mhurhangee/patent-ind-claim-en huggingface dataset:
A piston rod unit for an administration device for administering a medical substance, wherein the piston rod unit can delay a release of a mechanism of the administration device , the piston rod unit comprising: a. an outer piston rod with a contact face at a distal end of the outer piston rod for interacting with a stopper in order to discharge the substance from a product container b. an inner piston rod , which is mounted in the outer piston rod in such a way that a cavity is formed at the distal end of the outer piston rod , said cavity being at least partially filled with a viscous fluid, c. a fluid displacement element which is located at least partially in the cavity and interacts with the inner piston rod or is embodied integrally with the inner piston rod and wherein the fluid displacement element is moveable relative to the outer piston rod during a delaying movement, d. wherein during a relative movement between fluid displacement element and outer piston rod by a displacement of the fluid, a movement resistance occurs, such that the fluid displacement element achieves a release position releasing the mechanism in delayed manner, characterized in that the outer piston rod is configured in two parts with a distal, first piston rod part , which comprises the contact face , forms the cavity, and is sealed in fluid-tight manner by means of a seal and the fluid displacement element and a second piston rod part adjoining the first piston rod part . a. an outer piston rod with a contact face at a distal end of the outer piston rod for interacting with a stopper in order to discharge the substance from a product container b. an inner piston rod , which is mounted in the outer piston rod in such a way that a cavity is formed at the distal end of the outer piston rod , said cavity being at least partially filled with a viscous fluid, c. a fluid displacement element which is located at least partially in the cavity and interacts with the inner piston rod or is embodied integrally with the inner piston rod and wherein the fluid displacement element is moveable relative to the outer piston rod during a delaying movement, d. wherein during a relative movement between fluid displacement element and outer piston rod by a displacement of the fluid, a movement resistance occurs, such that the fluid displacement element achieves a release position releasing the mechanism in delayed manner,
Structural element for thermal insulation between a load-bearing (B) and a supported (A) component, in particular between a building and a projecting external part, with an insulating body to be arranged between the two components, and with reinforcing elements in the form of at least pressure elements , which in the installed state of the structural element, extend through the insulating body essentially horizontally to and transversely to the essentially horizontal longitudinal extension of the insulating body, and can be connected at least indirectly to both components (A, B), wherein the structural element has additional reinforcing elements in the form of elements transmitting tractive forces, and wherein support elements are assigned to the pressure elements , which support elements are arranged relative to the structural element in the installed state at a different height level than the pressure elements, wherein in each case a pressure element and a support element are operatively connected to one another via a transverse force element , characterised in that the support elements are arranged below the traction elements and below a traction zone in relation to the structural element in the installed state.
Storm overflow intended to be fixed to a receiving structure, the storm overflow comprising a flap tilting about a horizontal axis between a closed position and an open position, means for locking the flap in the closed position and means for remotely controlling these locking means, these controlling means making it possible to remotely control the unlocking of the flap, the storm overflow also comprising: - a frame intended to be fixed in the receiving structure, this frame having, in height, a dimension greater than that which the flap has in height; - a chassis on which the said flap is mounted so as to tilt about the said horizontal axis , this chassis forming, below the said horizontal axis , a seat for receiving the part of the flap situated below this horizontal axis , and this chassis also forming, above the said horizontal axis , an opening allowing the flap to tilt; the part of the flap located above this horizontal axis occupies the whole of this opening in the closed position of the flap ; the chassis has, in height, a smaller dimension than the frame so that there are openings between the chassis and the frame , and the chassis is able to be fixed at different points of the frame in a vertical direction; in width, the chassis is inscribed in the frame ; and - panels adapted to be mounted on the frame so as to close said openings which, according to the fixing position of the chassis with respect to the frame , exist between this chassis and this frame. - a frame intended to be fixed in the receiving structure, this frame having, in height, a dimension greater than that which the flap has in height; - a chassis on which the said flap is mounted so as to tilt about the said horizontal axis , this chassis forming, below the said horizontal axis , a seat for receiving the part of the flap situated below this horizontal axis , and this chassis also forming, above the said horizontal axis , an opening allowing the flap to tilt; the part of the flap located above this horizontal axis occupies the whole of this opening in the closed position of the flap ; the chassis has, in height, a smaller dimension than the frame so that there are openings between the chassis and the frame , and the chassis is able to be fixed at different points of the frame in a vertical direction; in width, the chassis is inscribed in the frame ; and - panels adapted to be mounted on the frame so as to close said openings which, according to the fixing position of the chassis with respect to the frame , exist between this chassis and this frame.
