mhurhangee/patent-ind-claim-en huggingface dataset:
A device for predicting performance and power, PnP, requirements of a host server, the device comprising: a big cores module including a plurality of general purpose central processing units, CPUs, the big cores module configured to receive and pre-process PnP metrics data of the host server and to allocate computing resources for calculating the PnP requirements ; a small cores module including a plurality of massively parallel processing, MPP, units, the small cores module coupled to the big cores module, the small cores module configured to map each instance associated with host server in the PnP metrics data to a corresponding MPP unit based on the allocated computing resources for a per-instance metric calculation ; and an artificial intelligence, AI, accelerator coupled to the big cores module and the small cores modules, the AI accelerator configured to calculate PnP prediction results based on the per-instant calculations from the small cores module and to send the PnP prediction results to the big cores module . a big cores module including a plurality of general purpose central processing units, CPUs, the big cores module configured to receive and pre-process PnP metrics data of the host server and to allocate computing resources for calculating the PnP requirements ; a small cores module including a plurality of massively parallel processing, MPP, units, the small cores module coupled to the big cores module, the small cores module configured to map each instance associated with host server in the PnP metrics data to a corresponding MPP unit based on the allocated computing resources for a per-instance metric calculation ; and an artificial intelligence, AI, accelerator coupled to the big cores module and the small cores modules, the AI accelerator configured to calculate PnP prediction results based on the per-instant calculations from the small cores module and to send the PnP prediction results to the big cores module .
A locking device adapted to lock a shell to an installation body , the locking device comprising: a thread connection member adapted to pass through a connecting hole in the shell and be screwed into a threaded hole in the installation body ; characterized in that it further comprises a sealing ring sleeved on the thread connection member and adapted to be pressed on an installation surface of the shell , so as to seal the connecting hole of the shell ; and a gasket sleeved on the thread connection member and adapted to be pressed between the thread connection member and the sealing ring , so as to prevent the thread connection member from being loosened, wherein the gasket has at least two stopping arms , an angle defined between two adjacent stopping arms of the at least two stopping arms is larger than 0 degrees and less than 180 degrees, and wherein top ends of the adjacent stopping arms on the gasket are adapted to simultaneously abut against an outer wall of the shell , so as to prevent the gasket from being rotated along with the thread connection member , wherein the sealing ring comprises an elastic ring and a rigid ring provided on an outer side of the elastic ring or in an inner of the elastic ring wherein the rigid ring is configured to force the elastic ring to elastically deform inwardly in a radial direction when the elastic ring is pressed in an axial direction, so that the elastic ring reliably holds the thread connection member . a thread connection member adapted to pass through a connecting hole in the shell and be screwed into a threaded hole in the installation body ; characterized in that it further comprises a sealing ring sleeved on the thread connection member and adapted to be pressed on an installation surface of the shell , so as to seal the connecting hole of the shell ; and a gasket sleeved on the thread connection member and adapted to be pressed between the thread connection member and the sealing ring , so as to prevent the thread connection member from being loosened, wherein the gasket has at least two stopping arms , an angle defined between two adjacent stopping arms of the at least two stopping arms is larger than 0 degrees and less than 180 degrees, and wherein top ends of the adjacent stopping arms on the gasket are adapted to simultaneously abut against an outer wall of the shell , so as to prevent the gasket from being rotated along with the thread connection member , wherein the sealing ring comprises an elastic ring and a rigid ring provided on an outer side of the elastic ring or in an inner of the elastic ring wherein the rigid ring is configured to force the elastic ring to elastically deform inwardly in a radial direction when the elastic ring is pressed in an axial direction, so that the elastic ring reliably holds the thread connection member .
A 2-cyanoacrylate adhesive composition which comprises (a) a 2-cyanoacrylic acid ester, and (b) a phthalic anhydride derivative represented by the following general formula in which a content of the phthalic anhydride derivative is from 0.01 to 5% by mass relative to the total amount of the adhesive composition. wherein R 1 is an alkyl group, acyl group, acyloxy group, aryloxycarbonyl group, aryl group, hydroxyl group, chlorine atom, bromine atom or iodine atom, and n represents an integer of 1 to 4.
A method for improving NarrowBand Internet of Things, NB-IoT, radio network utilization by establishing a connection procedure between a base station, eNodeB, and a user equipment, UE, the UE trying to connect to a first radio frequency band, where the eNodeB sends a SystemInformationBlockType5-NB message, which comprises other radio frequency bands of interest that are supported by the eNodeB, to the UE and the UE sends a RRCConnectionRequest message, which comprises information about signal conditions of cells that have been found on the other radio frequency bands at the UE provided by measurement results obtained in idle mode, back to the eNodeB and the eNodeB configures the UE with an additional NB-IoT carrier using a RRCConntectionSetup message, so that multi-carrier operations are performable across the other radio frequency bands, that are supported by the eNodeB.
