mhurhangee/patent-ind-claim-en huggingface dataset:
A parking control method for causing a control device of a vehicle (V, V1) to execute a first control instruction for moving the vehicle (V, V1) along a first route (RT1) to a target parking space (PL), on a basis of an operation command acquired from an operator (M), the parking control method comprising: detecting objects (OB, ST, WL, V2) around the vehicle (V, V1); determining whether or not the vehicle (V, V1) can travel along the first route (RT1) without being obstructed by the existence of a first object (OB) and determining that the execution of the first control instruction is to be canceled or suspended when the travel along the first route (RT1) is not possible; characterized by in a case in which a distance (CLL, CLR) between the vehicle (V, V1) and a second object (ST) detected around the vehicle (V, V1) is less than a predetermined value when execution of the first control instruction is suspended or canceled, calculating a second route (RT2) for the vehicle (V, V1) to leave with a predetermined distance (CLL, CLR) or more from the second object (ST) detected around the vehicle (V, V1) and causing the control device to execute a second control instruction for moving the vehicle (V, V1) along the second route (RT2). detecting objects (OB, ST, WL, V2) around the vehicle (V, V1); determining whether or not the vehicle (V, V1) can travel along the first route (RT1) without being obstructed by the existence of a first object (OB) and determining that the execution of the first control instruction is to be canceled or suspended when the travel along the first route (RT1) is not possible; characterized by in a case in which a distance (CLL, CLR) between the vehicle (V, V1) and a second object (ST) detected around the vehicle (V, V1) is less than a predetermined value when execution of the first control instruction is suspended or canceled, calculating a second route (RT2) for the vehicle (V, V1) to leave with a predetermined distance (CLL, CLR) or more from the second object (ST) detected around the vehicle (V, V1) and causing the control device to execute a second control instruction for moving the vehicle (V, V1) along the second route (RT2).
An electrical connector assembly for mating with and in combination with a mating connector assembly , each connector assembly comprising: a housing having a first surface and a second surface ; at least one magnet provided in the housing ; a mating area extending from the first surface , the mating area having a sloped surface , which is sloped relative to a plane of the first surface of the housing , wherein the mating area of the mating connector assembly is a mating recess which extends from the first surface of the housing in a direction toward the second surface , wherein the mating recess has a sidewall with a receiving portion which extends in a direction which is essentially perpendicular to the plane of the first surface , characterized in that a U-shaped resilient securing member with legs is provided in the mating recess , the resilient member configured to be resiliently deformable away from a longitudinal axis of the mating recess . a housing having a first surface and a second surface ; at least one magnet provided in the housing ; a mating area extending from the first surface , the mating area having a sloped surface , which is sloped relative to a plane of the first surface of the housing , wherein the mating area of the mating connector assembly is a mating recess which extends from the first surface of the housing in a direction toward the second surface , wherein the mating recess has a sidewall with a receiving portion which extends in a direction which is essentially perpendicular to the plane of the first surface , characterized in that a U-shaped resilient securing member with legs is provided in the mating recess , the resilient member configured to be resiliently deformable away from a longitudinal axis of the mating recess .
A method for controlling a mobile device having a face recognition function using an additional component, the method comprising: acquiring an image through a camera of the mobile device in a first state of the mobile device ; extracting a facial figure and at least one main component (612-622) included in the facial figure by analyzing the acquired image ; determining whether a face recognized from the image using the face recognition function matches a registered user's face based on the extracted facial figure and the at least one main component (612-622); extracting at least one additional figure in the acquired image and at least one additional component (632-634) included in the additional figure , if the face recognized from the image matches the registered user's face; and switching the first state of the mobile device to a predetermined second state of a plurality of second states based on the extracted at least one additional figure and the extracted at least one additional component (632-634); wherein the plurality of second states include execution states of a plurality of applications of the mobile device , and wherein the predetermined second state includes an execution state of a predetermined application, which corresponds to the extracted at least one additional figure and the at least one additional component, among the plurality of applications. acquiring an image through a camera of the mobile device in a first state of the mobile device ; extracting a facial figure and at least one main component (612-622) included in the facial figure by analyzing the acquired image ; determining whether a face recognized from the image using the face recognition function matches a registered user's face based on the extracted facial figure and the at least one main component (612-622); extracting at least one additional figure in the acquired image and at least one additional component (632-634) included in the additional figure , if the face recognized from the image matches the registered user's face; and switching the first state of the mobile device to a predetermined second state of a plurality of second states based on the extracted at least one additional figure and the extracted at least one additional component (632-634); wherein the plurality of second states include execution states of a plurality of applications of the mobile device , and wherein the predetermined second state includes an execution state of a predetermined application, which corresponds to the extracted at least one additional figure and the at least one additional component, among the plurality of applications.
