mhurhangee/patent-ind-claim-en huggingface dataset:
A process for the production of a recombinant polypeptide comprising culturing CHO cells in a medium and expressing the recombinant polypeptide, wherein - the cells are grown at a first temperature for at least 3 days and the temperature is then shifted to a second temperature which is between about 1 and about 8°C lower than the first temperature and the cells are maintained at said second temperature for a period of at least another 2 days; - the cells are grown at a first pH value for at least 2 days and the pH is then shifted to a second pH value which is between about 0.05 and about 1 pH units lower than the first pH and the cells are grown at said second pH for at least 1 day, wherein the temperature shift is initiated between 1 to 5 days after the pH shift. - the cells are grown at a first temperature for at least 3 days and the temperature is then shifted to a second temperature which is between about 1 and about 8°C lower than the first temperature and the cells are maintained at said second temperature for a period of at least another 2 days; - the cells are grown at a first pH value for at least 2 days and the pH is then shifted to a second pH value which is between about 0.05 and about 1 pH units lower than the first pH and the cells are grown at said second pH for at least 1 day, wherein the temperature shift is initiated between 1 to 5 days after the pH shift.
A slab gate valve seal device for a slab gate valve in a pipeline, comprising: four moveable seats configured for sealingly contacting a slab gate , two of the four seats to be positioned on one side of the slab gate, and the other two of the four seats to be positioned on the other side of the slab gate, one of the two moveable seats on each of said sides of the slab gate being an actuation seat which is controllable from a non-contact position where it does not contact the slab gate to a contact position where it seals against the slab gate , the other of the two movable seats on each of said sides of the slab gate being a mechanical seat which is configured to be biased against the slab gate by means of springs , the mechanical seat being positioned on the inside of the actuation seat ; wherein the actuation seat is arranged to be movable from the non-contact position to the contact position through actuation by applied hydraulic pressure; wherein the actuation seat is further arranged to be movable away from the contact position to the non-contact position through actuation by applied hydraulic pressure; and wherein the actuation seat and the mechanical seat on each of said sides of the slab gate are operable, such that when the slab gate is moved between an open position and closed position, the actuation seat is in the non-contact position and the mechanical seat is biased against and in contact with the slab gate . four moveable seats configured for sealingly contacting a slab gate , two of the four seats to be positioned on one side of the slab gate, and the other two of the four seats to be positioned on the other side of the slab gate, one of the two moveable seats on each of said sides of the slab gate being an actuation seat which is controllable from a non-contact position where it does not contact the slab gate to a contact position where it seals against the slab gate , the other of the two movable seats on each of said sides of the slab gate being a mechanical seat which is configured to be biased against the slab gate by means of springs , the mechanical seat being positioned on the inside of the actuation seat ; wherein the actuation seat is arranged to be movable from the non-contact position to the contact position through actuation by applied hydraulic pressure; wherein the actuation seat is further arranged to be movable away from the contact position to the non-contact position through actuation by applied hydraulic pressure; and wherein the actuation seat and the mechanical seat on each of said sides of the slab gate are operable, such that when the slab gate is moved between an open position and closed position, the actuation seat is in the non-contact position and the mechanical seat is biased against and in contact with the slab gate .
A device for exterminating or driving away animal pests, which is characterized in that it a) comprises suitable sensors configured to acquire the position of the animal pest, b) comprises a smart control unit configured in such a way that the data acquired by the sensor is transferrable to the smart control unit, and c) comprises one or more nozzles configured to produce at least one individual minute droplet, said individual minute droplet being provided to hit the animal pest and thus achieve the desired effect of driving away or extermination. a) comprises suitable sensors configured to acquire the position of the animal pest, b) comprises a smart control unit configured in such a way that the data acquired by the sensor is transferrable to the smart control unit, and c) comprises one or more nozzles configured to produce at least one individual minute droplet, said individual minute droplet being provided to hit the animal pest and thus achieve the desired effect of driving away or extermination.
Multiple screwdriver with a plurality of drive spindles , arranged annularly around a centre and able to be equipped or are equipped at the end side in each case with a clamping tool , and a ratchet drive, assigned to each drive spindle and driven by means of a hydraulic piston drive, for driving the drive spindles , characterised in that the multiple screwdriver comprises a feed unit for inducing a rotary movement in the drive spindles , with an adjustment wheel mounted in a rotatable manner about the axis of the centre of the annular arrangement of the drive spindles , as a drive wheel, which drives a respective output wheel fitted on the drive spindle , wherein the drive movement of the adjusting wheel is transmitted to the drive spindles with the interconnection in each case of a torque limiter.
