mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a first base station in a wireless communication system supporting a dual connectivity, the method comprising: receiving, from a second base station , a request for updating a first security key associated with the second base station , generated in case that a packet data convergence protocol, PDCP, count is about to wrap around; generating the first security key based on a counter value associated with the second base station and a base security key of the first base station , data between a terminal and the first base station being encrypted based on the base security key; and transmitting, to the second base station , the first security key as a response to the request, wherein the first security key is used to generate a second security key, which is used for encrypting data between the terminal and the second base station . receiving, from a second base station , a request for updating a first security key associated with the second base station , generated in case that a packet data convergence protocol, PDCP, count is about to wrap around; generating the first security key based on a counter value associated with the second base station and a base security key of the first base station , data between a terminal and the first base station being encrypted based on the base security key; and transmitting, to the second base station , the first security key as a response to the request, wherein the first security key is used to generate a second security key, which is used for encrypting data between the terminal and the second base station .
Device for automatically collecting objects coming from an original location and for automatically dispensing those objects in at least two destination locations (18 to 21), comprising a collector which is capable of receiving the objects to be dispensed from the original location, a dispensing opening (3 to 6) associated with each destination location (18 to 21), and at least one receptacle which is movable between a collection position, in which it is capable of receiving at least one object from the collector , and a plurality of dispensing positions, in which it is capable of dispensing the object to the respective destination locations (18 to 21) through the corresponding dispensing openings (3 to 6), the dispensing openings (3 to 6) being distributed so that there is a point that is equidistant from each of the dispensing openings (3 to 6), characterised in that the device comprises at least two receptacles , at least four destination and dispensing locations (3 to 6), and connecting means for connecting the at least two receptacles to a motorised shaft , said motorised shaft being situated at the point that is equidistant from each dispensing opening (3 to 6) and being capable of driving the connecting means in rotation, in that the connecting means comprise at least one first arm which is connected by a first end to the motorised shaft and is connected at a second end by a pivot link to the centre of a second arm , said second arm being connected at a first end by a pivot link to one and at a second end by a pivot link to the other of the two receptacles , and in that each receptacle is movable in translation in a track which extends between two of the four dispensing openings (3 to 6) so that the rotation of the first arm about the motorised rotation shaft causes a circular movement of the centre of the second arm and a translational movement of each receptacle in one of the two tracks between two of the dispensing openings (3 to 6), so that each receptacle moves from the collection position to one of the dispensing positions by translation in one of the two tracks , wherein the collector is arranged at the intersection of the path in translation of each receptacle , at least in part at the motorised rotation shaft , so that, when one of the two receptacles is in the collection position, the other of the two receptacles is in one of the dispensing positions.
Hand-held power tool , in particular screwdriver, with a tool holder and a housing , in which a drive motor for driving an output shaft is arranged, the output shaft being arranged spaced apart from the tool holder in a decoupling position of the tool holder , and the output shaft being operatively connected to the tool holder via a clutch in a coupling position of the tool holder , by way of loading of the tool holder , in particular along a rotational axis of the drive motor , against a workpiece to be worked on, an actuating rod being loaded against a motor switch in the coupling position in order to activate the drive motor , and the actuating rod being guided along on the housing (110; 206) at least in regions, characterized in that the motor switch is arranged along a rotational axis of the drive motor between the drive motor and the clutch .
A catheter-based system for the targeted delivery of ultrasound-activated gas-scavenging emulsions, comprising: a catheter being sized for insertion into a target vascular lumen and comprising at least one ultrasound transducer at least one port distal to the transducer for exit of an ultrasound-activated emulsion into the vascular lumen, a pump for introducing the emulsion into the catheter, and at least one sensor located in the vascular lumen to detect a level of dissolved oxygen, wherein the sensor may be located proximal or distal to an emulsion exit port. a catheter being sized for insertion into a target vascular lumen and comprising at least one ultrasound transducer at least one port distal to the transducer for exit of an ultrasound-activated emulsion into the vascular lumen, a pump for introducing the emulsion into the catheter, and at least one sensor located in the vascular lumen to detect a level of dissolved oxygen, wherein the sensor may be located proximal or distal to an emulsion exit port.
