mhurhangee/patent-ind-claim-en huggingface dataset:
An IGF-1 production-promoting agent comprising a polymethoxyflavonoid as an active ingredient for use in the treatment or amelioration of a disease selected from the group consisting of growth hormone deficiency in adults, growth hormone deficiency dwarfism, and alopecia.
A luminescence measurement apparatus comprising: a nozzle for dispensing liquid into wells (W) in a microplate (M); a luminescence measurement unit configured for measuring luminescence occurring in the wells (W); and a moving unit configured to move the nozzle and the luminescence measurement unit together vertically and horizontally, wherein: the nozzle is secured to the moving unit ; and the luminescence measurement unit is mounted to be vertically movable with respect to the moving unit , characterized in that the moving unit is provided with a nozzle position adjusting part that is capable of adjusting a horizontal position of the nozzle . a nozzle for dispensing liquid into wells (W) in a microplate (M); a luminescence measurement unit configured for measuring luminescence occurring in the wells (W); and a moving unit configured to move the nozzle and the luminescence measurement unit together vertically and horizontally, wherein: the nozzle is secured to the moving unit ; and the luminescence measurement unit is mounted to be vertically movable with respect to the moving unit , characterized in that the moving unit is provided with a nozzle position adjusting part that is capable of adjusting a horizontal position of the nozzle . the nozzle is secured to the moving unit ; and the luminescence measurement unit is mounted to be vertically movable with respect to the moving unit , characterized in that the moving unit is provided with a nozzle position adjusting part that is capable of adjusting a horizontal position of the nozzle .
An ophthalmoscope comprising a light source , a first scanner , a first scan transfer element , a second scanner , and a second scan transfer element , which are arranged to provide a two-dimensional scan of incident light from an apparent point source at a pupillary point of the eye onto the fundus of the eye , and which are arranged to descan a two-dimensional scan of return light from the fundus of the eye to provide return light from an apparent point source at the first scanner , wherein the second scan transfer element is an aspherical mirror having a first focal point and a second focal point, and is positioned in the ophthalmoscope such that the second scanner coincides with the first focal point and the pupillary point of the eye coincides with the second focal point, characterized in that the first scan transfer element comprises a free-form element which has a shape defined to provide aberration correction of the return light from the fundus of the eye . which are arranged to provide a two-dimensional scan of incident light from an apparent point source at a pupillary point of the eye onto the fundus of the eye , and which are arranged to descan a two-dimensional scan of return light from the fundus of the eye to provide return light from an apparent point source at the first scanner , wherein the second scan transfer element is an aspherical mirror having a first focal point and a second focal point, and is positioned in the ophthalmoscope such that the second scanner coincides with the first focal point and the pupillary point of the eye coincides with the second focal point, characterized in that the first scan transfer element comprises a free-form element which has a shape defined to provide aberration correction of the return light from the fundus of the eye .
A seal and bearing assembly comprising: at least one bearing ; and at least one sealing member , the bearing configured to be received within a housing and disposed radially outwardly of a shaft relative to a rotation axis of the bearing , the bearing having an inner portion and an outer portion , the inner portion configured for rotating integrally with the shaft , the inner portion rotatable relative to the outer portion about the rotation axis, the sealing member having a rotating portion configured for rotation with the shaft and radially spaced from a static portion , characterised in that : the outer portion has a protrusion extending at least in an axial direction relative to the rotation axis, an outer diameter (D 1 ) of the outer portion is sized to provide a gap (G) between the outer diameter (D 1 ) and the housing , the gap (G) sized to receive a film (F) of lubricant adapted in use to damp movements of the bearing relative to the housing , and the static portion is defined by the protrusion of the bearing outer portion at least one bearing ; and at least one sealing member , the bearing configured to be received within a housing and disposed radially outwardly of a shaft relative to a rotation axis of the bearing , the bearing having an inner portion and an outer portion , the inner portion configured for rotating integrally with the shaft , the inner portion rotatable relative to the outer portion about the rotation axis, the sealing member having a rotating portion configured for rotation with the shaft and radially spaced from a static portion , characterised in that : the outer portion has a protrusion extending at least in an axial direction relative to the rotation axis, an outer diameter (D 1 ) of the outer portion is sized to provide a gap (G) between the outer diameter (D 1 ) and the housing , the gap (G) sized to receive a film (F) of lubricant adapted in use to damp movements of the bearing relative to the housing , and the static portion is defined by the protrusion of the bearing outer portion
Hole-in-the-ground beverage cooler with a jacket tube of plastic, which can be inserted vertically into a hole in the ground, which is equipped at the bottom with a tightly sealing base and at the top with a lift-off cover and in the inner space of which a carrying device is disposed that can be moved axially upward out of the jacket tube and on which several disk-shaped beverage holders , which have axial distance from one another and can be pushed into the jacket tube , are fastened that are respectively equipped with several hanger openings disposed in distributed manner over their circumference and accessible from the periphery for hanging the bottle necks of beverage bottles, characterized in that the beverage holders are respectively equipped above the hanger openings with cylinder-shell-shaped bracing walls , open toward the periphery of the beverage holder , for bracing of beverage containers , which can be inserted from above into the beverage holder .
