Performing a first measurement of a at least one signal within the wind turbine, activating the dump load circuit, performing a second measurement of the at least one signal after the activating of the dump load circuit, comparing the first and second measurements of the at least one signal. Performing a first measurement of a at least one signal within the wind turbine, activating the dump load circuit, performing a second measurement of the at least one signal after the activating of the dump load circuit, comparing the first and second measurements of the at least one signal.
Device for manufacturing a three-dimensional object by solidifying building material , layer by layer, at positions corresponding to a cross-section of the object to be manufactured in a respective layer, comprising a recoating device (12-14) for applying a layer of the building material to a working plane , a solidification device for selectively solidifying the building material in the applied layer, and a gas suction nozzle for extracting gas from the device , wherein the gas suction nozzle is movably arranged, and a control unit with which a movement and/or an orientation of the gas suction nozzle is controlled or regulated depending on a number of reference positions , wherein the reference positions comprise at least a current reference solidification position in the working plane , and wherein the device is configured such that it ensures that, at least in a predefined period of time, a distance (d1, d2, d3, d4, d4', d4") between the gas suction nozzle and at least one of the number of reference positions does not exceed and/or fall below a predetermined distance value. a recoating device (12-14) for applying a layer of the building material to a working plane , a solidification device for selectively solidifying the building material in the applied layer, and a gas suction nozzle for extracting gas from the device , wherein the gas suction nozzle is movably arranged, and a control unit with which a movement and/or an orientation of the gas suction nozzle is controlled or regulated depending on a number of reference positions , wherein the reference positions comprise at least a current reference solidification position in the working plane , and wherein the device is configured such that it ensures that, at least in a predefined period of time, a distance (d1, d2, d3, d4, d4', d4") between the gas suction nozzle and at least one of the number of reference positions does not exceed and/or fall below a predetermined distance value.
Folding chair , comprising a frame and a seat cover which is detachably connected to the frame , the seat cover being fixed to the frame via at least one holding body , the holding body having a first holding element assigned to the frame and a second holding element assigned to the seat cover , the first holding element being positively connected to the second holding element , the first holding element assigned to the frame being formed in the shape of a sleeve which encloses the profile of the frame , wherein the first holding element is formed as a holding eyelet and the second holding element as a hook , wherein the holding eyelet is assigned to the first holding element and the hook to the second holding element , wherein the first holding element is provided with a tab arranged on the sleeve , wherein the holding eyelet is assigned to the tab , and wherein the second holding element is fixed via a loop to the seat cover .
A system for cleaning and milling bone stock, said system including: a base unit ; a motor disposed in the base unit; a head separate from said base unit , said head shaped to be releaseably attached to said base unit and to receive bone stock, said head having a mill module with a feed port through which bone stock is introduced into a cleaning module ; and a mill element moveably disposed in the mill module, the mill element having at least one feature for converting bone stock introduced into the mill head into bone chips; and at least one coupling feature shaped to engage with a complementary coupling feature connected to the base motor when the head is attached to the base unit so that actuation of the motor results in actuation of the mill element, characterized in that : said head further includes the cleaning module for receiving bone stock; and at least one cleaning element is moveably mounted disposed within said cleaning module that, when actuated cleans bone stock, said at least one cleaning element including at least one feature shaped to engage a complementary feature connected to the base unit motor so that actuation of the motor results in actuation of the cleaning element. a base unit ; a motor disposed in the base unit; a head separate from said base unit , said head shaped to be releaseably attached to said base unit and to receive bone stock, said head having a mill module with a feed port through which bone stock is introduced into a cleaning module ; and a mill element moveably disposed in the mill module, the mill element having at least one feature for converting bone stock introduced into the mill head into bone chips; and at least one coupling feature shaped to engage with a complementary coupling feature connected to the base motor when the head is attached to the base unit so that actuation of the motor results in actuation of the mill element, characterized in that : said head further includes the cleaning module for receiving bone stock; and at least one cleaning element is moveably mounted disposed within said cleaning module that, when actuated cleans bone stock, said at least one cleaning element including at least one feature shaped to engage a complementary feature connected to the base unit motor so that actuation of the motor results in actuation of the cleaning element. said head further includes the cleaning module for receiving bone stock; and at least one cleaning element is moveably mounted disposed within said cleaning module that, when actuated cleans bone stock, said at least one cleaning element including at least one feature shaped to engage a complementary feature connected to the base unit motor so that actuation of the motor results in actuation of the cleaning element.