A method for authenticating GNSS signals received by a receiver , said method comprising: - generating control sequences emulating one or more of a scanning and a displacement of a reception cone by at least one GNSS signal reception antenna; - applying said control sequences to the at least one GNSS signal reception antenna, - transmitting raw RF signals at the output of the at least one GNSS signal reception antenna to an authentication circuit logic configured to authenticate said raw RF signals ; - acquiring , in-phase with the control sequences, raw data representative of said GNSS signals, said raw data comprising one or more data representative of a phase angle, a phase centre, an amplitude or a carrier power; - transmitting to the authentication circuit logic a message containing said raw data representative of said GNSS signals; - producing , by the authentication circuit logic, a GNSS signal authentication certificate by a processing receiving as input at least said raw RF signals at the output of said at least one reception antenna and said raw data representative of said GNSS signals and executing a test of consistency between the control sequences emulating one or more of a scanning and a displacement of a reception cone by at least one GNSS signal reception antenna and the raw data representative of the GNSS signals. - generating control sequences emulating one or more of a scanning and a displacement of a reception cone by at least one GNSS signal reception antenna; - applying said control sequences to the at least one GNSS signal reception antenna, - transmitting raw RF signals at the output of the at least one GNSS signal reception antenna to an authentication circuit logic configured to authenticate said raw RF signals ; - acquiring , in-phase with the control sequences, raw data representative of said GNSS signals, said raw data comprising one or more data representative of a phase angle, a phase centre, an amplitude or a carrier power; - transmitting to the authentication circuit logic a message containing said raw data representative of said GNSS signals; - producing , by the authentication circuit logic, a GNSS signal authentication certificate by a processing receiving as input at least said raw RF signals at the output of said at least one reception antenna and said raw data representative of said GNSS signals and executing a test of consistency between the control sequences emulating one or more of a scanning and a displacement of a reception cone by at least one GNSS signal reception antenna and the raw data representative of the GNSS signals.
A chassis of a vehicle with a leaf spring acting between the vehicle body and at least one wheel of the vehicle, which leaf spring is arranged rotatably about an axis extending in the direction of the longitudinal extent of the leaf spring, characterised in that the leaf spring can be fixed in the chassis with its ends such that it can be fixed in at least two different rotational positions, which differ by an angle of rotation of 90°, in order to change its spring force characteristic.
Curvature sensor comprising: - at least one optical fiber (F) comprising a core and at least one first sheath surrounding said core, said core and said at least one first sheath having different refractive indexes, said at least one optical fiber further comprising an end for receiving polychromatic light, - a first grating with periodic longitudinal modulation of the refractive index of the optical fiber core, called first grating (R1), inscribed in the core of said at least one optical fiber and configured to reflect a wavelength λ 1 of the light, said wavelength λ 1 being shifted by a quantity Δλ B1 with respect to a reference wavelength λ B and said quantity Δλ B1 being sensitive to the temperature, to deformations and to the curvature of the optical fiber, characterised in that it further comprises at least one second grating with periodic longitudinal modulation of the refractive index of the optical fiber core, called second grating (R2), inscribed in the core of said at least one optical fiber and configured to reflect a wavelength λ 2 of the light, said wavelength λ 2 being shifted by a quantity Δλ B2 with respect to said reference wavelength λ B and said quantity Δλ B2 being sensitive to the temperature, to deformations and to the curvature of the optical fiber, - said first and second gratings being defined so that the quantities Δλ B1 and Δλ B2 have substantially identical sensitivities to temperature and to deformations and substantially opposite sensitivities to curvature. - at least one optical fiber (F) comprising a core and at least one first sheath surrounding said core, said core and said at least one first sheath having different refractive indexes, said at least one optical fiber further comprising an end for receiving polychromatic light, - a first grating with periodic longitudinal modulation of the refractive index of the optical fiber core, called first grating (R1), inscribed in the core of said at least one optical fiber and configured to reflect a wavelength λ 1 of the light, said wavelength λ 1 being shifted by a quantity Δλ B1 with respect to a reference wavelength λ B and said quantity Δλ B1 being sensitive to the temperature, to deformations and to the curvature of the optical fiber, characterised in that it further comprises at least one second grating with periodic longitudinal modulation of the refractive index of the optical fiber core, called second grating (R2), inscribed in the core of said at least one optical fiber and configured to reflect a wavelength λ 2 of the light, said wavelength λ 2 being shifted by a quantity Δλ B2 with respect to said reference wavelength λ B and said quantity Δλ B2 being sensitive to the temperature, to deformations and to the curvature of the optical fiber, - said first and second gratings being defined so that the quantities Δλ B1 and Δλ B2 have substantially identical sensitivities to temperature and to deformations and substantially opposite sensitivities to curvature.