A motorized lacing system comprising: a mid-sole and an out-sole ; a mid-sole plate disposed within the mid-sole; a lacing engine received in the mid-sole plate and including: a lace spool adapted for receiving a portion of a lace for securing a footwear platform to a user's foot to take up or release lace from the lace spool; and a drive mechanism comprising a worm drive , a worm gear and a gear motor , wherein the worm drive is operatively coupled to the gear motor, and wherein the worm gear is coupled to the lace spool, such that the motor is configured to turn the worm drive to rotate the worm gear and the lace spool; a battery to power the gear motor; and an indexing wheel , coupled to the worm gear, configured to home the drive mechanism in case of electrical or mechanical failure and loss of position; and a processor circuit configured to control the lacing engine to rotate the lace spool to tighten or loosen the footwear platform. a mid-sole and an out-sole ; a mid-sole plate disposed within the mid-sole; a lace spool adapted for receiving a portion of a lace for securing a footwear platform to a user's foot to take up or release lace from the lace spool; and a drive mechanism comprising a worm drive , a worm gear and a gear motor , wherein the worm drive is operatively coupled to the gear motor, and wherein the worm gear is coupled to the lace spool, such that the motor is configured to turn the worm drive to rotate the worm gear and the lace spool; a battery to power the gear motor; and an indexing wheel , coupled to the worm gear, configured to home the drive mechanism in case of electrical or mechanical failure and loss of position; and a processor circuit configured to control the lacing engine to rotate the lace spool to tighten or loosen the footwear platform.
A method implemented by a network device to simplify a topology graph of a network, until a shortest path tree is determined to be minimum cost and acyclic, by removal of nodes and/or links in the graph and to generate a multicast distribution tree such that a computational complexity of generating the multicast distribution tree is reduced, the method comprising: computing a shortest path to all nodes of the topology graph rooted at a source node S; determining a metric for each adjacency on each shortest path of the topology graph for a multicast group G, wherein the metric comprises a potentially served leaf, PSL, count, and wherein the PSL count for an adjacency is the number of leaves in the multicast group G that are on the shortest path from the source node S at a given point in a pruning process; constructing an (S, G) graph with only source node S, leaves and candidate replication points, wherein a candidate replication point refers to a node in the topology graph that has an asymmetrical arrangement of non-zero PSL counts on its upstream and downstream adjacencies; and iteratively pruning the (S, G) graph using a first set of pruning process to attempt to fully resolve the multicast distribution tree, where full resolution can be determined and the first set of pruning processes are known to produce a minimum cost tree, wherein a fully resolved multicast distribution tree comprises a tree in which all leaves have a unique shortest path to the root. computing a shortest path to all nodes of the topology graph rooted at a source node S; determining a metric for each adjacency on each shortest path of the topology graph for a multicast group G, wherein the metric comprises a potentially served leaf, PSL, count, and wherein the PSL count for an adjacency is the number of leaves in the multicast group G that are on the shortest path from the source node S at a given point in a pruning process; constructing an (S, G) graph with only source node S, leaves and candidate replication points, wherein a candidate replication point refers to a node in the topology graph that has an asymmetrical arrangement of non-zero PSL counts on its upstream and downstream adjacencies; and iteratively pruning the (S, G) graph using a first set of pruning process to attempt to fully resolve the multicast distribution tree, where full resolution can be determined and the first set of pruning processes are known to produce a minimum cost tree, wherein a fully resolved multicast distribution tree comprises a tree in which all leaves have a unique shortest path to the root.
A computer-implemented method for automatic integration of services in service-based applications, a service being an independent software component that includes code and data used to execute complete and discrete functionality and that uses common interface standards, wherein a service can be communicated with over a network using standard communication protocols, the method being executed by one or more processors ; characterized by receiving, by an integration extension engine and from a target service , user action metadata and target information, the user action metadata representing an action of a user to the target service ; determining, by the integration extension engine , that an integration recommendation is to be issued to the source service at least partially in response to the user action metadata, the integration recommendation recommending a service integration of the target service with the source service ; and automatically executing, by the integration extension engine , integration of the target service with the source service by: calling an extension framework to generate an extension to enable direct communication between the source service and the target service , the extension being installed in the source service , and calling a configuration framework to configure the source service having the extension installed therein; wherein, in response to the service integration, a user interface of the source service is populated with one or more fields of a user interface of the target service . receiving, by an integration extension engine and from a target service , user action metadata and target information, the user action metadata representing an action of a user to the target service ; determining, by the integration extension engine , that an integration recommendation is to be issued to the source service at least partially in response to the user action metadata, the integration recommendation recommending a service integration of the target service with the source service ; and automatically executing, by the integration extension engine , integration of the target service with the source service by: calling an extension framework to generate an extension to enable direct communication between the source service and the target service , the extension being installed in the source service , and calling a configuration framework to configure the source service having the extension installed therein; calling an extension framework to generate an extension to enable direct communication between the source service and the target service , the extension being installed in the source service , and calling a configuration framework to configure the source service having the extension installed therein; wherein, in response to the service integration, a user interface of the source service is populated with one or more fields of a user interface of the target service .
