mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving an identifier and associate the identifier with a plurality of indications, an indication to identify a direction from which a message including the identifier is to be received; receiving a plurality of messages from the directions identified by the plurality of indications, the plurality of messages to comprise the identifier; and aggregating the plurality of messages into an aggregate message, receiving a multicast message and sending the multicast message in the directions identified by the plurality of indications and associating the identifier with the plurality of indications together in an entry of a fork table , wherein the multicast message includes a unique identifier, ID, number allowing routers (S; 204; 1, 2, 3; D1, D2, D3, D4) to identify messages, that are sent in response to the multicast message and wherein the fork table is implemented using a content addressable memory, CAM, so that a reduction message can look up an entry of the fork table based on the unique ID associated with the reduction message, characterized in that each entry of the fork table includes fields to store an indication representing whether the associated multicast message was forked in particular directions. receiving an identifier and associate the identifier with a plurality of indications, an indication to identify a direction from which a message including the identifier is to be received; receiving a plurality of messages from the directions identified by the plurality of indications, the plurality of messages to comprise the identifier; and aggregating the plurality of messages into an aggregate message, receiving a multicast message and sending the multicast message in the directions identified by the plurality of indications and associating the identifier with the plurality of indications together in an entry of a fork table , wherein the multicast message includes a unique identifier, ID, number allowing routers (S; 204; 1, 2, 3; D1, D2, D3, D4) to identify messages, that are sent in response to the multicast message and wherein the fork table is implemented using a content addressable memory, CAM, so that a reduction message can look up an entry of the fork table based on the unique ID associated with the reduction message, characterized in that each entry of the fork table includes fields to store an indication representing whether the associated multicast message was forked in particular directions.
A degradable fiber for use in well treatment fluid, formed from a resin containing an aliphatic polyester and that degrades in a treatment fluid for hydrocarbon resource recovery, an oligomer component content of a resin forming an outer surface of the fiber being not greater than 1 mass%, the number of repeating units in the oligomer component being from 1 to 30, and a birefringence of the fiber being not less than 0.02.
A computer-implemented method for authenticating a user to access a prescription resource, the method comprising: obtaining, via one or more processors, an indication of a request to access the prescription resource associated with a patient, the request obtained via an electronic computing device associated with a user; identifying, via the one or more processors, an authentication action prerequisite to providing access to the requested prescription resource; obtaining, via the one or more processors, voice data corresponding to the user, the voice data provided by the user via a microphone of the electronic computing device; comparing, via the one or more processors, the obtained voice data to reference voice data corresponding to each of two or more authorized persons associated with the patient, the two or more persons having different respective sets of permissions to access prescription resources associated with the patient; based at least in part upon the comparison, authenticating, via the one or more processors, the user to access a limited set of prescription resources including the requested prescription resource associated with the patient; and providing, via the one or more processors, one or more user interfaces to the electronic computing device to facilitate access to the requested prescription resource. obtaining, via one or more processors, an indication of a request to access the prescription resource associated with a patient, the request obtained via an electronic computing device associated with a user; identifying, via the one or more processors, an authentication action prerequisite to providing access to the requested prescription resource; obtaining, via the one or more processors, voice data corresponding to the user, the voice data provided by the user via a microphone of the electronic computing device; comparing, via the one or more processors, the obtained voice data to reference voice data corresponding to each of two or more authorized persons associated with the patient, the two or more persons having different respective sets of permissions to access prescription resources associated with the patient; based at least in part upon the comparison, authenticating, via the one or more processors, the user to access a limited set of prescription resources including the requested prescription resource associated with the patient; and providing, via the one or more processors, one or more user interfaces to the electronic computing device to facilitate access to the requested prescription resource.
