mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for automatically applying firewall policies within data center applications, at least a portion of the method being performed by a computing device comprising at least one processor, the method comprising: identifying a data center application whose functionality is provided by a set of systems (208 ,... 208(n)); organizing automatically by the computing device, the set of systems into one or more application model groups that each comprise a group of systems with a same security context by, for each system (208 ,... 208(n)) in the set of systems: identifying (304(a)) an attribute (212 ,... 212(n)) of the system that is indicative of a security context under which the system should operate, wherein the attribute comprises a type of data stored by the system and the security context comprises a classification of at least one security need of the system; and assigning (304(b)) the system to an application model group for which the security context will be provided; and for each application model group in the one or more application model groups, protecting the application model group by: selecting (306(a)) a firewall configuration that, when applied, will provide the security context for the application model group; and using (306(b)) the selected firewall configuration to protect the application model group. identifying a data center application whose functionality is provided by a set of systems (208 ,... 208(n)); organizing automatically by the computing device, the set of systems into one or more application model groups that each comprise a group of systems with a same security context by, for each system (208 ,... 208(n)) in the set of systems: identifying (304(a)) an attribute (212 ,... 212(n)) of the system that is indicative of a security context under which the system should operate, wherein the attribute comprises a type of data stored by the system and the security context comprises a classification of at least one security need of the system; and assigning (304(b)) the system to an application model group for which the security context will be provided; and identifying (304(a)) an attribute (212 ,... 212(n)) of the system that is indicative of a security context under which the system should operate, wherein the attribute comprises a type of data stored by the system and the security context comprises a classification of at least one security need of the system; and assigning (304(b)) the system to an application model group for which the security context will be provided; and for each application model group in the one or more application model groups, protecting the application model group by: selecting (306(a)) a firewall configuration that, when applied, will provide the security context for the application model group; and using (306(b)) the selected firewall configuration to protect the application model group. selecting (306(a)) a firewall configuration that, when applied, will provide the security context for the application model group; and using (306(b)) the selected firewall configuration to protect the application model group.
A medical instrument for introducing a therapeutic substance into a body cavity , having a trocar , a fluid source , a fluid pump and a tool which can be fluidically connected to the fluid source and the fluid pump and can be introduced into a body cavity via the trocar , wherein the tool has a rigid shaft with a lumen and has a flexible fluid line and a nozzle head , wherein the flexible fluid line extends in the lumen of the rigid shaft and the nozzle head is connected to the flexible fluid line , wherein the proximal end of the flexible fluid line is directly connectable to the fluid source and provides the connection of the tool to the fluid source and the fluid pump , and wherein the nozzle head of the tool is arranged at a distal end of the tool and extends partially or completely into the lumen of the rigid shaft ; and the nozzle head is connected to the flexible fluid line directly or via a connecting piece . wherein the tool has a rigid shaft with a lumen and has a flexible fluid line and a nozzle head , wherein the flexible fluid line extends in the lumen of the rigid shaft and the nozzle head is connected to the flexible fluid line , wherein the proximal end of the flexible fluid line is directly connectable to the fluid source and provides the connection of the tool to the fluid source and the fluid pump , and wherein the nozzle head of the tool is arranged at a distal end of the tool and extends partially or completely into the lumen of the rigid shaft ; and the nozzle head is connected to the flexible fluid line directly or via a connecting piece .
A seat rail locking device for a vehicle, the seat rail locking device comprising: a fixed rail adapted to be fixedly mounted to a floor panel ; a movable rail fastened to the fixed rail to be movable in forward and backward directions; a support plate mounted on the movable rail for assembling with a seat cushion; a lock pin guide provided in a hollow structure in which a spring backing part is formed, and inserted into and fastened to the movable rail ; a lock pin inserted into the lock pin guide to be movable in upward and downward directions; a cap provided in a structure in which a spring support part is formed at a circumferential portion of a lower end, and fastened to an upper end of the lock pin ; a spring disposed between the spring support part of the cap and the spring backing part of the lock pin guide to be compressible; a track lever fastened to the support plate by a hinge and connected to the cap ; and a locking plate fastened the lower end of the lock pin , moving in an upward direction when the lock pin moves in the upward direction to be inserted into and locked to a locking groove having an opened lower portion formed at an inner end of the fixed rail , and moving in a downward direction together when the lock pin moves in the downward direction to be separated and unlocked from the locking groove of the fixed rail . a fixed rail adapted to be fixedly mounted to a floor panel ; a movable rail fastened to the fixed rail to be movable in forward and backward directions; a support plate mounted on the movable rail for assembling with a seat cushion; a lock pin guide provided in a hollow structure in which a spring backing part is formed, and inserted into and fastened to the movable rail ; a lock pin inserted into the lock pin guide to be movable in upward and downward directions; a cap provided in a structure in which a spring support part is formed at a circumferential portion of a lower end, and fastened to an upper end of the lock pin ; a spring disposed between the spring support part of the cap and the spring backing part of the lock pin guide to be compressible; a track lever fastened to the support plate by a hinge and connected to the cap ; and a locking plate fastened the lower end of the lock pin , moving in an upward direction when the lock pin moves in the upward direction to be inserted into and locked to a locking groove having an opened lower portion formed at an inner end of the fixed rail , and moving in a downward direction together when the lock pin moves in the downward direction to be separated and unlocked from the locking groove of the fixed rail .
