mhurhangee/patent-ind-claim-en huggingface dataset:
Vehicle roof having a movable roof device for selectively closing and at least partially exposing a roof opening present in a roof surface of the vehicle, this movable roof device comprising a slidable front spoiler roof and a slidable rear folding roof , both of which being guided along longitudinal guide means , said front spoiler roof and said rear folding roof are driven by separate and independent driving means (M1,M2) which consist in two electric motors (M1,M2), one motor (M1) being dedicated to the functioning of said front spoiler roof , while the second motor (M2) is dedicated to the functioning of said rear folding roof , characterized in that when the rear folding roof is completely folded at the rear part of the roof opening , said front spoiler roof is movable towards a position in which it is in contact with said rear folding roof .
An operating method of an authentication server for authenticating a service per Machine to Machine (M2M) device between an M2M service provider and a mobile communication operator, the method comprising: generating an M2M device IDentifier (ID), a first authentication key, a first random variable, and an M2M service provider ID per M2M device; based on the M2M device ID, the first authentication key, a home operator ID, a visited operator ID, an M2M agent ID, the first random variable, and the M2M service provider ID, generating a second authentication key, and based on the first authentication key and the first random variable, generating a first hash function value; and transmitting the second authentication key, the first hash function, and the first random variable to an M2M agent, wherein the first authentication key is a shared key per M2M device between the mobile communication operator and the M2M service provider, the second authentication key is an authentication key between an M2M server and an M2M client of the mobile communication operator, and wherein the M2M agent is an M2M agent of a visited operator. generating an M2M device IDentifier (ID), a first authentication key, a first random variable, and an M2M service provider ID per M2M device; based on the M2M device ID, the first authentication key, a home operator ID, a visited operator ID, an M2M agent ID, the first random variable, and the M2M service provider ID, generating a second authentication key, and based on the first authentication key and the first random variable, generating a first hash function value; and transmitting the second authentication key, the first hash function, and the first random variable to an M2M agent, wherein the first authentication key is a shared key per M2M device between the mobile communication operator and the M2M service provider, the second authentication key is an authentication key between an M2M server and an M2M client of the mobile communication operator, and wherein the M2M agent is an M2M agent of a visited operator.
A method for starting a fuel cell in a fuel cell system , at temperatures below the freezing point of water, characterized in that - in a first step (I), the hydrogen concentration (%H 2 ) in the anode is increased; whereafter - in a second step (II), an anode pressure (p) is increased for a specified period of time (Δt) and when air is supplied to the cathode , the maximum possible current is drawn from the fuel cell ; whereafter - in a third step (III), the fuel cell is switched to no-load operation and the anode pressure (p) is lowered; and whereafter - the second step (II) and the third step (III) are repeated in succession until a sufficient performance of the fuel cell for its normal operation is achieved. - in a first step (I), the hydrogen concentration (%H 2 ) in the anode is increased; whereafter - in a second step (II), an anode pressure (p) is increased for a specified period of time (Δt) and when air is supplied to the cathode , the maximum possible current is drawn from the fuel cell ; whereafter - in a third step (III), the fuel cell is switched to no-load operation and the anode pressure (p) is lowered; and whereafter - the second step (II) and the third step (III) are repeated in succession until a sufficient performance of the fuel cell for its normal operation is achieved.