A self-reinforcing clip for securing a panel to a hole , comprising: a first support member and a second support member each disposed in spaced relationship with one another and defining a gap therebetween; a base interconnecting said first and second support members ; each of said support members having a body portion and a flange portion with said flange portions of said support members extending outwardly away from one another; at least one tooth extending outwardly from said body portion of at least one of said support members and extending upwardly toward said flange portion for engaging an inner wall of the hole to resist removal of said clip from the hole ; at least one of said support members defining a contact surface ; and characterized in that at least one cross-over member coupled to at least one of said support members and extending across said gap and past said body portion of the other of said support members and in alignment with said contact surface on the other of said support members for engaging said contact surface for inhibiting movement of said support members toward one another when upward forces attempt to pull the clip from the hole . a first support member and a second support member each disposed in spaced relationship with one another and defining a gap therebetween; a base interconnecting said first and second support members ; each of said support members having a body portion and a flange portion with said flange portions of said support members extending outwardly away from one another; at least one tooth extending outwardly from said body portion of at least one of said support members and extending upwardly toward said flange portion for engaging an inner wall of the hole to resist removal of said clip from the hole ; at least one of said support members defining a contact surface ; and characterized in that at least one cross-over member coupled to at least one of said support members and extending across said gap and past said body portion of the other of said support members and in alignment with said contact surface on the other of said support members for engaging said contact surface for inhibiting movement of said support members toward one another when upward forces attempt to pull the clip from the hole .
A network optimization controller (NOC) comprising: one or more processors; and one or more non-transitory computer-readable media storing instructions that, when executed by the one or more processors, cause the one or more processors to perform operations comprising: obtaining , from a secure access service edge (SASE) device executing a security service, a first data set defining a security performance metric provided by the security service; obtaining , from the SASE, a second data set defining a network performance metric associated with a network device; defining a policy based at least in part on the first data set and the second data set; determining if the policy has been violated; and changing a first access modality provided for the network device to access an end host to a second access modality based at least in part on the policy being violated, the first access modality and the second access modality defining different methods of access to the end host, wherein the policy defines a time period to use the second access modality, and wherein changing the first access modality to the second access modality includes: utilizing the second access modality for the time period; and changing to the first access modality based at least in part on an expiration of the time period. one or more processors; and one or more non-transitory computer-readable media storing instructions that, when executed by the one or more processors, cause the one or more processors to perform operations comprising: obtaining , from a secure access service edge (SASE) device executing a security service, a first data set defining a security performance metric provided by the security service; obtaining , from the SASE, a second data set defining a network performance metric associated with a network device; defining a policy based at least in part on the first data set and the second data set; determining if the policy has been violated; and obtaining , from a secure access service edge (SASE) device executing a security service, a first data set defining a security performance metric provided by the security service; obtaining , from the SASE, a second data set defining a network performance metric associated with a network device; defining a policy based at least in part on the first data set and the second data set; determining if the policy has been violated; and changing a first access modality provided for the network device to access an end host to a second access modality based at least in part on the policy being violated, the first access modality and the second access modality defining different methods of access to the end host, wherein the policy defines a time period to use the second access modality, and wherein changing the first access modality to the second access modality includes: utilizing the second access modality for the time period; and changing to the first access modality based at least in part on an expiration of the time period. utilizing the second access modality for the time period; and changing to the first access modality based at least in part on an expiration of the time period.
