mhurhangee/patent-ind-claim-en huggingface dataset:
A system for providing a service capability exposure function, SCEF, as a Diameter routing agent, DRA, feature, the system comprising: a DRA including a plurality of message processors ; and a cellular device connectivity, CDC, service module implemented on the DRA for providing SCEF services as a feature of the DRA, the SCEF services including determining for received non-Internet protocol, non-IP, messages whether to invoke Internet of things, loT, service handling based on an access point name or other message attribute that identifies an application and for forwarding the received messages requiring loT service to a service capability server, SCS, or an application server, AS, for receiving the loT service handling, wherein providing SCEF services as a feature of the DRA includes implementing the CDC service module on one of the message processors of the DRA. a DRA including a plurality of message processors ; and a cellular device connectivity, CDC, service module implemented on the DRA for providing SCEF services as a feature of the DRA, the SCEF services including determining for received non-Internet protocol, non-IP, messages whether to invoke Internet of things, loT, service handling based on an access point name or other message attribute that identifies an application and for forwarding the received messages requiring loT service to a service capability server, SCS, or an application server, AS, for receiving the loT service handling, wherein providing SCEF services as a feature of the DRA includes implementing the CDC service module on one of the message processors of the DRA.
An information processing method performed using a computer, the information processing method comprising: obtaining first vehicle information items from two or more vehicles that are monitoring targets of a monitor, the first vehicle information items indicating at least one of a running state and an external state of each of the two or more vehicles, the first vehicle information items being based on a sensing result obtained by a sensor mounted in the two or more vehicles while the two or more vehicles are running by automatic driving; determining monitoring priority levels of the two or more vehicles according to degrees of requests for monitoring the two or more vehicles by the monitor, the degrees being based on the first vehicle information items; generating presentation information items for monitoring the two or more vehicles, based on the monitoring priority levels; and causing a presentation device provided outside of the two or more vehicles to output the presentation information items, wherein the monitor is at a remote location from the two or more vehicles, and the monitoring priority levels indicate degrees to which one of the two or more vehicles is to be preferentially monitored by the monitor at the remote location as compared with an other of the two or more vehicles. obtaining first vehicle information items from two or more vehicles that are monitoring targets of a monitor, the first vehicle information items indicating at least one of a running state and an external state of each of the two or more vehicles, the first vehicle information items being based on a sensing result obtained by a sensor mounted in the two or more vehicles while the two or more vehicles are running by automatic driving; determining monitoring priority levels of the two or more vehicles according to degrees of requests for monitoring the two or more vehicles by the monitor, the degrees being based on the first vehicle information items; generating presentation information items for monitoring the two or more vehicles, based on the monitoring priority levels; and causing a presentation device provided outside of the two or more vehicles to output the presentation information items, wherein the monitor is at a remote location from the two or more vehicles, and the monitoring priority levels indicate degrees to which one of the two or more vehicles is to be preferentially monitored by the monitor at the remote location as compared with an other of the two or more vehicles.
Valve arrangement having a main valve which has a diaphragm which selectively closes off and opens up a valve seat between a main valve inlet and a main valve outlet and has a pressure chamber which is closed off by the diaphragm and by way of which the diaphragm is able to be switched by way of application of pressure, and having a pilot valve by way of which it is possible to control a release of pressure of the pressure chamber into the main valve outlet of the main valve , wherein the pilot valve has a main body on which a pilot valve inlet and a pilot valve outlet are formed, wherein the pilot valve inlet is, via the pilot valve , selectively connectable to the pilot valve outlet and separable therefrom, and the main body is inserted into a pilot valve receptacle in an insertion direction , wherein the pilot valve receptacle has an inflow corresponding to the pilot valve inlet and has an outflow corresponding to the pilot valve outlet , wherein the inflow is connected to the pressure chamber and the outflow opens into the main valve outlet on the outflow side of the diaphragm , wherein the pilot valve inlet and the pilot valve outlet are arranged offset from one another at least in the insertion direction , wherein a fastening means is formed on the main body and a mating fastening means is formed on the pilot valve receptacle , which fastening means form a lockable and releasable connection, characterized in that the connection between the inflow and the pressure chamber is realized via a tube connection .
