mhurhangee/ep-ind-claims huggingface dataset:
A method to generate a tomography image, the method comprising: emitting rays to be incident on a subject via a spatial light modulator for modulating phases of the incident rays; determining a basis pattern from the modulated phases of the incident rays from the spatial light modulator according to a pattern of arranged pixels to perform spatial shift modulation from the basis pattern; performing the spatial shift modulation by shifting the arrangement of the pixels vertically or horizontally by predetermined numbers with respect to the basis pattern to obtain shift patterns of the basis pattern; generating tomography images for the basis pattern and the shift patterns using spectrum signals of rays obtained from the incident rays passing through the spatial light modulator and entering a subject; and selecting a pattern that generates a clearest tomography image of the subject among the basis pattern and the shift patterns based on the generated tomography images. emitting rays to be incident on a subject via a spatial light modulator for modulating phases of the incident rays; determining a basis pattern from the modulated phases of the incident rays from the spatial light modulator according to a pattern of arranged pixels to perform spatial shift modulation from the basis pattern; performing the spatial shift modulation by shifting the arrangement of the pixels vertically or horizontally by predetermined numbers with respect to the basis pattern to obtain shift patterns of the basis pattern; generating tomography images for the basis pattern and the shift patterns using spectrum signals of rays obtained from the incident rays passing through the spatial light modulator and entering a subject; and selecting a pattern that generates a clearest tomography image of the subject among the basis pattern and the shift patterns based on the generated tomography images.
A humidity controlling ventilator that includes a humidity controlling member (51, 52) having an adsorbent and configured to bring the adsorbent into contact with air, and an air blowing fan (25, 26) provided downstream of the humidity controlling member (51, 52) to supply air to the humidity controlling member (51, 52), and is configured to control a humidity of taken air using the humidity controlling member (51, 52), and then supply the humidity-controlled air into a room, wherein the humidity controlling ventilator further comprises a refrigerant circuit which includes at least a compressor, and through which refrigerant is circulated to perform a refrigeration cycle, wherein the humidity controlling member (51, 52) is regenerated by utilizing heat released from the refrigerant of the refrigerant circuit, the humidity controlling ventilator being characterized by comprising: an air flow rate calculator configured to calculate a specific volume of air located downstream of the humidity controlling member (51, 52), and to calculate an air volume flow rate of the air blowing fan (25, 26) based on said specific volume of air located downstream of the humidity controlling member (51, 52) and an air mass flow rate of the air blowing fan (25, 26); and an air blow controller configured to control the air blowing fan (25, 26) such that the air volume flow rate calculated by the air flow rate calculator approaches a predetermined target air volume flow rate, wherein the air flow rate calculator is configured to calculate the specific volume of the air located downstream of the humidity controlling member (51, 52) based on a temperature and a humidity of air located upstream of the humidity controlling member (51, 52) and further based on a capacity of the compressor. an air flow rate calculator configured to calculate a specific volume of air located downstream of the humidity controlling member (51, 52), and to calculate an air volume flow rate of the air blowing fan (25, 26) based on said specific volume of air located downstream of the humidity controlling member (51, 52) and an air mass flow rate of the air blowing fan (25, 26); and an air blow controller configured to control the air blowing fan (25, 26) such that the air volume flow rate calculated by the air flow rate calculator approaches a predetermined target air volume flow rate, wherein the air flow rate calculator is configured to calculate the specific volume of the air located downstream of the humidity controlling member (51, 52) based on a temperature and a humidity of air located upstream of the humidity controlling member (51, 52) and further based on a capacity of the compressor.
A nanoimprinting method, comprising: placing a mold having protrusions and recesses thereon in close contact with a photocuring composition layer formed on a substrate, to transfer the shapes of the protrusions and recesses onto the photocuring composition layer; characterized by: one or both of the mold and the substrate being formed by quartz; and the mold and the photocuring composition layer being placed into close contact with a gas having at least 70% He by volume and a pressure within a range from 30kPa to 70kPa interposed therebetween. placing a mold having protrusions and recesses thereon in close contact with a photocuring composition layer formed on a substrate, to transfer the shapes of the protrusions and recesses onto the photocuring composition layer; characterized by: one or both of the mold and the substrate being formed by quartz; and the mold and the photocuring composition layer being placed into close contact with a gas having at least 70% He by volume and a pressure within a range from 30kPa to 70kPa interposed therebetween. one or both of the mold and the substrate being formed by quartz; and the mold and the photocuring composition layer being placed into close contact with a gas having at least 70% He by volume and a pressure within a range from 30kPa to 70kPa interposed therebetween.