Electric cable, comprising - at least two wires (11-14), which extend beside one another along a cable longitudinal direction (L), - insulation (21-24), by means of which the wires (11-14) are insulated electrically from one another, and - an electric component , which is in respective electric contact with the wires (11-14), characterized in that the electric component is arranged on a flexible carrier , which surrounds the wires (11-14) annularly in cross section, wherein the electric component is arranged on the inner side (I) of the flexible carrier , facing the wires (11-14), and wherein the insulation (21-24) of the wires (11-14) is partly removed at the point at which the electric component is arranged, in order to permit an electric connection to the electric component . - at least two wires (11-14), which extend beside one another along a cable longitudinal direction (L), - insulation (21-24), by means of which the wires (11-14) are insulated electrically from one another, and - an electric component , which is in respective electric contact with the wires (11-14),
A cold room vent comprising: a mount mountable to a cold room structure; a valve housing coupled to said mount, said valve housing defining a heat chamber having an air passage entrance opening ; at least one valve coupled to said valve housing; a thermally conductive heat sink plate mounted closely adjacent said valve housing air passage entrance opening, said heat sink plate having a front surface and a rear surface facing said valve housing, said heat sink plate having a plurality of vent openings therethrough, said heat sink plate also having a projection extending from said rear surface between two said vent openings of said plurality of vent openings and into said heat chamber, and a heat source coupled to and in thermal communication with said heat sink plate, whereby heat generated by the heat source is thermally conducted to the thermally conductive heat sink plate wherein the projection transfers heat to the heat chamber to warm the at least one valve characterized in that said at least one valve includes a gravity biased first pressure intake valve having a first weight which allows the opening of said gravity biased first pressure intake valve at a first air pressure level, and a gravity biased second pressure intake valve having a second weight which allows the opening of said gravity biased second pressure intake valve at a second air pressure level greater than said first air pressure level. a mount mountable to a cold room structure; a valve housing coupled to said mount, said valve housing defining a heat chamber having an air passage entrance opening ; at least one valve coupled to said valve housing; a thermally conductive heat sink plate mounted closely adjacent said valve housing air passage entrance opening, said heat sink plate having a front surface and a rear surface facing said valve housing, said heat sink plate having a plurality of vent openings therethrough, said heat sink plate also having a projection extending from said rear surface between two said vent openings of said plurality of vent openings and into said heat chamber, and a heat source coupled to and in thermal communication with said heat sink plate, whereby heat generated by the heat source is thermally conducted to the thermally conductive heat sink plate wherein the projection transfers heat to the heat chamber to warm the at least one valve characterized in that said at least one valve includes a gravity biased first pressure intake valve having a first weight which allows the opening of said gravity biased first pressure intake valve at a first air pressure level, and a gravity biased second pressure intake valve having a second weight which allows the opening of said gravity biased second pressure intake valve at a second air pressure level greater than said first air pressure level.
A seal assembly comprising: a first seal ring comprising: a first outer ring ; a first beam connected to the first outer ring ; and a first shoe connected to and extending from the first beam , the first shoe with a first free end and a first fixed end , wherein the first shoe is configured to move in a generally radial direction relative to the first outer ring ; characterised in that : the assembly further comprises a second seal ring disposed axially adjacent and attached to the first seal ring , wherein the second seal ring comprises: a second outer ring ; a second beam connected to the second outer ring ; and a second shoe connected to and extending from the second beam , the second shoe with a second free end and a second fixed end , wherein the second shoe is configured to move in a generally radial direction relative to the second outer ring , wherein the second free end of the second shoe is disposed axially adjacent to the first fixed end of the first shoe , and wherein the second fixed end of the second shoe is disposed axially adjacent to the first free end of the first shoe . a first outer ring ; a first beam connected to the first outer ring ; and a first shoe connected to and extending from the first beam , the first shoe with a first free end and a first fixed end , wherein the first shoe is configured to move in a generally radial direction relative to the first outer ring ; characterised in that : the assembly further comprises a second seal ring disposed axially adjacent and attached to the first seal ring , wherein the second seal ring comprises: a second outer ring ; a second beam connected to the second outer ring ; and a second shoe connected to and extending from the second beam , the second shoe with a second free end and a second fixed end , wherein the second shoe is configured to move in a generally radial direction relative to the second outer ring , wherein the second free end of the second shoe is disposed axially adjacent to the first fixed end of the first shoe , and wherein the second fixed end of the second shoe is disposed axially adjacent to the first free end of the first shoe .
A pharmaceutical composition for use in treating a chronic pulmonary disease, the pharmaceutical composition comprising exosomes derived from thrombin-treated stem cells, wherein the chronic pulmonary disease is bronchopulmonary dysplasia.