A communication apparatus configured to operate as an access point, the communication apparatus comprising: a communication unit configured to transmit or receive a signal; an information obtaining unit configured to obtain information relating to interference that each transmission destination candidate receives from an interference source; and a controller configured to select each of the transmission destination candidates on a basis of the information when an interference signal arrives;" wherein the information obtaining unit is configured to obtain the information relating to an intensity of a received signal from the interference source of each of the transmission destination candidates; the controller is configured to select each of the transmission destination candidates on a basis of the intensity of the received signal from the interference source that corresponds to the interference signal; the information obtaining unit is configured to obtain the information relating to the intensity of the received signal of an OBSS signal in each terminal station serving as each of the transmission destination candidates in a local BSS, and to obtain, from each of the terminal stations, the information including the BSS identification information that indicates at least one of an OBSS having a maximum intensity of the received signal or an OBSS having a minimum intensity of the received signal; and the controller is configured to manage the information of each of the terminal stations in association with BSS identification information of an OBSS. a communication unit configured to transmit or receive a signal; an information obtaining unit configured to obtain information relating to interference that each transmission destination candidate receives from an interference source; and a controller configured to select each of the transmission destination candidates on a basis of the information when an interference signal arrives;" wherein the information obtaining unit is configured to obtain the information relating to an intensity of a received signal from the interference source of each of the transmission destination candidates; the controller is configured to select each of the transmission destination candidates on a basis of the intensity of the received signal from the interference source that corresponds to the interference signal; the information obtaining unit is configured to obtain the information relating to the intensity of the received signal of an OBSS signal in each terminal station serving as each of the transmission destination candidates in a local BSS, and to obtain, from each of the terminal stations, the information including the BSS identification information that indicates at least one of an OBSS having a maximum intensity of the received signal or an OBSS having a minimum intensity of the received signal; and the controller is configured to manage the information of each of the terminal stations in association with BSS identification information of an OBSS.
Apparatus for determining a physical process quantity, comprising: - a first sensor unit (41-48) for detecting a specific physical process quantity and for converting the process quantity into an electrical measuring signal, wherein the first sensor unit (41-48) is based on a first measuring principle; - an evaluation unit for evaluating and generating a process quantity signal representing the physical process quantity from the electrical measuring signal of the sensor unit (41-48); - a communication unit for outputting the process quantity signal, - a voltage supply unit which serves to supply voltage to the apparatus for determining the physical process quantity; - a housing unit (22; 23; 24), which is designed to accommodate at least a plurality of units from the group of units comprising evaluation unit , communication unit and voltage supply unit , wherein the housing unit (22; 23; 24) comprises a receiving portion having electrical and mechanical connections in which a display and operating module can be detachably mounted; - a fastening unit (31; 32; 33) for mounting the apparatus to a container or wall portion for determining the physical process quantity, wherein at least one unit from the group of units comprising evaluation unit , communication unit , voltage supply unit , housing unit (22; 23; 24) and fastening unit (31; 32; 33) is configured and standardized in such a way that the apparatus can be mechanically coupled and operated with a second sensor unit instead of the first sensor unit, wherein the measuring principle, on which the second sensor unit is based, is different from the first measuring principle, on which the first sensor unit is based. - a first sensor unit (41-48) for detecting a specific physical process quantity and for converting the process quantity into an electrical measuring signal, wherein the first sensor unit (41-48) is based on a first measuring principle; - an evaluation unit for evaluating and generating a process quantity signal representing the physical process quantity from the electrical measuring signal of the sensor unit (41-48); - a communication unit for outputting the process quantity signal, - a voltage supply unit which serves to supply voltage to the apparatus for determining the physical process quantity; - a housing unit (22; 23; 24), which is designed to accommodate at least a plurality of units from the group of units comprising evaluation unit , communication unit and voltage supply unit , wherein the housing unit (22; 23; 24) comprises a receiving portion having electrical and mechanical connections in which a display and operating module can be detachably mounted; - a fastening unit (31; 32; 33) for mounting the apparatus to a container or wall portion for determining the physical process quantity,