Method for determining an originating telephone number of a telecommunications terminal and its association with at least one data which is transmitted to the server as part of an installation of an application software on the telecommunications terminal or is linked to a download of the application software or is contained in the downloaded application software, by a server , comprising - selecting a server telephone number for the purpose of the association to be carried out from a set of several possible server telephone numbers; - transmitting of the server telephone number to the telecommunications terminal device via data communication, but not by way of a call to the telecommunications terminal device, whereby the transmission takes place as part of the installation of the application software on the telecommunications terminal device or with the download of the application software; - detecting a voice call set-up request sent by the telecommunications terminal to the server telephone number, whereby the originating telephone number is transmitted with the voice call set-up request; - assigning of the originating telephone number transmitted with the voice call set-up request to at least one data; whereby the voice call set-up request is not complied with and no call set-up takes place. - selecting a server telephone number for the purpose of the association to be carried out from a set of several possible server telephone numbers; - transmitting of the server telephone number to the telecommunications terminal device via data communication, but not by way of a call to the telecommunications terminal device, whereby the transmission takes place as part of the installation of the application software on the telecommunications terminal device or with the download of the application software; - detecting a voice call set-up request sent by the telecommunications terminal to the server telephone number, whereby the originating telephone number is transmitted with the voice call set-up request; - assigning of the originating telephone number transmitted with the voice call set-up request to at least one data;
A method for providing access control, the method comprising: - receiving a credential by a first reader (102a; 202a) associated with a first access facility using a first communication protocol from a device (104; 204) that stores the credential, wherein the first communication protocol is a low energy wireless communication protocol; - establishing a secret with the device using the first communication protocol; characterized in that the method comprises: - providing the secret from the first reader (102a; 202a) to a second reader (102b; 202b) associated with a second access facility either directly from the first reader (102a; 202a) to the second reader (102b; 202b) or through a controller (108; 206) connected between the first reader (102a; 202a) and the second reader (102b; 202b); - identifying intent information for the device (104; 204) by performing ranging of the device by the second reader (106b; 206b) using the secret and a second communication protocol different than the first communication protocol, wherein the second communication protocol is ultra-wide band (UWB); and - coordinating access through one of the first access facility or the second access facility based on the intent information. - receiving a credential by a first reader (102a; 202a) associated with a first access facility using a first communication protocol from a device (104; 204) that stores the credential, wherein the first communication protocol is a low energy wireless communication protocol; - establishing a secret with the device using the first communication protocol; - providing the secret from the first reader (102a; 202a) to a second reader (102b; 202b) associated with a second access facility either directly from the first reader (102a; 202a) to the second reader (102b; 202b) or through a controller (108; 206) connected between the first reader (102a; 202a) and the second reader (102b; 202b); - identifying intent information for the device (104; 204) by performing ranging of the device by the second reader (106b; 206b) using the secret and a second communication protocol different than the first communication protocol, wherein the second communication protocol is ultra-wide band (UWB); and - coordinating access through one of the first access facility or the second access facility based on the intent information.
A radio-protective shield intended to be fastened on the periphery of an opening formed in a wall separating a space subjected to ionising radiations, named hot space (C), and a space not subjected to ionising radiations, named cold space (F), which radio-protective shield comprises a wall made of a transparent material, said wall made of a transparent material comprising a first face intended to be directed on said cold space (F) side, and a second face intended to be directed on said hot space (C) side, a peripheral edge of one of said first face or second face of said wall made of a transparent material bearing against a bearing face of a counter-frame through a seal , said radio-protective shield comprising a fastening frame provided with means for bearing against a peripheral edge of the other one of said first face or second face of said wall made of a transparent material, which bearing means comprise a longitudinal bearing structure comprising a contact surface with the peripheral edge of the first face or of the second face opposite said wall made of a transparent material, which radio-protective shield also comprises securing means for securing together said counter-frame and said fastening frame , characterised in that said bearing means comprise elastic return means adapted to apply a pressure against said longitudinal bearing structure in the direction of said wall made of a transparent material. a peripheral edge of one of said first face or second face of said wall made of a transparent material bearing against a bearing face of a counter-frame through a seal , said radio-protective shield comprising a fastening frame provided with means for bearing against a peripheral edge of the other one of said first face or second face of said wall made of a transparent material, which bearing means comprise a longitudinal bearing structure comprising a contact surface with the peripheral edge of the first face or of the second face opposite said wall made of a transparent material, which radio-protective shield also comprises securing means for securing together said counter-frame and said fastening frame , characterised in that said bearing means comprise elastic return means adapted to apply a pressure against said longitudinal bearing structure in the direction of said wall made of a transparent material.
