mhurhangee/patent-ind-claim-en huggingface dataset:
A composite wiring comprising a plurality of pieces of wiring accommodated and gathered together within an elastic sheath , wherein at least one of the pieces of wiring is elastic wiring comprising an elastic tube , a conductor wire arranged within the tube, and fixing portions for fixing the conductor wire and the tube at both ends of the tube in the lengthwise direction thereof, the length (L1) of the conductor wire between the fixing portions being longer than the length (L2) of the tube between the fixing portions when the tube is in an unextended state.
A method for attaching a terminal cooperating with a secure element to the network of a MNO of a visited country when detecting said terminal being in said visited country , said method comprising: - Switching a set of files of said secure element to a new value, including a new SUPI, called entity support SUPI, corresponding to a support entity , said new value corresponding to a SUPI recognized by said support entity ; - Building at the level of said secure element an entity support SUCI, with a corresponding public key, called entity support public key, and a routing ID, called entity support routing ID; - Routing an attachment request to said support entity with said entity support SUCI; - Decrypting in said support entity said entity support SUCI back in said entity support SUPI; - Swapping at the level of said support entity said support entity SUPI to the SUPI corresponding to the MNO of the home country of said terminal; - Sending said attachment request from said support entity to the network of said MNO of said home country ; - Performing an authentication of said secure element at the level of said MNO of said home country thanks to said SUPI; - If said authentication is positive at the level of said MNO of said home country , sending from said MNO of said home country to the MNO of said visited country an attachment acknowledgement message in order to connect said terminal to said network of said MNO of said visited country . - Switching a set of files of said secure element to a new value, including a new SUPI, called entity support SUPI, corresponding to a support entity , said new value corresponding to a SUPI recognized by said support entity ; - Building at the level of said secure element an entity support SUCI, with a corresponding public key, called entity support public key, and a routing ID, called entity support routing ID; - Routing an attachment request to said support entity with said entity support SUCI; - Decrypting in said support entity said entity support SUCI back in said entity support SUPI; - Swapping at the level of said support entity said support entity SUPI to the SUPI corresponding to the MNO of the home country of said terminal; - Sending said attachment request from said support entity to the network of said MNO of said home country ; - Performing an authentication of said secure element at the level of said MNO of said home country thanks to said SUPI; - If said authentication is positive at the level of said MNO of said home country , sending from said MNO of said home country to the MNO of said visited country an attachment acknowledgement message in order to connect said terminal to said network of said MNO of said visited country .
Lighting device (DE) for a vehicle (V) comprising analysis means (MA) analysing a zone (ZA) situated in front of it (V), said device (DA) comprising a first source (S1) generating first photons and a reflector (RP) reflecting said generated first photons towards said zone (ZA) so that they form a first light beam (F1) ensuring a photometric lighting function said device further comprising i) a second source (S2) installed in front of a central part (PC) of said reflector (RP) and generating second photons, ii) a lens (LF) interposed between said second source (S2) and said zone (ZA) (RP) and generating second photons, ii) a lens (LF) interposed between said second source (S2) and said zone (ZA), positionable in different positions with respect to said reflector (RP), and forming with said generated second photons a second light beam (F2) which is narrow and points to a sub-zone of said zone (ZA) as a function of a determined lens position, and iii) control means (MC) determining said lens position in the event of the detection of an obstruction (OB) in a sub-zone with a known position in relation to a reference mark of said vehicle (V) characterized in that said control means (MC) determine a lens position away from a location of passage of said first light beam (F1) to arrange said lens (LF) when said second source (S2) does not generate second photons.
An air handling assembly comprising a first air duct for exhaust air to be cooled comprising an air inlet opening and an air outlet opening , a second air duct for supply air to be heated comprising an air inlet opening and an air outlet opening , as well as a heat recovery system fitted in connection with the first and second air ducts , in the area between their inlet openings and outlet openings, arranged to transfer heat between the air flow to be heated and the air flow to be cooled flowing in the air ducts , as well as a heat pump assembly , wherein the heat pump assembly comprises a first heat exchanger unit arranged to cool the air flowing in the first air duct for exhaust air, and that the first heat exchanger unit is fitted in connection with the first air duct at a location downstream of the heat recovery system , in the direction of air flow, and that the heat pump assembly comprises a second heat exchanger unit , characterized in that the second heat exchanger unit is arranged to heat the air flowing in the first air duct for exhaust air, and in that the second heat exchanger unit is fitted in connection with the first air duct at a location upstream of the heat recovery system , in the direction of air flow.
