mhurhangee/patent-ind-claim-en huggingface dataset:
Server device for streaming encoded video content to a client device, the server device comprising: - a video image obtaining unit configured to obtain from the video content a video image; - an information receiving unit configured to receive field of view command information from the client device; - a determining unit configured to determine a field of view based on the field of view command information, and to generate field of view metadata regarding the determined field of view; - an extracting unit configured to extract a field of view image from the obtained video image based on the determined field of view; - an encoding unit configured to encode the extracted field of view image; - a decoding unit configured to decode the encoded field of view image; - a combination unit configured to determine a combination image by combining the decoded field of view image with a hitherto accumulated client panorama image; - a storing unit configured to store the determined combination image as an updated hitherto accumulated client panorama image; and - a sending unit configured to send the encoded field of view image and the generated field of view metadata to the client device. - a video image obtaining unit configured to obtain from the video content a video image; - an information receiving unit configured to receive field of view command information from the client device; - a determining unit configured to determine a field of view based on the field of view command information, and to generate field of view metadata regarding the determined field of view; - an extracting unit configured to extract a field of view image from the obtained video image based on the determined field of view; - an encoding unit configured to encode the extracted field of view image; - a decoding unit configured to decode the encoded field of view image; - a combination unit configured to determine a combination image by combining the decoded field of view image with a hitherto accumulated client panorama image; - a storing unit configured to store the determined combination image as an updated hitherto accumulated client panorama image; and - a sending unit configured to send the encoded field of view image and the generated field of view metadata to the client device.
Electric strike which comprises: - a housing ; - a locking means , which is configured to lock a door leaf relative to a frame, and which is movable between an active locking position for a door leaf and an inactive locking position for the door leaf; - an immobilizing means , which is configured to immobilize said locking means which is in the active locking position for the door leaf, and which is movable between an active immobilizing position for the locking means and an inactive immobilizing position for the locking means ; - a blocking means , which is configured to block the immobilizing means which is in the active immobilizing position for the locking means , and which is movable between an active blocking position for the immobilizing means and an inactive blocking position for the immobilizing means ; - a drive means , which is configured to drive the blocking means from the active blocking position for the immobilizing means to the inactive blocking position for the immobilizing means ; - a retaining means , which is configured to retain the blocking means in the inactive blocking position for the immobilizing means , which is movable between an active retaining position for the blocking means and an inactive retaining position for the blocking means , and which comprises a retaining member , which is deformable and/or movable; - and which is characterized in that the retaining means further comprises a retaining finger , which extends laterally relative to the retaining member and from this retaining member , and which cooperates with the blocking means . - a housing ; - a locking means , which is configured to lock a door leaf relative to a frame, and which is movable between an active locking position for a door leaf and an inactive locking position for the door leaf; - an immobilizing means , which is configured to immobilize said locking means which is in the active locking position for the door leaf, and which is movable between an active immobilizing position for the locking means and an inactive immobilizing position for the locking means ; - a blocking means , which is configured to block the immobilizing means which is in the active immobilizing position for the locking means , and which is movable between an active blocking position for the immobilizing means and an inactive blocking position for the immobilizing means ; - a drive means , which is configured to drive the blocking means from the active blocking position for the immobilizing means to the inactive blocking position for the immobilizing means ; - a retaining means , which is configured to retain the blocking means in the inactive blocking position for the immobilizing means , which is movable between an active retaining position for the blocking means and an inactive retaining position for the blocking means , and which comprises a retaining member , which is deformable and/or movable; - and which is characterized in that the retaining means further comprises a retaining finger , which extends laterally relative to the retaining member and from this retaining member , and which cooperates with the blocking means .
A method for printing an image to be viewed in a frontlit illumination condition and a backlit illumination condition, the method comprising: printing a first non-white ink layer on a substrate; printing a white ink layer over the first non-white ink layer; and printing a second non-white ink layer over the white ink layer, the method being characterised in that the first ink layer and the second ink layer are printed using different color profiles, the second ink layer being printed with a color profile to result in an intended colorimetry during a frontlit illumination condition and the first ink layer being printed with a color profile to result in an intended colorimetry for the image during a backlit illumination condition. printing a first non-white ink layer on a substrate; printing a white ink layer over the first non-white ink layer; and printing a second non-white ink layer over the white ink layer, the method being characterised in that the first ink layer and the second ink layer are printed using different color profiles, the second ink layer being printed with a color profile to result in an intended colorimetry during a frontlit illumination condition and the first ink layer being printed with a color profile to result in an intended colorimetry for the image during a backlit illumination condition.
