mhurhangee/ep-ind-claims huggingface dataset:
A method for implementation on a mobile transceiver device in a vehicle for navigation along a predetermined route, comprising: determining a position of the mobile transceiver device based on received GPS signals; responsive to detecting GPS signal reception inadequate to update the position of the mobile transceiver device, using dead reckoning input received from the vehicle in which the mobile transceiver device is located, in conjunction with a past GPS determined position, to provide a trial estimated position of the vehicle; and producing an estimated position of the vehicle for use in producing a navigation output, wherein the estimated position of the vehicle is produced by revising the trial estimated position by determining when the trial estimated position conflicts with map data and by comparing the trial estimated position with predetermined route information to identify a deviation from the predetermined route, to a trial estimated position for which a map data conflict is not found and which corresponds to the predetermined route. determining a position of the mobile transceiver device based on received GPS signals; responsive to detecting GPS signal reception inadequate to update the position of the mobile transceiver device, using dead reckoning input received from the vehicle in which the mobile transceiver device is located, in conjunction with a past GPS determined position, to provide a trial estimated position of the vehicle; and producing an estimated position of the vehicle for use in producing a navigation output, wherein the estimated position of the vehicle is produced by revising the trial estimated position by determining when the trial estimated position conflicts with map data and by comparing the trial estimated position with predetermined route information to identify a deviation from the predetermined route, to a trial estimated position for which a map data conflict is not found and which corresponds to the predetermined route.
Gateway for data communication in a vehicle, having: - a first communication interface, which uses a first communication protocol, and - a second communication interface, which uses a second communication protocol, the communication protocol of the first communication interface being USB and the communication protocol of the second communication interface corresponding to an Ethernet standard for vehicle technology, wherein the gateway is configured to transmit data from the first to the second communication interface and to transmit data from the second communication interface to the first communication interface, and wherein the gateway comprises a media converter for converting quality of service information from the first to the second communication protocol and from the second to the first communication protocol, wherein the first communication protocol contains a temporal association of data by means of time stamps and the gateway is set up to assign the time stamps to the converted data when converting the data from the first communication protocol to the second communication protocol. - a first communication interface, which uses a first communication protocol, and - a second communication interface, which uses a second communication protocol, the communication protocol of the first communication interface being USB and the communication protocol of the second communication interface corresponding to an Ethernet standard for vehicle technology, wherein the gateway is configured to transmit data from the first to the second communication interface and to transmit data from the second communication interface to the first communication interface, and wherein the gateway comprises a media converter for converting quality of service information from the first to the second communication protocol and from the second to the first communication protocol, wherein the first communication protocol contains a temporal association of data by means of time stamps and the gateway is set up to assign the time stamps to the converted data when converting the data from the first communication protocol to the second communication protocol.
A method of providing a user interlock for a medical waste fluid collection and disposal system, the method comprising: initiating a startup procedure of the medical waste fluid collection and disposal system; determining whether an improper shutdown of the medical waste fluid collection and disposal system preceded the initiated startup procedure; if an improper shutdown of the medical waste fluid collection and disposal system was identified, displaying a notification to a user during the startup procedure, the notification prompting the user to select a vacuum level for use by the medical fluid waste collection and disposal system by selecting either a predetermined vacuum level or a previously programmed vacuum level associated with a previous fluid collection process. initiating a startup procedure of the medical waste fluid collection and disposal system; determining whether an improper shutdown of the medical waste fluid collection and disposal system preceded the initiated startup procedure; if an improper shutdown of the medical waste fluid collection and disposal system was identified, displaying a notification to a user during the startup procedure, the notification prompting the user to select a vacuum level for use by the medical fluid waste collection and disposal system by selecting either a predetermined vacuum level or a previously programmed vacuum level associated with a previous fluid collection process.
An aerosol-generating device, comprising: a housing (11, 21) comprising an air inlet, an air outlet, and an airflow path extending therebetween; an aerosol-generating element disposed within the housing and configured to generate an aerosol; a thermal output element coupled to the housing, the thermal output element being distinct from the aerosol-generating element; and a circuit coupled to the thermal output element and configured to cause the thermal output element to generate a user-perceptible temperature change. a housing (11, 21) comprising an air inlet, an air outlet, and an airflow path extending therebetween; an aerosol-generating element disposed within the housing and configured to generate an aerosol; a thermal output element coupled to the housing, the thermal output element being distinct from the aerosol-generating element; and a circuit coupled to the thermal output element and configured to cause the thermal output element to generate a user-perceptible temperature change.