A method for installing a so-called "marine PSH plant" energy transfer plant, which includes: - a water reservoir (RE) located at altitude relative to sea (M) level; - a hydroelectric plant (HE) configured to operate as a pump-motor unit to pump water from the sea (M) to said water reservoir (RE), or as a turbine-alternator unit to produce electricity by releasing the water from the reservoir (RE) toward the sea (M) via at least one tube connecting said water reservoir (RE) to said hydroelectric plant (HE); characterized by the fact that: - a hydroelectric plant (HE) is used which has the shape of at least one caisson of which at least the lower portion is watertight; - said caisson is transported to the "root" of said water reservoir (RE); - said caisson is immobilized in the sea (M); - and it is connected to said tube . - a water reservoir (RE) located at altitude relative to sea (M) level; - a hydroelectric plant (HE) configured to operate as a pump-motor unit to pump water from the sea (M) to said water reservoir (RE), or as a turbine-alternator unit to produce electricity by releasing the water from the reservoir (RE) toward the sea (M) via at least one tube connecting said water reservoir (RE) to said hydroelectric plant (HE); - a hydroelectric plant (HE) is used which has the shape of at least one caisson of which at least the lower portion is watertight; - said caisson is transported to the "root" of said water reservoir (RE); - said caisson is immobilized in the sea (M); - and it is connected to said tube .
A package , the package comprising: an electrically conductive carrier ; an electronic component on the carrier ; an encapsulant encapsulating part of the carrier and the electronic component ; and an electrically insulating and thermally conductive interface structure covering an exposed surface portion of the carrier ; and a protection cap covering at least part of the interface structure ; wherein the protection cap is configured for being reversibly attachable to and detachable from a package body formed by the carrier , the electronic component , the encapsulant and the interface structure , and the protection cap fully circumferentially surrounds the encapsulant and the interface structure , and is a circumferentially closed sleeve. an electrically conductive carrier ; an electronic component on the carrier ; an encapsulant encapsulating part of the carrier and the electronic component ; and an electrically insulating and thermally conductive interface structure covering an exposed surface portion of the carrier ; and a protection cap covering at least part of the interface structure ; wherein the protection cap is configured for being reversibly attachable to and detachable from a package body formed by the carrier , the electronic component , the encapsulant and the interface structure , and the protection cap fully circumferentially surrounds the encapsulant and the interface structure , and is a circumferentially closed sleeve.
An emergency notification device for notifying an emergency notification center outside a vehicle of emergency information from the vehicle in case of vehicle emergency, the emergency notification device comprising: a wireless communication part for performing wireless communication with the emergency notification center ; a control part controlling the wireless communication part to perform wireless communication with the emergency notification center in case of vehicle emergency; and an in-vehicle communication part for performing communication with a communication terminal in the vehicle ; a storage part storing device information identifying a plurality of communication terminals portable by a driver as registered communication terminals; wherein the control part is configured to, in a wireless communication disabled state in which the wireless communication with the emergency notification center via the wireless communication part is disabled in case of vehicle emergency, communicate with a registered communication terminal existing in the vehicle via the in-vehicle communication part to cause the registered communication terminal existing in the vehicle to transmit the emergency information to one or more registered communication terminals other than the registered communication terminal existing in the vehicle . a wireless communication part for performing wireless communication with the emergency notification center ; a control part controlling the wireless communication part to perform wireless communication with the emergency notification center in case of vehicle emergency; and an in-vehicle communication part for performing communication with a communication terminal in the vehicle ; a storage part storing device information identifying a plurality of communication terminals portable by a driver as registered communication terminals; wherein the control part is configured to, in a wireless communication disabled state in which the wireless communication with the emergency notification center via the wireless communication part is disabled in case of vehicle emergency, communicate with a registered communication terminal existing in the vehicle via the in-vehicle communication part to cause the registered communication terminal existing in the vehicle to transmit the emergency information to one or more registered communication terminals other than the registered communication terminal existing in the vehicle .
