mhurhangee/ep-ind-claims huggingface dataset:
An isolated or purified variable domain construct, which catalyzes the hydrolysis of HIV gp120, and which comprises two individual immunoglobulin (Ig) V domains, wherein said construct comprises: - the light chain V domain GL2-VL having the amino acid sequence: - and an Ig heavy chain V domain comprising a sequence selected from the group consisting of: GL2-FRlm having the amino acid sequence: GL2-FR3m having the amino acid sequence: GL2-CDR2m having the amino acid sequence: - the light chain V domain GL2-VL having the amino acid sequence: - and an Ig heavy chain V domain comprising a sequence selected from the group consisting of: GL2-FRlm having the amino acid sequence: GL2-FR3m having the amino acid sequence: GL2-CDR2m having the amino acid sequence: GL2-FRlm having the amino acid sequence: GL2-FR3m having the amino acid sequence: GL2-CDR2m having the amino acid sequence:
A high-voltage DC relay with an auxiliary contact, comprising a cover, a main contact leading-out terminal, a pushing rod assembly, a main movable contact piece, an auxiliary contact leading-out terminal and an auxiliary movable contact piece; wherein two main contact leading-out terminals and two auxiliary contact leading-out terminals are respectively fixed on a top wall of the cover and their bottom ends respectively extend into a cavity of the cover, the main movable contact piece is mounted at a top of the pushing rod assembly, and both ends of the main movable contact piece are respectively matched with bottom ends of the two main contact leading-out terminals; wherein: two auxiliary contact leading-out terminals are arranged on both sides of a connecting line between the two main contact leading-out terminals, the auxiliary movable contact piece is arranged at a top end of the pushing rod assembly, and two ends of the auxiliary movable contact piece are respectively matched with bottom ends of the two auxiliary contact leading-out terminals; the auxiliary movable contact piece is also connected with a plastic body; and in the plastic body, a plastic blocking wall is respectively arranged between both sides of both ends of the auxiliary movable contact piece and the main contact leading-out terminal, so that the blocking wall is used to block contamination of the auxiliary movable contact piece caused by an electric arc generated when the main movable contact piece is separated from the main contact leading-out terminal.
- A device for extracting a large caliber projectile stuck in a tube of an artillery piece, the device comprising an unblocking mass having a diameter smaller than the caliber of the tube and intended to be introduced into the tube at the mouth of the latter and then to be released in the tube to impact the blocked projectile by inertia, wherein the mass is secured to one end of a rope, wherein the device is characterised in that it comprises a release means able to be secured to the mouth of the tube, the release means comprising a blocking and unblocking means which, in a blocking position, blocks the rope near the end of the rope secured to the mass so as to retain the mass in the vicinity of the mouth of the tube, and which, in an unblocking position, allows release of the rope.
Device for filling a container with a filling product, preferably for filling a container with a beverage in a beverage filling plant, comprising a sealing means moveable by means of a drive into a sealing position for sealing the mouth region of a container to be filled, and a product valve for controlling the filling product stream flowing into the container to be filled, wherein a valve body of the product valve can be activated by means of the drive, characterised in that the valve body can be actuated by imposing a movement on the sealing means in the opposite direction by the drive, wherein by a movement of the drive in a single movement direction the sealing means is moved to the mouth of the respective container and, following this, also the valve body is lifted from a valve seat of the product valve in the opposite direction.
Assembly, comprising an electrochromic device with two electrical device connections (9, 10) and a circuit arrangement, wherein the circuit arrangement has: - a voltage/current measurement device connected to the two device connections (9, 10), - at least one electrical power source with two pole terminals (14, 16), which is connected via a controllable pole terminal two-way circuit to the two device connections (9, 10), wherein, selectively, one device connection can be electrically conductively connected by the pole terminal two-way circuit to one of the two pole terminals and, at the same time, the other device connection can be connected to the respective other pole terminal, - an electronic control device for controlling the pole terminal two-way circuit, which is configured such that an electrical voltage and/or an electrical current is measured between the device connections (9, 10) and the device connections (9, 10) are in each case connected to the pole terminals (14, 16) such that a polarity of the electrical variable measured on the device connections (9, 10) corresponds to a polarity of the electrical power source. - a voltage/current measurement device connected to the two device connections (9, 10), - at least one electrical power source with two pole terminals (14, 16), which is connected via a controllable pole terminal two-way circuit to the two device connections (9, 10), wherein, selectively, one device connection can be electrically conductively connected by the pole terminal two-way circuit to one of the two pole terminals and, at the same time, the other device connection can be connected to the respective other pole terminal, - an electronic control device for controlling the pole terminal two-way circuit, which is configured such that an electrical voltage and/or an electrical current is measured between the device connections (9, 10) and the device connections (9, 10) are in each case connected to the pole terminals (14, 16) such that a polarity of the electrical variable measured on the device connections (9, 10) corresponds to a polarity of the electrical power source.
