mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle , comprising: a sensor configured to detect projections on a surface, each projection comprising a light projected characteristic associated with a particular expected vehicle occupant experience, said vehicle occupant experience comprising a passage of an attraction or a thrill level of the attraction; and a controller configured to: receive an input; based upon the input, determine the expected vehicle occupant experience selected by an occupant of the vehicle; select the light projection characteristic associated with the expected vehicle occupant experience; find, using the sensor , the light projected characteristic of the projection on the surface that matches the selected light projection characteristic; and control the vehicle to follow the light projected characteristic of the projection. a sensor configured to detect projections on a surface, each projection comprising a light projected characteristic associated with a particular expected vehicle occupant experience, said vehicle occupant experience comprising a passage of an attraction or a thrill level of the attraction; and a controller configured to: receive an input; based upon the input, determine the expected vehicle occupant experience selected by an occupant of the vehicle; select the light projection characteristic associated with the expected vehicle occupant experience; find, using the sensor , the light projected characteristic of the projection on the surface that matches the selected light projection characteristic; and control the vehicle to follow the light projected characteristic of the projection. receive an input; based upon the input, determine the expected vehicle occupant experience selected by an occupant of the vehicle; select the light projection characteristic associated with the expected vehicle occupant experience; find, using the sensor , the light projected characteristic of the projection on the surface that matches the selected light projection characteristic; and control the vehicle to follow the light projected characteristic of the projection.
A partition mounted on a mounting surface, the partition comprising a plurality of elongate upright members; the partition further comprising a first board and a second board , the first board being mounted on one side of a pair of the elongate upright members that are adjacent to each other, and the second board being mounted on the other side of the same pair of adjacent elongate upright members, so as to define a cavity between the pair of elongate upright members and the first and second boards ; the partition further comprising a spacer , the spacer being located within the cavity defined by the pair of adjacent elongate upright members and the first and second boards , the maximum dimension of the spacer in the through-thickness direction of the partition being at least 90% of the separation of the two boards; the partition being configured such that the spacer does not provide a load-transferring cross-member between the pair of adjacent elongate upright members; the partition being further configured such that the spacer does not provide a load-transferring member between the mounting surface and either of the first and second boards , characterised in that ; the spacer contacts both the first and second boards , and the partition being configured such that the spacer experiences compressive loading in the through-thickness direction of the partition . the partition further comprising a first board and a second board , the first board being mounted on one side of a pair of the elongate upright members that are adjacent to each other, and the second board being mounted on the other side of the same pair of adjacent elongate upright members, so as to define a cavity between the pair of elongate upright members and the first and second boards ; the partition further comprising a spacer , the spacer being located within the cavity defined by the pair of adjacent elongate upright members and the first and second boards , the maximum dimension of the spacer in the through-thickness direction of the partition being at least 90% of the separation of the two boards; the partition being configured such that the spacer does not provide a load-transferring cross-member between the pair of adjacent elongate upright members; the partition being further configured such that the spacer does not provide a load-transferring member between the mounting surface and either of the first and second boards , characterised in that ; the spacer contacts both the first and second boards , and the partition being configured such that the spacer experiences compressive loading in the through-thickness direction of the partition .
Wireless communication device (DC_2) having an architecture configured to transmit and receive transmission beams in full-duplex mode via a network of elementary antennas (A_i) and comprising passive phase shifters (DP_TX_i, DP_RX_i) distributed according to a first set and a second set, said phase shifters each comprising a first port (PO_1) and a second port (PO_2), the phase shifters of the first set/second set being respectively connected, via their first ports, to power /low noise amplifiers of transmit (C_TX_i)/receive (C_RX_i) chains connected to said elementary antennas, each transmit/receive chain being associated with a receive/transmit chain so as to form a pair (PA_i) of chains, a trunk being arranged between the chains of each pair of chains, said device moreover comprising at least one control module (MOD_CO) configured to control switching means of said device and to activate/deactivate analogue (MOD_EST_1) and digital (MOD_EST_2) interference cancellation means of said device and all or some of the transmit and receive chains, so that the device is capable of alternating between at least two distinct modes: - a first mode, in which the cancellation means and the transmit and receive chains are activated, the phase shifters being connected to their respective chains via their second port, - a second mode, in which the chains, apart from their respective amplifiers, are deactivated, the second port of a phase shifter integrated in one chain of a pair of chains being connected, via the trunk associated with said pair, to the second port of the phase shifter integrated in the other chain of said pair. - a first mode, in which the cancellation means and the transmit and receive chains are activated, the phase shifters being connected to their respective chains via their second port, - a second mode, in which the chains, apart from their respective amplifiers, are deactivated, the second port of a phase shifter integrated in one chain of a pair of chains being connected, via the trunk associated with said pair, to the second port of the phase shifter integrated in the other chain of said pair.