An integrated device package comprising: a carrier, comprising a second integrated device die; an integrated device die having a front side and a back side; a mounting structure that serves to mount the back side of the integrated device die to the carrier, the mounting structure comprising a first adhesive layer over the carrier and a spacer between the back side of the integrated device die and the first adhesive layer; a package substrate; and a die attach material arranged between the integrated device die and the spacer; one or more bonding wires, wherein the second integrated device die is wire bonded to the package substrate by the bonding wires, wherein a portion of the bonding wires are disposed between the spacer and the second integrated device die, the portion of the bonding wires being embedded within the first adhesive layer wherein the first adhesive layer comprises a first insulating material that adheres to the carrier, wherein the spacer comprises a material that prevents penetration of the bonding wires connected to the carrier; wherein the spacer is attached to the first adhesive layer, characterised in that the spacer comprises a pathway to provide at least one of electrical, optical, and fluidic communication between an input terminal and an output terminal of the spacer. a carrier, comprising a second integrated device die; an integrated device die having a front side and a back side; a mounting structure that serves to mount the back side of the integrated device die to the carrier, the mounting structure comprising a first adhesive layer over the carrier and a spacer between the back side of the integrated device die and the first adhesive layer; a package substrate; and a die attach material arranged between the integrated device die and the spacer; one or more bonding wires, wherein the second integrated device die is wire bonded to the package substrate by the bonding wires, wherein a portion of the bonding wires are disposed between the spacer and the second integrated device die, the portion of the bonding wires being embedded within the first adhesive layer wherein the first adhesive layer comprises a first insulating material that adheres to the carrier, wherein the spacer comprises a material that prevents penetration of the bonding wires connected to the carrier; wherein the spacer is attached to the first adhesive layer, characterised in that the spacer comprises a pathway to provide at least one of electrical, optical, and fluidic communication between an input terminal and an output terminal of the spacer.
A node of a telecommunications network for use as a Home Location Register and/or a Home Subscriber Server, the telecommunications network for serving one or more user equipments capable of entering a power saving mode, the network node comprising: a receiver configured to receive power saving mode status data relating to a user equipment from a node of a telecommunications network for use as a Serving General Packet Radio Service Support Node and/or a Mobile Management Entity; a status flag determiner configured to set a status flag based on the received power saving mode status data and to store the status flag in a memory; and an access controller configured to control access to the user equipment by a terminating service originating in a Circuit Switched domain and/or an Internet Protocol Multimedia Subsystem domain of the telecommunications network, wherein access is controlled based on the stored status flag. a receiver configured to receive power saving mode status data relating to a user equipment from a node of a telecommunications network for use as a Serving General Packet Radio Service Support Node and/or a Mobile Management Entity; a status flag determiner configured to set a status flag based on the received power saving mode status data and to store the status flag in a memory; and an access controller configured to control access to the user equipment by a terminating service originating in a Circuit Switched domain and/or an Internet Protocol Multimedia Subsystem domain of the telecommunications network, wherein access is controlled based on the stored status flag.