A leg press exercise machine , comprising: a main frame ; a stationary footplate mounted to the main frame ; a first rotating bar connected at a top end of the first rotating bar to the main frame ; a second rotating bar connected at one end to the main frame; a support assembly connected to bottom ends of each of the first and second rotating bars at pivot points , wherein rotation of the first and second rotating bars causes the support assembly to move with respect to the main frame ; a seat ; wherein the first and second rotating bars are disposed at an angle to a vertical axis when the exercise machine is in its rest position, and wherein the stationary footplate is positioned at a height on the main frame such that the user's feet are position higher than above the seat throughout a leg press exercise, characterized by a seat support bar connected to the support assembly ; and wherein the seat is mounted onto the seat support bar , and wherein the support assembly holds the seat support bar at a downward angle from a line passing through the locations where the first and second rotating bars are connected to the support assembly . a main frame ; a stationary footplate mounted to the main frame ; a first rotating bar connected at a top end of the first rotating bar to the main frame ; a second rotating bar connected at one end to the main frame; a support assembly connected to bottom ends of each of the first and second rotating bars at pivot points , wherein rotation of the first and second rotating bars causes the support assembly to move with respect to the main frame ; a seat ; wherein the first and second rotating bars are disposed at an angle to a vertical axis when the exercise machine is in its rest position, and wherein the stationary footplate is positioned at a height on the main frame such that the user's feet are position higher than above the seat throughout a leg press exercise, characterized by a seat support bar connected to the support assembly ; and wherein the seat is mounted onto the seat support bar , and wherein the support assembly holds the seat support bar at a downward angle from a line passing through the locations where the first and second rotating bars are connected to the support assembly .
A method of preparing an influenza working virus seed stock, comprising infecting a cell line adapted to serum-free culture and suspension culture with an influenza vaccine virus, culturing the infected cell line, and further passaging the virus culture in the same cell line wherein a culture with a dilution factor where the highest cell viability is obtained is selected from cultures with different dilution factors used for viral infection, except when the hemagglutination assay (HA) titers (except for 0) of two or more cultures are different by 4 times or more, a culture with a dilution factor where the highest HA titer is obtained is selected and used for the subsequent passage.
A method of preparing a DNA unit fragment composition, comprising: a step of preparing solutions containing multiple kinds of DNA unit fragments, each solution containing one of the multiple kinds of DNA unit fragments, each DNA unit fragment being attached to a corresponding auxiliary sequence; and a step of, after preparing each solution, measuring the concentration of each kind of DNA unit fragment with the corresponding auxiliary sequence attached thereto in each of the solutions, and then based on the measurement result, taking a portion from each of the solutions so that the number of moles of DNA unit fragment in one portion is close to the number of moles of DNA unit fragment in another portion. a step of preparing solutions containing multiple kinds of DNA unit fragments, each solution containing one of the multiple kinds of DNA unit fragments, each DNA unit fragment being attached to a corresponding auxiliary sequence; and a step of, after preparing each solution, measuring the concentration of each kind of DNA unit fragment with the corresponding auxiliary sequence attached thereto in each of the solutions, and then based on the measurement result, taking a portion from each of the solutions so that the number of moles of DNA unit fragment in one portion is close to the number of moles of DNA unit fragment in another portion.
A method applied by a first border router, BR, in a network comprising a first edge network, EN, a transit network, TN, and a second EN, wherein the first BR locates in the first EN, a second BR locates in the second EN, and a registration agent, RA, locates in the TN, the method comprises: obtaining (s203), by the first BR, a first Internet Protocol, IP, packet from the first EN, wherein the first IP packet comprises a destination IP address corresponding to the second EN; characterized by : sending (s205), by the first BR, to the RA, BR query information that carries the destination IP address included in the first IP packet; and receiving (s206), by the first BR, from the RA, BR information of the second BR in response to the BR query information, wherein the second BR corresponds to the destination IP address, wherein the BR information of the second BR is obtained according to a mapping between IP prefix information of the second EN and the second BR. obtaining (s203), by the first BR, a first Internet Protocol, IP, packet from the first EN, wherein the first IP packet comprises a destination IP address corresponding to the second EN; characterized by : sending (s205), by the first BR, to the RA, BR query information that carries the destination IP address included in the first IP packet; and receiving (s206), by the first BR, from the RA, BR information of the second BR in response to the BR query information, wherein the second BR corresponds to the destination IP address, wherein the BR information of the second BR is obtained according to a mapping between IP prefix information of the second EN and the second BR. sending (s205), by the first BR, to the RA, BR query information that carries the destination IP address included in the first IP packet; and receiving (s206), by the first BR, from the RA, BR information of the second BR in response to the BR query information, wherein the second BR corresponds to the destination IP address, wherein the BR information of the second BR is obtained according to a mapping between IP prefix information of the second EN and the second BR.