A communication method, comprising: determining , in parallel, by a first apparatus , that at least one of the following conditions is triggered: the first apparatus receives an indication information from a second apparatus , wherein the indication information is used to indicate to report a receiving status of a data protocol data unit, PDU; a first timer expires, wherein a duration of the first timer is T, and T is greater than 0, wherein the first timer is used to periodically report receiving statuses of data PDUs; a respective entity in the first apparatus receives a first data PDU, wherein the first data PDU is the 1 st PDU received by the entity after the entity is established in the first apparatus ; and the first apparatus determines, based on a sequence number, that a data PDU fails to be received; determining , by the first apparatus , a first status PDU, wherein the first status PDU is used to indicate a receiving status of at least one data PDU from the second apparatus , and the at least one data PDU is sent by the second apparatus in a multicast mode; and sending , by the first apparatus , the first status PDU to the second apparatus . determining , in parallel, by a first apparatus , that at least one of the following conditions is triggered: the first apparatus receives an indication information from a second apparatus , wherein the indication information is used to indicate to report a receiving status of a data protocol data unit, PDU; a first timer expires, wherein a duration of the first timer is T, and T is greater than 0, wherein the first timer is used to periodically report receiving statuses of data PDUs; a respective entity in the first apparatus receives a first data PDU, wherein the first data PDU is the 1 st PDU received by the entity after the entity is established in the first apparatus ; and the first apparatus determines, based on a sequence number, that a data PDU fails to be received; determining , by the first apparatus , a first status PDU, wherein the first status PDU is used to indicate a receiving status of at least one data PDU from the second apparatus , and the at least one data PDU is sent by the second apparatus in a multicast mode; and sending , by the first apparatus , the first status PDU to the second apparatus .
A method comprising: accessing, at a mobile device , application management information, wherein the application management information identifies a plurality of installed applications on the mobile device and one or more settings indicative of at least a connection preference associated with the plurality of installed applications, the connection preference indicating a type of network connection to be used for retrieving an update package for updating an application; sending, from the mobile device to a server , a request for update information regarding the plurality of installed applications; receiving, at the mobile device from the server , the update information, wherein the update information identifies an update package for a respective installed application of the plurality of installed applications; and receiving the update package for the respective installed application without user interaction from a user of the mobile device when the connection preference associated with the respective installed application and an application update size limitation associated with the respective installed application are satisfied. accessing, at a mobile device , application management information, wherein the application management information identifies a plurality of installed applications on the mobile device and one or more settings indicative of at least a connection preference associated with the plurality of installed applications, the connection preference indicating a type of network connection to be used for retrieving an update package for updating an application; sending, from the mobile device to a server , a request for update information regarding the plurality of installed applications; receiving, at the mobile device from the server , the update information, wherein the update information identifies an update package for a respective installed application of the plurality of installed applications; and receiving the update package for the respective installed application without user interaction from a user of the mobile device when the connection preference associated with the respective installed application and an application update size limitation associated with the respective installed application are satisfied.
A monitoring system comprising a master device (10; 30; 61) adapted for wireless communication with two slave devices (13, 14; 31; 50; 62; 90) each having a sensor (15, 16; 93; 101) adapted for acquiring a physiological signal, - wherein the master device (10; 30; 61) is adapted for ∘ providing synchronization signals to the two slave devices (13, 14; 31; 50; 62; 90), and ∘ instructing the two slave devices (13, 14; 31; 50; 62; 90) to acquire the physiological signal based on timing instructions, - wherein each of the two slave devices (13, 14; 31; 50; 62; 90) is adapted for ∘ receiving a synchronization message , ∘ setting a time anchor point based on the synchronization message , ∘ acquiring the physiological signal by means of the sensor (15, 16; 93; 101) according to received timing instructions at a predetermined point of time relative to the time anchor point , the predetermined point of time being the same for each of the two slave devices (13, 14; 31; 50; 62; 90), and ∘ transmitting the acquired physiological signal wirelessly to the master device (10; 30; 61), wherein the master device (10; 30; 61) comprises a processor adapted for processing the physiological signals acquired by the sensors (15, 16; 93; 101) of at least two slave devices (13, 14; 30, 31; 60, 61) in order to extract a measure for a physiological parameter. - wherein