mhurhangee/patent-ind-claim-en huggingface dataset:
A method of generating geophysical data using at least one airgun source, the method comprising: generating a geophysical wavefield with a varying signature using at least one airgun source; characterised in that the signature of the geophysical wavefield is varied in a periodic pattern by using a deterministic variation of a signature of the at least one airgun source; and using a deterministic variation of the signature of the at least one airgun source comprises varying: the time at which the geophysical wavefield is generated by the at least one airgun source; and/or the polarity of the at least one airgun source; and/or the phase of the at least one airgun source; and/or the amplitude of the at least one airgun source; and the periodic pattern is such that, when the geophysical wavefield is recorded and the recorded geophysical data is transformed into another domain, at least some of the recorded geophysical data is shifted to a location in the other domain that is different to the location in the other domain where the at least some of the geophysical data would have been had the varying signature not been used. generating a geophysical wavefield with a varying signature using at least one airgun source; characterised in that the signature of the geophysical wavefield is varied in a periodic pattern by using a deterministic variation of a signature of the at least one airgun source; and using a deterministic variation of the signature of the at least one airgun source comprises varying: the time at which the geophysical wavefield is generated by the at least one airgun source; and/or the polarity of the at least one airgun source; and/or the phase of the at least one airgun source; and/or the amplitude of the at least one airgun source; the time at which the geophysical wavefield is generated by the at least one airgun source; and/or the polarity of the at least one airgun source; and/or the phase of the at least one airgun source; and/or the amplitude of the at least one airgun source; and the periodic pattern is such that, when the geophysical wavefield is recorded and the recorded geophysical data is transformed into another domain, at least some of the recorded geophysical data is shifted to a location in the other domain that is different to the location in the other domain where the at least some of the geophysical data would have been had the varying signature not been used.
Irradiation device for generating electromagnetic wave trains, comprising an electronics device unit with a radiofrequency oscillator stage for generating a radiofrequency wave train (RF wave train) with a frequency of 150 MHz, and comprising at least one irradiation capsule which is connected by means of a wire to the electronics device unit and in which a magnetic coil is contained as an irradiation coil in the style of a magnetic antenna, wherein a low-frequency clock generator (LF clock generator) for generating a clock frequency with an associated period and an interrupter unit coupled therewith are provided for the clocked interruption of the RF wave train, said interrupter unit interrupting the RF wave train for half a period in each case, in such a way that 150 MHz RF wave train packets with half a period and a subsequent pause time of half a period are generated with the low-frequency clock, characterized in that the low-frequency clock generator generates a clock frequency of 15 Hz with an associated period of 66.6 ms, in that the generated 150 MHz RF wave train packets are supplied to the at least one irradiation capsule for emission with a magnetic induction strength of 0.5 pT (picotesla), in that each one of the at least one irradiation capsule is mounted on a distance-positioning apparatus , by means of which the active emission surface of the at least one irradiation capsule is positionable at a predeterminable defined distance from a surface region to be irradiated (16; 18) of an object to be irradiated, and in that the distance-positioning apparatus is a frame with longitudinally adjustable spacers , wherein the spacers are mountable and supportable in the region around a surface region to be irradiated (16; 18).
Method for detecting a biofilm in closed plants, in which first a rinsing medium is introduced into the emptied plant and then an enzymatic solution for dissolving the biofilm is added and the mixture is circulated in the plant , characterized in that a sample of the circulated mixture is taken from the plant , which sample is fluorescently labelled with fluorescent markers which specifically bind to a biofilm component, and a photometric image of the sample is produced , after which a recognition signal is output when the characteristic emission wavelengths of those fluorescent markers with which the fluorescently labelled biofilm components present in the sample are labelled are detected in the image.
An OCT system, comprising an OCT scan module for retinal scanning, the OCT scan module having an OCT scan beam and an ocular lens , said system further comprising an anterior segment scan module which is attachable externally to the OCT scan module for retinal scanning so as to switch between retinal scanning function and anterior segment scanning function of the OCT system; the anterior segment scan module comprising: at least one anterior segment scan lens configured to focus the OCT scan beam in the anterior segment of an eye under investigation; characterized in that the anterior segment scan module further comprises a fixation target configured to maintain the viewing direction of the eye during anterior segment scanning. at least one anterior segment scan lens configured to focus the OCT scan beam in the anterior segment of an eye under investigation; characterized in that the anterior segment scan module further comprises a fixation target configured to maintain the viewing direction of the eye during anterior segment scanning.