A tool for supporting a vessel , in particular a cup and/or a bottle, comprising at least one first side and one second side which are connected together in at least one connection point , wherein at least one side is designed in the form of a two-sided lever with a force arm (2.1, 3.1) below the connection point and a load arm (2.2, 3.2) above the connection point , it being possible to transition the load arm (2.2, 3.2) of one side above the connection point relative to the other side from an open position to a closed position and vice versa when the force arm (2.1, 3.1) is actuated, it being possible for the load arm (2.2, 3.2) of one side and the other side to hold, at least frictionally and/or interlockingly, the vessel , which is inserted between the sides , in the open position, a cuff being located between the two sides above the connection point , said cuff holding the vessel inserted between the sides in the open position, and the sides , which are designed in the form of levers, being connected together by way of at least one hinge, there being crossbars (8.2, 8.2) connected at the two ends thereof to a load arm (2.2, 3.2), respectively, of a first side in the form of a two-sided lever, and to a load arm of a second side in the form of a two-sided lever, the sides designed in the form of levers each being connected together on both sides of the crossbars (8.2, 8.2), respectively, in at least one connection point , and the cuff being located between the sides on both sides of the crossbars (8.2, 8.2) and being connected to the crossbars (8.2, 8.2) in the longitudinal direction, a first front side , a second front side , a first rear side , and a second rear side being provided, the first and second sides which are designed in the form of levers being connected together by way of at least one hinge, characterized in that the closed position of the sides can be held in place by at least one fixing element which is in operative connection with at least one force arm (2.1, 3.1) and/or at least one crossbar (8.1, 8.2).
Method for fixing a first component in a second component , in which the first component is centred and fixed in the second component by a press fit, comprising the following steps: overmoulding at least a part of the inner side of the second component in order to form a plastics sleeve ; and centring and fixing the first component within the plastics sleeve of the second component by means of a press fit, wherein the base of the interior space of the second component has a centric depression for receiving a bearing projection of the first component , characterized in that the base of the interior space of the second component is overmoulded in the region of this depression such that a plastics sleeve of H-shaped form in section is produced, the bearing projection being centred and fixed in said plastics sleeve by means of a press fit. overmoulding at least a part of the inner side of the second component in order to form a plastics sleeve ; and centring and fixing the first component within the plastics sleeve of the second component by means of a press fit, wherein the base of the interior space of the second component has a centric depression for receiving a bearing projection of the first component , characterized in that the base of the interior space of the second component is overmoulded in the region of this depression such that a plastics sleeve of H-shaped form in section is produced, the bearing projection being centred and fixed in said plastics sleeve by means of a press fit.
Treatment method for the sterilization by irradiation of containers made of thermoplastic material having a main axis (O) and comprising a body provided with a neck and closed by a bottom , wherein the containers forming a flow (fx) are transported by a conveying system along a given path, with a determined separation, called pitch (P), corresponding to the distance between the axes (O) of two consecutive containers , and the speed of displacement of the containers forming said flow (fx) is constant, the treatment method comprising at least: - an initial step of modification of the pitch consisting in making said initial pitch (P) between two consecutive containers vary selectively to increase the irradiation time of each container ; - an irradiation step consisting in irradiating each container of the flow (fx) from the outside with an electron beam (F) emitted by at least one emitter of a sterilization device which is arranged on a section of said path so as to form a zone (Z1, Z2, Z3) of irradiation of the containers . - an initial step of modification of the pitch consisting in making said initial pitch (P) between two consecutive containers vary selectively to increase the irradiation time of each container ; - an irradiation step consisting in irradiating each container of the flow (fx) from the outside with an electron beam (F) emitted by at least one emitter of a sterilization device which is arranged on a section of said path so as to form a zone (Z1, Z2, Z3) of irradiation of the containers .
