mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless communications device comprising: a receiver ; and a decoder coupled downstream from said receiver and configured to decode a first signal using a first trellis state transition map comprising first valid transitions, the first signal having a first modulation order, and a plurality of second signals using a plurality of second trellis state transition maps comprising a plurality of respective second valid transitions computed by reusing the first valid transitions, the plurality of second signals having respective modulation orders less than the first modulation order. a receiver ; and a decoder coupled downstream from said receiver and configured to decode a first signal using a first trellis state transition map comprising first valid transitions, the first signal having a first modulation order, and a plurality of second signals using a plurality of second trellis state transition maps comprising a plurality of respective second valid transitions computed by reusing the first valid transitions, the plurality of second signals having respective modulation orders less than the first modulation order. a first signal using a first trellis state transition map comprising first valid transitions, the first signal having a first modulation order, and a plurality of second signals using a plurality of second trellis state transition maps comprising a plurality of respective second valid transitions computed by reusing the first valid transitions, the plurality of second signals having respective modulation orders less than the first modulation order.
Steam cooker accessory for heating and/or steaming food contained in a container , the steam cooker accessory comprising an enclosure having an outer side wall and a bottom wall , a steam generator configured to supply steam to the enclosure , the steam generator having a steam-generating chamber connected to a steam distribution outlet provided in a lower portion of the steam generator , the enclosure comprising a water tank surrounding and supplying water to the steam-generating chamber through at least one water supply inlet , the steam-generating chamber communicating with a steam discharge outlet arranged higher than the water supply inlet , the steam generating chamber comprising a heating device , the enclosure comprising a first side wall surrounding the heating device and at least partially delimiting the steam generating chamber , characterized in that the first side wall is mounted so as to be removable from the heating device and in that the first side wall is mobile in rotation between a locked position wherein the first side wall is immobile with respect to the heating device , and an unlocked position wherein the first side wall can be separated from the heating device .
System for transforming plastic parisons to plastic containers with a transport device which transports the plastic parisons along a predetermined transport path, wherein the transport device has a movable station support arranged at least indirectly on a stationary base support on which a plurality of transforming stations is arranged, wherein these transforming stations each have blow mould devices which each form cavities within which the plastic parisons can be transformed into the plastic containers and these blow mould devices are each arranged on blow mould supports , wherein the system has a manual changing device which is suitable and intended to, in a changing mode of the system, at least to remove the blow mould devices from their blow mould supports and/or to arrange blow mould devices on the blow mould supports , characterized in that during a further mode of operation which differs from the changing mode, the changing device is further suitable and intended for carrying out a treatment operation on at least one working element intended for the system , and further wherein the manual changing device is a manipulator, wherein the manipulator is suitable and intended to compensate a dead weight of the blow mould devices to be moved, wherein a gripping device for gripping the blow moulds to be moved is attached to one end of the manual changing device , the manual changing device is suitable and intended to be guided by an operator, the manual changing device is suitable and intended to exchange the blow mould device as a mould package, i.e. in particular including all parts of the blow mould, and further and wherein the gripping device is movable in at least two different directions. during a further mode of operation which differs from the changing mode, the changing device is further suitable and intended for carrying out a treatment operation on at least one working element intended for the system , and further wherein the manual changing device is a manipulator, wherein the manipulator is suitable and intended to compensate a dead weight of the blow mould devices to be moved, wherein a gripping device for gripping the blow moulds to be moved is attached to one end of the manual changing device , the manual changing device is suitable and intended to be guided by an operator, the manual changing device is suitable and intended to exchange the blow mould device as a mould package, i.e. in particular including all parts of the blow mould, and further and wherein the gripping device is movable in at least two different directions.