Method for providing access to private digital content, owned by an owner and installed on a content server, to a first client which is capable of rendering said digital content, comprising - generating predetermined information by a second client, required for gaining authorized access to said content server by said first client; - transferring said predetermined information from said second client to said first client; - using said predetermined information by said first client to get access to said private digital content; the method further comprising; - transferring first client specific information comprising a consumer key, and a consumer secret established between the first client and the content server over a secure connection during an initiation phase from said first client to said second client; and wherein said predetermined information is dependent on said first client specific information and comprises information to authenticate the first client to the content server. - generating predetermined information by a second client, required for gaining authorized access to said content server by said first client; - transferring said predetermined information from said second client to said first client; - using said predetermined information by said first client to get access to said private digital content; the method further comprising; - transferring first client specific information comprising a consumer key, and a consumer secret established between the first client and the content server over a secure connection during an initiation phase from said first client to said second client; - transferring said predetermined information from said second client to said first client; - using said predetermined information by said first client to get access to said private digital content; the method further comprising; - transferring first client specific information comprising a consumer key, and a consumer secret established between the first client and the content server over a secure connection during an initiation phase from said first client to said second client;
Method for producing a synchronizer ring having a conical body and at least one centring tab provided on the outer circumference thereof, wherein the method comprises the following steps: producing the centring tab , which extends radially from the conical body , by stamping, and bending the centring tab in the direction of the conical body , with the result that, after bending, a section of a radially outer bottom side of the centring tab lies within a predetermined centring radius (Z), characterized in that , before the bending step, the centring tab is formed in such a way that a radially inner first section (A1) of the centring tab , which is attached to the conical body , has a maximum first thickness (d1) which is greater than a maximum second thickness (d2) of a second section (A2) extending radially from the first section. producing the centring tab , which extends radially from the conical body , by stamping, and bending the centring tab in the direction of the conical body , with the result that, after bending, a section of a radially outer bottom side of the centring tab lies within a predetermined centring radius (Z), characterized in that , before the bending step, the centring tab is formed in such a way that a radially inner first section (A1) of the centring tab , which is attached to the conical body , has a maximum first thickness (d1) which is greater than a maximum second thickness (d2) of a second section (A2) extending radially from the first section.
Installation for the production of liquid helium comprising a refrigeration/liquefaction device , the refrigeration/liquefaction device comprising a working circuit subjecting a working fluid enriched with helium to a thermodynamic cycle to produce liquid helium, the circuit comprising at least one compressor member of the working fluid and several heat exchangers to cool/reheat the fluid to determined temperature levels during the cycle, the installation comprising several fluid recovery pipes having respective upstream ends selectively connectable to respective mobile tanks , in particular semi-trailers, to transfer the fluid from the tanks to the refrigeration/liquefaction device such that the working circuit is of open type and selectively collects the fluid external to the circuit at the recovery pipes , the installation comprising one receptor member capable of feeding the working circuit with working fluid and a first collecting pipe having an upstream end connected to the recovery pipes and one downstream end connected to the receptor member , the installation being characterised in that it comprises at least one second and one third collecting pipe each having one upstream end connected to the recovery pipes and one downstream end connected to the working circuit , the downstream ends of the second and third collecting pipes being connected to separate determined positions of the working circuit corresponding respectively to the separate temperature levels of the working fluid in the working circuit .