A combination of cannabidiol (CBD) with an antibiotic for use in the treatment of bacterial infection caused by a Gram-negative bacterium, wherein the antibiotic is Rifampicin or Erythromycin.
Flange device for a filter device for positioning in a water treatment unit , wherein the water treatment unit contains a water reservoir and a suction head , wherein the flange device contains the following features: - a base plate with a central cutout for receiving a filler neck of the suction head , - a connecting device for releasable connection of the flange device to an inner side of the water reservoir , - a closure element for closing off the cut-out , and - a handle device for detaching the connecting device from the flange holding device and for carrying the filter device , wherein the handle device contains a first arm element , a second arm element and a grip element , wherein the first arm element is connected movably to the base plate at a first end via a first hinge and the second arm element is connected movably to said base plate at a first end by way of a second hinge , and wherein the first arm element is connected movably to the grip element at a second end via a third hinge and the second arm element is connected movably to said grip element at a second end by way of a fourth hinge . - a base plate with a central cutout for receiving a filler neck of the suction head , - a connecting device for releasable connection of the flange device to an inner side of the water reservoir , - a closure element for closing off the cut-out , and - a handle device for detaching the connecting device from the flange holding device and for carrying the filter device , wherein the handle device contains a first arm element , a second arm element and a grip element , wherein the first arm element is connected movably to the base plate at a first end via a first hinge and the second arm element is connected movably to said base plate at a first end by way of a second hinge , and wherein the first arm element is connected movably to the grip element at a second end via a third hinge and the second arm element is connected movably to said grip element at a second end by way of a fourth hinge . wherein the handle device contains a first arm element , a second arm element and a grip element , wherein the first arm element is connected movably to the base plate at a first end via a first hinge and the second arm element is connected movably to said base plate at a first end by way of a second hinge , and wherein the first arm element is connected movably to the grip element at a second end via a third hinge and the second arm element is connected movably to said grip element at a second end by way of a fourth hinge .
A control system comprising: a thermostat configured to provide a first signal in response to detecting a first demand for changing an indoor temperature by a first amount and a second signal in response to detecting a second demand for changing the indoor temperature by a second amount; a compressor operable at a first capacity and a second capacity that is greater than the first capacity; an indoor fan operable at a first speed and a second speed that is greater than the first speed; characterised by a controller configured to operate the compressor and the indoor fan: in response to the thermostat asserting the first signal, initially at the first capacity and the first speed for a first predetermined time period and subsequently at the second capacity and the first speed based on an outdoor air temperature or other measured indicator of outdoor thermal load; then in response to the thermostat asserting the second signal, at the second capacity and the second speed; and then in response to the thermostat de-asserting the second signal, at the second capacity and the first speed until the first signal is de-asserted. a thermostat configured to provide a first signal in response to detecting a first demand for changing an indoor temperature by a first amount and a second signal in response to detecting a second demand for changing the indoor temperature by a second amount; a compressor operable at a first capacity and a second capacity that is greater than the first capacity; an indoor fan operable at a first speed and a second speed that is greater than the first speed; characterised by a controller configured to operate the compressor and the indoor fan: in response to the thermostat asserting the first signal, initially at the first capacity and the first speed for a first predetermined time period and subsequently at the second capacity and the first speed based on an outdoor air temperature or other measured indicator of outdoor thermal load; then in response to the thermostat asserting the second signal, at the second capacity and the second speed; and then in response to the thermostat de-asserting the second signal, at the second capacity and the first speed until the first signal is de-asserted. in response to the thermostat asserting the first signal, initially at the first capacity and the first speed for a first predetermined time period and subsequently at the second capacity and the first speed based on an outdoor air temperature or other measured indicator of outdoor thermal load; then in response to the thermostat asserting the second signal, at the second capacity and the second speed; and then in response to the thermostat de-asserting the second signal, at the second capacity and the first speed until the first signal is de-asserted.