A system for adjusting an amount of data bandwidth provided to a mobile device comprising: a bandwidth adjustment facilitator arranged to receive a request from the mobile device for adjusting the amount of data bandwidth; and a bandwidth throttler in communication with the bandwidth adjustment facilitator; the bandwidth throttler adapted to cap or allocate excess available data bandwidth to the mobile device; characterized in that the data bandwidth is adjustable between two modes comprising a trickle mode where data bandwidth is 9.6 kbps and lower and a boost mode where data bandwidth is at least 2 Mbps; and wherein the mobile device sends the request to the bandwidth adjustment facilitator while connecting to a network with the trickle mode; the bandwidth adjustment facilitator proceeds to process the request by verifying if the MSISDN of the mobile device is in the subscriber database to authenticate the subscriber; and once the request is verified, the bandwidth adjustment facilitator checks an accounting database to confirm if there are enough funds to pay for the boost mode; and if it is determined that there are enough funds in a subscriber's prepaid account, the bandwidth adjustment facilitator changes the data bandwidth provided to the mobile device from the trickle mode to the boost mode via the bandwidth throttler. a bandwidth adjustment facilitator arranged to receive a request from the mobile device for adjusting the amount of data bandwidth; and a bandwidth throttler in communication with the bandwidth adjustment facilitator; the bandwidth throttler adapted to cap or allocate excess available data bandwidth to the mobile device; characterized in that the data bandwidth is adjustable between two modes comprising a trickle mode where data bandwidth is 9.6 kbps and lower and a boost mode where data bandwidth is at least 2 Mbps; and wherein the mobile device sends the request to the bandwidth adjustment facilitator while connecting to a network with the trickle mode; the bandwidth adjustment facilitator proceeds to process the request by verifying if the MSISDN of the mobile device is in the subscriber database to authenticate the subscriber; and once the request is verified, the bandwidth adjustment facilitator checks an accounting database to confirm if there are enough funds to pay for the boost mode; and if it is determined that there are enough funds in a subscriber's prepaid account, the bandwidth adjustment facilitator changes the data bandwidth provided to the mobile device from the trickle mode to the boost mode via the bandwidth throttler.
Extendable vehicle roll-over protection structure, for installation in machines, self-propelled equipment and vehicles such as tractors or similar to protect their drivers in cases of rolling over, said extendable structure comprises a "V" shaped structure closed at the top, whose lateral vertical bars and the horizontal uppermost bar can be folded and unfolded by a retractable telescopic action so as to increase the length and width of the structure when it changes from the folded to the deployed position, a lower end of the lateral vertical tubular elements of the structure are conveniently attached to the chassis of the vehicle in question and it is fitted with a tilt meter or bi-axial sensor which, once the vehicle reaches a certain angle of tilt during the roll over process, activates the pressure devices located inside the structure by means of a control or algorithm to trigger deployment.
Dialysis solution or a substitution solution containing bicarbonate ions as well as calcium ions and/or magnesium ions, wherein the solution contains sodium ions, potassium ions and/or chloride ions as further electrolytes, characterized in that the dialysis solution or the substitution solution contains glycerol orthophosphate and also orthophosphate, wherein the dialysis solution or substitution solution contains esterified or non-esterified phosphate groups in the sum of a concentration of 0.8 to 1.25 mmol/l.
