mhurhangee/ep-ind-claims huggingface dataset:
A field traveling route production system configured to produce a traveling route for a field work vehicle, the system comprising: - a field information storage section that stores field information including position information of a field and position information of an entrance / exit area of the field; - a work traveling route calculation section that calculates a work traveling route for the field work vehicle based on the field information and specification of the field work vehicle, the work traveling route interconnecting a traveling work starting point and a traveling work ending point; - a fore traveling route calculation section that calculates a fore traveling route extending from the entrance/exit area to the traveling work starting point of the work traveling route; and - a post traveling route calculation section that calculates a post traveling route extending from the traveling work ending point to the entrance / exit area characterized in that - the field information includes traveling surface slope information of the entrance/exit area; and - the traveling surface slope information is taken into consideration when the fore traveling route and the post traveling route are calculated. - a field information storage section that stores field information including position information of a field and position information of an entrance / exit area of the field; - a work traveling route calculation section that calculates a work traveling route for the field work vehicle based on the field information and specification of the field work vehicle, the work traveling route interconnecting a traveling work starting point and a traveling work ending point; - a fore traveling route calculation section that calculates a fore traveling route extending from the entrance/exit area to the traveling work starting point of the work traveling route; and - a post traveling route calculation section that calculates a post traveling route extending from the traveling work ending point to the entrance / exit area characterized in that - the field information includes traveling surface slope information of the entrance/exit area; and - the traveling surface slope information is taken into consideration when the fore traveling route and the post traveling route are calculated.
A method performed by a network node (112, 130), the method comprising: - transmitting, to a remote node (112, 130), a first signal comprising a first plurality of repetitions of encoded data (401-403, 411), - in response to detecting an acknowledgement signal indicating the likelihood of successfully completing the transmission of the encoded data: transmitting, to the remote node (112, 130), a second signal comprising a second plurality of repetitions of the encoded data (401-403, 411), and - if the acknowledgement signal is not detected: abort said transmitting of the second plurality of repetitions by implementing a back-off procedure. - transmitting, to a remote node (112, 130), a first signal comprising a first plurality of repetitions of encoded data (401-403, 411), - in response to detecting an acknowledgement signal indicating the likelihood of successfully completing the transmission of the encoded data: transmitting, to the remote node (112, 130), a second signal comprising a second plurality of repetitions of the encoded data (401-403, 411), and - if the acknowledgement signal is not detected: abort said transmitting of the second plurality of repetitions by implementing a back-off procedure.
A composition for binding and thereby inactivating mycotoxin, characterised in that said composition comprises from 10 to 30 % by weight of carob, 40 to 80 % by weight of a silicate mineral and 1 to 25 % by weight of an immune stimulant, wherein said immune stimulant are glucans of vegetable origin.
A method for presenting a group conversation on an electronic device of a user, the method comprising the steps of: displaying, on a graphical user interface of the electronic device, a group of contacts assigned to the user, the group of contacts comprising one or more individual contacts and one or more social circles, each social circle defining a preset collection of contacts associated with one another; receiving first user input via the graphical user interface, the first user input specifying a selection of participants from the group of contacts for a group conversation, wherein the group conversation provides for sharing communication messages among the participants; presenting a conversation window on the graphical user interface based on the received user input, wherein the conversation window displays a collection of contact icons with each contact icon respectively corresponding to one of the participants of the group conversation, and a conversation thread with the shared communication messages; receiving second user input via the graphical user interface, the second user input requesting that the participants of the group conversation be assigned to a new social circle; and assigning, in response to the received second user input, the participants of the group conversation to the new social circle. displaying, on a graphical user interface of the electronic device, a group of contacts assigned to the user, the group of contacts comprising one or more individual contacts and one or more social circles, each social circle defining a preset collection of contacts associated with one another; receiving first user input via the graphical user interface, the first user input specifying a selection of participants from the group of contacts for a group conversation, wherein the group conversation provides for sharing communication messages among the participants; presenting a conversation window on the graphical user interface based on the received user input, wherein the conversation window displays a collection of contact icons with each contact icon respectively corresponding to one of the participants of the group conversation, and a conversation thread with the shared communication messages; receiving second user input via the graphical user interface, the second user input requesting that the participants of the group conversation be assigned to a new social circle; and assigning, in response to the received second user input, the participants of the group conversation to the new social circle.