A method for wireless communication, at a user equipment, UE, said method comprising the steps of :: establishing one or more inter-device communication links between the UE and one or more other UEs; transmitting a first signal, corresponding to a first message, to a base station using a first transmit chain of the UE; transmitting a second signal, corresponding to a second message, to the one or more other UEs over the one or more inter-device communication links using a second transmit chain of the UE; receiving a third signal, corresponding to a third message, from the base station; and simultaneously receiving a fourth signal, corresponding to a fourth message, from the one or more other UEs over the one or more inter-device communication links , wherein communications over the one or more inter-device communication links are: using the same cellular radio access technology and operating in the same radio band as communications between the UE and the base station; using downlink radio resources or uplink radio resources; using an uplink subframe format or a downlink subframe format supported by the UE; and operating in a half-duplex mode. establishing one or more inter-device communication links between the UE and one or more other UEs; transmitting a first signal, corresponding to a first message, to a base station using a first transmit chain of the UE; transmitting a second signal, corresponding to a second message, to the one or more other UEs over the one or more inter-device communication links using a second transmit chain of the UE; receiving a third signal, corresponding to a third message, from the base station; and simultaneously receiving a fourth signal, corresponding to a fourth message, from the one or more other UEs over the one or more inter-device communication links , wherein communications over the one or more inter-device communication links are: using the same cellular radio access technology and operating in the same radio band as communications between the UE and the base station; using downlink radio resources or uplink radio resources; using an uplink subframe format or a downlink subframe format supported by the UE; and using the same cellular radio access technology and operating in the same radio band as communications between the UE and the base station; using downlink radio resources or uplink radio resources; using an uplink subframe format or a downlink subframe format supported by the UE; and operating in a half-duplex mode.
An air sampling system for sampling air from a low-temperature space having a temperature of +4 degrees Celsius or below, the air sampling system including: an air sampling pipe for passing sampling air to an air sampling device ; a sampling conduit extending from an entry port in the low-temperature space to an exit port outside the low-temperature space; wherein the sampling pipe is connected to the exit port of the sampling conduit via a connection assembly selectively removable from the exit port, characterised in that the connection assembly has an air flow restrictor selectively removable with the connection assembly from the sampling conduit, thereby enabling access to the full cross-section of the sampling conduit from outside the low-temperature space to enable removal of ice build-up within the sampling conduit from the entry port . an air sampling pipe for passing sampling air to an air sampling device ; a sampling conduit extending from an entry port in the low-temperature space to an exit port outside the low-temperature space; wherein the sampling pipe is connected to the exit port of the sampling conduit via a connection assembly selectively removable from the exit port, characterised in that the connection assembly has an air flow restrictor selectively removable with the connection assembly from the sampling conduit, thereby enabling access to the full cross-section of the sampling conduit from outside the low-temperature space to enable removal of ice build-up within the sampling conduit from the entry port .
A trawl door forming a height (H) and a length (L), the trawl door comprising several curved and overlapping plates (31-34; 41-44; 51-54) including a leading plate (31; 41; 51) which extend in the height (H) direction, wherein the trawl door forms a towing face comprising a towing bracket and an opposite trawl face comprising a bridle bracket , the trawl door comprises at least one regulation means for adjusting a hydrodynamic surface of the trawl door , said regulation means comprises at least one through opening or at least one cut out , a hatch displaceable in the length (L) direction and a hatch actuator , where the hatch covers the through opening or the cut out when the hatch is in a closed position, characterised in that the regulation means is positioned on the towing face of the leading plate (31; 41; 51).
Distribution device for distributing a refrigerant fluid (FR) inside a collector tank of a heat exchanger , the distribution device comprising at least a first pipe extending along a longitudinal axis (A1) defining the longitudinal direction of extension of the distribution device , the first pipe comprising, at a first of the longitudinal ends thereof, an inlet opening for the entry of the refrigerant fluid (FR) into the first pipe , the first pipe being closed at its second longitudinal end and comprising, along at least part of its longitudinal axis (A1), a plurality of discharge orifices for removing the refrigerant fluid (FR) from the first pipe , wherein at least two orifices which are adjacent along the longitudinal axis (A1) of the first pipe are inclined towards the second end of the first pipe , their opening towards the inside of the first pipe being closer to its first end than their opening towards the outside of the first pipe , characterized in that the device comprises at least one longitudinally extending second pipe , the second pipe housing the first pipe along its longitudinal extension, creating between them a canal surrounding the first pipe , the second pipe being provided with discharge passages for removing the refrigerant fluid (FR) from the canal towards the outside of the distribution device .