A method for performing data expansion and compression functions wherein the method is implemented in electronic hardware and comprises the steps of: receiving a data input having a first length ; partitioning the data input into groups of bits, each group comprising at least one bit; selecting subkeys from secret key material stored in electronic flip-flops in the electronic hardware for the groups of input data bits, such that one subkey is selected for each group of input data bits,; performing bit-wise XOR-operations between the selected subkeys to generate a data output having a second length, whereby a data expansion function is performed if the first length is less than the second length, and whereby a data compression function is performed if the first length is greater than the second length; wherein performing bit-wise XOR-operations between the selected subkeys is implemented in the electronic hardware by a tree of XOR gates , wherein the tree of XOR gates is symmetrically arranged in layers such that the XOR gates in each layer are at the same distance from the input with respect to the number of XOR gates leading to them, and characterized in that the selected subkeys share some bits of the secret key material , wherein each shared bit does not appear in the same bit position of different subkeys of the selected subkeys . receiving a data input having a first length ; partitioning the data input into groups of bits, each group comprising at least one bit; selecting subkeys from secret key material stored in electronic flip-flops in the electronic hardware for the groups of input data bits, such that one subkey is selected for each group of input data bits,; performing bit-wise XOR-operations between the selected subkeys to generate a data output having a second length, whereby a data expansion function is performed if the first length is less than the second length, and whereby a data compression function is performed if the first length is greater than the second length; wherein performing bit-wise XOR-operations between the selected subkeys is implemented in the electronic hardware by a tree of XOR gates , wherein the tree of XOR gates is symmetrically arranged in layers such that the XOR gates in each layer are at the same distance from the input with respect to the number of XOR gates leading to them, and characterized in that the selected subkeys share some bits of the secret key material , wherein each shared bit does not appear in the same bit position of different subkeys of the selected subkeys .
A tensioning system for tensioning an endless drive member , comprising: a tensioner arm that is pivotally mounted for pivoting movement about a tensioner arm axis between a free arm position and a load stop position; a pulley rotatably mounted to the tensioner arm for rotation about a pulley axis; a tensioner arm biasing member positioned to urge the tensioner arm in a direction towards the free arm position; an abutment member that is operatively engageable with the tensioner arm ; and characterized by an abutment member drive mechanism that is controllable to drive the abutment member in a first direction towards operative engagement with the tensioner arm and in a second direction away from operative engagement with the tensioner arm ; and a tensioner control system programmed to operate in at least a load stop mode, wherein in the load stop mode, the tensioner control system is programmed to: a) drive the abutment member in the first direction; b) detect operative engagement with the tensioner arm during step a); and c) after detecting operative engagement with the tensioner arm , drive the abutment member to a load stop position that is a selected distance away from operative engagement with the tensioner arm . a tensioner arm that is pivotally mounted for pivoting movement about a tensioner arm axis between a free arm position and a load stop position; a pulley rotatably mounted to the tensioner arm for rotation about a pulley axis; a tensioner arm biasing member positioned to urge the tensioner arm in a direction towards the free arm position; an abutment member that is operatively engageable with the tensioner arm ; and characterized by an abutment member drive mechanism that is controllable to drive the abutment member in a first direction towards operative engagement with the tensioner arm and in a second direction away from operative engagement with the tensioner arm ; and a tensioner control system programmed to operate in at least a load stop mode, wherein in the load stop mode, the tensioner control system is programmed to: a) drive the abutment member in the first direction; b) detect operative engagement with the tensioner arm during step a); and c) after detecting operative engagement with the tensioner arm , drive the abutment member to a load stop position that is a selected distance away from operative engagement with the tensioner arm . a) drive the abutment member in the first direction; b) detect operative engagement with the tensioner arm during step a); and c) after detecting operative engagement with the tensioner arm , drive the abutment member to a load stop position that is a selected distance away from operative engagement with the tensioner arm .