A guide apparatus comprising: a vacuum compartment having a pumping port arranged for setting the pressure in the vacuum compartment to a desired background pressure and having a gas inlet opening arranged for jetting a gas in the form of a free jet containing entrained ions into the vacuum chamber along a predetermined jetting axis; at least one duct housed within the vacuum chamber and having a guide bore positioned coaxially with the jetting axis for receiving the free jet such that a supersonic jet is discharged into the duct with a jet pressure ratio P 1 /P 2 restrained to a value which is lower than (A/a) 3 by a factor (1/k 6 ) within the range of 1.4×10 -3 to 2×10 -7 , thereby transforming the supersonic jet to form a subsonic laminar gas flow inside the duct for guiding the entrained ions therealong; where P 1 is the pressure at the exit end of the gas inlet opening , P 2 is the background pressure of the vacuum compartment , A is a cross-sectional area of the guide bore, and a is the cross-sectional area of the gas inlet opening . a vacuum compartment having a pumping port arranged for setting the pressure in the vacuum compartment to a desired background pressure and having a gas inlet opening arranged for jetting a gas in the form of a free jet containing entrained ions into the vacuum chamber along a predetermined jetting axis; at least one duct housed within the vacuum chamber and having a guide bore positioned coaxially with the jetting axis for receiving the free jet such that a supersonic jet is discharged into the duct with a jet pressure ratio P 1 /P 2 restrained to a value which is lower than (A/a) 3 by a factor (1/k 6 ) within the range of 1.4×10 -3 to 2×10 -7 , thereby transforming the supersonic jet to form a subsonic laminar gas flow inside the duct for guiding the entrained ions therealong; where P 1 is the pressure at the exit end of the gas inlet opening , P 2 is the background pressure of the vacuum compartment , A is a cross-sectional area of the guide bore, and a is the cross-sectional area of the gas inlet opening .
Hand-holdable coordinate measuring and/or stake out device for hand-held, in particular one-handed, free carriage and movement by a user , the device comprising • position giving means for determination of an actual translational position of the device using an external position reference and orientation giving means for determination of an actual rotational position of the device such that the actual position of the device with respect to all six degrees of freedom of the device can be determined, • a radiation source for generation of a radiation beam , particular a laser beam, as measuring and/or marking beam for measuring and/or visually marking of an object point (T, T'), • a beam steerer for automatic steering of an alignment (AL) of the radiation beam , • whereby the beam steerer comprises at least two beam steering operating modes (S1, S2, L1, L2, MP, AA1, AA2) which differ in the manner of automatic steering the beam alignment (AL), characterized in that the beam steerer is designed to switch automatically between the two operating modes (S1, S2, L1, L2, MP, AA1, AA2) in dependence on sensor data, wherein the sensor data is translational and/or rotational position data of the device. • position giving means for determination of an actual translational position of the device using an external position reference and orientation giving means for determination of an actual rotational position of the device such that the actual position of the device with respect to all six degrees of freedom of the device can be determined, • a radiation source for generation of a radiation beam , particular a laser beam, as measuring and/or marking beam for measuring and/or visually marking of an object point (T, T'), • a beam steerer for automatic steering of an alignment (AL) of the radiation beam , • whereby the beam steerer comprises at least two beam steering operating modes (S1, S2, L1, L2, MP, AA1, AA2) which differ in the manner of automatic steering the beam alignment (AL), characterized in that
An error correction encoding method, comprising: an outer encoding step of performing encoding processing for an outer code of a frame sequence and of outputting a result thereof as an outer-encoding output sequence; an interleaving processing step of dividing a parallel input sequence given by the outer-encoding output sequence into a plurality of lanes, performing a barrel shift for each of a plurality of inner frames in units of lanes lanes and of outputting a result thereof as an inner-encoding input sequence; and an inner encoding step of performing encoding processing for an inner code of the frame sequence by performing an inner encoding operation with respect to the inner-encoding input sequence, wherein the inner code is a low-density parity-check, LDPC, code, and wherein the interleaving processing step comprises processing a plurality of frames in the outer-encoding output sequence as one unit. an outer encoding step of performing encoding processing for an outer code of a frame sequence and of outputting a result thereof as an outer-encoding output sequence; an interleaving processing step of dividing a parallel input sequence given by the outer-encoding output sequence into a plurality of lanes, performing a barrel shift for each of a plurality of inner frames in units of lanes lanes and of outputting a result thereof as an inner-encoding input sequence; and an inner encoding step of performing encoding processing for an inner code of the frame sequence by performing an inner encoding operation with respect to the inner-encoding input sequence, wherein the inner code is a low-density parity-check, LDPC, code, and wherein the interleaving processing step comprises processing a plurality of frames in the outer-encoding output sequence as one unit.
LED lamp for a vehicle , featuring a lamp housing and an LED lamp module with a plurality of LEDs , where the LED lamp module is arranged inside the lamp housing , characterized in that the LED lamp features a load simulation device for simulating an electric characteristic of an electric bulb with a glowing spiral, where the load simulation device is arranged at the lamp housing and/or within the lamp housing , where the load simulation device is arranged on a load printed circuit board and the LED lamp module is arranged on an LED printed circuit board , where a thermal isolator is arranged between the load printed circuit board and the LED printed circuit board , where the LED lamp features a cooling device for cooling the LED lamp , where the cooling device is coupled to the load printed circuit board so as to be thermally conductive.
