mhurhangee/patent-ind-claim-en huggingface dataset:
A cloud-computing surveillance system comprising: at least one server computer having a processor and a memory, constructed and configured in a network-based communication with a multiplicity of remote input devices having input capture mechanisms, the multiplicity of remote input devices comprising mobile user devices operated by differing users, the at least one server computer being configured to: receive image and/or video inputs from the multiplicity of remote input devices , the image and/or video inputs being transmitted to the at least one server computer within a secure messaging communicated over a network, the image and/or video inputs being captured by the multiplicity of remote input devices ; authenticate and index the image and/or video inputs and subsequently store authenticated and indexed image and/or video inputs in a corresponding database; wherein the authentication comprises matching global positioning satellite, GPS, information embedded within the image and/or video inputs with a pre-determined surveillance event corresponding to a social gathering captured by the mobile user devices; and process and analyze the image and/or video inputs based upon at least one profile for the pre-determined surveillance event for providing a near-real-time analysis of the image and/or video inputs to determine a status of social security within the social gathering captured by the mobile user devices. receive image and/or video inputs from the multiplicity of remote input devices , the image and/or video inputs being transmitted to the at least one server computer within a secure messaging communicated over a network, the image and/or video inputs being captured by the multiplicity of remote input devices ; authenticate and index the image and/or video inputs and subsequently store authenticated and indexed image and/or video inputs in a corresponding database; wherein the authentication comprises matching global positioning satellite, GPS, information embedded within the image and/or video inputs with a pre-determined surveillance event corresponding to a social gathering captured by the mobile user devices; and process and analyze the image and/or video inputs based upon at least one profile for the pre-determined surveillance event for providing a near-real-time analysis of the image and/or video inputs to determine a status of social security within the social gathering captured by the mobile user devices.
A motor vehicle exterior part comprising an illuminating fabric and a support (300; 310; 320; 330; 340) for receiving the illuminating fabric, characterized in that the illuminating fabric comprises a lit portion including optical fibers and an unlit fixing portion , the support (300; 310; 320; 330; 340) comprising means for assembling the illuminating fabric into the support (300; 310; 320; 330; 340), which means cooperate with the fixing portion of the illuminating fabric , only the lit portion being equipped with optical fibers.
A soil recycler having a housing for receiving a soil recycling device that has an upper housing side and a lower housing side as well as two opposed front and rear housing sides as well as two opposed housing side faces , wherein the front housing side has an opening for receiving the material to be recycled and the rear housing side has an opening for dispensing the recycled material, and a coupling apparatus for coupling to an excavator or construction machine on the top housing side is provided, characterized in that the housing has a first receiving device for receiving a pair of fork tines of a lifting fork , wherein the first receiving device includes two spaced-apart recesses (34, 34', 34") which are embodied such that the respective fork tines of the lifting fork can each engage the recesses, and the recesses (34, 34', 34") are in particular located on either side of the coupling device, and wherein the first receiving device is located in the vicinity of the upper housing side and/or the lower housing side and/or the rear housing side , and the recesses (34, 34', 34"), in particular beginning at the upper housing side and/or the lower housing side and/or the rear housing side extend in the direction of the respective opposite side.
A joist hanger comprising: a support bracket , having a base portion and two substantially parallel side portions upstanding from opposing edges of said base portion; and a protruding portion , the protruding portion having a first end connected to one of the side portions and protruding from said one of the side portions towards the opposing side portion above said base portion, wherein said protruding portion further comprises a second end connected to said side portion, characterised in that the protruding portion is a resilient protruding portion comprising a resilient arcuate portion extending from said first end to said second end; and wherein the second end is opposite to the first end and the second end is intermediate the first end and the base portion.