A method, performed by a user equipment, UE , comprising: transmitting a PDU session establishment request message from the UE to establish a PDU session in N1 mode in a mobile communication network, wherein the PDU session establishment request message comprises a request for a maximum transmission unit, MTU, parameter for an Ethernet or an Unstructured link in N1 mode and a request for an MTU parameter for a non-IP link in S1 mode; receiving the MTU parameter for the Ethernet or Unstructured link in N1 mode and receiving the MTU parameter for the non-IP link in S1 mode from the network; performing an intersystem change from N1 mode to S1 mode, wherein the PDU session is transferred to a corresponding PDN connection in S1 mode; and sending non-IP packets over the PDN connection based on the MTU parameter for the non-IP link in S1 mode of the PDN connection. transmitting a PDU session establishment request message from the UE to establish a PDU session in N1 mode in a mobile communication network, wherein the PDU session establishment request message comprises a request for a maximum transmission unit, MTU, parameter for an Ethernet or an Unstructured link in N1 mode and a request for an MTU parameter for a non-IP link in S1 mode; receiving the MTU parameter for the Ethernet or Unstructured link in N1 mode and receiving the MTU parameter for the non-IP link in S1 mode from the network; performing an intersystem change from N1 mode to S1 mode, wherein the PDU session is transferred to a corresponding PDN connection in S1 mode; and sending non-IP packets over the PDN connection based on the MTU parameter for the non-IP link in S1 mode of the PDN connection.
A method for an information and entertainment system of a vehicle, wherein the information and entertainment system provides a plurality of functions (A, B, C, X, Y, Z) that can be used by a user of the vehicle , wherein the method comprises: - Setting a ranking of the plurality of functions (A, B, C, X, Y, Z) by the user, wherein the ranking indicates a time availability of the functions (A, B, C, X, Y, Z) desired by the user after the information and entertainment system has been switched on, and - Executing the plurality of functions (A, B, C, X, Y, Z) after starting the information and entertainment system as a function of the ranking that has been set, wherein the information and entertainment system comprises at least a first processing device and a second processing device , wherein at least one function (Z) of the plurality of functions (A, B, C, X, Y, Z) comprises a plurality of sub-functions (Z1 -Z6), wherein executing the at least one function (Z) after switching on the information and entertainment system comprises executing at least one sub-function (Z1) of the associated plurality of sub-functions (Z1-Z6) on the first processing device and executing all of the associated sub-functions (Z1-Z6) on the second processing device . - Setting a ranking of the plurality of functions (A, B, C, X, Y, Z) by the user, wherein the ranking indicates a time availability of the functions (A, B, C, X, Y, Z) desired by the user after the information and entertainment system has been switched on, and - Executing the plurality of functions (A, B, C, X, Y, Z) after starting the information and entertainment system as a function of the ranking that has been set, wherein the information and entertainment system comprises at least a first processing device and a second processing device , wherein at least one function (Z) of the plurality of functions (A, B, C, X, Y, Z) comprises a plurality of sub-functions (Z1 -Z6), wherein executing the at least one function (Z) after switching on the information and entertainment system comprises executing at least one sub-function (Z1) of the associated plurality of sub-functions (Z1-Z6) on the first processing device and executing all of the associated sub-functions (Z1-Z6) on the second processing device .
Foam, comprising a cellular structure and having a density of at most 0.50 g/cm 3 , wherein the cellular structure is provided by a solid material that comprises humins.