An elongate structural element , including: an inner plate having first and second opposing planar surfaces ; and first and second outer sections , each of the outer sections comprising: a central wall having a pair of parallel longitudinal grooves , the parallel longitudinal grooves extending the length of the element ; a pair of side walls extending from the central wall to define a generally U-shaped channel , the longitudinal grooves depressing into the U-shaped channel ; and a pair of flanges respectively extending outwardly from the pair of side walls , wherein the flanges of the first outer section are attached to the first planar surface of the plate and the flanges of the second outer section are attached to the second planar surface of the plate such that the U-shaped channels are substantially closed by the inner plate and opposed to each other; and wherein each of the grooves comprises a profile with an open narrow region and an enlarged end region . an inner plate having first and second opposing planar surfaces ; and first and second outer sections , each of the outer sections comprising: a central wall having a pair of parallel longitudinal grooves , the parallel longitudinal grooves extending the length of the element ; a pair of side walls extending from the central wall to define a generally U-shaped channel , the longitudinal grooves depressing into the U-shaped channel ; and a pair of flanges respectively extending outwardly from the pair of side walls , a central wall having a pair of parallel longitudinal grooves , the parallel longitudinal grooves extending the length of the element ; a pair of side walls extending from the central wall to define a generally U-shaped channel , the longitudinal grooves depressing into the U-shaped channel ; and a pair of flanges respectively extending outwardly from the pair of side walls , wherein the flanges of the first outer section are attached to the first planar surface of the plate and the flanges of the second outer section are attached to the second planar surface of the plate such that the U-shaped channels are substantially closed by the inner plate and opposed to each other; and wherein each of the grooves comprises a profile with an open narrow region and an enlarged end region .
A system, the system comprising: a processor with means for executing a controller pilot data link communication application ; the system further characterized by at least one source of dynamic information coupled to the processor , wherein the dynamic information comprises data relevant to possible flight paths of an aircraft, the dynamic information being changeable during the flight of the aircraft, wherein the processor comprises means to process at least one flight crew provided clearance request that identifies a deviation from the present flight path and validates the at least one clearance request against the dynamic information; wherein, when the at least one clearance request is deemed valid when compared against the dynamic information, the at least one clearance request is sent or allowed by the flight crew to be sent to a ground station for approval. a processor with means for executing a controller pilot data link communication application ; the system further characterized by at least one source of dynamic information coupled to the processor , wherein the dynamic information comprises data relevant to possible flight paths of an aircraft, the dynamic information being changeable during the flight of the aircraft, wherein the processor comprises means to process at least one flight crew provided clearance request that identifies a deviation from the present flight path and validates the at least one clearance request against the dynamic information; wherein, when the at least one clearance request is deemed valid when compared against the dynamic information, the at least one clearance request is sent or allowed by the flight crew to be sent to a ground station for approval.
A communication method, performed by a first entity, comprising: receiving first request information from a terminal device, wherein the first request information comprises first application identification information ; determining second information based on first information obtained from a session management function network element , wherein the second information is an extended mechanisms for DNS client subnet option corresponding to a first identifier or address information of a local domain name system DNS resolver corresponding to a first identifier , wherein the first identifier is a data network access identifier of a data network, in data networks corresponding to a second identifier, with a smallest service scope or closest to the terminal device, and the second identifier is at least one data network access identifier corresponding to a current location of the terminal device; sending DNS request information to a central DNS server or the local DNS resolver based on the second information , wherein the DNS request information comprises the first application identification information, and the DNS request information is used to obtain address information of an application server; characterized in that the method further comprises: if the first identifier changes, receiving second indication information from the session management function, wherein the second indication information indicates deletion of the first information ; and deleting the first information based on the second indication information . receiving first request information from a terminal device, wherein the first request information comprises first application identification information ; determining second information based on first information obtained from a session management function network element , wherein the second information is an extended mechanisms for DNS client subnet option corresponding to a first identifier or address information of a local domain name system DNS resolver corresponding to a first identifier , wherein the first identifier is a data network access identifier of a data network, in data networks corresponding to a second identifier, with a smallest service scope or closest to the terminal device, and the second identifier is at least one data network access identifier corresponding to a current location of the terminal device; sending DNS request information to a central DNS server or the local DNS resolver based on the second information , wherein the DNS request information comprises the first application identification information, and the DNS request information is used to obtain address information of an application server; if the first identifier changes, receiving second indication information from the session management function, wherein the second indication information indicates deletion of the first information ; and deleting the first information based on the second indication information .