Control valve for mounting on a motor vehicle engine, having a housing which comprises an inlet opening and an outlet opening , between which a valve seat is arranged which interacts with a valve closure body in such a way that a fluidic connection between the inlet opening and the outlet opening can be separated or provided, wherein the valve closure body adjoins a valve stem which is mounted in a valve guide member in the housing and can be moved by an actuator device , wherein a heating device having at least one heating member is provided in the region of the valve guide member , wherein the at least one heating member is provided in the valve guide member , wherein a PTC heating element , which forms the valve guide member , is provided as the heating member.
Method for determining a coefficient of friction (μ) for contact between a tyre of a vehicle and a roadway, wherein the method comprises the following steps: processing sensor signals in order to generate processed sensor signals , wherein the sensor signals represent at least state data read in from at least one detection device (104, 106; 108) and able to be correlated with the coefficient of friction (μ), wherein the processed sensor signals represent at least one provisional coefficient of friction; and ascertaining the coefficient of friction (μ) using the processed sensor signals and a regression model, characterized in that a plurality of regression models are used in the ascertaining step , wherein a dedicated regression model from the plurality of regression models is used for each of a plurality of geographical regions (A, B, C, D, E, F, G, H, I, K, J, L, M, N, O, P). processing sensor signals in order to generate processed sensor signals , wherein the sensor signals represent at least state data read in from at least one detection device (104, 106; 108) and able to be correlated with the coefficient of friction (μ), wherein the processed sensor signals represent at least one provisional coefficient of friction; and ascertaining the coefficient of friction (μ) using the processed sensor signals and a regression model, characterized in that a plurality of regression models are used in the ascertaining step , wherein a dedicated regression model from the plurality of regression models is used for each of a plurality of geographical regions (A, B, C, D, E, F, G, H, I, K, J, L, M, N, O, P).
A method to detect a target molecule, comprising a complex formation step of reacting a target molecule, a carrier modified with a first antibody which specifically binds to the target molecule, and two or more second antibodies which specifically bind to the target molecule and are labeled with enzymes having a substrate cleaving activity and mutually different substrate specificities to form a complex consisting of the first antibody, the target molecule and the second antibodies on the carrier, wherein the first antibody and the second antibody bind to different epitopes of the target molecule; a detection step of reacting two or more substrates having cleavage sites by the enzymes, a fluorescent substance bound to one terminal side of each of the cleavage sites and a quencher bound to another terminal side thereof, wherein the fluorescent substances are mutually different in fluorescence wavelength, and the complex to detect fluorescence emitted from the fluorescent substances; and an analysis step of processing two or more detection signals of fluorescence different in wavelength as a detection signal of the target molecule.
A method for facilitating wireless communications of a device , the method comprising: identifying whether transmission of a periodic channel state information, CSI, reference signal is scheduled to take place during an on-duration period of the device , wherein the periodic CSI reference signal corresponds to a scheduled periodic CSI report whose transmission by the device is scheduled to take place during the on-duration period ; and in response to identifying that the transmission of the periodic CSI reference signal is scheduled to take place outside the on-duration period : maintaining a low-power state of the device ; and not transmitting the scheduled periodic CSI report during the on-duration period . identifying whether transmission of a periodic channel state information, CSI, reference signal is scheduled to take place during an on-duration period of the device , wherein the periodic CSI reference signal corresponds to a scheduled periodic CSI report whose transmission by the device is scheduled to take place during the on-duration period ; and in response to identifying that the transmission of the periodic CSI reference signal is scheduled to take place outside the on-duration period : maintaining a low-power state of the device ; and not transmitting the scheduled periodic CSI report during the on-duration period . maintaining a low-power state of the device ; and not transmitting the scheduled periodic CSI report during the on-duration period .
