mhurhangee/patent-ind-claim-en huggingface dataset:
Bolt connection with a bearing bolt , which connects a first component and a second component pivotably to each other, wherein the bearing bolt extends through at least one first bearing eye on the first component and at least one second bearing eye on the second component , and wherein the bearing bolt , for releasing the connection, can be driven at an exit side out of the first bearing eye and the second bearing eye , wherein a protective receptacle is arranged on the exit side with a housing to prevent the loosened bearing pin from falling out, wherein the protective receptacle is designed to receive and accommodate the driven-out bearing bolt , wherein in an area facing away from the first component of the protective receptacle an actuator is arranged, which actuator is designed to change the position of the bearing bolt between the bolt connection and the protective receptacle , and wherein the actuator is connected to the bearing bolt and is adjustable together with the bearing bolt between a first position, in which the bolt connection is open, and a second position, in which the bolt connection is closed, and wherein the actuator is fed to the interior of the protective receptacle through an opening in the housing of the protective receptacle and has, in its end region facing away from the bearing bolt , an edge region which is larger in diameter than the opening , whereby the feeding of the actuator into the housing is restricted. wherein a protective receptacle is arranged on the exit side with a housing to prevent the loosened bearing pin from falling out, wherein the protective receptacle is designed to receive and accommodate the driven-out bearing bolt , wherein in an area facing away from the first component of the protective receptacle an actuator is arranged, which actuator is designed to change the position of the bearing bolt between the bolt connection and the protective receptacle , and wherein the actuator is connected to the bearing bolt and is adjustable together with the bearing bolt between a first position, in which the bolt connection is open, and a second position, in which the bolt connection is closed, and wherein the actuator is fed to the interior of the protective receptacle through an opening in the housing of the protective receptacle and has, in its end region facing away from the bearing bolt , an edge region which is larger in diameter than the opening , whereby the feeding of the actuator into the housing is restricted.
A substrate with a film for a reflective mask blank comprising a substrate , a multilayer reflection film formed at the side of one main surface of the two main surfaces of the substrate, configured to reflect EUV light, and a back surface conductive film formed in contact with the other main surface of the two main surfaces, wherein the back surface conductive film has a composition at the side in contact with the substrate, and a different composition at the side remotest from the substrate, the composition at the side in contact with the substrate is a composition consisting of silicon and nitrogen, a composition comprising silicon, nitrogen, and either or both of oxygen and carbon, and having a total content of silicon and nitrogen of not less than 70 at%, a composition comprising silicon, nitrogen, and at least one element selected from the group consisting of tantalum, molybdenum, chromium, titanium, zirconium, niobium, hafnium and tungsten, and having a total content of silicon and nitrogen of not less than 70 at%, or a composition comprising silicon and nitrogen, at least one element selected from the group consisting of tantalum, molybdenum, chromium, titanium, zirconium, niobium, hafnium and tungsten, and either or both of oxygen and carbon, and having a total content of silicon and nitrogen of not less than 70 at%, and the composition at the side remotest from the substrate is a composition comprising tantalum, and at least one element selected from the group consisting of silicon, germanium and aluminum, and having a tantalum content of not less than 60 at% and a total content of nitrogen and oxygen of not more than 15 at%. the back surface conductive film has a composition at the side in contact with the substrate, and a different composition at the side remotest from the substrate, the composition at the side in contact with the substrate is a composition consisting of silicon and nitrogen, a composition comprising silicon, nitrogen, and either or both of oxygen and carbon, and having a total content of silicon and nitrogen of not less than 70 at%, a composition comprising silicon, nitrogen, and at least one element selected from the group consisting of tantalum, molybdenum, chromium, titanium, zirconium, niobium, hafnium and tungsten, and having a total content of silicon and nitrogen of not less than 70 at%, or a composition comprising silicon and nitrogen, at least one element selected from the group consisting of tantalum, molybdenum, chromium, titanium, zirconium, niobium, hafnium and tungsten, and either or both of oxygen and carbon, and having a total content of silicon and nitrogen of not less than 70 at%, and the composition at the side remotest from the substrate is a composition comprising tantalum, and at least one element selected from the group consisting of silicon, germanium and aluminum, and having a tantalum content of not less than 60 at% and a total content of nitrogen and oxygen of not more than 15 at%.