A method comprising: configuring a service as a collection of subservices on network devices of a network ; decomposing a definition of the service into a subservice dependency graph that indicates the subservices and dependencies between the subservices that collectively implement the service; based on the subservice dependency graph , configuring the subservices to record and report subservice metrics indicative of subservice health states of the subservices; obtaining the subservice metrics from the subservices and determining the subservice health states of the subservices based on the subservice metrics ; determining a health state of the service based on the sub service health states; if the health state of the service indicates a failing health state, identifying one or more subservices that are responsible for the failing health state based on the subservice health states; providing subservice reconfiguration information to one or more network devices corresponding to the one or more subservices that are identified as responsible for the failing health state; and in response to the subservice reconfiguration information , reconfiguring , by the network devices , the one or more subservices to perform a closed loop automation to restore the health state of the service to a passing health state. configuring a service as a collection of subservices on network devices of a network ; decomposing a definition of the service into a subservice dependency graph that indicates the subservices and dependencies between the subservices that collectively implement the service; based on the subservice dependency graph , configuring the subservices to record and report subservice metrics indicative of subservice health states of the subservices; obtaining the subservice metrics from the subservices and determining the subservice health states of the subservices based on the subservice metrics ; determining a health state of the service based on the sub service health states; if the health state of the service indicates a failing health state, identifying one or more subservices that are responsible for the failing health state based on the subservice health states; providing subservice reconfiguration information to one or more network devices corresponding to the one or more subservices that are identified as responsible for the failing health state; and in response to the subservice reconfiguration information , reconfiguring , by the network devices , the one or more subservices to perform a closed loop automation to restore the health state of the service to a passing health state.
A method of mixing and delivering a substance, comprising: providing a compressible tube having a reservoir and a port ; introducing a mixing apparatus into the reservoir through the port ; mixing a first substance element and a second substance element using the mixing apparatus to form the substance within the reservoir of the compressible tube ; delivering the substance through the port in the compressible tube and into a delivery apparatus using a compressing device . providing a compressible tube having a reservoir and a port ; introducing a mixing apparatus into the reservoir through the port ; mixing a first substance element and a second substance element using the mixing apparatus to form the substance within the reservoir of the compressible tube ; delivering the substance through the port in the compressible tube and into a delivery apparatus using a compressing device .
Method for operating a network equipment (GW; DANE) configured to be arranged along a transmission path between a client terminal (CT) and at least one server (SE), said network equipment (GW; DANE) being configured to receive a request from the client terminal (CT) for a first representation of a segment of a multimedia content available at several representations, said request further specifying one or several alternative representations of said segment, the method comprising: - determining at least one downstream bandwidth along a transmission path between a server (SE) and the client terminal (CT); the method being characterized by also comprising: - modifying (S4) said request by removing each alternative representation specified in the request whose associated bitrate is higher than the at least one determined downstream bandwidth; - forwarding (S5) the modified request to an upstream network element (DANE; RNE; SE) arranged between the network equipment (GW; DANE) and the server (SE). - determining at least one downstream bandwidth along a transmission path between a server (SE) and the client terminal (CT); - modifying (S4) said request by removing each alternative representation specified in the request whose associated bitrate is higher than the at least one determined downstream bandwidth; - forwarding (S5) the modified request to an upstream network element (DANE; RNE; SE) arranged between the network equipment (GW; DANE) and the server (SE).