A first edge cache (16 - EDGE CACHE 1) in a content delivery network, CDN , the CDN including a request router and a plurality of edge caches , the request router being operable to determine which one of the plurality of edge caches should serve content to a client , the first edge cache (16 - EDGE CACHE 1) comprising: a processor ; cache memory to store the content therein; and a memory to store data used by the processor , wherein the processor is operative to: receive a request for content from the client ; serve at least some of the content stored in the cache memory to the client ; and based on receiving a notification to shut down the first edge cache (16 - EDGE CACHE 1) after the client has already downloaded some of the content from the first edge cache (16 - EDGE CACHE 1), participate in a process to transfer the client from downloading the content from the first edge cache (16 - EDGE CACHE 1) to downloading the content from a second edge cache (16 - EDGE CACHE 2) after the client has already downloaded some of the content from the first edge cache (16 - EDGE CACHE 1) so that the client continues downloading the content from the second edge cache (16 - EDGE CACHE 2), wherein the process to transfer the client includes the processor being operative to redirect the client to the request router so that the client can receive an identification of the second edge cache (16 - EDGE CACHE 2) selected by the request router for the client to continue downloading of the content therefrom. receive a request for content from the client ; serve at least some of the content stored in the cache memory to the client ; and based on receiving a notification to shut down the first edge cache (16 - EDGE CACHE 1) after the client has already downloaded some of the content from the first edge cache (16 - EDGE CACHE 1), participate in a process to transfer the client from downloading the content from the first edge cache (16 - EDGE CACHE 1) to downloading the content from a second edge cache (16 - EDGE CACHE 2) after the client has already downloaded some of the content from the first edge cache (16 - EDGE CACHE 1) so that the client continues downloading the content from the second edge cache (16 - EDGE CACHE 2), wherein the process to transfer the client includes the processor being operative to redirect the client to the request router so that the client can receive an identification of the second edge cache (16 - EDGE CACHE 2) selected by the request router for the client to continue downloading of the content therefrom.
An optical distance measuring sensor that measures a distance to an object (P1, P2) arranged in an area within a predetermined maximum measurement distance by projecting light to the object (P1, P2) and receiving reflected light thereof, the optical distance measuring sensor comprising: a light receiving part comprising a plurality of light receiving elements and receiving the reflected light via an optical system , characterized in that the optical distance measuring sensor recognizes light reception signals from the plurality of light receiving elements of the light receiving part as a plurality of pixels, the optical system is configured such that, in the case where the object (P1, P2) having the size of a minimum value of a size of the object (P1, P2), which is measurable within the maximum measurement distance, as viewed from the light receiving part is arranged in the area within the maximum measurement distance and the minimum value is larger than or equal to twice of a width of each of the pixels, two or more of the light receiving elements receive the reflected light from the object (P1, P2). a light receiving part comprising a plurality of light receiving elements and receiving the reflected light via an optical system , characterized in that the optical distance measuring sensor recognizes light reception signals from the plurality of light receiving elements of the light receiving part as a plurality of pixels, the optical system is configured such that, in the case where the object (P1, P2) having the size of a minimum value of a size of the object (P1, P2), which is measurable within the maximum measurement distance, as viewed from the light receiving part is arranged in the area within the maximum measurement distance and the minimum value is larger than or equal to twice of a width of each of the pixels, two or more of the light receiving elements receive the reflected light from the object (P1, P2).
