mhurhangee/patent-ind-claim-en huggingface dataset:
Cryogenic container comprising an inner container , an outer container , an evacuable intermediate space between the inner container and the outer container , and at least one fluid distributor container having an inner space which extends from a wall of the inner container into the intermediate space , is arranged at least in part within the intermediate space , and is fluidically connected to the inner container , the inner space of the fluid distributor container being delimited by means of a wall having a curved portion , the wall having a plurality of openings which are designed for the connection of at least one line , characterized in that a wall thickness of the wall at least one point is less than 90% of a wall thickness of the inner container .
Device for readout of and/or communication with a consumer carried token, wherein the device comprises a scanning light source; a scanning camera; a wireless radiofrequency detection and/or communication device; a first area for wireless radiofrequency detection and/or communication; characterized by a second area spatially separated from said first area for wireless optical detection and/or communication; wherein said first area is located above said second area ; wherein said second area comprises a cavity with at least a front opening for inserting said token by a user, bordered by at least a bottom surface , a backside wall , and a top illumination unit , wherein said top illumination unit comprises at least one essentially vertical translucent skirt with its free edge pointing towards the second area ; as well as an opening , said skirt at least partly surrounding said opening ; and wherein either (i) the scanning light source as well as the scanning camera are located behind and/or below said first area , both aiming in an upward direction, wherein above said scanning light source and said scanning camera a mirror is mounted, for at the same time deflecting the scanning light beam and directing it into said second area onto said bottom surface through said opening in an essentially vertical direction, and deflecting optical information reflected from said token located in said second area arriving at the mirror in an essentially vertical direction, onto said scanning camera; or (ii) the scanning light source as well as the scanning camera are located behind and/or below said first area , both aiming in a downward direction, into said second area onto said bottom surface through said opening in an essentially vertical direction. wherein said top illumination unit comprises at least one essentially vertical translucent skirt with its free edge pointing towards the second area ; as well as an opening , said skirt at least partly surrounding said opening ;
Method for checking an overtaking opportunity condition that is met if a manoeuvre by a vehicle to overtake a vehicle in front would be possible, wherein egodata relating to the driving mode of the vehicle and environmental data relating to a stretch of road ahead are collected by at least one environment sensor of the vehicle, following which data relating to the vehicle in front are determined depending on the environmental data, following which overtaking information is determined depending on the data of the vehicle in front and the egodata, said overtaking information describing a minimum necessary driving distance of the vehicle along the stretch that is necessary under predetermined boundary conditions to overtake the vehicle in front , following which the overtaking opportunity condition is determined depending on the overtaking information, and if the presence of a road user is detected on an overtaking lane usable within the framework of the overtaking manoeuvre from this environmental information, the road user information describing this road user is evaluated, wherein if no road user is detected on the overtaking lane the overtaking opportunity condition is fulfilled only if the necessary driving distance is shorter by a reduction amount than the length of a section of the stretch detectable by the environment sensor, wherein the detectable section and/or the length of the section is/are determined depending on the environmental data, wherein by evaluating the environmental data, object information of at least one object that partially covers the stretch for the environment sensor is determined, following which the detectable section and/or the length of the section are determined depending on the object information, wherein spatial angles of a detection region of the environment sensor covered by the object are taken into account.
Device for keeping an open window open that consists of the window frame fixed in the opening of the building and one or more window sashes (2; 3) connected swivelling to the vertical part or the horizontal part of the window frame , whereby the window sash (2; 3) of the window frame is assigned a fixing plate forming the device with a holding arm , on which the retaining arm is swivel- mounted and connected to the frame and whereby the fixing plate is designed to be clamped into the upper profile of the window frame , characterized in that the retaining arm is arranged swivellable and rotatable around a vertical axis and a horizontal axis running in the direction of the retaining arm on the fixing plate .
A lumbar support assembly , comprising: a suspension mat having a first hole formed at an inner side thereof, and having a second hole formed at one edge thereof; an air bladder having a first clip hole , which is formed at one edge thereof and overlaps with the first hole ; a pouch including a pump and having a second clip hole , which is formed at one edge thereof and overlaps with the second hole ; a fixing clip mounted in the first clip hole or the second clip hole ; and an electronic valve having a first tube connected to the air bladder and a second tube connected to the pump , the electronic valve being coupled to a rear surface of the suspension mat . a suspension mat having a first hole formed at an inner side thereof, and having a second hole formed at one edge thereof; an air bladder having a first clip hole , which is formed at one edge thereof and overlaps with the first hole ; a pouch including a pump and having a second clip hole , which is formed at one edge thereof and overlaps with the second hole ; a fixing clip mounted in the first clip hole or the second clip hole ; and an electronic valve having a first tube connected to the air bladder and a second tube connected to the pump , the electronic valve being coupled to a rear surface of the suspension mat .