Jointing device for connecting of a pair of panels of a piece of furniture abutting orthogonally against each other, said device comprising: - a traction pin extending along an extension axis (E-E), adapted to be associated with a first end to a first panel and with a second end being accommodated in a housing seat obtained within the thickness of a second panel, said traction pin being provided in correspondence of said second end with at least one internally threaded coupling hole (21, 21') extending along a corresponding coupling axis orthogonal to said extension axis (E-E), - a fastening element comprising a threaded stem and an operating countersunk head, said threaded stem being insertable within said at least one coupling hole (21, 21') through a maneuvering opening provided on said second panel for connecting said first and second panel (10, 20), characterized in that it further comprises an adjusting body adapted to be arranged in correspondence of said maneuvering opening and comprising a flat base whereon at least one centering aperture (41, 41') for inserting said fastening element is obtained, said at least one centering aperture (41, 41') being defined by a corresponding countersunk edge (41 A, 41 A') adapted to cooperate through a contact portion (42, 42') with said operating head for applying a traction force along said extension axis (E-E) so as to eliminate the clearance between said first and said second panel (10, 20). - a traction pin extending along an extension axis (E-E), adapted to be associated with a first end to a first panel and with a second end being accommodated in a housing seat obtained within the thickness of a second panel, said traction pin being provided in correspondence of said second end with at least one internally threaded coupling hole (21, 21') extending along a corresponding coupling axis orthogonal to said extension axis (E-E), - a fastening element comprising a threaded stem and an operating countersunk head, said threaded stem being insertable within said at least one coupling hole (21, 21') through a maneuvering opening provided on said second panel for connecting said first and second panel (10, 20),
A method of conveying heat energy, comprising: filtering exhaust fumes from a cooking exhaust hood; passing filtered exhaust fumes through a heat exchanger; and conveying heat therefrom to a heat-consuming process, wherein the filtering includes exposing the exhaust fumes to ultraviolet light to convert olefins in the exhaust fumes to ash, characterised in that the method further comprises filtering the ash with a disposable filter prior to passing the ultra-violet-filtered flue gas through the heat exchanger, wherein the heat exchanger includes a water spray, and the method further comprising directing a UV light toward the disposable filter. filtering exhaust fumes from a cooking exhaust hood; passing filtered exhaust fumes through a heat exchanger; and conveying heat therefrom to a heat-consuming process, wherein the filtering includes exposing the exhaust fumes to ultraviolet light to convert olefins in the exhaust fumes to ash, characterised in that the method further comprises filtering the ash with a disposable filter prior to passing the ultra-violet-filtered flue gas through the heat exchanger, wherein the heat exchanger includes a water spray, and the method further comprising directing a UV light toward the disposable filter.
Device for controlling the braking of vehicles, comprising: - a pumping device of a work fluid comprising a body wherein at least a seat is formed having a supply port, connectable to a work fluid storage tank, and at least a first port for delivery, communicating with at least a first line for braking connectable to the braking system of a vehicle, where inside said seat is slidably housed a piston adapted to define at least a first chamber communicating at least with said first port for braking and which is movable by the braking pedal of the vehicle between an idle position, wherein said supply port is communicating with said first chamber, and at least a first braking position, wherein said supply port is isolated from said first chamber; - first valve means located along said first line for braking to allow the flow of the work fluid towards the braking system of the vehicle as a result of the achievement of a predefined pressure difference at its extremities; - at least a second line for braking directly communicating with said first chamber and connectable to at least a user point; characterized in that said seat has at least a by-pass port communicating by means of a by-pass line with said first line for braking, downstream of said first valve means, and in that it comprises at least a control element connected to said piston and adapted to put said by-pass port in communication with said first chamber in the idle position, to connect said first line for braking to said supply port, and to isolate said by-pass port from said first chamber in the first braking position. - a pumping device of a work fluid comprising a body wherein at least a seat is formed having a supply port, connectable to a work fluid storage tank, and at least a first port for delivery, communicating with at least a first line for braking connectable to the braking system of a vehicle, where inside said seat is slidably housed a piston adapted to define at least a first chamber communicating at least with said first port for braking and which is movable by the braking pedal of the vehicle between an idle position, wherein said supply port is communicating with said first chamber, and at least a first braking position, wherein said supply port is isolated from said first chamber; - first valve means located along said first line for braking to allow the flow of the work fluid towards the braking system of the vehicle as a result of the achievement of a predefined pressure difference at its extremities; - at least a second line for braking directly communicating with said first chamber and connectable to at least a user point;
A method of transmitting a device-to-device, D2D, signal of a first user equipment, UE, in a wireless communication system, the method comprising: obtaining at least one parameter for a D2D communication including a scheduling assignment ID for the D2D communication; and transmitting, to a second UE, a D2D data signal generated using the scheduling assignment ID for the D2D communication through an uplink subframe, transmitting, to the second UE, a DeModulation Reference Signal, DM-RS, associated with the D2D data signal, wherein a part of the bits of the scheduling assignment ID is used to determine a cyclic shift, and some other part of the bits of the scheduling assignment ID is used to determine an orthogonal cover code, OCC, wherein the cyclic shift and OCC are applied to the DM-RS for the D2D communication. obtaining at least one parameter for a D2D communication including a scheduling assignment ID for the D2D communication; and transmitting, to a second UE, a D2D data signal generated using the scheduling assignment ID for the D2D communication through an uplink subframe, transmitting, to the second UE, a DeModulation Reference Signal, DM-RS, associated with the D2D data signal, wherein a part of the bits of the scheduling assignment ID is used to determine a cyclic shift, and some other part of the bits of the scheduling assignment ID is used to determine an orthogonal cover code, OCC, wherein the cyclic shift and OCC are applied to the DM-RS for the D2D communication.