A user equipment, UE , comprising: at least one processor ; at least one memory ; wherein the at least one processor is configured to cause the UE to at least: when resuming data transmission/reception upon activation of a SCell, , report an out-of-range report for the just activated SCell to a network access node for a certain period before a valid channel quality indication result is available if periodic channel quality indication reporting (10 E) for the just activated SCell is configured for the UE, or if an aperiodic channel quality indication for the just activated SCell is requested from the network access node; and report the valid channel quality indication result for the just activated SCell to the network access node after the certain period, characterized in that a minimum requirement for the certain period prior to the valid channel quality indication result being reported is defined, and the valid channel quality indication result is reported no later than the minimum requirement. at least one processor ; at least one memory ; wherein the at least one processor is configured to cause the UE to at least: when resuming data transmission/reception upon activation of a SCell, , report an out-of-range report for the just activated SCell to a network access node for a certain period before a valid channel quality indication result is available if periodic channel quality indication reporting (10 E) for the just activated SCell is configured for the UE, or if an aperiodic channel quality indication for the just activated SCell is requested from the network access node; and report the valid channel quality indication result for the just activated SCell to the network access node after the certain period, when resuming data transmission/reception upon activation of a SCell, , report an out-of-range report for the just activated SCell to a network access node for a certain period before a valid channel quality indication result is available if periodic channel quality indication reporting (10 E) for the just activated SCell is configured for the UE, or if an aperiodic channel quality indication for the just activated SCell is requested from the network access node; and report the valid channel quality indication result for the just activated SCell to the network access node after the certain period,
A method for fabricating a flexible display substrate comprising: forming a motherboard on a rigid substrate that is magnetisable, wherein the motherboard comprises a magnetic first flexible substrate and a plurality of flexible display panels on the magnetic first flexible substrate ; cutting the motherboard to separate the plurality of flexible display panels from each other when the rigid substrate is magnetized; and demagnetizing the rigid substrate, wherein the magnetic first flexible substrate is a cured polyimide gel film doped by a magnetic material. forming a motherboard on a rigid substrate that is magnetisable, wherein the motherboard comprises a magnetic first flexible substrate and a plurality of flexible display panels on the magnetic first flexible substrate ; cutting the motherboard to separate the plurality of flexible display panels from each other when the rigid substrate is magnetized; and demagnetizing the rigid substrate, wherein the magnetic first flexible substrate is a cured polyimide gel film doped by a magnetic material.
Method for providing data for a geometric map for autonomous or automated driving of a vehicle, in which - when driving along a respective specified route section using a vehicle with specified vehicle sensors, odometry data (Phi, 1) of the vehicle are respectively detected and/or determined (S3), wherein the respective specified route section (Fn) has a maximum driving length (Ln), which is dependent on a detection precision of odometry data (Phi, 1) by means of a specified vehicle sensor system and dependent on a reproducibility of provided odometry data (Phi, 1) by means of specified vehicle actuators and/or vehicle actuating drives, - the odometry data (Phi, 1) detected and/or determined for the route section are respectively provided (S5) at a specified vehicle interface for transmission to an evaluation device which is designed to provide the geometric map. - when driving along a respective specified route section using a vehicle with specified vehicle sensors, odometry data (Phi, 1) of the vehicle are respectively detected and/or determined (S3), wherein the respective specified route section (Fn) has a maximum driving length (Ln), which is dependent on a detection precision of odometry data (Phi, 1) by means of a specified vehicle sensor system and dependent on a reproducibility of provided odometry data (Phi, 1) by means of specified vehicle actuators and/or vehicle actuating drives, - the odometry data (Phi, 1) detected and/or determined for the route section are respectively provided (S5) at a specified vehicle interface for transmission to an evaluation device which is designed to provide the geometric map.
An inkjet printing system, comprising: an ink reservoir defining a longitudinal axis and supported for rotation in at least one degree of freedom relative to a vertical reference axis, the ink reservoir defining an ink-receiving chamber and a control chamber ; a control fluid source fluidly communicating with the control chamber to deliver a control fluid across a range of pressure levels to dynamically control a pressure of ink disposed in the ink-receiving chamber ; an orientation sensor for determining an orientation of the longitudinal axis of the ink reservoir and generate an orientation signal; and a processor operably coupled to the control fluid source and the orientation sensor, the processor programmed to: infer an angle of the longitudinal axis relative to the vertical reference axis based on the orientation signal from the orientation sensor ; determine a desired pressure for the control chamber based, at least in part, on the inferred angle of the longitudinal axis; and control the control fluid source to adjust the actual pressure level in the control chamber to the desired pressure for the control chamber . an ink reservoir defining a longitudinal axis and supported for rotation in at least one degree of freedom relative to a vertical reference axis, the ink reservoir defining an ink-receiving chamber and a control chamber ; a control fluid source fluidly communicating with the control chamber to deliver a control fluid across a range of pressure levels to dynamically control a pressure of ink disposed in the ink-receiving chamber ; an orientation sensor for determining an orientation of the longitudinal axis of the ink reservoir and generate an orientation signal; and a processor operably coupled to the control fluid source and the orientation sensor, the processor programmed to: infer an angle of the longitudinal axis relative to the vertical reference axis based on the orientation signal from the orientation sensor ; determine a desired pressure for the control chamber based, at least in part, on the inferred angle of the longitudinal axis; and control the control fluid source to adjust the actual pressure level in the control chamber to the desired pressure for the control chamber . infer an angle of the longitudinal axis relative to the vertical reference axis based on the orientation signal from the orientation sensor ; determine a desired pressure for the control chamber based, at least in part, on the inferred angle of the longitudinal axis; and control the control fluid source to adjust the actual pressure level in the control chamber to the desired pressure for the control chamber .