Aircraft seat device with at least one support tube (20a, 22a; 20b; 20c; 20d; 20e; 20i), which is configured to realize at least part of a mounting unit (12a; 12b; 12c; 12d; 12e; 12i) of an aircraft seat, wherein the at least one support tube (20a, 22a; 20b; 20c; 20d; 20e; 20i) is embodied as a simple hollow profile and has, viewed in a circumferential direction of the support tube (20a, 22a; 20b; 20c; 20d; 20e; 20i), in at least one partial region, a changing wall thickness (26a, 34a; 26b; 26c; 26d; 26e; 26i) and an at least substantially circular outer contour (28a, 36a; 28b, 28c; 28d; 28e; 28i), wherein the outer contour (28a, 36a; 28b, 28c; 28d; 28e; 28i) of the support tube (20a, 22a; 20b; 20c; 20d; 20e; 20i) differs in its basic shape at least in portions from a basic shape of an inner contour (30a, 38a; 30b; 30c; 30d; 30e; 30i).
A mobile apparatus comprising: a housing, comprising a front housing and a rear housing ;a receiver comprising one and/or two permanent magnets and situated in an upper end of the mobile apparatus; a circuit board disposed in the housing, the circuit board including a first side facing toward the front housing , a second side facing toward the rear housing , and a first antenna pattern provided on the second side of the circuit board; a shielding member disposed on the first side of the circuit board and between the receiver and the first antenna pattern , the shielding member being configured to shield the first antenna pattern from the one and/or two permanent magnets; a first communication circuit configured to perform short range communication through the first antenna pattern; characterized in that the receiver is disposed on the shielding member, and the first antenna pattern is also situated at an upper end of the mobile apparatus. a housing, comprising a front housing and a rear housing ;a receiver comprising one and/or two permanent magnets and situated in an upper end of the mobile apparatus; a circuit board disposed in the housing, the circuit board including a first side facing toward the front housing , a second side facing toward the rear housing , and a first antenna pattern provided on the second side of the circuit board; a shielding member disposed on the first side of the circuit board and between the receiver and the first antenna pattern , the shielding member being configured to shield the first antenna pattern from the one and/or two permanent magnets; a first communication circuit configured to perform short range communication through the first antenna pattern; characterized in that the receiver is disposed on the shielding member, and the first antenna pattern is also situated at an upper end of the mobile apparatus.
A method of producing CRM197 wherein the method comprises culturing a host cell comprising a nucleic acid encoding CRM197 wherein CRM197 is fused to a heterologous signal peptide that targets CRM197 to the periplasm of the host cell, wherein the nucleic acid encodes a cleavage site between the signal peptide that targets CRM197 to the periplasm and the CRM197 protein wherein the cleavage site comprises the amino acid sequence aa1-aa2-aa3-(cleavage site)-aa4-aa5-aa6-aa7-aa8, wherein aa1 is Ala, Ser, Gly, Cys, Thr or Gln; aa2 is selected from any natural amino acid; aa3 is selected from any natural amino acid except Phe, His, Tyr, Trp, Asp, Glu, Lys, Arg, Asn and Gln; aa4 to 8 is selected from ala-asp-asp-val and met-gly-ala-asp; or wherein the cleavage site comprises the amino acid sequence aa1-aa2-aa3-(cleavage site)-aa4-aa5-aa6-aa7-aa8, wherein aa4 to 8 is selected from ala-asp-asp-val and met-gly-ala-asp; and wherein the first 70 aa of the first open reading frame results in a Y score when analyzed by SignalP 4.0 Server of more than 0.72. aa1 is Ala, Ser, Gly, Cys, Thr or Gln; aa2 is selected from any natural amino acid; aa3 is selected from any natural amino acid except Phe, His, Tyr, Trp, Asp, Glu, Lys, Arg, Asn and Gln; aa4 to 8 is selected from ala-asp-asp-val and met-gly-ala-asp;
A variable area turbine arrangement , comprising: a variable vane assembly ; and a secondary flow system associated with said variable vane assembly , wherein flow modulation of a cooling fluid through said secondary flow system is changed simultaneously with actuation of said variable vane assembly , characterised in that : said variable vane assembly includes an actuation system having at least one gear that is moveable to expose a port of said secondary flow system. a variable vane assembly ; and a secondary flow system associated with said variable vane assembly , wherein flow modulation of a cooling fluid through said secondary flow system is changed simultaneously with actuation of said variable vane assembly , characterised in that : said variable vane assembly includes an actuation system having at least one gear that is moveable to expose a port of said secondary flow system.