A computer-implemented method for securing a networked computer system hosting an application , the method comprising: identifying a vulnerable computer resource (11-1 ... 11-n, 701-1 ... 701-n) in the networked computer system ; identifying a remediation action; determining whether the remediation action is a safe remediation action that does not reduce availability of the application on the networked computer system or an unsafe remediation action that reduces availability of the application on the networked computer system, wherein determining if the remediation action is a safe remediation action or an unsafe remediation action includes determining what computer resources in the networked computer system are accessible from, or are accessed by, the vulnerable computer resource, wherein determining what computer resources in the networked computer system are accessible from, or are accessed by, the vulnerable computer resource includes monitoring traffic flows between the computer resources over a period of time to identify vulnerability paths from the vulnerable computer resource to other computer resources in the networked computer system; implementing the remediation action if it is the safe remediation action to secure the networked computer system. identifying a vulnerable computer resource (11-1 ... 11-n, 701-1 ... 701-n) in the networked computer system ; identifying a remediation action; determining whether the remediation action is a safe remediation action that does not reduce availability of the application on the networked computer system or an unsafe remediation action that reduces availability of the application on the networked computer system, wherein determining if the remediation action is a safe remediation action or an unsafe remediation action includes determining what computer resources in the networked computer system are accessible from, or are accessed by, the vulnerable computer resource, wherein determining what computer resources in the networked computer system are accessible from, or are accessed by, the vulnerable computer resource includes monitoring traffic flows between the computer resources over a period of time to identify vulnerability paths from the vulnerable computer resource to other computer resources in the networked computer system; implementing the remediation action if it is the safe remediation action to secure the networked computer system. wherein determining if the remediation action is a safe remediation action or an unsafe remediation action includes determining what computer resources in the networked computer system are accessible from, or are accessed by, the vulnerable computer resource, wherein determining what computer resources in the networked computer system are accessible from, or are accessed by, the vulnerable computer resource includes monitoring traffic flows between the computer resources over a period of time to identify vulnerability paths from the vulnerable computer resource to other computer resources in the networked computer system; implementing the remediation action if it is the safe remediation action to secure the networked computer system.
A bladder comprising: a bladder wall having an interior-facing side and an exterior-facing side, wherein the interior-facing side defines at least a portion of an interior region of the bladder , and wherein the bladder wall further includes an average wall thickness between the interior-facing side and exterior-facing side that is less than 5 millimeters; and a multi-layer optical film (12; 200) having a first side and a second opposing side, wherein the first side of the multi-layer optical film (12; 200) is operably disposed on the exterior-facing side of the bladder wall , and wherein the multi-layer optical film (12; 200) imparts a structural color to the bladder wall , the multi-layer optical film (12; 200) comprising a multilayer filter or multilayer reflector such that the structural color has a single hue regardless of viewing angle or multihued having two or more hues where the hue changes abruptly between hues as the angle of observation or illumination changes. a bladder wall having an interior-facing side and an exterior-facing side, wherein the interior-facing side defines at least a portion of an interior region of the bladder , and wherein the bladder wall further includes an average wall thickness between the interior-facing side and exterior-facing side that is less than 5 millimeters; and a multi-layer optical film (12; 200) having a first side and a second opposing side, wherein the first side of the multi-layer optical film (12; 200) is operably disposed on the exterior-facing side of the bladder wall , and wherein the multi-layer optical film (12; 200) imparts a structural color to the bladder wall , the multi-layer optical film (12; 200) comprising a multilayer filter or multilayer reflector such that the structural color has a single hue regardless of viewing angle or multihued having two or more hues where the hue changes abruptly between hues as the angle of observation or illumination changes.