A computer-implemented method for security analysis of a deployment file (F_Config) suitable for being interpreted by an orchestration server of a cluster of servers in order to carry out a deployment of a microservices application, the deployment file (F_Config) comprising containers and pods, the pods being execution groups of the containers, the method comprising the steps of: - extracting from the deployment file a plurality of objects (Obj), each object being an instance of a generic object and each generic object belonging to a library of predefined generic objects; - correlating the plurality of objects with one another, so as to define a plurality of sets of objects (Ens), each set of objects being associated with a container of the deployment file or an execution group of containers of the deployment file; - constructing a graph (G) comprising nodes and links, each node corresponding to a container of the deployment file or to an execution group of containers of the deployment file, and each link corresponding to a security relationship between the two nodes connected by the link, and applying a plurality of security analyses to said graph so as to obtain a plurality of quantitative indicators for each of the nodes and links of the graph, the plurality of security analyses being selected from a set comprising: container vulnerabilities; pod security policies; pod service accessibility; pod service accounts; inter-pod network policies; and, inter-pod affinities and anti-affinities; - rating each of the nodes and links in the graph by calculating an overall vulnerability score from the various quantitative indicators; and - displaying the graph (G) enriched with overall vulnerability scores on a human-machine interface of the orchestration server. - extracting from the deployment file a plurality of objects (Obj), each object being an instance of a generic object and each generic object belonging to a library of predefined generic objects; - correlating the plurality of objects with one another, so as to define a plurality of sets of objects (Ens), each set of objects being associated with a container of the deployment file or an execution group of containers of the deployment file; - constructing a graph (G) comprising nodes and links, each node corresponding to a container of the deployment file or to an execution group of containers of the deployment file, and each link corresponding to a security relationship between the two nodes connected by the link, and applying a plurality of security analyses to said graph so as to obtain a plurality of quantitative indicators for each of the nodes and links of the graph, the plurality of security analyses being selected from a set comprising: container vulnerabilities; pod security policies; pod service accessibility; pod service accounts; inter-pod network policies; and, inter-pod affinities and anti-affinities; - rating each of the nodes and links in the graph by calculating an overall vulnerability score from the various quantitative indicators; and - displaying the graph (G) enriched with overall vulnerability scores on a human-machine interface of the orchestration server.
A system (1010, 510, 510', 610, 610") for localization of a marker within a target tissue region within a patient's body, comprising: a probe comprising one or more antennas for transmitting a radar signal into a patient's body towards a marker and receiving a reflected signal from the marker, and a light source for delivering infrared light pulses into the patient's body to cause the marker to change its reflective properties; a signal generator for generating a substantially continuous wave; characterised in that the system further comprises a divider coupled to the signal generator for dividing the wave into first and second signals, the first signal delivered to the one or more antennas to transmit a substantially continuous transmit signal; a mixer coupled to the divider for receiving the second signal and coupled to the one or more antennas for receiving the reflected signal, the mixer mixing the second signal and the reflected signal to produce an intermediate frequency (IF) signal comprising components associated with modulation of amplitude and phase of the reflected signal caused by the light pulses changing the reflective properties of the marker; and a processor (660, 530, 530', 630, 630") coupled to the mixer comprising a synchronous modulation detector that processes the IF signal to provide an output indicative of range from the one or more antennas to the marker based at least in part on the modulation of amplitude and phase synchronous with the light pulses delivered by the light source. a probe comprising one or more antennas for transmitting a radar signal into a patient's body towards a marker and receiving a reflected signal from the marker, and a light source for delivering infrared light pulses into the patient's body to cause the marker to change its reflective properties; a signal generator for generating a substantially continuous wave; characterised in that the system further comprises a divider coupled to the signal generator for dividing the wave into first and second signals, the first signal delivered to the one or more antennas to transmit a substantially continuous transmit signal; a mixer coupled to the divider for receiving the second signal and coupled to the one or more antennas for receiving the reflected signal, the mixer mixing the second signal and the reflected signal to produce an intermediate frequency (IF) signal comprising components associated with modulation of amplitude and phase of the reflected signal caused by the light pulses changing the reflective properties of the marker; and a processor (660, 530, 530', 630, 630") coupled to the mixer comprising a synchronous modulation detector that processes the IF signal to provide an output indicative of range from the one or more antennas to the marker based at least in part on the modulation of amplitude and phase synchronous with the light pulses delivered by the light source.