An electronic device comprising: a first directional magnetometer , operable to sense a first magnetic field vector comprising two or more first components of a magnetic field produced by an electromagnetic field generator in proximity to the electronic device , the electromagnetic field generator located in a stylus ; at least one second directional magnetometer , operable to sense at least one second magnetic field vector comprising two or more components of the magnetic field produced by the electromagnetic field generator ; a processor coupled to the first and second directional magnetometers and responsive to the first magnetic field vector and the at least one second magnetic field vector, the processor operable to determine a location of the electromagnetic field generator with respect to the electronic device ; and a communication circuit operable to communicate with a control circuit of the stylus that controls an electric current supplied to the electromagnetic field generator of the stylus and wherein the host electronic device cooperates with the stylus such that the first magnetic field of the stylus is opposite in polarity to the second magnetic field of the stylus and determines the location of the stylus with respect to the host electronic device dependent upon a difference between the first and second magnetic field vectors so as to compensate for the background magnetic field. a first directional magnetometer , operable to sense a first magnetic field vector comprising two or more first components of a magnetic field produced by an electromagnetic field generator in proximity to the electronic device , the electromagnetic field generator located in a stylus ; at least one second directional magnetometer , operable to sense at least one second magnetic field vector comprising two or more components of the magnetic field produced by the electromagnetic field generator ; a processor coupled to the first and second directional magnetometers and responsive to the first magnetic field vector and the at least one second magnetic field vector, the processor operable to determine a location of the electromagnetic field generator with respect to the electronic device ; and a communication circuit operable to communicate with a control circuit of the stylus that controls an electric current supplied to the electromagnetic field generator of the stylus and wherein the host electronic device cooperates with the stylus such that the first magnetic field of the stylus is opposite in polarity to the second magnetic field of the stylus and determines the location of the stylus with respect to the host electronic device dependent upon a difference between the first and second magnetic field vectors so as to compensate for the background magnetic field.
A cam actuated change-over switch module comprising: a casing made up of first and second casing halves attachable to each other, wherein the first and second casing halves are identical to each other, first and second switches respectively fitted inside the first and second casing halves , a rotatable cam placed inside the casing and assembled between the first and second casing halves , and configured for selectively actuate the first or the second switch upon rotation of the cam , characterized in that , each of the first and second switches has first and second fixed contacts and a movable contact displaceable between a closed position and an open position of the respective switch , and wherein the fixed contacts of the first and second switches , consist of metallic plates having two ends, wherein one end of the fixed contacts protrude outside the respective casing halve for their connection to an external circuit, and wherein the other end of the fixed contacts are housed within the respective casing halve, and are positioned for their connection with the respective moveable contact , and wherein the first fixed contacts are conformed such as when the first and second casing halves are assembled together, a part of the first fixed contacts protruding outside the casing are overlapped and in contact, as to conform a common connection terminal of the change-over switch module . a casing made up of first and second casing halves attachable to each other, wherein the first and second casing halves are identical to each other, first and second switches respectively fitted inside the first and second casing halves , a rotatable cam placed inside the casing and assembled between the first and second casing halves , and configured for selectively actuate the first or the second switch upon rotation of the cam , characterized in that , each of the first and second switches has first and second fixed contacts and a movable contact displaceable between a closed position and an open position of the respective switch , and wherein the fixed contacts of the first and second switches , consist of metallic plates having two ends, wherein one end of the fixed contacts protrude outside the respective casing halve for their connection to an external circuit, and wherein the other end of the fixed contacts are housed within the respective casing halve, and are positioned for their connection with the respective moveable contact , and wherein the first fixed contacts are conformed such as when the first and second casing halves are assembled together, a part of the first fixed contacts protruding outside the casing are overlapped and in contact, as to conform a common connection terminal of the change-over switch module .