Intimate douche for internal use, in particular for irrigation of a pelvic cavity, said intimate douche comprising a bag and a fixed and/or threadable applicator nozzle , wherein the bag is foldable and presents a new practical and anatomic design, resulting in a portable and disposable intimate douche , characterised in that the bag comprises a multilayer polymeric film made of polyethylene terephthalate (PET) laminated with low density polyethylene and/ or biaxially oriented nylon films, BOPP films, or PP, sealed along their ends.
Process for the recovery of hydrochloric acid from a lignin composition, comprising - providing a particulate lignin composition that comprises lignin, water and hydrochloric acid; - contacting the particulate lignin composition with a stream of stripping gas comprising an aprotic gas to obtain an acidified vapor stream that comprises water vapor, hydrochloric acid and aprotic gas; and - recovering hydrochloric acid from the acidified vapor stream, wherein the aprotic gas is a combustion gas, and wherein the acidified vapor stream is subjected to absorption with an aqueous absorbent, to yield acid-loaded absorbent, and wherein the aqueous absorbent substantially consists of water. - providing a particulate lignin composition that comprises lignin, water and hydrochloric acid; - contacting the particulate lignin composition with a stream of stripping gas comprising an aprotic gas to obtain an acidified vapor stream that comprises water vapor, hydrochloric acid and aprotic gas; and - recovering hydrochloric acid from the acidified vapor stream, wherein the aprotic gas is a combustion gas, and wherein the acidified vapor stream is subjected to absorption with an aqueous absorbent, to yield acid-loaded absorbent, and wherein the aqueous absorbent substantially consists of water.
Method for producing a growth substrate comprising the following steps: - preparing a donor substrate by forming a crystalline semiconductor surface layer on a seed layer of a support ; - transferring at least part of the surface layer onto a relaxation substrate, and inserting a creep layer between the donor substrate and the relaxation substrate to form a relaxation structure; - defining growth islands in the surface layer ; - heat treating the relaxation structure to at least partially relax the growth islands; the method being characterized in that the preparation of the donor substrate comprises the formation of the surface layer as a plurality of alternations of a primary layer of InGaN and of a secondary layer of AIGaN, the concentration of indium and the thickness of the primary layers and the concentration of aluminum and the thickness of the secondary layers being selected so that a homogeneous layer of AlInGaN which is equivalent, in aluminum and indium concentrations, to the surface layer has a natural lattice parameter different from the lattice parameter of the seed layer . - preparing a donor substrate by forming a crystalline semiconductor surface layer on a seed layer of a support ; - transferring at least part of the surface layer onto a relaxation substrate, and inserting a creep layer between the donor substrate and the relaxation substrate to form a relaxation structure; - defining growth islands in the surface layer ; - heat treating the relaxation structure to at least partially relax the growth islands;
A sheet storage device comprising: a tape reel ; a drum around which a sheet is wound together with a tape drawn out of the tape reel ; and a first motor configured to drive the tape reel , and a second motor configured to drive the drum , wherein the drum is provided such that a first rotation axis of the drum is parallel with a second rotation axis of the tape reel , and the tape reel and the first motor are arranged to at least partially overlap with each other as viewed along the second rotation axis of the tape reel , and the tape reel and the second motor are arranged to at least partially overlap with each other as viewed along the second rotation axis of the tape reel , characterized in that the first motor and the second motor are arranged to at least partially overlap with each other as viewed along the second rotation axis of the tape reel . a tape reel ; a drum around which a sheet is wound together with a tape drawn out of the tape reel ; and a first motor configured to drive the tape reel , and a second motor configured to drive the drum , wherein the drum is provided such that a first rotation axis of the drum is parallel with a second rotation axis of the tape reel , and the tape reel and the first motor are arranged to at least partially overlap with each other as viewed along the second rotation axis of the tape reel , and the tape reel and the second motor are arranged to at least partially overlap with each other as viewed along the second rotation axis of the tape reel , characterized in that the first motor and the second motor are arranged to at least partially overlap with each other as viewed along the second rotation axis of the tape reel .
An image processing device, comprising: an encoding unit (156-1) configured to encode, for a pair of opposite surfaces among a plurality of surfaces of a model for an omnidirectional image , a first composite image obtained by combining the omnidirectional image of a first surface of a first resolution and the omnidirectional image of a second surface of a second resolution lower than the first resolution and a second composite image obtained by combining the omnidirectional image of the second surface of the first resolution and the omnidirectional image of the first surface of the second resolution.