A heating, ventilation, air conditioning and refrigeration (HVAC/R) system comprising: a sorption circuit ; and a heat exchange circuit , in fluid communication with the sorption circuit , including: a conditioning heat exchanger ; and an ambient heat exchanger ; characterised in that the sorption circuit comprises a primary fluid flow source ; a heat absorption heat exchanger in fluid communication with the primary fluid flow source such that a primary fluid flow from the primary fluid flow source is directed through the heat absorption heat exchanger , the heat absorption heat exchanger configured to exchange thermal energy between the primary fluid flow and a secondary fluid flow through the heat absorption heat exchanger ; and a sorption heat exchanger including a volume of sorbent material to adsorb or absorb the primary fluid flow , generating thermal energy at the sorption heat exchanger , the sorption heat exchanger being configured to transfer the generated thermal energy to a tertiary fluid flow through the sorption heat exchanger ; and the heat exchange circuit further comprises: a plurality of control valves connected to both the secondary fluid flow and the tertiary fluid flow configured to selectably direct the secondary fluid flow and/or the tertiary fluid flow to the conditioning heat exchanger or the ambient heat exchanger . a sorption circuit ; and a heat exchange circuit , in fluid communication with the sorption circuit , including: a conditioning heat exchanger ; and an ambient heat exchanger ; a conditioning heat exchanger ; and an ambient heat exchanger ; characterised in that the sorption circuit comprises a primary fluid flow source ; a heat absorption heat exchanger in fluid communication with the primary fluid flow source such that a primary fluid flow from the primary fluid flow source is directed through the heat absorption heat exchanger , the heat absorption heat exchanger configured to exchange thermal energy between the primary fluid flow and a secondary fluid flow through the heat absorption heat exchanger ; and a sorption heat exchanger including a volume of sorbent material to adsorb or absorb the primary fluid flow , generating thermal energy at the sorption heat exchanger , the sorption heat exchanger being configured to transfer the generated thermal energy to a tertiary fluid flow through the sorption heat exchanger ; and the heat exchange circuit further comprises: a plurality of control valves connected to both the secondary fluid flow and the tertiary fluid flow configured to selectably direct the secondary fluid flow and/or the tertiary fluid flow to the conditioning heat exchanger or the ambient heat exchanger .
An endpoint node configured to access a transport layer and a communication layer different from the transport layer, the transport layer being a transport control protocol, TCP, layer and the communication layer being a datagram transport layer security, DTLS, protocol layer, the endpoint node comprising: processing circuitry , the processing circuitry configured to: detect a missing packet transmitted from another endpoint node ; temporarily suspend at least a portion of signaling associated with retransmission of the missing packet using the transport layer based on the detected missing packet; request retransmission of the missing packet using the communication layer; determine if retransmission of the missing packet using the communication layer is unsuccessful; and in response to determining retransmission of the missing packet using the communication layer is unsuccessful, cause retransmission of the missing packet using the transport layer. detect a missing packet transmitted from another endpoint node ; temporarily suspend at least a portion of signaling associated with retransmission of the missing packet using the transport layer based on the detected missing packet; request retransmission of the missing packet using the communication layer; determine if retransmission of the missing packet using the communication layer is unsuccessful; and in response to determining retransmission of the missing packet using the communication layer is unsuccessful, cause retransmission of the missing packet using the transport layer.