the master device (10; 30; 61) is adapted for ∘ providing synchronization signals to the two slave devices (13, 14; 31; 50; 62; 90), and ∘ instructing the two slave devices (13, 14; 31; 50; 62; 90) to acquire the physiological signal based on timing instructions, ∘ providing synchronization signals to the two slave devices (13, 14; 31; 50; 62; 90), and ∘ instructing the two slave devices (13, 14; 31; 50; 62; 90) to acquire the physiological signal based on timing instructions, - wherein each of the two slave devices (13, 14; 31; 50; 62; 90) is adapted for ∘ receiving a synchronization message , ∘ setting a time anchor point based on the synchronization message , ∘ acquiring the physiological signal by means of the sensor (15, 16; 93; 101) according to received timing instructions at a predetermined point of time relative to the time anchor point , the predetermined point of time being the same for each of the two slave devices (13, 14; 31; 50; 62; 90), and ∘ transmitting the acquired physiological signal wirelessly to the master device (10; 30; 61), ∘ receiving a synchronization message , ∘ setting a time anchor point based on the synchronization message , ∘ acquiring the physiological signal by means of the sensor (15, 16; 93; 101) according to received timing instructions at a predetermined point of time relative to the time anchor point , the predetermined point of time being the same for each of the two slave devices (13, 14; 31; 50; 62; 90), and ∘ transmitting the acquired physiological signal wirelessly to the master device (10; 30; 61),
A method for locating an event occurring along a phase line on a section of an electrical energy transmission line, the phase line comprising n conductors electrically insulated from one another and short-circuited between themselves at two extremities of the section , the method comprising the steps of: a) monitoring a parameter on one of the n conductors of the phase line, at one of the extremities of the section without a ground reference, said parameter being representative of current operational conditions of the phase line and having a known propagation speed in the conductor ; b) generating an event detection signal at the extremity of the section each time the parameter has a value exceeding a threshold, and storing a reception time when the detection signal is generated; c) transmitting a signal representative of a geographic location of the extremity of the section ; and d) geographically locating the event along the section once two consecutive detection signals are generated from the signal representative of the geographic location of step c), and from the reception times associated with two consecutive detection signals. a) monitoring a parameter on one of the n conductors of the phase line, at one of the extremities of the section without a ground reference, said parameter being representative of current operational conditions of the phase line and having a known propagation speed in the conductor ; b) generating an event detection signal at the extremity of the section each time the parameter has a value exceeding a threshold, and storing a reception time when the detection signal is generated; c) transmitting a signal representative of a geographic location of the extremity of the section ; and d) geographically locating the event along the section once two consecutive detection signals are generated from the signal representative of the geographic location of step c), and from the reception times associated with two consecutive detection signals.
A dropper dispenser comprising: ▪ a fluid reservoir including at least one movable wall so as to put the fluid in the reservoir under pressure, ▪ a cannula (24; 24'; 24"; 24''') having an inlet that is fed with fluid and an outlet that is designed to form a drop of fluid, ▪ a valve that is arranged between the fluid reservoir and the cannula (24; 24'; 24"; 24''') so as to control firstly the flow of fluid from the reservoir into the cannula (24; 24'; 24"; 24''') and secondly the flow of fluid and possibly air from the cannula (24; 24'; 24"; 24''') into the reservoir , the valve remaining closed in the absence of sufficient fluid pressure, the valve , when subjected to sufficient pressure from the fluid in the reservoir , defining an opening having a flow section that is proportional to the force exerted on the movable wall of the reservoir , the dropper dispenser being characterized in that it further comprises a valve-opening limiter (27; 27'; 27"; 6) so as to limit the opening of the valve while fluid is flowing from the reservoir into the cannula (24; 24'; 24"; 24"'), so as to create additional head loss that reduces the flow of fluid through the cannula (24; 24'; 24"; 24"'). ▪ a fluid reservoir including at least one movable wall so as to put the fluid in the reservoir under pressure, ▪ a cannula (24; 24'; 24"; 24''') having an inlet that is fed with fluid and an outlet that is designed to form a drop of fluid, ▪ a valve that is arranged between the fluid reservoir and the cannula (24; 24'; 24"; 24''') so as to control firstly the flow of fluid from the reservoir into the cannula (24; 24'; 24"; 24''') and secondly the flow of fluid and possibly air from the cannula (24; 24'; 24"; 24''') into the reservoir , the valve remaining closed in the absence of sufficient fluid pressure, the valve , when subjected to sufficient pressure from the fluid in the reservoir , defining an opening having a flow section that is proportional to the force exerted on the movable wall of the reservoir , the dropper dispenser being characterized in that it further comprises a valve-opening limiter (27; 27'; 27"; 6) so as to limit the opening of the valve while fluid is flowing from the reservoir into the cannula (24; 24'; 24"; 24"'), so as to create additional head loss that reduces the flow of fluid through the cannula (24; 24'; 24"; 24"').