Swab kit for sampling specimens from humans or animals, comprising: - a swab applicator comprising a swab rod having an extremity (E) and - a sampling cloth made of a flexible fabric with an absorbency of 3.5 g/g or less, - the sampling cloth is fixed to and wound in overlapping turns (T) around the swab rod , over a swab rod end region neighboring the extremity (E), in such a manner that at least an edge portion of the sampling cloth overtops the extremity (E) by at least 1 mm when measured in a longitudinal direction of the swab rod , characterized in that - the turns (T) of the sampling cloth are arranged in a spiral with a pitch value of at least 1 mm, and wherein the direction from an innermost turn of the spiral to an outermost turn of the spiral being from the extremity (E) towards a rod extremity opposed to the extremity (E), - a first end (F) of the sampling cloth is fixed to the swab rod in a first fixing region (R1) and a second remaining end of the sampling cloth is fixed to a penultimate turn (T) in a second fixing region (R2) such that the turns (T) of the sampling cloth are slidable in respect of each other. - a swab applicator comprising a swab rod having an extremity (E) and - a sampling cloth made of a flexible fabric with an absorbency of 3.5 g/g or less, - the sampling cloth is fixed to and wound in overlapping turns (T) around the swab rod , over a swab rod end region neighboring the extremity (E), in such a manner that at least an edge portion of the sampling cloth overtops the extremity (E) by at least 1 mm when measured in a longitudinal direction of the swab rod , characterized in that - the turns (T) of the sampling cloth are arranged in a spiral with a pitch value of at least 1 mm, and wherein the direction from an innermost turn of the spiral to an outermost turn of the spiral being from the extremity (E) towards a rod extremity opposed to the extremity (E), - a first end (F) of the sampling cloth is fixed to the swab rod in a first fixing region (R1) and a second remaining end of the sampling cloth is fixed to a penultimate turn (T) in a second fixing region (R2) such that the turns (T) of the sampling cloth are slidable in respect of each other.
A reactive diluent system for composite resins comprising (a) a reactive diluent composition and (b) an accelerator system, wherein the reactive diluent composition (a) comprises or consists of an organic phosphorus compound of the general formula (I) with R 1 = H, Me R n , R m = O - , OH, Z, X 2 -P(=X 3 )R n+1 R m+1 n, m = 2 - 15 X 1 , X 2 = O, CH 2 , S, NH X 3 = O, S and L being a hydrocarbon linker optionally comprising one or more heteroatoms; and the accelerator system (b) comprises or consists of (i) at least one iron salt or complex; (ii) at least one transition metal salt or complex selected from cobalt and copper; and (iii) optionally at least one solvent. the reactive diluent composition (a) comprises or consists of an organic phosphorus compound of the general formula (I) with R 1 = H, Me R n , R m = O - , OH, Z, X 2 -P(=X 3 )R n+1 R m+1 n, m = 2 - 15 X 1 , X 2 = O, CH 2 , S, NH X 3 = O, S and L being a hydrocarbon linker optionally comprising one or more heteroatoms; and R 1 = H, Me R n , R m = O - , OH, Z, X 2 -P(=X 3 )R n+1 R m+1 n, m = 2 - 15 X 1 , X 2 = O, CH 2 , S, NH X 3 = O, S and L being a hydrocarbon linker optionally comprising one or more heteroatoms; the accelerator system (b) comprises or consists of (i) at least one iron salt or complex; (ii) at least one transition metal salt or complex selected from cobalt and copper; and (iii) optionally at least one solvent. (i) at least one iron salt or complex; (ii) at least one transition metal salt or complex selected from cobalt and copper; and (iii) optionally at least one solvent.
A tire comprising a plurality of protrusion portions protrudedly disposed on an outer surface of the tire and configured by ridges having a plurality of straight line portions extending in a direction intersecting each other, wherein a height dimension (H) of the protrusion portion is set to be from 0.2 mm to 0.5 mm, and a pitch (P) of the ridges which configure the protrusion portions adjacent to each other when being viewed in a plan view is set to be from 0.15 mm to 0.40 mm, characterized in that wall surfaces of the ridges which configure the protrusion portion are inclined, and an angle (θ1) formed by wall surfaces facing each other in the ridges of the adjacent protrusion portions is set to be from 15° to 40°.