Cell connector (2a-k) for the electrical connection of cell terminals of an energy storage device, having contact-making elements (6a-k) for respective connection to at least one cell terminal and a compensating element (10a-k) connecting two contact-making elements (6a-k) electrically to each other and having at least one springy conductor track (12a-k), wherein the conductor track (12a-k) extends completely in one plane with the two contact-making elements (6a-k), characterized in that the two contact-making elements and the compensating element together form a stepped strip having a first thickness in the region of the two contact-making elements and a second, greater thickness in the region of the compensating element .
Boiling machine, which includes a feeder , disposed over one of the ends of a cleated perforated conveyer belt mounted horizontally along the longitudinal axis of an operation vessel , wherein the second end of the conveyer belt is extended out of one end of the vessel with an upward inclination outside the other end of the vessel and under it a collecting container is disposed, characterized in that under the conveyer belt plurality of air blowing nozzles are mounted and the belt is disposed under the level of the boiling water within the vessel .
A method of wireless communication performed by a user equipment, UE, in communication with a base station, the method comprising: receiving information indicative of a plurality of candidate uplink component carriers in a non-mmW, millimeter wave, spectrum, each of the plurality of candidate uplink component carriers available to be associated with a particular downlink component carrier in a mmW spectrum; in response to receiving the information indicative of the plurality of candidate uplink component carriers, selecting at least a primary uplink component carrier from the plurality of candidate uplink component carriers; and transmitting a signal to the base station using the primary uplink component carrier. receiving information indicative of a plurality of candidate uplink component carriers in a non-mmW, millimeter wave, spectrum, each of the plurality of candidate uplink component carriers available to be associated with a particular downlink component carrier in a mmW spectrum; in response to receiving the information indicative of the plurality of candidate uplink component carriers, selecting at least a primary uplink component carrier from the plurality of candidate uplink component carriers; and transmitting a signal to the base station using the primary uplink component carrier.
Track system for a work vehicle, comprising a driving wheel , an undercarriage beam hinged to a frame of the vehicle, at least one idler wheel , at least a first and a second roller wheels attached to the undercarriage beam and a rubber track wound about at least driving wheel , idler wheel , first and second roller wheels , comprising a first and a second tilting support to attach a relative roller wheel or idler wheel to the undercarriage beam and an elastic or visco-elastic connection to join first and second adjacent tilting supports one to the other such that, when a leading wheel moves down, a trailing wheel is pushed up, and vice-versa, via the elastic or visco-elastic connection ; and wherein at least a tilting support is below the undercarriage beam characterized in that the connection comprises at least one of a link and rocker and wherein for each tilting support the at least one of a link and rocker define an articulated joint wherein the connection applies a load on the articulated joint and the connection transmits loads to adjacent rollers .
A random access method, applied to a contention-based access process, wherein the method comprises: detecting , by a base station, a first preamble value; generating , by the base station based on the first preamble value, at least two random access response messages, wherein in the at least two random access response messages: at least one random access response message comprises a second preamble value, and at least one random access response message comprises a third preamble value, wherein the second preamble value is the same as the first preamble value, and the third preamble value is a preamble value obtained after the base station accumulates the first preamble value based on a preset accumulation number; and the at least two random access response messages each carry instruction information of an uplink resource allocated by the base station to a terminal; and sending , by the base station, the at least two random access response messages to the terminal. detecting , by a base station, a first preamble value; generating , by the base station based on the first preamble value, at least two random access response messages, wherein in the at least two random access response messages: at least one random access response message comprises a second preamble value, and at least one random access response message comprises a third preamble value, wherein the second preamble value is the same as the first preamble value, and the third preamble value is a preamble value obtained after the base station accumulates the first preamble value based on a preset accumulation number; and the at least two random access response messages each carry instruction information of an uplink resource allocated by the base station to a terminal; and sending , by the base station, the at least two random access response messages to the terminal.