An electronic access control device comprising: a radio communication module configured to perform a wireless data exchange with a mobile device over a direct wireless communication link between the radio communication module and the mobile device ; an access confirmation module , executable on a processor of the mobile device and comprising computer program code configured to control the processor of the mobile device to receive from a user of the mobile device a confirmation instruction and to transmit to the radio communication module of the access control device a confirmation message responsive to the confirmation instruction; and a controller connected to the radio communication module and configured to control the radio communication module to transmit the access confirmation module via the direct wireless communication link to the mobile device , and, upon reception of a confirmation message from the mobile device via the direct wireless communication link , to generate an access control signal, using an access key received from the mobile device via the direct wireless communication link . a radio communication module configured to perform a wireless data exchange with a mobile device over a direct wireless communication link between the radio communication module and the mobile device ; an access confirmation module , executable on a processor of the mobile device and comprising computer program code configured to control the processor of the mobile device to receive from a user of the mobile device a confirmation instruction and to transmit to the radio communication module of the access control device a confirmation message responsive to the confirmation instruction; and a controller connected to the radio communication module and configured to control the radio communication module to transmit the access confirmation module via the direct wireless communication link to the mobile device , and, upon reception of a confirmation message from the mobile device via the direct wireless communication link , to generate an access control signal, using an access key received from the mobile device via the direct wireless communication link .
A process for producing a cast polyamide molding via anionic polymerization, where the polymerization process uses at least one monomer (M1), where the monomer (M1) is a cyclic lactam and, prior to the start of the polymerization process, has been processed with at least one additive (X1) to give pellets, and where the pellets comprising the at least one monomer (M1) are then polymerized, where the mixture made of monomer (M1) with additive (X1) is mixed in solid form prior to the polymerization process with at least one further monomer (M2), where the monomer (M2) is a cyclic lactam, and with at least one further additive (X2), or with at least one further additive (X2), where the at least one additive (X1) and the further additive (X2) are respectively mutually independently selected from the group comprising catalysts and activators.
A driving assist control method for a vehicle, provided with external environment recognition sensors that obtain forward information of a host vehicle (A), for executing a driving assist control for avoiding contact between the host vehicle and a pedestrian, when a pedestrian is detected by the external environment recognition sensors, comprising: providing a camera and a radar as the external environment recognition sensors; characterized by starting the driving assist control (S6) with a detected pedestrian candidate as a control target, upon detecting an object that is present in front of the host vehicle to be the pedestrian candidate based on an image signal from the camera ; and determining of comparison thereafter (S7) whether or not the pedestrian candidate detected by the camera matches an object detected by the reflected waves from the radar , and continuing the driving assist control (S9) if matching is established and canceling the driving assist control (S11) if matching is not established; wherein the driving assist control (S6) is started before determining (S7) whether or not the pedestrian candidate detected by the camera matches the object detected by the reflected waves from the radar . providing a camera and a radar as the external environment recognition sensors; characterized by starting the driving assist control (S6) with a detected pedestrian candidate as a control target, upon detecting an object that is present in front of the host vehicle to be the pedestrian candidate based on an image signal from the camera ; and determining of comparison thereafter (S7) whether or not the pedestrian candidate detected by the camera matches an object detected by the reflected waves from the radar , and continuing the driving assist control (S9) if matching is established and canceling the driving assist control (S11) if matching is not established; wherein the driving assist control (S6) is started before determining (S7) whether or not the pedestrian candidate detected by the camera matches the object detected by the reflected waves from the radar .
Method of fabrication of a ferroelectric memory comprising a first electrode , a second electrode and a layer of active material made of hafnium dioxide HfO 2 positioned between the first electrode and the second electrode , where the method comprises the following steps: - a step of deposition of a first electrode layer ; - a step of deposition of the layer of active material ; - a step of doping of the layer of active material ; - a step of deposition of a second electrode layer ; where the method is characterised by the fact that it comprises a step of laser annealing of the layer of doped active material for a duration which does not exceed 1 μs. - a step of deposition of a first electrode layer ; - a step of deposition of the layer of active material ; - a step of doping of the layer of active material ; - a step of deposition of a second electrode layer ; where the method is characterised by the fact that it comprises a step of laser annealing of the layer of doped active material for a duration which does not exceed 1 μs.