Flow heater having a heat exchanger for heating a through-flowing liquid, which heat exchanger has a service water inlet for the connection of a cold water line and a service water outlet for the connection of a hot water line, wherein a controller is provided for controlling or regulating a temperature of the liquid, wherein a temperature sensor is arranged on the service water inlet, characterized in that - the controller is designed to detect a temperature during hot water discharge by means of the temperature sensor on the service water inlet and to detect the temperature at the service water inlet at a later point in time, - in that the controller is further designed to detect a throughflow direction of the liquid from the service water outlet to the service water inlet in the event of a temperature increase at the service water inlet, - and then to regulate the temperature at the service water inlet. - the controller is designed to detect a temperature during hot water discharge by means of the temperature sensor on the service water inlet and to detect the temperature at the service water inlet at a later point in time, - in that the controller is further designed to detect a throughflow direction of the liquid from the service water outlet to the service water inlet in the event of a temperature increase at the service water inlet, - and then to regulate the temperature at the service water inlet.
A lanyard (10, 110, 210) comprising: a housing (12, 112) comprising an opening; a reel (20, 120) rotatably mounted within the housing (12, 112); an elongate structure (24, 124) wound around the reel (20, 120), the elongate structure (24, 124) having an inner end coupled to the reel (20, 120) and an opposing outer end extending out of the opening; a first coupling mechanism coupled to the outer end of the elongate structure (24, 124); a second coupling mechanism coupled to the housing (12, 112); a retraction system coupled to the reel (20, 120), wherein the retraction system biases the elongate structure (24, 124) to be rewound onto the reel (20, 120); and characterized by: an arm (32, 132) coupled to the housing (12, 112), the arm (32, 132) comprising a body, a first end (36, 136) of the body, and an opposing second end (34, 134) of the body, wherein the arm (32, 132) actuates between: a locked position in which the first end (36, 136) extends out of the housing (12, 112) and the second end (34, 134) does not extend out of the housing (12, 112), the arm (32, 132) interfacing with the reel (20, 120) to bias the reel (20, 120) from rotating when the arm (32, 132) is in the locked position; and an unlocked position in which the second end (34, 134) extends out of the housing (12, 112) and the first end (36, 136) does not extend out of the housing (12, 112), wherein the arm (32, 132) does not bias the reel (20, 120) from rotating when the arm (32, 312) is in the unlocked position. a housing (12, 112) comprising an opening; a reel (20, 120) rotatably mounted within the housing (12, 112); an elongate structure (24, 124) wound around the reel (20, 120), the elongate structure (24, 124) having an inner end coupled to the reel (20, 120) and an opposing outer end extending out of the opening; a first coupling mechanism coupled to the outer end of the elongate structure (24, 124); a second coupling mechanism coupled to the housing (12, 112); a retraction system coupled to the reel (20, 120), wherein the retraction system biases the elongate structure (24, 124) to be rewound onto the reel (20, 120); and a locked position in which the first end (36, 136) extends out of the housing (12, 112) and the second end (34, 134) does not extend out of the housing (12, 112), the arm (32, 132) interfacing with the reel (20, 120) to bias the reel (20, 120) from rotating when the arm (32, 132) is in the locked position; and an unlocked position in which the second end (34, 134) extends out of the housing (12, 112) and the first end (36, 136) does not extend out of the housing (12, 112), wherein the arm (32, 132) does not bias the reel (20, 120) from rotating when the arm (32, 312) is in the unlocked position.