A proteinaceous exovesicle comprising an activity-regulated cytoskeletal (Arc) protein and a therapeutic non-arc nucleic acid.
A method of recovering viable microorganisms from a sample comprising microorganism cells and an antimicrobial agent, the method comprising: a) incubating the sample with coated particles to form particle-microorganism complexes; and b) separating the particle-microorganism complexes from the antimicrobial agent; thereby recovering viable microorganisms from the sample; and c) incubating and/or culturing the viable microorganisms recovered in step b), wherein the sample is from a subject who has been treated with the antimicrobial agent, wherein the microorganisms in the sample are or are thought to be susceptible to the antimicrobial agent and wherein the sample comprises a bodily fluid. a) incubating the sample with coated particles to form particle-microorganism complexes; and b) separating the particle-microorganism complexes from the antimicrobial agent; thereby recovering viable microorganisms from the sample; and c) incubating and/or culturing the viable microorganisms recovered in step b),
An information transmission method, wherein the method comprises: determining (S220), by a network device , first indication information, wherein the first indication information is used to indicate a configuration of a second resource, the second resource is used to transmit retransmission data comprising retransmission data of first data, the first data is data sent by a first terminal device by using a first resource unit, the first resource unit belongs to a preconfigured first resource, the first resource and the second resource are both grant-free resources and are different from each other, and the first indication information is determined by the network device based on a receiving status of the first data; and sending (S230), by the network device , the first indication information; wherein the first indication information is specifically used to indicate whether the network device configures the second resource; wherein the network device configures the second resource only when the first data fails to be received, wherein the first data fails to be received if the network device detects existence of the first data on the first resource unit carrying the first data but does not demodulate and decode the first data correctly. determining (S220), by a network device , first indication information, wherein the first indication information is used to indicate a configuration of a second resource, the second resource is used to transmit retransmission data comprising retransmission data of first data, the first data is data sent by a first terminal device by using a first resource unit, the first resource unit belongs to a preconfigured first resource, the first resource and the second resource are both grant-free resources and are different from each other, and the first indication information is determined by the network device based on a receiving status of the first data; and sending (S230), by the network device , the first indication information; wherein the first indication information is specifically used to indicate whether the network device configures the second resource; wherein the network device configures the second resource only when the first data fails to be received, wherein the first data fails to be received if the network device detects existence of the first data on the first resource unit carrying the first data but does not demodulate and decode the first data correctly.
A device for engaging a driver during an autonomous mode comprising: a drive mode monitoring module configured to detect a transition from a manual drive mode to an autonomous drive mode; a driver monitoring module to monitor driver alertness during the autonomous drive mode; and an interactive module , further comprising; a processing module configured to activate an interactive training program in case alertness of the driver falls below a first threshold value wherein the first threshold value for alertness is determined based on plurality of attributes; a training module configured to receive activation or deactivation instructions from the processing module ; characterized in that the interactive training program enhances traffic rule knowledge of the driver, wherein the traffic rule knowledge of the driver is determined based on violations of traffic rules determined by the processing module a drive mode monitoring module configured to detect a transition from a manual drive mode to an autonomous drive mode; a driver monitoring module to monitor driver alertness during the autonomous drive mode; and an interactive module , further comprising; a processing module configured to activate an interactive training program in case alertness of the driver falls below a first threshold value wherein the first threshold value for alertness is determined based on plurality of attributes; a training module configured to receive activation or deactivation instructions from the processing module ; characterized in that the interactive training program enhances traffic rule knowledge of the driver, wherein the traffic rule knowledge of the driver is determined based on violations of traffic rules determined by the processing module
Knife with a housing (H, 11, 12) and a blade holder , with an actuating device (V) comprising at least one actuating element and at least one handle which is movable between a non-actuated position and an actuated position, the blade holder being displaceable by means of the actuating device (V) from at least one safety position in which a blade retained on the blade holder is retracted into a compartment (A) of the housing into at least one cutting position in which the blade extends out from the housing , the blade holder being movable from a safety position into a first cutting position and displaceable by an additional movement from the first cutting position into at least one second cutting position from which the blade holder can be moved back into the safety position even though the handle is located in the actuated position, characterised in that the blade holder is connected to the actuating element by means of a joint (G3) and a support element is provided, by means of which at least one element of the actuating device (V) can be releasably supported on the housing (H, 11, 12), the support element being released from the housing or actuating device (V) due to the movement of the blade holder into the second cutting position, thereby imparting an additional degree of freedom to the actuating element.