An electric hand held pulse tool for performing tightening operations where torque is delivered in pulses to tighten screw joints, the pulse tool comprising: - a bidirectional electric motor, - an output shaft, - a sensor (14,15,25) for monitoring a parameter reflecting a delivered torque pulse, and - a control unit for controlling the electric motor, wherein the sensor (14, 15, 25) is arranged to provide information regarding the monitored parameter to the control unit, characterised in that the control unit is arranged to, during a tightening operation performed by the electric pulse tool in a first direction, control the motor to provide at least one torque pulse on the output shaft in a second direction that is opposite to the first direction, by using a loosening torque over a specific angular interval to determine the friction in the joint in order to provide information of the torque that is actually installed into the joint and wherein this information is instantly processed by the control unit so as to adjust further torque increments on the output shaft to increase the accuracy and/or speed of the tightening process. - a bidirectional electric motor, - an output shaft, - a sensor (14,15,25) for monitoring a parameter reflecting a delivered torque pulse, and - a control unit for controlling the electric motor, wherein the sensor (14, 15, 25) is arranged to provide information regarding the monitored parameter to the control unit, characterised in that the control unit is arranged to, during a tightening operation performed by the electric pulse tool in a first direction, control the motor to provide at least one torque pulse on the output shaft in a second direction that is opposite to the first direction, by using a loosening torque over a specific angular interval to determine the friction in the joint in order to provide information of the torque that is actually installed into the joint and wherein this information is instantly processed by the control unit so as to adjust further torque increments on the output shaft to increase the accuracy and/or speed of the tightening process.
Mechanical assistance device for the removal of gas flows, comprising an extraction system connected to a first air network dedicated to stale air opening into at least one room of a dwelling via a ventilation outlet and to a second air network dedicated to the products of combustion of at least one appliance located in a room of a dwelling comprising venting means capable of occupying a closed first state and an opened second state to allow the products of combustion to be exhausted by a natural draft and means for detecting malfunctioning, characterized in that the extraction system is configured to maintain within the air circuits a depression of between 55 and 95 Pa and in that said detection means comprise a vane extending across a pipe of the air circuit and capable of pivoting about a substantially horizontal axis perpendicular to the flow, the vane being capable of occupying a determined position that is stable under the effect of its own self-weight in the absence of any flow, and a deviated position after pivoting, against the action of its own self-weight, in the presence of a flow, and means that transmit a signal when the angular deviation between the stable position and the position occupied by the vane is lower than a determined threshold.
A method of producing an estolide, comprising: a) converting biomass-derived oil into a fatty acid mixture; b) separating the fatty acid mixture into a C16 saturated fatty acid and a C18 unsaturated fatty acid; c) converting the C16 saturated fatty acid into a C15 or C16 linear internal olefin; d) subjecting the C15 or C16 linear internal olefin to an estolide reaction using a linking agent, thus obtaining an estolide A; e) subjecting the C18 unsaturated fatty acid to partial hydrogenating to increase an amount of oleic acid; and f) subjecting the oleic acid to an estolide reaction using a linking agent and then esterification, thus obtaining an estolide B. a) converting biomass-derived oil into a fatty acid mixture; b) separating the fatty acid mixture into a C16 saturated fatty acid and a C18 unsaturated fatty acid; c) converting the C16 saturated fatty acid into a C15 or C16 linear internal olefin; d) subjecting the C15 or C16 linear internal olefin to an estolide reaction using a linking agent, thus obtaining an estolide A; e) subjecting the C18 unsaturated fatty acid to partial hydrogenating to increase an amount of oleic acid; and f) subjecting the oleic acid to an estolide reaction using a linking agent and then esterification, thus obtaining an estolide B.