A method for recognizing gesture strokes in user input applied onto an electronic document via a touch-based user interface, comprising: receiving data generated based on the user input, the data representing a stroke and comprising a plurality of ink points in a rectangular coordinate space and a plurality of timestamps associated respectively with the plurality of ink points; segmenting the plurality of ink points into a plurality of segments each corresponding to a respective sub-stroke of the stroke and comprising a respective subset of the plurality of ink points; determining at least one scale of the electronic document; generating a plurality of feature vectors based respectively on the plurality of segments, the feature vectors comprising features of the segments; normalizing a subset of the features of the feature vectors according to the at least one scale; and applying the plurality of feature vectors as an input sequence representing the stroke to a trained stroke classifier to generate a vector of probabilities including a probability that the stroke is a non-gesture stroke and a probability that the stroke is a given gesture stroke of a set of gesture types. receiving data generated based on the user input, the data representing a stroke and comprising a plurality of ink points in a rectangular coordinate space and a plurality of timestamps associated respectively with the plurality of ink points; segmenting the plurality of ink points into a plurality of segments each corresponding to a respective sub-stroke of the stroke and comprising a respective subset of the plurality of ink points; determining at least one scale of the electronic document; generating a plurality of feature vectors based respectively on the plurality of segments, the feature vectors comprising features of the segments; normalizing a subset of the features of the feature vectors according to the at least one scale; and applying the plurality of feature vectors as an input sequence representing the stroke to a trained stroke classifier to generate a vector of probabilities including a probability that the stroke is a non-gesture stroke and a probability that the stroke is a given gesture stroke of a set of gesture types.
An iridium complex compound represented by formula below: wherein in formula , Ir represents an iridium atom, L represents a bidentate ligand, in the case of a plurality of L's, the plurality of L's may be the same or different, ring Cy 1 represents an aromatic ring including carbon atoms C 1 and C 2 , ring Cy 2 represents a heteroaromatic ring including a carbon atom C 3 and a nitrogen atom N 1 , R 1 and R 2 each independently represent a hydrogen atom or a substituent, a and b represent maximum integer numbers of possible substituents on the ring Cy 1 and the ring Cy 2 , respectively, m represents an integer of 1 to 3, n represents an integer of 0 to 2, m + n = 3, in the case of a plurality of R 1 's and/or a plurality of R 2 's, the plurality of R 1 's and/or the plurality of R 2 's may be the same or different, provided that at least one R 1 is represented by formula below: wherein in formula , * represents a position of bonding to the ring Cy 1 , R 5 to R 11 each independently represent a hydrogen atom or a substituent, and R X1 and R X2 each independently represent an alkyl group or an aralkyl group, wherein the ring Cy 1 and (R 1 )a in formula are represented by formula below: wherein in formula , * represents a bonding position, and R 1 , R 5 to R 11 , R X1 , and R X2 are as defined in formula and formula . wherein in formula , Ir represents an iridium atom, L represents a bidentate ligand, in the case of a plurality of L's, the plurality of L's may be the same or different, ring Cy 1 represents an aromatic ring including carbon atoms C 1 and C 2 , ring Cy 2 represents a heteroaromatic ring including a carbon atom C 3 and a nitrogen atom N 1 , R 1 and R 2 each independently represent a hydrogen atom or a substituent, a and b represent maximum integer numbers of possible substituents on the ring Cy 1 and the ring Cy 2 , respectively, m represents an integer of 1 to 3, n represents an integer of 0 to 2, m + n = 3, in the case of a plurality of R 1 's and/or a plurality of R 2 's, the plurality of R 1 's and/or the plurality of R 2 's may be the same or different, provided that at least one R 1 is represented by formula below: wherein in formula , * represents a position of bonding to the ring Cy 1 , R 5 to R 11 each independently represent a hydrogen atom or a substituent, and R X1 and R X2 each independently represent an alkyl group or an aralkyl group, wherein the ring Cy 1 and (R 1 )a in formula are represented by formula below: wherein in formula , * represents a bonding position, and R 1 , R 5 to R 11 , R X1 , and R X2 are as defined in formula and formula .