A system, comprising: a bus; a master circuit detachably coupled to the bus, the master circuit comprising a manager bus node configured to interface with a first data lane of the bus; and a plurality of slave circuits detachably coupled to the bus, a first slave circuit of the plurality of slave circuits comprising a first slave bus node configured to interface with the first data lane; said system being characterized in that the master circuit is configured to: broadcast a first beacon packet during a first time slice of a first plurality of time slices to the bus, wherein the first beacon packet includes a first system frame schedule indicative of an assignment of the first plurality of time slices of a first system frame to one or more of the plurality of slave circuits, the first plurality of time slices are temporally arranged relative to a first system frame reference time, and receive one or more beacon response packets from one or more of the plurality of slave circuits during a second time slice of the first plurality of time slices, wherein the first time slice is temporally adjacent to the first system frame reference time and the second time slice is temporally adjacent to the first time slice . a bus; a master circuit detachably coupled to the bus, the master circuit comprising a manager bus node configured to interface with a first data lane of the bus; and a plurality of slave circuits detachably coupled to the bus, a first slave circuit of the plurality of slave circuits comprising a first slave bus node configured to interface with the first data lane; said system being characterized in that the master circuit is configured to: broadcast a first beacon packet during a first time slice of a first plurality of time slices to the bus, wherein the first beacon packet includes a first system frame schedule indicative of an assignment of the first plurality of time slices of a first system frame to one or more of the plurality of slave circuits, the first plurality of time slices are temporally arranged relative to a first system frame reference time, and receive one or more beacon response packets from one or more of the plurality of slave circuits during a second time slice of the first plurality of time slices, wherein the first time slice is temporally adjacent to the first system frame reference time and the second time slice is temporally adjacent to the first time slice . broadcast a first beacon packet during a first time slice of a first plurality of time slices to the bus, wherein the first beacon packet includes a first system frame schedule indicative of an assignment of the first plurality of time slices of a first system frame to one or more of the plurality of slave circuits, the first plurality of time slices are temporally arranged relative to a first system frame reference time, and receive one or more beacon response packets from one or more of the plurality of slave circuits during a second time slice of the first plurality of time slices, wherein the first time slice is temporally adjacent to the first system frame reference time and the second time slice is temporally adjacent to the first time slice .
A casting method for producing a motor vehicle component, comprising: - providing a first mould , wherein the first mould has a wall having at least one fastening indentation , wherein the at least one fastening indentation is provided with an additional cutout , - providing a second mould , wherein the second mould has at least one fastening protrusion , wherein a receiving space for receiving a casting material is preferably formed between the first mould and the second mould , and - bringing the at least one fastening indentation and the at least one fastening protrusion into engagement, and adhesively bonding the at least one fastening indentation and the at least one fastening protrusion by means of an adhesive material , such that adhesive material is pushed into the cutout , and adhesive material is preferably prevented from being conveyed out of the at least one fastening indentation into the receiving space and/or onto an inner surface of the wall by the at least one fastening protrusion . - providing a first mould , wherein the first mould has a wall having at least one fastening indentation , wherein the at least one fastening indentation is provided with an additional cutout , - providing a second mould , wherein the second mould has at least one fastening protrusion , wherein a receiving space for receiving a casting material is preferably formed between the first mould and the second mould , and - bringing the at least one fastening indentation and the at least one fastening protrusion into engagement, and adhesively bonding the at least one fastening indentation and the at least one fastening protrusion by means of an adhesive material , such that adhesive material is pushed into the cutout , and adhesive material is preferably prevented from being conveyed out of the at least one fastening indentation into the receiving space and/or onto an inner surface of the wall by the at least one fastening protrusion .
Tanning agent comprising a reaction solution containing a tanning-active component selected from the group consisting of glyceraldehyde, glycolaldehyde, acetals of these compounds, hemiacetals of these compounds and combinations thereof, wherein the reaction solution contains at least one other tanning-promoting component in addition to the tanning-active component, and wherein the reaction solution is obtained by partial oxidation and/or pyrolysis of an organic substance having a vicinal diol group. wherein the reaction solution contains at least one other tanning-promoting component in addition to the tanning-active component, and wherein the reaction solution is obtained by partial oxidation and/or pyrolysis of an organic substance having a vicinal diol group.