A method of displaying information on a display device of an aircraft, comprising: retrieving, by a data retrieval module from an information data store , approach data associated with landing the aircraft on a particular runway of a particular airport including a touchdown point, and a decision height for a precision approach or a minimum descent altitude for a non-precision approach; determining, by a distance determination module , using the approach data based on real-time flight data or prescribed flight data at least one of a time and a distance from the touchdown point where the decision height or the minimum descent altitude would be achieved; retrieving, by a data display module , graphics data from a graphics datastore for visual aids; incorporating the graphics data for the visual aids into a user interface that includes a perspective view of a flight plan, wherein the graphics data is incorporated at a location in the flight plan that is relative to a current location of the aircraft and based on the determined time or distance; and generating the user interface for display on the display device of the aircraft. retrieving, by a data retrieval module from an information data store , approach data associated with landing the aircraft on a particular runway of a particular airport including a touchdown point, and a decision height for a precision approach or a minimum descent altitude for a non-precision approach; determining, by a distance determination module , using the approach data based on real-time flight data or prescribed flight data at least one of a time and a distance from the touchdown point where the decision height or the minimum descent altitude would be achieved; retrieving, by a data display module , graphics data from a graphics datastore for visual aids; incorporating the graphics data for the visual aids into a user interface that includes a perspective view of a flight plan, wherein the graphics data is incorporated at a location in the flight plan that is relative to a current location of the aircraft and based on the determined time or distance; and generating the user interface for display on the display device of the aircraft.
Gripping device comprising a chassis on which a plurality of grippers are mounted, the plurality of grippers comprising a first gripper , a second gripper and a third gripper , wherein the first gripper and the second gripper are respectively carried by a first plate and a second plate slidably mounted relative to the chassis according to two opposite ways of a first direction, and wherein the sliding movements of the first plate and of the second plate are actuated using a first actuation device provided with a unique first actuator , and wherein the first gripper comprising a first actuated finger , the second gripper comprising a second actuated finger , the first actuated finger is articulated relative to the first plate about a fifth axis (O5) and the second actuated finger is articulated relative to the second plate about a sixth axis (O6), the fifth axis (O5) and the sixth axis (O6) being substantially orthogonal to a first axis (O1) of articulation of a phalanx of the first finger on a frame of the first gripper , and wherein, a rotation of the first finger relative to the first plate about the fifth axis (O5) and a rotation of the second finger relative to the second plate about the sixth axis (O6)
A secondary battery comprising: an electrode assembly in which a first electrode , a separator , and a second electrode are alternately stacked and wound together; a can having an accommodation part configured to accommodate the electrode assembly therein, the can comprising a first can and a second can each having a tubular shape with an opening in a direction facing one another; and an insulator configured to insulate an overlapping portion between the first can and the second can , wherein the first can is electrically connected to the first electrode , and the second can is electrically connected to the second electrode , the insulator includes a short-circuit induction through-part (123a-1) having the form of a through-hole or a cutoff line, and short circuit occurs between the first can and the second can through the short-circuit induction through-part (123a-1) that is deformed in shape as heat or a pressure is applied to contact or expand the insulator, wherein each of the first can and the second can has a cylindrical shape, and the first can has an inner circumferential surface larger than an outer circumferential surface of the second can so that the second can is inserted into the first can ; or wherein each of the first can and the second can has a rectangular prism, and the first can has an inner width larger than an outer width of the second can so that the second can is inserted into the first can . an electrode assembly in which a first electrode , a separator , and a second electrode are alternately stacked and wound together; a can having an accommodation part configured to accommodate the electrode assembly therein, the can comprising a first can and a second can each having a tubular shape with an opening in a direction facing one another; and an insulator configured to insulate an overlapping portion between the first can and the second can , wherein the first can is electrically connected to the first electrode , and the second can is electrically connected to the second electrode , the insulator includes a short-circuit induction through-part (123a-1) having the form of a through-hole or a cutoff line, and short circuit occurs between the first can and the second can through the short-circuit induction through-part (123a-1) that is deformed in shape as heat or a pressure is applied to contact or expand the insulator, wherein each of the first can and the second can has a cylindrical shape, and the first can has an inner circumferential surface larger than an outer circumferential surface of the second can so that the second can is inserted into the first can ; or wherein each of the first can and the second can has a rectangular prism, and the first can has an inner width larger than an outer width of the second can so that the second can is inserted into the first can .