A method of making a metal matrix composite vented brake rotor (100;200;700), the method comprising: providing a first side plate (120;220;720) comprising a first outer surface (122;222;722), a first inner surface (128;228;728) having a first vent portion (112;212;712) having a plurality of vanes, and a metal matrix composite portion (124;224;724) extending from the first outer surface to a first distance from the inner surface that is less than a thickness measured between the first inner surface and first outer surface; providing a second side plate (130;230;730) comprising a second outer surface (132;232;732), a second inner surface (138;238;738), and a metal matrix composite portion (134;234;734) extending from the second outer surface to a second distance from the second inner surface that is less than a thickness measured between the second inner surface and second outer surface; the method being characterised by welding the plurality of vanes of the first vent portion (112;212;712) of the first inner surface (128;228;728) to the second inner surface to form the vented brake rotor, the vented brake rotor comprising a plurality of vents (114;214) formed by the first inner surface (128;228;728), the first vent portion, and the second inner surface. providing a first side plate (120;220;720) comprising a first outer surface (122;222;722), a first inner surface (128;228;728) having a first vent portion (112;212;712) having a plurality of vanes, and a metal matrix composite portion (124;224;724) extending from the first outer surface to a first distance from the inner surface that is less than a thickness measured between the first inner surface and first outer surface; providing a second side plate (130;230;730) comprising a second outer surface (132;232;732), a second inner surface (138;238;738), and a metal matrix composite portion (134;234;734) extending from the second outer surface to a second distance from the second inner surface that is less than a thickness measured between the second inner surface and second outer surface; the method being characterised by welding the plurality of vanes of the first vent portion (112;212;712) of the first inner surface (128;228;728) to the second inner surface to form the vented brake rotor, the vented brake rotor comprising a plurality of vents (114;214) formed by the first inner surface (128;228;728), the first vent portion, and the second inner surface.
A charged particle device comprising: an electron emitting part configured to emit electrons; an electron irradiated part configured to be irradiated with the electrons emitted from the electron emitting part; a container part formed of conductive material and configured to have an interior thereof brought into a vacuum state by an evacuation system and contain the electron irradiated part in the interior thereof; an electric wire containing part formed of dielectric material and configured to be inserted from an outside of the container part via an insertion part provided in the container part to contain an electric wire through which electricity is conducted to the electron irradiated part contained in the container part; and an insertion-part-side protrusion part configured to surround the electric wire containing part and protrude from a vicinity of the insertion part on an inner wall of the container part to an interior of the container part, so as to surround a triple junction section at which the container part, the electric wire containing part and the interior of the container part are abutted, wherein the charged particle device is an X-ray generation device, and the electron irradiated part emits X-rays by being irradiated with the electrons. an electron emitting part configured to emit electrons; an electron irradiated part configured to be irradiated with the electrons emitted from the electron emitting part; a container part formed of conductive material and configured to have an interior thereof brought into a vacuum state by an evacuation system and contain the electron irradiated part in the interior thereof; an electric wire containing part formed of dielectric material and configured to be inserted from an outside of the container part via an insertion part provided in the container part to contain an electric wire through which electricity is conducted to the electron irradiated part contained in the container part; and an insertion-part-side protrusion part configured to surround the electric wire containing part and protrude from a vicinity of the insertion part on an inner wall of the container part to an interior of the container part, so as to surround a triple junction section at which the container part, the electric wire containing part and the interior of the container part are abutted, wherein the charged particle device is an X-ray generation device, and the electron irradiated part emits X-rays by being irradiated with the electrons.
A mount for mounting a plate to a frame assembly, comprising: a generally cylindrical head extending along a head axis, being receivable in an aperture in the plate and having an upper surface, a lower face, an outer peripheral surface, an alignment structure receivable in a slot of a frame member of the frame assembly, and a bolt-receiving bore extending through the cylindrical head along a bore axis at an acute angle to the head axis; and a flange extending radially extending from the outer peripheral surface of the cylindrical head , the flange having a diameter; characterized in that the outer peripheral surface of the cylindrical head includes a conical portion extending from the flange toward the lower face of the cylindrical head. a generally cylindrical head extending along a head axis, being receivable in an aperture in the plate and having an upper surface, a lower face, an outer peripheral surface, an alignment structure receivable in a slot of a frame member of the frame assembly, and a bolt-receiving bore extending through the cylindrical head along a bore axis at an acute angle to the head axis; and a flange extending radially extending from the outer peripheral surface of the cylindrical head , the flange having a diameter; characterized in that the outer peripheral surface of the cylindrical head includes a conical portion extending from the flange toward the lower face of the cylindrical head.