A light receiving element comprising: a plurality of pixels (P); a photoelectric conversion layer common to the plurality of pixels (P); a first electrode layer provided on the side of a light incident surface of the photoelectric conversion layer ; and a light-shielding section embedded between the plurality of pixels (P) adjacent to each other of the first electrode layer , characterized in that the first electrode layer includes a plurality of slits in a plane. a plurality of pixels (P); a photoelectric conversion layer common to the plurality of pixels (P); a first electrode layer provided on the side of a light incident surface of the photoelectric conversion layer ; and a light-shielding section embedded between the plurality of pixels (P) adjacent to each other of the first electrode layer , characterized in that the first electrode layer includes a plurality of slits in a plane.
A homopolypropylene satisfying the following conditions: i) a molecular weight distribution of 1.5 to 2.35; ii) a melt index (measured at 230 °C under a load of 2.16 kg in accordance with ASTM D1238) of 200 to 3000 g/10 min; iii) a remaining stress ratio of 0.001 to 0.1 %, as measured as disclosed in the specification; and iv) a complex viscosity of 5 to 600 Pa·s at an angular frequency of 1 rad/s and a complex viscosity of 5 to 300 Pa·s at an angular frequency of 100 rad/s, as measured as disclosed in the specification. i) a molecular weight distribution of 1.5 to 2.35; ii) a melt index (measured at 230 °C under a load of 2.16 kg in accordance with ASTM D1238) of 200 to 3000 g/10 min; iii) a remaining stress ratio of 0.001 to 0.1 %, as measured as disclosed in the specification; and iv) a complex viscosity of 5 to 600 Pa·s at an angular frequency of 1 rad/s and a complex viscosity of 5 to 300 Pa·s at an angular frequency of 100 rad/s, as measured as disclosed in the specification.
A thermally stable nonwoven electrospun barrier comprising: at least two independent fiber populations; a major fiber component of said barrier comprising at least one thermally unstable species; a minor fiber component of said barrier comprising at least one thermally stable species; wherein the major and minor fiber components of said barrier are co-mingled in a fibrous web and are distributed throughout said barrier; and wherein each fiber population is not a composite fiber wherein the individual fiber comprises nonstable and stabilizing elements. at least two independent fiber populations; a major fiber component of said barrier comprising at least one thermally unstable species; a minor fiber component of said barrier comprising at least one thermally stable species; wherein the major and minor fiber components of said barrier are co-mingled in a fibrous web and are distributed throughout said barrier; and wherein each fiber population is not a composite fiber wherein the individual fiber comprises nonstable and stabilizing elements.
A method for operating a motivation enhancing exercise system, the exercise system comprising an exercise device configured to be driven by an exercising user; a first sensor unit mounted on a movable part of the exercise device, the first sensor unit being configured to detect movements of the movable part of the exercise device; a head mounted output device configured to output a visual and/or an audible output for an exercising user, the head mounted output device further comprising a second sensor unit configured to detect movements of a head of the exercising user; and a processing unit being communicatively connected to the first sensor unit and to the head mounted output device, the method comprising the steps of: - measuring movements of the movable part of the exercise device by means of the first sensor unit, in response to an exercising user operating the exercise device, - measuring movements of a head of the exercising user, by means of the second sensor unit, while the head mounted output device is mounted on the head of the exercising user, and while the exercising user operates the exercise device, - providing the measurements performed by the first sensor unit and by the second sensor unit to the processing unit, - the processing unit determining an activity being performed by the exercising user, based on the measurements provided from the first sensor unit and from the second sensor unit, - the processing unit generating an output signal for the head mounted output device, in accordance with the determined activity, and providing the output signal to the head mounted output device, and - the head mounted output device providing a visual and/or audible output for the exercising user in accordance with the output signal, characterized in that the step of the processing unit determining an activity comprises the processing unit comparing the received measurements to expected movement patterns of the first sensor unit and the second sensor unit for one or more predefined activities, and wherein the expected movement patterns are generated by means of machine learning. - measuring movements of the movable part of the exercise device by means of the first sensor unit, in response to an exercising user operating the exercise device, - measuring movements of a head of the exercising user, by means of the second sensor unit, while the head mounted output device is mounted on the head of the exercising user, and while the exercising user operates the exercise device, - providing the measurements performed by the first sensor unit and by the second sensor unit to the processing unit, - the processing unit determining an activity being performed by the exercising user, based on the measurements provided from the first sensor unit and from the second sensor unit, - the processing unit generating an output signal for the head mounted output device, in accordance with the determined activity, and providing the output signal to the head mounted output device, and - the head mounted output device providing a visual and/or audible output for the exercising user in accordance with the output signal,