Electrical machine , in particular for adjusting moving parts in a motor vehicle, having a commutator which is arranged on a rotor shaft and can be electrically conductively connected to a power source by means of electric brushes , wherein the electric brushes are fastened to a brush carrier component which is radially supported directly against an inner wall of a pole housing , and having a plug module which has electrical conductors for connection to an outer connection plug , wherein the plug module has axial projections which engage into corresponding axial cutouts in the brush carrier component , wherein the axial cutouts in the brush carrier component are larger than the corresponding axial projections of the plug module and the axial projections of the plug module are likewise directly supported radially against the inner wall of the pole housing but not radially against the brush carrier component , characterized in that the plug module , by means of its axial projections which are integrally formed on a base plate , is centred directly on the inner side of the pole housing , wherein the rotor shaft protrudes axially through the base plate , and wherein both the plug module and also the brush carrier component have centring or positioning surfaces , which are in each case radially supported directly on the pole housing independently of one another, formed on their respective circumference.
Use of a solid betaine product for de-icing, wherein the solid betaine product comprises solid trimethylglycine and at least one non-betaine compound selected from the group consisting of glycerol, erythritol, mannitol, sorbitol, inositol, fructose, glucose and propanediol.
An electric power converter for converting input quantities, namely an input voltage V in and an input current I in , into converted output quantities, namely a converted output voltage V out and a converted output current I out , having: an input terminal for receiving the input quantities, an output terminal for outputting the converted output quantities, a switching device to be switched for a conversion operation of the electric power converter , the switching device having a control terminal , a PID regulator connected to the control terminal for controlling the switching device based on P, I, D, coefficients as regulator parameters, a parameter predictor for carrying out a prediction of at least one of the regulator parameters and updating the at least one regulator parameter of the PID regulator based on the prediction, a performance feedback signal generator connected to the output terminal of the power converter and operable for providing a performance feedback signal indicative of a performance of the conversion operation, the parameter predictor being configured to predict and update the at least one regulator parameter by reinforcement learning and based on the performance feedback signal during update intervals, the update intervals taking place during the power conversion operation and being separated by pauses during which no update of the at least one regulator parameter is carried out. an input terminal for receiving the input quantities, an output terminal for outputting the converted output quantities, a switching device to be switched for a conversion operation of the electric power converter , the switching device having a control terminal , a PID regulator connected to the control terminal for controlling the switching device based on P, I, D, coefficients as regulator parameters, a parameter predictor for carrying out a prediction of at least one of the regulator parameters and updating the at least one regulator parameter of the PID regulator based on the prediction, a performance feedback signal generator connected to the output terminal of the power converter and operable for providing a performance feedback signal indicative of a performance of the conversion operation, the parameter predictor being configured to predict and update the at least one regulator parameter by reinforcement learning and based on the performance feedback signal during update intervals, the update intervals taking place during the power conversion operation and being separated by pauses during which no update of the at least one regulator parameter is carried out.
A mixing system, comprising: a mixing agent discharge nozzle through which a mixing agent to be mixed with a sample is to be discharged; and a movable mechanism configured to adjust a gap between the mixing agent discharge nozzle and a sample collection port that opens to an inside of a sample tube through which the sample is to flow so as to collect the sample, characterised by a shutoff mechanism configured to shut off a flow of the sample flowing into from the sample collection port ; and a control device configured to control operation of the shutoff mechanism , wherein the control device is configured to control the shutoff mechanism so as to shut off the flow of the sample when the gap between the sample collection port and the mixing agent discharge nozzle is to be narrowed. a mixing agent discharge nozzle through which a mixing agent to be mixed with a sample is to be discharged; and a movable mechanism configured to adjust a gap between the mixing agent discharge nozzle and a sample collection port that opens to an inside of a sample tube through which the sample is to flow so as to collect the sample, characterised by a shutoff mechanism configured to shut off a flow of the sample flowing into from the sample collection port ; and a control device configured to control operation of the shutoff mechanism , wherein the control device is configured to control the shutoff mechanism so as to shut off the flow of the sample when the gap between the sample collection port and the mixing agent discharge nozzle is to be narrowed.