A headset (100;200) arranged for detecting a user's voice activity, comprising: an inner microphone generating an inner microphone signal; an outer microphone generating an outer microphone signal, wherein the inner microphone and outer microphone are positioned such that, when the headset is worn by a user, the inner microphone is disposed nearer to the user's head; and a voice-activity detector configured to determine a sign of a phase difference between the inner microphone signal and the outer microphone signal and to generate a voice activity detection signal indicating a user's voice activity when the sign of the phase difference indicates that the outer microphone received an audio signal after the inner microphone received the audio signal. an inner microphone generating an inner microphone signal; an outer microphone generating an outer microphone signal, wherein the inner microphone and outer microphone are positioned such that, when the headset is worn by a user, the inner microphone is disposed nearer to the user's head; and a voice-activity detector configured to determine a sign of a phase difference between the inner microphone signal and the outer microphone signal and to generate a voice activity detection signal indicating a user's voice activity when the sign of the phase difference indicates that the outer microphone received an audio signal after the inner microphone received the audio signal.
Method for generating agitation in a microdrop of fluid the volume of which is preferably greater than a few tens of nanolitres, implementing an actuation device using sound waves, said actuation device comprising a support on and from which said microdrop of fluid is deposited and removed, and a resonator suitable for converting an electrical sine-wave signal applied at its terminals into sound waves, said method being characterized in that the resonator of the actuation device implemented is of the high overtone bulk acoustic resonator (HBAR) type, the HBAR having a quality factor Q of at least 100 in air and containing said support, said support being substantially flat and coated with a layer of dielectric material, in that said HBAR is associated with a modulable electronic device suitable for generating high-frequency waves, and in that it contains the following steps: - depositing a microdrop of fluid on said support, - generating an electrical sine-wave signal by controlling the modulable electronic device, said generated electrical sine-wave signal having a frequency selected using the modulable electronic device, said frequency being comprised between 100 MHz and 4 GHz, - converting the electrical sine-wave signal having said selected frequency into high-frequency sound waves using said HBAR, the high-frequency sound waves having a natural resonance generating a given agitation in the microdrop of fluid. the resonator of the actuation device implemented is of the high overtone bulk acoustic resonator (HBAR) type, the HBAR having a quality factor Q of at least 100 in air and containing said support, said support being substantially flat and coated with a layer of dielectric material, in that said HBAR is associated with a modulable electronic device suitable for generating high-frequency waves, and in that it contains the following steps: - depositing a microdrop of fluid on said support, - generating an electrical sine-wave signal by controlling the modulable electronic device, said generated electrical sine-wave signal having a frequency selected using the modulable electronic device, said frequency being comprised between 100 MHz and 4 GHz, - converting the electrical sine-wave signal having said selected frequency into high-frequency sound waves using said HBAR, the high-frequency sound waves having a natural resonance generating a given agitation in the microdrop of fluid. - depositing a microdrop of fluid on said support, - generating an electrical sine-wave signal by controlling the modulable electronic device, said generated electrical sine-wave signal having a frequency selected using the modulable electronic device, said frequency being comprised between 100 MHz and 4 GHz, - converting the electrical sine-wave signal having said selected frequency into high-frequency sound waves using said HBAR, the high-frequency sound waves having a natural resonance generating a given agitation in the microdrop of fluid.
A culture medium comprising: a) noggin or fragments thereof which inhibit the BMP signalling pathway; and b) an inhibitor of the Transforming Growth Factor /activin/nodal signaling pathway selected from the group consisting of SB431542, Lefty-A and Cerberus and fragments of Lefty-A and Cerberus which inhibit the TGF/activin/nodal signaling pathway. a) noggin or fragments thereof which inhibit the BMP signalling pathway; and b) an inhibitor of the Transforming Growth Factor /activin/nodal signaling pathway selected from the group consisting of SB431542, Lefty-A and Cerberus and fragments of Lefty-A and Cerberus which inhibit the TGF/activin/nodal signaling pathway.