A method of using a device and detecting a fall by a user, said method comprising: receiving from a fall detection circuit that includes a pressure sensor an initial indication of a potential fall, the initial indication of the potential fall based on changes in measured atmospheric pressure sensed by the pressure sensor measuring with an orientation sensor that includes an accelerometer an inclination of the device worn by the user relative to one or more different axes at a first plurality of time instants in a first time period before the initial indication of the potential fall and for a second plurality of time instants in a second time period during the potential fall, the second time period being a fixed time period immediately preceding the initial indication of the potential fall, the orientation sensor being distinct from the fall detection circuit; responsive to receiving the initial indication of the potential fall, comparing the inclination of the device during the potential fall to the inclination of the device before the potential fall; and verifying that the fall occurred based on said comparison. receiving from a fall detection circuit that includes a pressure sensor an initial indication of a potential fall, the initial indication of the potential fall based on changes in measured atmospheric pressure sensed by the pressure sensor measuring with an orientation sensor that includes an accelerometer an inclination of the device worn by the user relative to one or more different axes at a first plurality of time instants in a first time period before the initial indication of the potential fall and for a second plurality of time instants in a second time period during the potential fall, the second time period being a fixed time period immediately preceding the initial indication of the potential fall, the orientation sensor being distinct from the fall detection circuit; responsive to receiving the initial indication of the potential fall, comparing the inclination of the device during the potential fall to the inclination of the device before the potential fall; and verifying that the fall occurred based on said comparison.
Method of flow cytometry without sheath fluids for particle characterization, comprising steps of: - transfer of a fluid containing particles through an aperture flow-cell, said aperture flow-cell being at least in part substantially transparent to at least one wavelength of interest, and at least in part substantially insulating to electricity, - measurement of electrical impedance variation generated by the passage of said particles contained in the fluid through the aperture flow-cell, - measurement of at least one optical property of said particles, which interact with at least one light beam passing through the orifice of the flow-cell in an optical measurement zone, - characterization of said particles by using said measurements of electrical impedance variation and optical properties, characterized in that it further comprises following steps of: - generating, by means of an electroluminescent diode, a beam having a size larger than the diameter of the orifice, - deducing information on the trajectory of the particles in the aperture flow-cell, at least from the analysis of said measurement of electrical impedance variation, - use of said information on the trajectory at least for the exploitation of said measurements of optical properties during characterization of the particles by classifying said measurements in at least two categories, called valid and invalid. - transfer of a fluid containing particles through an aperture flow-cell, said aperture flow-cell being at least in part substantially transparent to at least one wavelength of interest, and at least in part substantially insulating to electricity, - measurement of electrical impedance variation generated by the passage of said particles contained in the fluid through the aperture flow-cell, - measurement of at least one optical property of said particles, which interact with at least one light beam passing through the orifice of the flow-cell in an optical measurement zone, - characterization of said particles by using said measurements of electrical impedance variation and optical properties, - generating, by means of an electroluminescent diode, a beam having a size larger than the diameter of the orifice, - deducing information on the trajectory of the particles in the aperture flow-cell, at least from the analysis of said measurement of electrical impedance variation, - use of said information on the trajectory at least for the exploitation of said measurements of optical properties during characterization of the particles by classifying said measurements in at least two categories, called valid and invalid.
Screen lift system for flat screens for arrangement in furniture or built-in furniture, having a screen support which is arranged such that it can be moved in the lift direction and can be moved by means of a drive motor (22, 26), having a weight compensation device which is assigned to the screen support and has a ballast body which compensates for the weight of the screen support and can be moved in the lift direction, and at least one flexurally slack tension element, which is guided over an upper guide pulley and on which the screen support hangs on the one hand from the upper guide pulley and on the other hand from the ballast body, the traction element being designed to rotate and running over the upper guide pulley and a lower guide pulley, and the drive motor driving one of the guide pulleys (15, 16).