A method of switching from a first gateway within a plurality of first gateways to a second gateway in a satellite network, the method comprising: precaching configuration information on the second gateway, that is within the plurality of first gateways, prior to switch-over to the second gateway; identifying the first gateway from which the second gateway is being switched; configuring the second gateway in accordance with the configuration of the first gateway based at least in part on the precached configuration information prior to the switch-over to the second gateway; freezing bandwidth allocated to terminals in the network in association with the switch-over to the second gateway; and unfreezing the bandwidth allocated to the terminals in the network based at least in part on an indication of completion of the switch-over to the second gateway; characterised in that the method further comprises: receiving new bandwidth allocation requests and updates to backlog; and in association with the bandwidth allocated to the terminals in the network being frozen, ignoring the new bandwidth allocation requests and updates to the backlog. precaching configuration information on the second gateway, that is within the plurality of first gateways, prior to switch-over to the second gateway; identifying the first gateway from which the second gateway is being switched; configuring the second gateway in accordance with the configuration of the first gateway based at least in part on the precached configuration information prior to the switch-over to the second gateway; freezing bandwidth allocated to terminals in the network in association with the switch-over to the second gateway; and unfreezing the bandwidth allocated to the terminals in the network based at least in part on an indication of completion of the switch-over to the second gateway; characterised in that the method further comprises: receiving new bandwidth allocation requests and updates to backlog; and in association with the bandwidth allocated to the terminals in the network being frozen, ignoring the new bandwidth allocation requests and updates to the backlog.
A home automation system, comprising: a home security system including one or more sensor nodes capable of detecting motion within a home ; and a service robot system including at least one robot that autonomously moves within the home to perform one or more functions, characterized in that the home security system and the service robot system are mutually configured such that there will not be a motion alarm set off by the robot when the robot moves within a range of the one or more sensor nodes , wherein the robot is configured to output a signal when moving to alert the home security system of its presence so that there will not be a motion alarm set off for as long as the signal is detected by the one or more sensor nodes , wherein the signal is one or more of an optical notifying signal, an audible notifying signal, an infrared notifying signal, an infrasonic notifying signal, and a wirelessly transmitted data notification signal. a home security system including one or more sensor nodes capable of detecting motion within a home ; and a service robot system including at least one robot that autonomously moves within the home to perform one or more functions, characterized in that the home security system and the service robot system are mutually configured such that there will not be a motion alarm set off by the robot when the robot moves within a range of the one or more sensor nodes , wherein the robot is configured to output a signal when moving to alert the home security system of its presence so that there will not be a motion alarm set off for as long as the signal is detected by the one or more sensor nodes , wherein the signal is one or more of an optical notifying signal, an audible notifying signal, an infrared notifying signal, an infrasonic notifying signal, and a wirelessly transmitted data notification signal.
A method for manufacturing a footwear article comprising the steps of: (i)- providing a first knitted tubular part (20;200) comprising at least one fusible portion, at least one sole part (27;270), and at least one flattening opening (29;290) of unitary knitted construction with the first knitted tubular part (20;200) and extending at least in the sole part (27;270), and providing one or more functionalization component(s) (60;70;75); (ii)- disposing, at least partly, the first tubular part (20;200) substantially flat using the flattening opening (29;290); (iii)- functionalizing the first knitted tubular part (20;200), at least partly, substantially flat, with one or more functionalization component(s) (60;70;75) to form a footwear assembly ; (iv)- transforming the footwear assembly previously disposed on a preform having a foot shape in an upper , said transforming step comprising thermoforming the footwear assembly to follow the foot shape of the preform , and in that the first knitted tubular part (20;200) is disposed substantially flat during step (iii), on a support (S), such as to present an upper planar portion to be functionalized opposite to a lower planar portion comprising, at least in part, said at least one flattening opening (29;290). (i)- providing a first knitted tubular part (20;200) comprising at least one fusible portion, at least one sole part (27;270), and at least one flattening opening (29;290) of unitary knitted construction with the first knitted tubular part (20;200) and extending at least in the sole part (27;270), and providing one or more functionalization component(s) (60;70;75); (ii)- disposing, at least partly, the first tubular part (20;200) substantially flat using the flattening opening (29;290); (iii)- functionalizing the first knitted tubular part (20;200), at least partly, substantially flat, with one or more functionalization component(s) (60;70;75) to form a footwear assembly ; (iv)- transforming the footwear assembly previously disposed on a preform having a foot shape in an upper , said transforming step comprising thermoforming the footwear assembly to follow the foot shape of the preform , and in that the first knitted tubular part (20;200) is disposed substantially flat during step (iii), on a support (S), such as to present an upper planar portion to be functionalized opposite to a lower planar portion comprising, at least in part, said at least one flattening opening (29;290).