A method comprising: (a) transmitting data by a wireless device , wherein the wireless device is a wireless station , STA; (b) transmitting a Block Acknowledgement Request, BAR, by the wireless STA ; and (c) receiving a Block Acknowledgement, BA, by the wireless STA , wherein the BA is transmitted from another wireless device ; characterized in that the data includes a plurality of MAC Protocol Data Units, MPDUs, wherein each of the MPDUs has a Traffic Identification, TID, wherein multiple of the TIDs are associated with one of a plurality of access categories, and wherein a corresponding priority is assigned to each of the access categories, wherein the BAR requests an acknowledgement for multiple of the MPDUs, wherein the step of transmitting BAR by the wireless STA requests the acknowledgement for the MPDUs having the TIDs associated with the access category that has the same or higher priority than a primary access category. (a) transmitting data by a wireless device , wherein the wireless device is a wireless station , STA; (b) transmitting a Block Acknowledgement Request, BAR, by the wireless STA ; and (c) receiving a Block Acknowledgement, BA, by the wireless STA , wherein the BA is transmitted from another wireless device ;
A cosmetic composition for reshaping keratin fibers with heat, preferably for reshaping human keratin fibers with heat, more preferably for reshaping human hair with heat, having a pH in the range of 7 to 12, and comprising: a) one or more alkalizing agent(s) selected from - ammonia and/or ammonium salt(s), and/or - organic amine(s) and/or salt(s) of organic amines according to the following general structure: wherein R 1 , R 2 , and R 3 are independently selected from H, linear C 1 -C 6 alkyl which may be substituted with one hydroxyl group, or branched C 3 -C 12 alkyl or alkanol, wherein at least one of R 1 , R 2 , or R 3 is different from H, and/or - mixtures of the alkalizing agents from above, b) one or more lipophilic compound(s) at a total concentration in the range of 1% to 80% by weight, calculated to the total weight of the composition, c) one or more sucrose ester(s). a) one or more alkalizing agent(s) selected from - ammonia and/or ammonium salt(s), and/or - organic amine(s) and/or salt(s) of organic amines according to the following general structure: wherein R 1 , R 2 , and R 3 are independently selected from H, linear C 1 -C 6 alkyl which may be substituted with one hydroxyl group, or branched C 3 -C 12 alkyl or alkanol, wherein at least one of R 1 , R 2 , or R 3 is different from H, and/or - mixtures of the alkalizing agents from above, - ammonia and/or ammonium salt(s), and/or - organic amine(s) and/or salt(s) of organic amines according to the following general structure: wherein R 1 , R 2 , and R 3 are independently selected from H, linear C 1 -C 6 alkyl which may be substituted with one hydroxyl group, or branched C 3 -C 12 alkyl or alkanol, wherein at least one of R 1 , R 2 , or R 3 is different from H, and/or - mixtures of the alkalizing agents from above, b) one or more lipophilic compound(s) at a total concentration in the range of 1% to 80% by weight, calculated to the total weight of the composition, c) one or more sucrose ester(s).
Device securing a clamping element (11; 29) against unintentional release, having a disc-like structure which is pierced axially by a bore , wherein the structure is provided with a driver profile on an inner diameter which is defined by the bore and which, when the structure is placed with the bore on a radially inner component, engages in a profile provided on the part of this component and produces a co-rotational coupling of the structure with this component, and wherein the structure is provided axially on both sides with radially extending contact surfaces , characterized in that a profile plane of the driver profile is tilted at an angle (φ) with respect to radial planes of the contact surfaces .