An automatic moving device for a delivery system for delivering an article and automatically moving the article, the automatic moving device comprising: a driving section configured to drive at least a right wheel and a left wheel; a detection section configured to detect an obstacle of a road surface; and a control section configured to when a step is detected as the obstacle of the road surface, control the driving section so that the automatic moving device is moved against the step in a direction orthogonal to the step to cross the step , the automatic moving device being characterised in that the control section is further configured to: when a groove is detected as the obstacle of the road surface, control the driving section so that the automatic moving device is moved in an oblique direction against the groove to cross the groove . a driving section configured to drive at least a right wheel and a left wheel; a detection section configured to detect an obstacle of a road surface; and a control section configured to when a step is detected as the obstacle of the road surface, control the driving section so that the automatic moving device is moved against the step in a direction orthogonal to the step to cross the step ,
A working vehicle, comprising: an engine (EG); a fuel tank for storing fuel supplied to the engine (EG); a fuel sensor for detecting a stored amount of fuel stored in the fuel tank ; and an informing device for informing the stored amount detected by the fuel sensor , by changing an informing pattern in response to this stored amount; characterized in that the informing device has an informing switch provided in the vicinity of a fuel filler opening of the fuel tank , the informing being performed when the informing switch is turned on, wherein the informing switch is placed outside the operator cabin ; the informing device receives electrical power from a vehicle battery to inform the stored amount, wherein the power supply is switched on and off by the informing switch ; and the informing device is placed in the vicinity of the fuel filler opening of the fuel tank . an engine (EG); a fuel tank for storing fuel supplied to the engine (EG); a fuel sensor for detecting a stored amount of fuel stored in the fuel tank ; and an informing device for informing the stored amount detected by the fuel sensor , by changing an informing pattern in response to this stored amount; characterized in that the informing device has an informing switch provided in the vicinity of a fuel filler opening of the fuel tank , the informing being performed when the informing switch is turned on, wherein the informing switch is placed outside the operator cabin ; the informing device receives electrical power from a vehicle battery to inform the stored amount, wherein the power supply is switched on and off by the informing switch ; and the informing device is placed in the vicinity of the fuel filler opening of the fuel tank .
A respiratory therapy apparatus comprising a housing having a hose port extending from a front wall of the housing and defining a pneumatic passage through the front wall , a tag reader located in the housing and having a first antenna situated adjacent an inner surface of the front wall and surrounding the hose port , a filter housing sized to couple to the hose port , the filter housing having a filter receiving space positioned between a filter inlet and a filter outlet, a filter passage extending though the filter housing between the filter inlet and the filter outlet, a filter located in the filter receiving space, a second antenna coupled to the filter housing and surrounding the filter passage, and an identification (ID) chip carried by the filter housing and coupled to the second antenna , wherein the tag reader is configured to read the ID chip via wireless signals between the first antenna and the second antenna to confirm the filter housing is an authorized filter housing for use with the respiratory therapy apparatus . a housing having a hose port extending from a front wall of the housing and defining a pneumatic passage through the front wall , a tag reader located in the housing and having a first antenna situated adjacent an inner surface of the front wall and surrounding the hose port , a filter housing sized to couple to the hose port , the filter housing having a filter receiving space positioned between a filter inlet and a filter outlet, a filter passage extending though the filter housing between the filter inlet and the filter outlet, a filter located in the filter receiving space, a second antenna coupled to the filter housing and surrounding the filter passage, and an identification (ID) chip carried by the filter housing and coupled to the second antenna , wherein the tag reader is configured to read the ID chip via wireless signals between the first antenna and the second antenna to confirm the filter housing is an authorized filter housing for use with the respiratory therapy apparatus .