A pneumatically-controlled fall prevention module for the rear of a truck, such as refuse collection trucks or waste collection trucks, in which workers or operatives travel on a platform at the back of the truck, of the intended protection type for these vehicles, including a connecting element to a operative's safety harness, comprising a metal-sheet box as a straight parallelepiped-shaped shell , with rectangular or quadrangular sides, with an opening made in its front cover for access to the interior and at least one hole in one of its lateral sides as an outlet for a manual mushroom-head or pusher button, the metal-sheet box has a proper size and shape to be mechanically attached to the chassis of the area of the truck where the operative's gripping handles are located, by means of two L-shaped metal profiles fixed in turn on any of the upper, lower or lateral sides of the box, or by means of a support structure with a double vertical profile with through channels of thumbscrews or screws in the lateral edges of the box for positioning at different heights, the metal-sheet box integrates a joining element to the safety harness an anchoring system pneumatically activated by the ball-shaped head of the fastening cable to the personal harness, this anchoring system consists of the following elements: a ball opening , as a guide piece that externally surrounds the opening of the front cover; a ball support located behind the cover of the box, formed by a plate with a die-cut circle at its end, around the opening of the cover, projecting a cylindrical body perpendicular to the inside, provided in its rear mouth of a circular closing plate with a U-shaped groove coinciding with a perimeter groove made in the tubular edge of its surface; a pneumatic cylinder , connected to the truck's compressed air circuit by means of two air intake and flow regulation fittings , one on each side of the piston, next to the upper and lower bases, which in connection with the cylindrical body of the ball support through the stem makes the ball of the anchoring device rise when the piston is activated and advances, thus engaging it, or it lowers the ball when the piston is deactivated and backs down, disengaging it and enabling its release; a distribution valve integrated in the compressed air circuit, for distributing the air flow through the two fittings of the pneumatic cylinder, making the circuit operate in one direction or the other; a retractable microswitch , installed on a microswitch support at the base of the box, to detect the entry of the ball into the cylinder of the ball support, through the grooves in the back plate and perimeter edge, and to activate the distribution valve and the pneumatic cylinder; and the manual mushroom-head or pusher button , which protrudes from the box through the hole made in one of its lateral sides, and which when pressed produces the inaction of the distribution valve and the pneumatic cylinder, with the consequent release of the ball.
A method for recovering functionality of an application, the method comprising: receiving a request, by a network system, for recovery instructions from a device that is (i) remote from the network system and (ii) executing an application having a main portion and a recovery portion, the request generated by the recovery portion of the application and specifying a set of software packages affecting operation of the main portion of the application; identifying a received set of operational requests reflecting operation of the main portion of the application; comparing (i) the received operational requests and software packages from the requesting device to (ii) software packages and expected operational requests of a second device operating nominally; determining, based on the comparison, that one or more of the received set of operational requests is an abnormal operational request and identifying a set of one or more candidate software packages that may be causing the abnormal operational request; determining a set of recovery instructions for modifying the main portion of the application based, at least in part, on a selected one of the candidate software packages and a difference between (i) the set of received operational requests and (ii) the expected operational requests; and providing the set of recovery instructions to the device. receiving a request, by a network system, for recovery instructions from a device that is (i) remote from the network system and (ii) executing an application having a main portion and a recovery portion, the request generated by the recovery portion of the application and specifying a set of software packages affecting operation of the main portion of the application; identifying a received set of operational requests reflecting operation of the main portion of the application; comparing (i) the received operational requests and software packages from the requesting device to (ii) software packages and expected operational requests of a second device operating nominally; determining, based on the comparison, that one or more of the received set of operational requests is an abnormal operational request and identifying a set of one or more candidate software packages that may be causing the abnormal operational request; determining a set of recovery instructions for modifying the main portion of the application based, at least in part, on a selected one of the candidate software packages and a difference between (i) the set of received operational requests and (ii) the expected operational requests; and providing the set of recovery instructions to the device.
An injection molding apparatus comprising an injection molding machine (IMM), a heated manifold , a mold having a cavity , a downstream flow channel receiving a selected injection fluid from the heated manifold , the downstream flow channel routing the received selected injection fluid to a gate that communicates with the cavity of the mold, a valve pin adapted to be controllably driven upstream and downstream (LM) within the downstream flow channel between gate open and gate closed positions, the apparatus includes an actuator interconnected to the valve pin via one or more elongated cables having a length (CL) and a cable axis (CA) wherein the one or more elongated cables are flexibly bendable along at least a portion of their axis (CA) into a curved or curvilinear configuration (CF), the actuator being mounted and the length of the elongated cables being selected such that the actuator is mountable in a location relative to the manifold wherein the actuator is insulated or isolated from significant or substantial heat conductive communication with the heated manifold , the actuator and the valve pin being interconnected via the one or more elongated flexible cables in an arrangement such that the valve pin is controllably drivable by the one or more elongated flexible cables along a linear path of movement (LM) between the gate closed and gate open positions.
A modified dual recognition DMF5 T-cell receptor (TCR) wherein the amino acid residue at position 50 of the CDR2α chain is a residue other than tyrosine, the amino acid residue at position 26 of the CDR2α chain is tyrosine, and the amino acid residue at position 98 of the CDR2β chain is tryptophan.