A communications apparatus comprising: a transmitting unit that transmits identification information of a predetermined state to an information processing apparatus that stores one or more application sets configured by information of one or more applications and associated with the identification information of the predetermined state; a receiving unit that receives the one or more application sets from the information processing apparatus that are determined to be associated with the identification information of the predetermined state by operation control data of the one or more application sets, in response to the transmitting unit transmitting the identification information of the predetermined state to the information processing apparatus; and an execution managing unit that retains and executes the one or more application sets received by the receiving unit, wherein each of the one or more application sets received by the receiving unit includes: the operation control data, and the execution managing unit executes, based on the operation control data, a state determining process of determining from information identifying the state of the communications apparatus, whether the communications apparatus has entered the predetermined state and transmitting the identification information of the predetermined state in response to the communications apparatus entering the predetermined state. a transmitting unit that transmits identification information of a predetermined state to an information processing apparatus that stores one or more application sets configured by information of one or more applications and associated with the identification information of the predetermined state; a receiving unit that receives the one or more application sets from the information processing apparatus that are determined to be associated with the identification information of the predetermined state by operation control data of the one or more application sets, in response to the transmitting unit transmitting the identification information of the predetermined state to the information processing apparatus; and an execution managing unit that retains and executes the one or more application sets received by the receiving unit, wherein each of the one or more application sets received by the receiving unit includes: the operation control data, and the execution managing unit executes, based on the operation control data, a state determining process of determining from information identifying the state of the communications apparatus, whether the communications apparatus has entered the predetermined state and transmitting the identification information of the predetermined state in response to the communications apparatus entering the predetermined state.
A method for treating solid organic material that is organic solid waste, the method comprising the steps of providing phagotrophic algae, providing solid organic material, combining the algae and the solid organic material without going through an intermediate microorganism vessel, allowing the algae to grow by engulfing or uptaking the solid organic material, forming an algal product, and collecting the algal product selected from the group consisting of algal biomass, dry algal cells, algal proteins, algal lipids, and algal carbohydrates, the method further comprising the step of pretreating the solid organic material before the step of combining the algae and the solid organic material, wherein the pretreating step is selected from the group consisting of disinfecting and sterilizing any organisms and spores that exist in the solid organic material, digesting at least a portion of the solid organic material by aerobic digestion, and digesting at least a portion of the solid organic material by anaerobic digestion, subjecting the solid organic material to sound energy such that a sonication step is performed, addition of a carbon source, mixing, crushing, milling, heating, steaming, ultra-sonication, and homogenizing, treatment with an acid, ozonization, and bleaching, and combinations thereof. providing phagotrophic algae, providing solid organic material, combining the algae and the solid organic material without going through an intermediate microorganism vessel, allowing the algae to grow by engulfing or uptaking the solid organic material, forming an algal product, and collecting the algal product selected from the group consisting of algal biomass, dry algal cells, algal proteins, algal lipids, and algal carbohydrates, the method further comprising the step of pretreating the solid organic material before the step of combining the algae and the solid organic material, wherein the pretreating step is selected from the group consisting of disinfecting and sterilizing any organisms and spores that exist in the solid organic material, digesting at least a portion of the solid organic material by aerobic digestion, and digesting at least a portion of the solid organic material by anaerobic digestion, subjecting the solid organic material to sound energy such that a sonication step is performed, addition of a carbon source, mixing, crushing, milling, heating, steaming, ultra-sonication, and homogenizing, treatment with an acid, ozonization, and bleaching, and combinations thereof.
Method for damping and scattering hydrosound in water by means of a device which has a multiplicity of envelope bodies enclosing a gas, characterized in that the envelope bodies are at a distance from one another and are each surrounded on all sides by water, wherein the water flows through the device, in particular in the direction of sound propagation, and wherein each individual envelope body is filled individually with a different gas and/or at a different pressure and thus the required resonance and damping properties, according to the requirements, such as position, water depth and sound frequency, are produced.