A data replication method applied to a first storage system comprising a first storage device and a second storage device, wherein the method is characterized by comprising: determining first replication sub-information and second replication sub-information, wherein the first replication sub-information is used to indicate data that needs to be replicated by the first storage device to a second storage system in the current replication task, the second replication sub-information is used to indicate data that needs to be replicated by the second storage device to the second storage system in the current replication task, the data indicated by the first replication sub-information is at least partially different from the data indicated by the second replication sub-information, and wherein the first storage device and the second storage device store the same data; replicating the data that needs to be replicated by the first storage device to the second storage system according to the first replication sub-information; and replicating the data that needs to be replicated by the second storage device to the second storage system according to the second replication sub-information. determining first replication sub-information and second replication sub-information, wherein the first replication sub-information is used to indicate data that needs to be replicated by the first storage device to a second storage system in the current replication task, the second replication sub-information is used to indicate data that needs to be replicated by the second storage device to the second storage system in the current replication task, the data indicated by the first replication sub-information is at least partially different from the data indicated by the second replication sub-information, and wherein the first storage device and the second storage device store the same data; replicating the data that needs to be replicated by the first storage device to the second storage system according to the first replication sub-information; and replicating the data that needs to be replicated by the second storage device to the second storage system according to the second replication sub-information.
A method, comprising: receiving first visual data from a camera at a first device, wherein the first device is proximate to the camera ; storing the first visual data at a memory of the first device; receiving a search query at a second device; upon receiving the search query, determining , by the second device, a search inference engine based on the search query; transmitting , by the second device, the search inference engine to the first device; transmitting , by the second device, the search query to the first device after transmitting the search inference engine; receiving the search inference engine and the search query at the first device; processing , at the first device, the first visual data with the search inference engine to produce inference data; determining , at the first device, a relevance of the first visual data to the search. query by applying the search query to the inference data; if the first device has determined that there is visual data relevant to the search. query, transmitting , by the first device, a first search result to the second device; receiving , by the second device, the first search result along with at least a second search result from at least one other device; filtering the first and second search result by the second device; transmitting, by the second device, a request for visual data to the first device receiving , at the first device, the request for visual data; transmitting , by the first device, the requested visual data to the second device; and receiving , at the first device, the visual data. receiving first visual data from a camera at a first device, wherein the first device is proximate to the camera ; storing the first visual data at a memory of the first device; receiving a search query at a second device; upon receiving the search query, determining , by the second device, a search inference engine based on the search query; transmitting , by the second device, the search inference engine to the first device; transmitting , by the second device, the search query to the first device after transmitting the search inference engine; receiving the search inference engine and the search query at the first device; processing , at the first device, the first visual data with the search inference engine to produce inference data; determining , at the first device, a relevance of the first visual data to the search. query by applying the search query to the inference data; if the first device has determined that there is visual data relevant to the search. query, transmitting , by the first device, a first search result to the second device; receiving , by the second device, the first search result along with at least a second search result from at least one other device; filtering the first and second search result by the second device; transmitting, by the second device, a request for visual data to the first device receiving , at the first device, the request for visual data; transmitting , by the first device, the requested visual data to the second device; and receiving , at the first device, the visual data.
Self-closing valve cartridge for a sanitary fitting with an inlet and an outlet , with a valve for blocking or unblocking a flow path from the inlet to the outlet , with an actuating element which cooperates with the valve and is movable back and forward between a closed position and an open position, wherein the valve is openable by means of its forward movement and closable by means of its return movement, with a return drive for the return movement of the actuating element from the open position to the closed position, and with a delay device for the return movement of the actuating element , wherein the delay device has a first and a second hydraulic medium containing chamber , which chambers are separated by a partition wall and are communicatively connected on the one hand via a one-way valve arrangement and on the other hand via a return flow channel having a restriction, so that hydraulic medium is allowed to be driven from the first chamber into the second chamber through the one-way valve arrangement during the forward movement of the actuating element and so that during the return movement of the actuating element hydraulic medium is allowed to be driven back from the second chamber into the first chamber only through the return flow channel having the restriction, and further wherein the one-way valve arrangement comprises a resilient valve diaphragm which is arranged in abutment against the partition wall so as to be able to be resiliently lifted off and covers at least one throughflow opening which is arranged in the partition wall , characterized in that the resilient valve diaphragm has an annular portion and a peripheral annular flange portion and in that on the annular portion of the valve diaphragm there are arranged resilient securing pins which protrude away therefrom and which each have a thickened portion , which securing pins engage through recesses in the partition wall , wherein the thickened portions are in abutment with the partition wall at the side opposite the valve diaphragm and fix the valve diaphragm to the partition wall .