Machine tool (10a-g) having a tool (12a-g) and having a striking device (14a-g) that has an impact drive unit (16a-g) for generating and transmitting an impact force to the tool (12a-g), characterized in that the impact drive unit (16a-g) has at least one impact drive module (18a-g) for generating the impact force based on the magnetic hydrodynamic effect and for transmitting the impact force to the tool (12a-g) via a fluid (20a-g).
A cell comprising one or more nanoparticles, wherein said cell is an endothelial colony forming cell and said nanoparticles are nanoparticles with a core of gold stabilised by a coating agent, having a peak of absorbance in the near infrared and diameter smaller than 100 nm.
A curable adhesive comprising a grafted phenoxy resin, an organic carbonate, and a solvent, wherein the grafted phenoxy resin comprises a carboxylic acid functionality and an acrylate-derived ester functionality.
A method of wireless communication performed by a user equipment, UE, , the method comprising: receiving a handover, HO, indication from a source wireless wide area network, WWAN, base station, BS, to handover to a target WWAN BS ; and in response to the HO indication, taking one or more actions to maintain an existing connection between the UE and a wireless local area network, WLAN access point, AP, , the method characterized by further comprising: receiving, from the source BS , a sequence number, SN, associated with a last packet data convergence protocol, PDCP, physical data unit, PDU, forwarded to the AP by the source BS , and in that taking the one or more actions comprises using a deciphering key associated with the source BS for deciphering PDUs received having a SN less than the SN of the last PDU forwarded to the AP by the source BS . receiving a handover, HO, indication from a source wireless wide area network, WWAN, base station, BS, to handover to a target WWAN BS ; and in response to the HO indication, taking one or more actions to maintain an existing connection between the UE and a wireless local area network, WLAN access point, AP, , the method characterized by further comprising: receiving, from the source BS , a sequence number, SN, associated with a last packet data convergence protocol, PDCP, physical data unit, PDU, forwarded to the AP by the source BS , and in that taking the one or more actions comprises using a deciphering key associated with the source BS for deciphering PDUs received having a SN less than the SN of the last PDU forwarded to the AP by the source BS . receiving, from the source BS , a sequence number, SN, associated with a last packet data convergence protocol, PDCP, physical data unit, PDU, forwarded to the AP by the source BS , and in that taking the one or more actions comprises using a deciphering key associated with the source BS for deciphering PDUs received having a SN less than the SN of the last PDU forwarded to the AP by the source BS .
An apparatus for producing a beverage comprising a coffee machine and a container for a liquid foodstuff, incorporated in said coffee machine there being a wireless transmitter having a logical unit , and incorporated in said container there being a wireless receiver having a logical unit receiving data and energy from said transmitter , and at least one peripheral unit (17, 17', 17", 17''') communicating with the logical unit of said receiver , said transmitter transmitting to said receiver data and energy required to power said logical unit of said wireless receiver and said at least one peripheral unit (17, 17', 17", 17'''), said at least one peripheral unit (17, 17', 17", 17''') comprising at least a display and/or at least one actuator of a mechanism provided in the container, characterized in that the logical unit of said receiver is configured for being programmable directly from the transmitter in order to set and change the control mode of said at least one peripheral unit (17, 17',17", 17''') and the date exchange with said transmitter itself.
Method for packaging food capsules comprising the following steps: a) introducing capsules inside of which there is a food substance in a container containing a first liquid; b) adding a second liquid with a density lower than that of the first liquid so that the layer of the second liquid in the container has a thickness of at least 0.5 cm; and c) proceeding to capping, labelling and final packaging of the product obtained. a) introducing capsules inside of which there is a food substance in a container containing a first liquid; b) adding a second liquid with a density lower than that of the first liquid so that the layer of the second liquid in the container has a thickness of at least 0.5 cm; and c) proceeding to capping, labelling and final packaging of the product obtained.