An arrangement for shaping a laser beam , comprising - a controllable spatial light modulator , - a control device for controlling the light modulator , and - beam-guiding optics , characterized in that - the control device is configured to divide a display plane of the light modulator into a plurality of display regions and to present at least a first beam-influencing structure in a first display region of the plurality of display regions and a second beam-influencing structure in a second display region of the plurality of display regions , and - the beam-guiding optics are configured to bring the laser beam into interaction initially with the first display region and then with the second display region along the direction of propagation of the beam. - a controllable spatial light modulator , - a control device for controlling the light modulator , and - beam-guiding optics , characterized in that - the control device is configured to divide a display plane of the light modulator into a plurality of display regions and to present at least a first beam-influencing structure in a first display region of the plurality of display regions and a second beam-influencing structure in a second display region of the plurality of display regions , and - the beam-guiding optics are configured to bring the laser beam into interaction initially with the first display region and then with the second display region along the direction of propagation of the beam.
An antisense compound complementary to a MECP2 nucleic acid for use in treating MECP2 duplication syndrome.
A method of removing fluid from a well using a downhole electronic submersible pump that includes a deployment cable on which the downhole pump is to be deployed, a control line integrated with the deployment cable and an electrical line integrated with the deployment cable, the method comprising: deploying the downhole pump on the deployment cable to a vertical position within a production tubing disposed in the well and collecting, during the deployment production data from the motor with the control line of the downhole pump, wherein the control line extends from the surface of the well and terminates at the profile of the downhole pump; securing the downhole pump to the production tubing at the vertical position; powering a motor of the downhole pump with the electrical line of the downhole pump that extends from a surface of the well and that terminates at a profile of the downhole pump; and activating the motor to pump fluid out of the well. deploying the downhole pump on the deployment cable to a vertical position within a production tubing disposed in the well and collecting, during the deployment production data from the motor with the control line of the downhole pump, wherein the control line extends from the surface of the well and terminates at the profile of the downhole pump; securing the downhole pump to the production tubing at the vertical position; powering a motor of the downhole pump with the electrical line of the downhole pump that extends from a surface of the well and that terminates at a profile of the downhole pump; and activating the motor to pump fluid out of the well.
A steering system for construction, transportation, and agricultural machines, the steering system comprising steering cylinders , a pump , a steering wheel control valve , an electromagnetic control valve for a lever or automatic steering, a steering wheel prioritizing valve , and a switching valve for sensing the load pressure generated when the steering wheel control valve is operated and for switching the steering wheel prioritizing valve using the pressure, and the switching valve for switching the steering wheel prioritizing valve having a two-port, two-position configuration in which a fluid draining passage of the steering wheel prioritizing valve is closed using the load pressure generated when the steering wheel control valve is operated; the system further comprising one of a steering valve , a prioritizing valve and an unloading valve ; characterized by the system further comprising a mode switching valve for switching steering wheel operation or lever/automatic steering operation to a pilot fluid passage for switching the steering wheel prioritizing valve, the mode switching valve being operated by an external signal so that the pilot fluid passage is blocked and the electromagnetic control valve for the lever or automatic steering and the steering cylinders are no longer communicating.
A method, in a first base station , for providing an interface between the first base station and a second base station for providing bearer management functions, the first and second base stations comprising an anchor-assisting node relationship and being comprised in a wireless communications network, the method characterised by : establishing the interface with the second base station; and receiving and/or sending communications from and/or to, the second base station, respectively, on the interface for providing bearer management functions for bearers associated with a user equipment in multiple connectivity with at least thefirst and second base stations, wherein bearer management operations performed on the interface are related to E-RAB procedures, RRC messaging, handover procedures, or interface establishment procedures. establishing the interface with the second base station; and receiving and/or sending communications from and/or to, the second base station, respectively, on the interface for providing bearer management functions for bearers associated with a user equipment in multiple connectivity with at least thefirst and second base stations, wherein bearer management operations performed on the interface are related to E-RAB procedures, RRC messaging, handover procedures, or interface establishment procedures.
A microorganism belonging to the genus Aurantiochytrium having an 18S rRNA gene consisting of the base sequence represented by any of SEQ ID NOS: 1 to 5.