A method for distributed sealing of enclave data, comprising: attesting a sealing enclave to a source enclave; receiving , at the attested sealing enclave, enclave data and a permitted list from the source enclave via a first secure communications channel; sealing , at the sealing enclave, the received enclave data to the sealing enclave; verifying , at the sealing enclave, that a destination enclave is permitted access to the received enclave data, wherein verifying that the destination enclave is permitted access includes verifying that an identity of the destination enclave is included in the permitted list; unsealing, at the sealing enclave, the sealed enclave data; and sending the unsealed enclave data to the destination enclave via a second secure communications channel. attesting a sealing enclave to a source enclave; receiving , at the attested sealing enclave, enclave data and a permitted list from the source enclave via a first secure communications channel; sealing , at the sealing enclave, the received enclave data to the sealing enclave; verifying , at the sealing enclave, that a destination enclave is permitted access to the received enclave data, wherein verifying that the destination enclave is permitted access includes verifying that an identity of the destination enclave is included in the permitted list; unsealing, at the sealing enclave, the sealed enclave data; and sending the unsealed enclave data to the destination enclave via a second secure communications channel.
A wiper blade for use on a windshield of an aircraft, the wiper blade comprising: a support member coupled to a blade element ; a clip coupled to and surrounding at least a portion of the support member and at least a portion of the blade element ; a wash tube integral with the support member , wherein the wash tube is fluidly coupled to a plurality of nozzles spaced along a length of the wiper blade ; and a coupler coupled to and surrounding at least a portion of the support member and at least a portion of the blade element ; wherein the wash tube receives a fluid from a fluid line fluidly coupled to the wash tube , and wherein the wash tube dispenses the fluid through the plurality of nozzles onto the windshield of the aircraft; characterized in that : the support member is constructed from a composite material, and a center support is positioned at a center location of the support member with respect to a length of the support member , and wherein the center support is coupled to the coupler , and wherein the center support is coupled to the wash tube through a weld or brazed joint. a support member coupled to a blade element ; a clip coupled to and surrounding at least a portion of the support member and at least a portion of the blade element ; a wash tube integral with the support member , wherein the wash tube is fluidly coupled to a plurality of nozzles spaced along a length of the wiper blade ; and a coupler coupled to and surrounding at least a portion of the support member and at least a portion of the blade element ; wherein the wash tube receives a fluid from a fluid line fluidly coupled to the wash tube , and wherein the wash tube dispenses the fluid through the plurality of nozzles onto the windshield of the aircraft; characterized in that : the support member is constructed from a composite material, and a center support is positioned at a center location of the support member with respect to a length of the support member , and wherein the center support is coupled to the coupler , and wherein the center support is coupled to the wash tube through a weld or brazed joint. the support member is constructed from a composite material, and a center support is positioned at a center location of the support member with respect to a length of the support member , and wherein the center support is coupled to the coupler , and wherein the center support is coupled to the wash tube through a weld or brazed joint.
A system comprising: a microcontroller that controls illumination of a plurality of vehicle lights (102-112) that are operable in a first flashing state wherein the plurality of lights operate as hazard flashers visible on a front and rear of a vehicle and a second strobing state wherein the plurality of lights operate as strobing lights visible on the front and rear of the vehicle; and a strobe activation switch that provides a signal to the microcontroller to operate the plurality of vehicle lights in the second strobing state; an existing hazard flasher switch that provides a signal to the microcontroller to operate the plurality of vehicle lights in the first hazard flasher state; wherein the strobing state has a flash rate that is perceptibly faster than a flash rate of the flashing state. a microcontroller that controls illumination of a plurality of vehicle lights (102-112) that are operable in a first flashing state wherein the plurality of lights operate as hazard flashers visible on a front and rear of a vehicle and a second strobing state wherein the plurality of lights operate as strobing lights visible on the front and rear of the vehicle; and a strobe activation switch that provides a signal to the microcontroller to operate the plurality of vehicle lights in the second strobing state; an existing hazard flasher switch that provides a signal to the microcontroller to operate the plurality of vehicle lights in the first hazard flasher state; wherein the strobing state has a flash rate that is perceptibly faster than a flash rate of the flashing state.