A container handling machine comprising: - at least one operative unit configured to receive a container filled with a consumable, in particular a pourable product, and closed by a cap in turn having at least one region provided with colouring pigments set in a deactivated state, in which they are transparent; - transportation means for advancing said operative unit along a given path (P); and - activation means selectively actuated while said operative unit is advanced along said path (P) to supply an activation energy to at least a zone of said region of said cap so as to set at least a part of said pigments in an activated state, in which said pigments have predetermined colours; wherein said activation means comprise at least one emitter for generating laser radiations defining said activation energy; characterized in that said emitter is arranged in a fixed position on one side of said path (P) and is actuated as the operative unit passes by said emitter ; and wherein said operative unit further comprises radiation conveying means for receiving the radiations generated by said emitter and for directing said radiations towards said zone of said region of said cap . - at least one operative unit configured to receive a container filled with a consumable, in particular a pourable product, and closed by a cap in turn having at least one region provided with colouring pigments set in a deactivated state, in which they are transparent; - transportation means for advancing said operative unit along a given path (P); and - activation means selectively actuated while said operative unit is advanced along said path (P) to supply an activation energy to at least a zone of said region of said cap so as to set at least a part of said pigments in an activated state, in which said pigments have predetermined colours;
A washer for receiving a fastener therethrough, the washer comprising: a core formed of reinforcement fibers supported in a thermoplastic matrix material , wherein said reinforcement fibers comprise carbon fibers; and an electrically-insulating outer layer overlaying the core ; wherein said outer layer comprises glass fibers. a core formed of reinforcement fibers supported in a thermoplastic matrix material , wherein said reinforcement fibers comprise carbon fibers; and an electrically-insulating outer layer overlaying the core ; wherein said outer layer comprises glass fibers.
A method implemented by a mobile device of changing the discontinuous reception, DRX, configuration for a connection between a mobile device and a base station , said method comprising: receiving , from the base station , a control message indicating updated configuration parameters for the connection with the base station ; and sending , by the mobile device , an acknowledgement of the control message; continuing to use a current DRX configuration for the connection after receipt of the control message until a subsequent on duration of a DRX cycle according to the current DRX configuration has occurred; and applying the updated configuration parameters for the connection in the subsequent on duration of the DRX cycle, characterized in that the length of the DRX cycle according to the updated configuration parameters is different from the length of the DRX cycle according to the current DRX configuration, and said method further comprises computing a new DRX start offset for the updated DRX configuration as a function of a current DRX start offset for the current DRX configuration. receiving , from the base station , a control message indicating updated configuration parameters for the connection with the base station ; and sending , by the mobile device , an acknowledgement of the control message; continuing to use a current DRX configuration for the connection after receipt of the control message until a subsequent on duration of a DRX cycle according to the current DRX configuration has occurred; and applying the updated configuration parameters for the connection in the subsequent on duration of the DRX cycle, characterized in that the length of the DRX cycle according to the updated configuration parameters is different from the length of the DRX cycle according to the current DRX configuration, and said method further comprises computing a new DRX start offset for the updated DRX configuration as a function of a current DRX start offset for the current DRX configuration.
Method for the continuous casting, preferably for the semi-continuous casting, of a strand in a continuous casting machine, wherein the continuous casting machine has a mould with primary cooling , has, successively in the casting direction (G), a strand guide with a plurality of strand guiding rollers for guiding purposes and secondary cooling for cooling the strand , and has, in turn successively, a tertiary cooling zone for the open-loop or closed-loop cooling of the strand , said method comprising the following method steps: - introducing a cold strand into the mould ; - holding the cold strand in the mould , wherein a head of the cold strand closes the mould in a fluid-tight manner; - beginning casting in the continuous casting machine, wherein molten metal is cast into the mould and forms a casting level (M) and a partially solidified strand in the mould ; - starting the withdrawal of the cold strand out of the mould , wherein the cold strand is withdrawn out of the mould ; - supporting and guiding the partially solidified strand in the strand guide , wherein the partially solidified strand is supported and guided by the strand guiding rollers and cooled by cooling nozzles of the secondary cooling ; - performing open-loop or closed-loop cooling of the partially solidified strand until the strand has solidified right through in the tertiary cooling zone ; characterized in that the strand in the tertiary cooling zone is thermally insulated by a heat insulation and a heat transfer coefficient U of the heat insulation is set to increase in the casting direction (G). - introducing a cold strand into the mould ; - holding the cold strand in the mould , wherein a head of the cold strand closes the mould in a fluid-tight manner; - beginning casting in the continuous casting machine, wherein molten metal is cast into the mould and forms a casting level (M) and a partially solidified strand in the mould ; - starting the withdrawal of the cold strand out of the mould , wherein the cold strand is withdrawn out of the mould ; - supporting and guiding the partially solidified strand in the strand guide , wherein the partially solidified strand is supported and guided by the strand guiding rollers and cooled by cooling nozzles of the secondary cooling ; - performing open-loop or closed-loop cooling of the partially solidified strand until the strand has solidified right through in the tertiary cooling zone ;