A target vehicle speed generation method for a driving-assisted vehicle for generating a target vehicle speed for when the vehicle is to travel/stop based on a plurality of vehicle speed command values, characterized by: computing, for each of the plurality of vehicle speed command values, a first look-ahead vehicle speed command value that comes after an elapse of a prescribed amount of time from a current time based on the vehicle speed command value, a target rate of acceleration, and the prescribed amount of time; computing, for each of the plurality of vehicle speed command values, a requisite rate of acceleration required to reach the first look-ahead vehicle speed command value from a next-most-recent target vehicle speed; computing, for each of the plurality of vehicle speed command values, a second look-ahead vehicle speed command value for the current time from the requisite rate of acceleration, a computation period, and the next-most-recent target vehicle speed; and selecting a lowest value among the plurality of the second look-ahead vehicle speed command values as the target vehicle speed. computing, for each of the plurality of vehicle speed command values, a first look-ahead vehicle speed command value that comes after an elapse of a prescribed amount of time from a current time based on the vehicle speed command value, a target rate of acceleration, and the prescribed amount of time; computing, for each of the plurality of vehicle speed command values, a requisite rate of acceleration required to reach the first look-ahead vehicle speed command value from a next-most-recent target vehicle speed; computing, for each of the plurality of vehicle speed command values, a second look-ahead vehicle speed command value for the current time from the requisite rate of acceleration, a computation period, and the next-most-recent target vehicle speed; and selecting a lowest value among the plurality of the second look-ahead vehicle speed command values as the target vehicle speed.
A spun-bonded nonwoven fabric comprising polypropylene fibers, wherein all of the following conditions A to E are satisfied: A. the fibers have an average single fiber diameter of 6 μm or more and 17 μm or less; B. the fibers have a crystal orientation degree in wide-angle X-ray diffraction of 0.91 or more; C. the fibers have a crystallite size of a plane in wide-angle X-ray diffraction of 12 nm or more; D. the fibers have an average orientation parameter in Raman spectroscopy of 8.0 or more; and E. the spun-bonded nonwoven fabric has a complex viscosity of 20 Pa•sec or more and 100 Pa•sec or less at a temperature of 230 °C at an angular frequency of 6.3 rad/sec; wherein the average single fiber diameter, the crystal orientation degree, the crystallite size, the orientation parameter and the complex viscosity are measured by the methods described in the specification. A. the fibers have an average single fiber diameter of 6 μm or more and 17 μm or less; B. the fibers have a crystal orientation degree in wide-angle X-ray diffraction of 0.91 or more; C. the fibers have a crystallite size of a plane in wide-angle X-ray diffraction of 12 nm or more; D. the fibers have an average orientation parameter in Raman spectroscopy of 8.0 or more; and E. the spun-bonded nonwoven fabric has a complex viscosity of 20 Pa•sec or more and 100 Pa•sec or less at a temperature of 230 °C at an angular frequency of 6.3 rad/sec;
A liquid crystal device comprising: two or more partition walls comprising a polymer network and a first liquid crystal compound dispersed in the polymer network; and a liquid crystal layer comprising a second liquid crystal compound and an anisotropic dye, both of which are present in a region formed between the two or more partition walls wherein the first liquid crystal compound is phase-separated from the polymer network, and the anisotropic dye is physically separated from the polymer network. two or more partition walls comprising a polymer network and a first liquid crystal compound dispersed in the polymer network; and a liquid crystal layer comprising a second liquid crystal compound and an anisotropic dye, both of which are present in a region formed between the two or more partition walls wherein the first liquid crystal compound is phase-separated from the polymer network, and the anisotropic dye is physically separated from the polymer network.
A message transmission method, comprising: configuring, by a first transmission node, a system message change indication signal; and transmitting, by the first transmission node, the system message change indication signal to a second transmission node; characterized in that the system message change indication signal is generated by a sequence, the sequence corresponding to the system message change indication signal comprises at least one of a zadoff-chu, ZC, sequence, an M sequence, or a Gold sequence and sequences of system message change indication signals corresponding to different cells are different. configuring, by a first transmission node, a system message change indication signal; and transmitting, by the first transmission node, the system message change indication signal to a second transmission node; characterized in that the system message change indication signal is generated by a sequence, the sequence corresponding to the system message change indication signal comprises at least one of a zadoff-chu, ZC, sequence, an M sequence, or a Gold sequence and sequences of system message change indication signals corresponding to different cells are different.
Use of a yeast extract containing 5 wt% or more of a peptide, 5 wt% or more of RNA, and 4 wt% or less of free amino acid for developing the color of an anthocyanin pigment.