A composition, comprising organic-inorganic hybrid porous material particles and inorganic compound particles, wherein the organic-inorganic hybrid porous material particles contains a doping element A, and the element A is one or more selected from: Li, Na, K, Rb, Cs, Sr, Zn, Mg, Ca, or any combination thereof; an external specific surface area of the organic-inorganic hybrid porous material is 1 to 100 m 2 /g; and a ratio of the external specific surface area to a total specific surface area of the organic-inorganic hybrid porous material is 0.7 to 0.9; wherein the external specific surface area and the total specific surface area are determined by a multipoint Brunauer-Emmett-Telter (BET) method based on the multi-molecular layer adsorption theory; wherein the inorganic compound is one or more selected from: zeolite, molecular sieve, aluminum oxide, aluminum oxyhydroxide, silicon dioxide, aluminum nitride, silicon carbide, magnesium oxide, calcium oxide, zinc oxide, zirconium oxide, titanium dioxide, or any combination thereof. the organic-inorganic hybrid porous material particles contains a doping element A, and the element A is one or more selected from: Li, Na, K, Rb, Cs, Sr, Zn, Mg, Ca, or any combination thereof; an external specific surface area of the organic-inorganic hybrid porous material is 1 to 100 m 2 /g; and a ratio of the external specific surface area to a total specific surface area of the organic-inorganic hybrid porous material is 0.7 to 0.9; wherein the external specific surface area and the total specific surface area are determined by a multipoint Brunauer-Emmett-Telter (BET) method based on the multi-molecular layer adsorption theory; wherein the inorganic compound is one or more selected from: zeolite, molecular sieve, aluminum oxide, aluminum oxyhydroxide, silicon dioxide, aluminum nitride, silicon carbide, magnesium oxide, calcium oxide, zinc oxide, zirconium oxide, titanium dioxide, or any combination thereof.
A lubrication information management device which manages lubrication information concerning lubrication of a dental instrument , comprising: a lubrication detector provided to a lubrication unit to lubricate the dental instrument and to detect any of lubrication of the dental instrument or an operation for lubrication; an instrument wireless tag provided to the dental instrument and in which identification information on the dental instrument is written in advance; and a read-write unit being any of an antenna or a reader-writer provided to the lubrication unit, characterized in that the read-write unit communicates the lubrication information to the instrument wireless tag when the lubrication detector detects any of the lubrication of the dental instrument or the operation for lubrication. a lubrication detector provided to a lubrication unit to lubricate the dental instrument and to detect any of lubrication of the dental instrument or an operation for lubrication; an instrument wireless tag provided to the dental instrument and in which identification information on the dental instrument is written in advance; and a read-write unit being any of an antenna or a reader-writer provided to the lubrication unit, characterized in that the read-write unit communicates the lubrication information to the instrument wireless tag when the lubrication detector detects any of the lubrication of the dental instrument or the operation for lubrication.
A rollable antenna mat for sports timing comprising: a flexible elongated sheet structure of one or more elastomeric materials; ultra-high frequency, UHF, transmission lines ; and a plurality of planar UHF antenna structures connected to the UHF coaxial transmission lines for conveying signals to and/or from the planar antenna structures ; each of the planar UHF antenna structures comprising at least one conductive plate positioned above a conductive ground plane , a spacer element positioned between the conductive ground plane and the conductive plate , the planar antenna structures being configured to generate a radiation field, the radiation field having a main axis that is substantially perpendicular to the conductive plate ; the plurality of planar antenna structures and the UHF coaxial transmission lines being embedded in the flexible elongated sheet structure of one or more elastomeric materials, the flexible elongated sheet structure, comprising the planar UHF antenna structures and UHF coaxial transmission lines , being configured to be rolled up in a roll, the axis of the roll being substantially perpendicular to the longitudinal axis of the flexible elongated sheet structure. a flexible elongated sheet structure of one or more elastomeric materials; ultra-high frequency, UHF, transmission lines ; and a plurality of planar UHF antenna structures connected to the UHF coaxial transmission lines for conveying signals to and/or from the planar antenna structures ; each of the planar UHF antenna structures comprising at least one conductive plate positioned above a conductive ground plane , a spacer element positioned between the conductive ground plane and the conductive plate , the planar antenna structures being configured to generate a radiation field, the radiation field having a main axis that is substantially perpendicular to the conductive plate ; the plurality of planar antenna structures and the UHF coaxial transmission lines being embedded in the flexible elongated sheet structure of one or more elastomeric materials, the flexible elongated sheet structure, comprising the planar UHF antenna structures and UHF coaxial transmission lines , being configured to be rolled up in a roll, the axis of the roll being substantially perpendicular to the longitudinal axis of the flexible elongated sheet structure.