A compound of formula (I): wherein: is an optionally substituted fused pyrazolyl; R 1 is hydrogen or -OR 6 ; R 2 is -OR 6 or -N(R 7 ) 2 ; R 3 is -OR 6 or -N(R 7 ) 2 ; R 4a is hydrogen, alkyl, alkenyl , -R 8 -OR 6 ; R 4b is hydrogen, alkyl, -OR 6 or a direct bond to the carbon at C16; R 5 is alkyl or a direct bond to the carbon at C14; each R 6 is independently selected from hydrogen or alkyl; each R 7 is independently selected from hydrogen or alkyl; and R 8 is direct bond or a straight or branched alkylene chain; or mixtures thereof, or a pharmaceutically acceptable salt or solvate thereof. is an optionally substituted fused pyrazolyl; R 1 is hydrogen or -OR 6 ; R 2 is -OR 6 or -N(R 7 ) 2 ; R 3 is -OR 6 or -N(R 7 ) 2 ; R 4a is hydrogen, alkyl, alkenyl , -R 8 -OR 6 ; R 4b is hydrogen, alkyl, -OR 6 or a direct bond to the carbon at C16; R 5 is alkyl or a direct bond to the carbon at C14; each R 6 is independently selected from hydrogen or alkyl; each R 7 is independently selected from hydrogen or alkyl; and R 8 is direct bond or a straight or branched alkylene chain; or mixtures thereof, or a pharmaceutically acceptable salt or solvate thereof.
A system for automated adjustment of a pressure set by a respiration device , comprising an arrangement for electrical impedance tomography for detecting an electrical impedance distribution (EIT_ei_xy, EIT_ee_xy) along at least a two-dimensional cross-section (E) through the human thorax at least at the end of an inspiration phase and at the end of an associated expiration phase; a device for dividing the detected electrical impedance distribution at the end of the inspiration phase (EIT_ei_xy) and at the end of the expiration phase (EIT_ee_xy) into a plurality of EIT pixels (xy) and for determining a value of the electrical impedance at the end of the inspiration phase (EIT_ei_xy) and at the end of the expiration phase (EIT_ee_xy), as associated with a respective EIT pixel; and a device for automated adjustment of the pressure set by the respiration device on the basis of a comparison (i) of a deviation between the value of the electrical impedance at the end of the inspiration phase (EIT_ei_xy) associated with an individual EIT pixel (xy) and the value of the electrical impedance at the end of the expiration phase (EIT_ee_xy) associated with the respective individual EIT pixel (ii) with a deviation between the value of the electrical impedance at the end of the inspiration phase and the value of the electrical impedance at the end of the expiration phase, as determined on the basis of the entirety of the EIT pixels. (i) of a deviation between the value of the electrical impedance at the end of the inspiration phase (EIT_ei_xy) associated with an individual EIT pixel (xy) and the value of the electrical impedance at the end of the expiration phase (EIT_ee_xy) associated with the respective individual EIT pixel (ii) with a deviation between the value of the electrical impedance at the end of the inspiration phase and the value of the electrical impedance at the end of the expiration phase, as determined on the basis of the entirety of the EIT pixels.
A device for attenuating suction noises and radiated noises, comprising a gas delivery conduit intended to be connected to a combustion engine, the conduit having a peripheral wall on at least one portion of which is disposed at least one air-porous element , sound attenuation means comprising at least one tube disposed in the delivery conduit, at least one peripheral chamber being delimited inside the conduit between the tube and the peripheral wall of the conduit , the tube comprising at least one portion having an orifice which enables the inside of the tube to communicate with the peripheral chamber , the conduit having at least four substantially transverse inner partition walls positioned around the tube and allowing delimiting, with the peripheral wall , at least five compartments of the peripheral chamber , characterized in that the tube has at least three successive portions each having several orifices each forming, with a corresponding compartment , an absorption silencer , each of the absorption silencers being calibrated to attenuate a range of distinct frequencies, in that another portion of the tube surrounded by one of the other compartments has an orifice so that said other portion of the tube and the corresponding compartment form a resonator , and in that another portion of the tube surrounded by one of the other compartments has two orifices diametrically opposed so that said other portion of the tube and the corresponding compartment form an expansion chamber for gas circulating in the tube and in that the air-porous element comprises a strip of air-porous material disposed against a portion of the peripheral wall of the conduit .