A transmission apparatus , comprising: a channel selection information acquisition unit configured to acquire channel selection information for selecting a service; a time information acquisition unit configured to acquire time information used for synchronization on a transmission side and a reception side; a physical layer frame generation unit configured to generate a physical layer frame constituted of a preamble and a data portion; and a transmission unit configured to transmit the physical layer frame as digital broadcast signal wherein the physical layer frame generation unit arranges in the physical layer frame specific information including the channel selection information and/or the time information at a beginning of the data portion right after the preamble; the specific information is included in L2 signaling information arranged in a payload or an extension header of a transmission packet that encapsulates an Internet Protocol, IP, packet, the transmission packet is transmitted as a first transmission packet of a first Baseband, BB, frame in the physical layer frame, and the time information is Network Time Protocol, NTP, information. a channel selection information acquisition unit configured to acquire channel selection information for selecting a service; a time information acquisition unit configured to acquire time information used for synchronization on a transmission side and a reception side; a physical layer frame generation unit configured to generate a physical layer frame constituted of a preamble and a data portion; and a transmission unit configured to transmit the physical layer frame as digital broadcast signal wherein the physical layer frame generation unit arranges in the physical layer frame specific information including the channel selection information and/or the time information at a beginning of the data portion right after the preamble; the specific information is included in L2 signaling information arranged in a payload or an extension header of a transmission packet that encapsulates an Internet Protocol, IP, packet, the transmission packet is transmitted as a first transmission packet of a first Baseband, BB, frame in the physical layer frame, and the time information is Network Time Protocol, NTP, information.
A method of recycling a vulcanized rubber compound, comprising: a. grinding said vulcanized rubber compound into a plurality ofparticles; b. treating said particles with at least one chemical curing agent inhibitor and a solvent capable of solubilizing the at least one chemical curing agent inhibitor, said solvent being capable of swelling the particles to disperse said at least one chemical curing agent inhibitor within the particles; c. mixing said treated particles with a fresh rubber compound; and d. co-vulcanizing the mixture of said particles and fresh rubber compound. a. grinding said vulcanized rubber compound into a plurality ofparticles; b. treating said particles with at least one chemical curing agent inhibitor and a solvent capable of solubilizing the at least one chemical curing agent inhibitor, said solvent being capable of swelling the particles to disperse said at least one chemical curing agent inhibitor within the particles; c. mixing said treated particles with a fresh rubber compound; and d. co-vulcanizing the mixture of said particles and fresh rubber compound.
Agricultural machine comprising a working unit , a drawbar frame and an axle frame , which axle frame carries at least two wheels that form a wheel axle , and which drawbar frame (20; 20a, 20b) is connected to the axle frame in such a way that the axle frame can be coupled to a tractor via the drawbar frame (20; 20a, 20b) in a way that will allow the axle frame to be pulled by the tractor, with a direction orthogonal to the wheel axle defining a main direction of extension (H R ) in the horizontal plane, which drawbar frame (20; 20a, 20b) is connected to the axle frame via an axle frame joint , with the pivot axis (A AR ) of the axle frame being perpendicular to the wheel axle and perpendicular to the vertical to the wheel axis (R A ), resulting in that the drawbar frame (20; 20a, 20b) can be pivoted relative to the axle frame and in that the working unit is pivotally suspended on the drawbar frame (20; 20a, 20b) via a working unit joint that defines a working unit pivot axis (A AE ).
A radiation imaging apparatus , comprising: a pixel array including n pixel rows, where n ≥ 3; and a driving circuit configured to scan the pixel array from a first row toward an n th row, counting from one end of the pixel array, wherein in a case where a region of interest is included in a partial region composed of pixel rows from an i th row to a j th row, where 1 < i ≤ j < n, the driving circuit starts scanning of the pixel array from the first row, and characterized in that the driving circuit starts scanning of the pixel array from the first row again during scanning of pixel rows from a (j + 1) th row to the n th row. a pixel array including n pixel rows, where n ≥ 3; and a driving circuit configured to scan the pixel array from a first row toward an n th row, counting from one end of the pixel array, wherein in a case where a region of interest is included in a partial region composed of pixel rows from an i th row to a j th row, where 1 < i ≤ j < n, the driving circuit starts scanning of the pixel array from the first row, and characterized in that the driving circuit starts scanning of the pixel array from the first row again during scanning of pixel rows from a (j + 1) th row to the n th row.