Interaction method between on the one hand a smartphone or a tablet and on the other hand a timepiece having at least two analog-type pointers , each of the pointers being controlled independently by a stepper motor and referenced relative to a zero-position, the timepiece and the smartphone being able to be in communication through a wireless short-range communication link , the method comprising the steps: S1- capturing image(s) of the timepiece with the smartphone, S2- processing the image(s) to determine accurately the displayed angular positions of the pointers, S3- send correction data from the smartphone to the timepiece, said correction data comprising the so-determined displayed angular positions of the pointers, and/or angular deviations from a reference position, S4- carry out, at the timepiece, an appropriate correction so that the pointers are caused to display the current absolute time. S1- capturing image(s) of the timepiece with the smartphone, S2- processing the image(s) to determine accurately the displayed angular positions of the pointers, S3- send correction data from the smartphone to the timepiece, said correction data comprising the so-determined displayed angular positions of the pointers, and/or angular deviations from a reference position, S4- carry out, at the timepiece, an appropriate correction so that the pointers are caused to display the current absolute time.
A power conversion system, comprising: a DC conversion unit that includes a plurality of conversion devices (211-215), wherein each of the conversion devices (211-215) converts an output of a corresponding one of a plurality of distributed power supplies into DC power and outputs DC power to a bus line; and a single inverter unit that is verified for connection to a commercial system , wherein the inverter unit includes a bidirectional inverter that converts DC power of the bus line into AC power and supplies AC power to at least one of a load and the commercial system , wherein the inverter unit includes a master control unit that is configured to control the bidirectional inverter , wherein the master control unit is configured to detect the voltage of the bus line; characterized in that each of the conversion devices (211-215) includes a slave control unit that is configured to communicate with the master control unit , in that , when the voltage of the bus line is low, the master control unit is configured to instruct the plurality of slave control units to supply power from a distributed power supply that is an energy storage means (12-15) so that the voltage of the bus line is increased, and in that , when the voltage of the bus line is high, the master control unit is configured to instruct the plurality of slave control units to supply power to a distributed power supply that is an energy storage means (12-15) so that the voltage of the bus line is decreased. a DC conversion unit that includes a plurality of conversion devices (211-215), wherein each of the conversion devices (211-215) converts an output of a corresponding one of a plurality of distributed power supplies into DC power and outputs DC power to a bus line; and a single inverter unit that is verified for connection to a commercial system , wherein the inverter unit includes a bidirectional inverter that converts DC power of the bus line into AC power and supplies AC power to at least one of a load and the commercial system , wherein the inverter unit includes a master control unit that is configured to control the bidirectional inverter , wherein the master control unit is configured to detect the voltage of the bus line; characterized in that each of the conversion devices (211-215) includes a slave control unit that is configured to communicate with the master control unit , in that , when the voltage of the bus line is low, the master control unit is configured to instruct the plurality of slave control units to supply power from a distributed power supply that is an energy storage means (12-15) so that the voltage of the bus line is increased, and in that , when the voltage of the bus line is high, the master control unit is configured to instruct the plurality of slave control units to supply power to a distributed power supply that is an energy storage means (12-15) so that the voltage of the bus line is decreased.
A failure recovery method, comprising: sending (4B08), by a session management function, SMF, a SMF registration request to a unified data management, UDM, wherein the SMF registration request carries Internet protocol multimedia core network subsystem, IMS, attribute information; after the SMF registration is successfully executed, receiving , by the SMF, from the UDM, a proxy call session control function, P-CSCF, failure recovery indication; and initiating, by the SMF, after receiving the P-CSCF failure recovery indication, a P-CSCF failure recovery process that comprises sending , by the SMF, a PDU connection change request via an access management function, AMF, to a user equipment, UE, wherein the PDU connection change request carries an updated P-CSCF address list. sending (4B08), by a session management function, SMF, a SMF registration request to a unified data management, UDM, wherein the SMF registration request carries Internet protocol multimedia core network subsystem, IMS, attribute information; after the SMF registration is successfully executed, receiving , by the SMF, from the UDM, a proxy call session control function, P-CSCF, failure recovery indication; and initiating, by the SMF, after receiving the P-CSCF failure recovery indication, a P-CSCF failure recovery process that comprises sending , by the SMF, a PDU connection change request via an access management function, AMF, to a user equipment, UE, wherein the PDU connection change request carries an updated P-CSCF address list.