An image forming device (100, 200) that forms an image on a print medium, comprising: an execution unit that executes a process; a first processing unit that makes the execution unit execute a first process when an operation mode of the image forming device (100, 200) is a previously provided standard operation mode; a storage unit (107, 207); a control unit that stores an additional module in the storage unit (107, 207) by receiving a program module which operates on the image forming device (100, 200) and installing the program module; and a second processing unit that executes the additional module and thereby makes the execution unit execute a second process when the operation mode is an additional operation mode, wherein the control unit sets the operation mode to the standard operation mode in a case where the additional module is not installed at a time of startup of the image forming device (100, 200) and sets the operation mode to the additional operation mode in a case where the additional module is installed at the time of startup of the image forming device (100, 200), the execution unit includes a print unit that executes a print process for forming an image on a print medium, when the operation mode is set to the standard operation mode, the first processing unit provides the print unit with print data based on reception data received by the image forming device, and when the operation mode is set to the additional operation mode, the second processing unit executes the additional module and thereby provides the print unit with print data based on reception data received by the image forming device. an execution unit that executes a process; a first processing unit that makes the execution unit execute a first process when an operation mode of the image forming device (100, 200) is a previously provided standard operation mode; a storage unit (107, 207); a control unit that stores an additional module in the storage unit (107, 207) by receiving a program module which operates on the image forming device (100, 200) and installing the program module; and a second processing unit that executes the additional module and thereby makes the execution unit execute a second process when the operation mode is an additional operation mode, wherein the control unit sets the operation mode to the standard operation mode in a case where the additional module is not installed at a time of startup of the image forming device (100, 200) and sets the operation mode to the additional operation mode in a case where the additional module is installed at the time of startup of the image forming device (100, 200), the execution unit includes a print unit that executes a print process for forming an image on a print medium, when the operation mode is set to the standard operation mode, the first processing unit provides the print unit with print data based on reception data received by the image forming device, and when the operation mode is set to the additional operation mode, the second processing unit executes the additional module and thereby provides the print unit with print data based on reception data received by the image forming device.
A system for use to establish programming of an implantable electrical neurostimulation device for treating chronic pain of a human subject, the system comprising: at least one processor; and at least one memory device comprising instructions, which when executed by the processor, cause the processor to perform operations that: obtain patient state data, the patient state data indicating a measured value that is correlated to pain experienced by the human subject; determine a plurality of neurostimulation programming parameters, using a dynamic model, for pain treatment in the human subject, the dynamic model adapted to identify values of the neurostimulation programming parameters which predict an improvement to the measured value, wherein the dynamic model uses a time model to predict results of the pain treatment for the human subject forward in time that improve the patient state for the human subject; and generate or modify a neurostimulation program to include the neurostimulation programming parameters for the implantable electrical neurostimulation device. at least one processor; and at least one memory device comprising instructions, which when executed by the processor, cause the processor to perform operations that: obtain patient state data, the patient state data indicating a measured value that is correlated to pain experienced by the human subject; determine a plurality of neurostimulation programming parameters, using a dynamic model, for pain treatment in the human subject, the dynamic model adapted to identify values of the neurostimulation programming parameters which predict an improvement to the measured value, wherein the dynamic model uses a time model to predict results of the pain treatment for the human subject forward in time that improve the patient state for the human subject; and generate or modify a neurostimulation program to include the neurostimulation programming parameters for the implantable electrical neurostimulation device. obtain patient state data, the patient state data indicating a measured value that is correlated to pain experienced by the human subject; determine a plurality of neurostimulation programming parameters, using a dynamic model, for pain treatment in the human subject, the dynamic model adapted to identify values of the neurostimulation programming parameters which predict an improvement to the measured value, wherein the dynamic model uses a time model to predict results of the pain treatment for the human subject forward in time that improve the patient state for the human subject; and generate or modify a neurostimulation program to include the neurostimulation programming parameters for the implantable electrical neurostimulation device.
An absorption tower for a plant for production of nitric acid by the Ostwald method, comprising a multitude of sieve trays arranged one on top of another and each spaced apart from one another, an inlet for water in an upper region of the absorption tower, an inlet for gaseous nitrogen oxides in a lower region of the absorption tower, and a column bottom which is disposed in the lower end region of the absorption tower beneath the lowermost sieve tray and is divided by at least one dividing wall into at least two mutually separated regions (20, 21), characterized in that at least one dividing wall is arranged with such a progression that it divides the column bottom into a first, radially inner region and at least a second, radially outer region.