A process for monitoring a heat exchanger configured to transfer heat between a first fluid and a second fluid , the process comprising: passing the first fluid to the heat exchanger to change a temperature of the second fluid ; passing a portion of the first fluid to a first test heat exchanger , wherein the first test heat exchanger comprises at least one inner tube (556; 664); circulating a recirculating fluid in a recirculation loop, wherein the recirculation loop includes the first test heat exchanger ; heating the recirculating fluid in order to control an internal temperature of the first test heat exchanger , wherein the first fluid and the recirculating fluid are isolated fluidically in the recirculation loop; circulating a second portion of the first fluid through a second test heat exchanger , wherein the second test heat exchanger comprises a shell (558; 662) with at least one inner tube (556; 664) inside of the shell (558; 662), wherein the first fluid and the recirculating fluid are isolated fluidically in the second test heat exchanger , wherein the second test heat exchanger is in the recirculation loop, and wherein a temperature of the second test heat exchanger is controlled with the recirculating fluid; and determining a condition of the heat exchanger by inspecting at least one of the first test heat exchanger and the second test heat exchanger , wherein the temperature of the recirculating fluid is adjusted to have similar operating conditions to the heat exchanger . passing the first fluid to the heat exchanger to change a temperature of the second fluid ; passing a portion of the first fluid to a first test heat exchanger , wherein the first test heat exchanger comprises at least one inner tube (556; 664); circulating a recirculating fluid in a recirculation loop, wherein the recirculation loop includes the first test heat exchanger ; heating the recirculating fluid in order to control an internal temperature of the first test heat exchanger , wherein the first fluid and the recirculating fluid are isolated fluidically in the recirculation loop; circulating a second portion of the first fluid through a second test heat exchanger , wherein the second test heat exchanger comprises a shell (558; 662) with at least one inner tube (556; 664) inside of the shell (558; 662), wherein the first fluid and the recirculating fluid are isolated fluidically in the second test heat exchanger , wherein the second test heat exchanger is in the recirculation loop, and wherein a temperature of the second test heat exchanger is controlled with the recirculating fluid; and determining a condition of the heat exchanger by inspecting at least one of the first test heat exchanger and the second test heat exchanger , wherein the temperature of the recirculating fluid is adjusted to have similar operating conditions to the heat exchanger .
Driver assistance system for a motor vehicle, comprising a surroundings sensor system, a controller and an assessment module, wherein the controller is designed and intended to ascertain an assistance function control signal based on surroundings data recorded by the surroundings sensor system, which assistance function control signal has a predetermined functional relationship with at least one assistance system parameter and the recorded surroundings data, and to control the vehicle using the assistance function control signal so as to provide an assistance function, and characterized in that the assessment module is designed and intended to ascertain a success value for the assistance function control signal on the basis of reference information and, if the success value falls below a success threshold value, to trigger optimization of the at least one assistance system parameter, and in that the driver assistance system comprises an absolute position sensor and a memory that contains surroundings data and/or vehicle response data associated with absolute vehicle positions, and in that the assessment module is designed and intended to form the reference information from surroundings data and/or vehicle response data of the memory for a current vehicle position measured using the absolute position sensor.
A method for providing and authenticating an update to a secure transceiver of a second node in a distributed network having a plurality of nodes coupled to a serial bus, the method comprising, in sequence: transmitting a credential from an external source to a first node ; while the second node is in an update state: a) providing update data and an authentication code to the second node from the external source; b) initiating the update by a processor of the second node, and c) finalizing the update by the processor of the second node and transmitting a finalization command to the first node; transmitting , by the first node, a command to put the second node into a close state; and while the second node is in the close state: a) providing , by the first node, the credential of the update to the second node; b) verifying and thereby authenticating, by the second node, the update data using the credential and the authentication code; and c) storing, by the second node, the authenticated update data in the secure transceiver; wherein in the update state, the transceiver of the second node is configured to accept commands to update data in a memory of the transceiver of the second node and to reject commands to set credentials and wherein in the close state, the transceiver of the second node is configured to not accept commands to update data in a memory of the second node. transmitting a credential from an external source to a first node ; while the second node is in an update state: a) providing update data and an authentication code to the second node from the external source; b) initiating the update by a processor of the second node, and c) finalizing the update by the processor of the second node and transmitting a finalization command to the first node; a) providing update data and an authentication code to the second node from the external source; b) initiating the update by a processor of the second node, and c) finalizing the update by the processor of the second node and transmitting a finalization command to the first node; transmitting , by the first node, a command to put the second node into a close state; and while the second node is in the close state: a) providing , by the first node, the credential of the update to the second node; b) verifying and thereby authenticating, by the second node, the update data using the credential and the authentication code; and c) storing, by the second node, the authenticated update data in the secure transceiver; a) providing , by the first node, the credential of the update to the second node; b) verifying and thereby authenticating, by the second node, the update data using the credential and the authentication code; and c) storing, by the second node, the authenticated update data in the secure transceiver;