An overrun protection device for a vehicle, comprising - a collision element defining a collision direction , and - a support device configured to fix the collision element to the vehicle, - wherein the overrun protection device is configured such that the collision element is effectively supported at the support device in the collision direction , and that the collision element is displaceably supported at the support device in a compensation direction for executing a compensation movement , and - wherein the support device is configured such and comprises an activatable locking device such that the collision element is locked against executing the compensation movement when the locking device is activated. - a collision element defining a collision direction , and - a support device configured to fix the collision element to the vehicle, - wherein the overrun protection device is configured such that the collision element is effectively supported at the support device in the collision direction , and that the collision element is displaceably supported at the support device in a compensation direction for executing a compensation movement , and - wherein the support device is configured such and comprises an activatable locking device such that the collision element is locked against executing the compensation movement when the locking device is activated.
Method for assessing solar cells with one or more light sources , wherein the one or more light sources are fastened to a fastening device , wherein the one or more light sources are fastened movably to the fastening device and/or a light intensity control is present, with which the light intensity of each light source can be changed independently of the light intensity of the other light sources , with a camera which is fastened to the fastening device , wherein the method comprises the following steps, the fastening device is aligned relative to solar cells using the camera in such a way that the camera axis of the camera is perpendicular relative to the surface of the solar cells to be assessed, the one or more light sources are aligned in such a way and/or the light intensity of the one or more light sources are controlled in such a way that the solar cells to be assessed are illuminated as uniformly as possible, following the illumination that is as uniform as possible, a photo of the solar cells to be assessed is taken with the camera , the solar cells are assessed using the photo.
A cell culture device comprising: a cell culture section that cultures cells; a storage section that stores a culture fluid; a flow path that connects the cell culture section and the storage section; a fluid delivery device that is provided at the flow path and is configured to pump the culture fluid from the storage section through the flow path to the cell culture section; and a pressure equalizing unit that is provided at the flow path and that suppresses fluctuations in pressure imparted to the culture fluid delivered to the cell culture section, characterized by a pressurization unit that is provided at the flow path at a flow outlet side of the cell culture section and that applies a specific pressure to the culture fluid, the pressurization unit comprising: a pressurization portion that is connected to the flow path, and that has a smaller cross-sectional area than the flow path; and a resilient membrane that configures a portion of a wall face of the pressurization portion, and that undergoes resilient deformation due to pressure of the culture fluid that has flowed into the pressurization portion. a cell culture section that cultures cells; a storage section that stores a culture fluid; a flow path that connects the cell culture section and the storage section; a fluid delivery device that is provided at the flow path and is configured to pump the culture fluid from the storage section through the flow path to the cell culture section; and a pressure equalizing unit that is provided at the flow path and that suppresses fluctuations in pressure imparted to the culture fluid delivered to the cell culture section, characterized by a pressurization unit that is provided at the flow path at a flow outlet side of the cell culture section and that applies a specific pressure to the culture fluid, the pressurization unit comprising: a pressurization portion that is connected to the flow path, and that has a smaller cross-sectional area than the flow path; and a resilient membrane that configures a portion of a wall face of the pressurization portion, and that undergoes resilient deformation due to pressure of the culture fluid that has flowed into the pressurization portion. a pressurization portion that is connected to the flow path, and that has a smaller cross-sectional area than the flow path; and a resilient membrane that configures a portion of a wall face of the pressurization portion, and that undergoes resilient deformation due to pressure of the culture fluid that has flowed into the pressurization portion.