An apparatus, comprising: a medicament delivery device configured to deliver a medicament, the medicament delivery device including: a housing ; an electronic circuit system coupled to the housing, the electronic circuit system configured to output an electronic signal when the electric circuit system is actuated, the electronic signal associated with a use of the medicament delivery device , the electronic circuit system including a switch disposed on a printed circuit board , the electronic circuit system configured to be actuated when the switch is moved from a first state to a second state; characterized in that the apparatus further comprises: a base coupled to a distal end portion of the housing, the base configured to be moved to actuate the medicament delivery device ; and a lock member movably coupled to the housing, the lock member configured to limit movement of the base when in a first position, the lock member configured to engage a portion of the printed circuit board to move the switch from the first state to the second state when the lock member is moved from the first position to a second position. a medicament delivery device configured to deliver a medicament, the medicament delivery device including: a housing ; an electronic circuit system coupled to the housing, the electronic circuit system configured to output an electronic signal when the electric circuit system is actuated, the electronic signal associated with a use of the medicament delivery device , the electronic circuit system including a switch disposed on a printed circuit board , the electronic circuit system configured to be actuated when the switch is moved from a first state to a second state; characterized in that the apparatus further comprises: a base coupled to a distal end portion of the housing, the base configured to be moved to actuate the medicament delivery device ; and a housing ; an electronic circuit system coupled to the housing, the electronic circuit system configured to output an electronic signal when the electric circuit system is actuated, the electronic signal associated with a use of the medicament delivery device , the electronic circuit system including a switch disposed on a printed circuit board , the electronic circuit system configured to be actuated when the switch is moved from a first state to a second state; characterized in that the apparatus further comprises: a base coupled to a distal end portion of the housing, the base configured to be moved to actuate the medicament delivery device ; and a lock member movably coupled to the housing, the lock member configured to limit movement of the base when in a first position, the lock member configured to engage a portion of the printed circuit board to move the switch from the first state to the second state when the lock member is moved from the first position to a second position.
A canister mounting structure for a motorcycle by which canister components including an evaporative emissions canister and a canister connecting tube are mounted to a motorcycle having a fuel tank and a fuel tray comprising a tray portion mounted above said fuel tank, wherein said fuel tray further comprises a canister mounting portion , on which said canister is secured, characterised in that said canister mounting structure further comprises: - a rubber holder wound about said canister , and said canister mounting portion includes a pair of hook members integrally formed therewith and projecting upwardly therefrom, wherein said pair of hook members engages with said rubber holder when said canister is mounted on said fuel tray ; and - an upper canister holder that attaches to said canister mounting portion of said fuel tray , wherein said upper canister holder and said canister mounting portion securely clip said rubber holder to thereby support said canister on said canister mounting portion of said fuel tray . - a rubber holder wound about said canister , and said canister mounting portion includes a pair of hook members integrally formed therewith and projecting upwardly therefrom, wherein said pair of hook members engages with said rubber holder when said canister is mounted on said fuel tray ; and - an upper canister holder that attaches to said canister mounting portion of said fuel tray , wherein said upper canister holder and said canister mounting portion securely clip said rubber holder to thereby support said canister on said canister mounting portion of said fuel tray .
A surgical navigation system comprising a camera system comprising at least one camera , wherein the camera system is capable of capturing images of light that is filtered through at least three different polarization angles; a processor having access to three dimensional image data of a surgical object and being configured to determine first surface normals from the three dimensional image data of the surgical object ; determine second surface normals of the surgical object from at least three images captured of the surgical object by the camera system under different polarization angles; and align the first surface normals with the second surface normals . a camera system comprising at least one camera , wherein the camera system is capable of capturing images of light that is filtered through at least three different polarization angles; a processor having access to three dimensional image data of a surgical object and being configured to determine first surface normals from the three dimensional image data of the surgical object ; determine second surface normals of the surgical object from at least three images captured of the surgical object by the camera system under different polarization angles; and align the first surface normals with the second surface normals . determine first surface normals from the three dimensional image data of the surgical object ; determine second surface normals of the surgical object from at least three images captured of the surgical object by the camera system under different polarization angles; and align the first surface normals with the second surface normals .
Hose weir with a hose which is fastened to a weir base and can be filled with water as a damming body and with a flexible membrane sheet which rests on the hose and is held with its upstream end in a tension-proof manner relative to the hose and is anchored with its downstream end to the weir base at a distance from the hose , characterized in that the membrane sheet is freely guided between an upstream abutment on the hose and the downstream anchoring and forms a flexible guide ramp for the overfall stream, and in that the downstream end of the membrane sheet is connected to a tensioning device .