A sensor data transmission method, comprising: receiving, by a sensor, a message requesting for data packet description information from a data receiving end, and reporting the data packet description information to the data receiving end, wherein the data packet description information comprises: signal type information; receiving, by the sensor, a data reporting request from the data receiving end and sending the data packet to the data receiving end, wherein the data packet sent to the data receiving end contains a packet header portion and a load portion, the packet header portion comprises a frame header field, a load length field, and a check field, a load length value in the load length field is determined according to a data length of each type of signal in the reported data packet description information, and the load portion comprises sensor data corresponding to a signal type in the reported data packet description information; characterized in that, the data packet description information further comprises: an acquisition rate for each type of signal, and a sending rate of a data packet; and the sending the data packet to the data receiving end comprises: sending the data packet to the data receiving end according to the sending rate of the data packet in the reported data packet description information based on the data reporting request. receiving, by a sensor, a message requesting for data packet description information from a data receiving end, and reporting the data packet description information to the data receiving end, wherein the data packet description information comprises: signal type information; receiving, by the sensor, a data reporting request from the data receiving end and sending the data packet to the data receiving end, wherein the data packet sent to the data receiving end contains a packet header portion and a load portion, the packet header portion comprises a frame header field, a load length field, and a check field, a load length value in the load length field is determined according to a data length of each type of signal in the reported data packet description information, and the load portion comprises sensor data corresponding to a signal type in the reported data packet description information; characterized in that, the data packet description information further comprises: an acquisition rate for each type of signal, and a sending rate of a data packet; and the sending the data packet to the data receiving end comprises: sending the data packet to the data receiving end according to the sending rate of the data packet in the reported data packet description information based on the data reporting request.
An electronic identity card holder, comprising a slot for receiving an identity card in the holder, the slot having a first side and an opposing second side, the first side of the slot comprising a viewing window positioned to allow viewing of the second side of slot, and the second side of the slot comprising a first button configured to perform a function in response to user-actuation, wherein the first button is positioned so as to be covered by an identity card in the slot, wherein the electronic identity card holder further comprises circuitry, wherein the circuitry is connected to the first button.
Vehicle carrier for a test stand, having two longitudinal members (12, 14), a front cross member and a rear cross member, via which the two longitudinal members (12, 14) are connected to one another, two bearing sections which extend on the sides of the longitudinal members (12, 14) facing away from the rear cross member, two bearing sections which extend on the sides of the longitudinal members (12, 14) facing away from the front cross member, four supporting elements which are fastened to the four bearing sections, wherein rollers are arranged at least on the two support elements which are arranged on the sides of the longitudinal members (12, 14) facing away from the front cross member, adapter devices being fastened on the support elements, to which adapter devices wheel hubs of a vehicle can be fastened.
A method of a base station, BS, supporting a communication service based on a first frequency band corresponding to a licensed band and a second frequency band corresponding to an unlicensed band in a wireless communication system, the method comprising: assigning an initial value of a counter to a random number, the random number being selected within a predetermined range, in case that the BS is to transmit data on a channel using the second frequency band; sensing (2615, 2620) whether the channel using the second frequency band is idle during a first slot duration; decrementing the counter in case the counter is greater than zero and the channel is idle during the first slot duration; and transmitting the data on the channel in case that the counter reaches zero and the sensed slot duration is idle, wherein the decrementing operation and the sensing operation for an additional slot duration is repeated as long as the counter is greater than zero, wherein the BS does not decrement the counter during overlapping with a different transmission corresponding to a second listen-before-talk, LBT, protocol being concurrently executed at the BS over the channel, and wherein the different transmission includes a transmission of a discovery signal and does not include the transmission of the data. assigning an initial value of a counter to a random number, the random number being selected within a predetermined range, in case that the BS is to transmit data on a channel using the second frequency band; sensing (2615, 2620) whether the channel using the second frequency band is idle during a first slot duration; decrementing the counter in case the counter is greater than zero and the channel is idle during the first slot duration; and transmitting the data on the channel in case that the counter reaches zero and the sensed slot duration is idle, wherein the decrementing operation and the sensing operation for an additional slot duration is repeated as long as the counter is greater than zero, wherein the BS does not decrement the counter during overlapping with a different transmission corresponding to a second listen-before-talk, LBT, protocol being concurrently executed at the BS over the channel, and wherein the different transmission includes a transmission of a discovery signal and does not include the transmission of the data.
An encoding method for carrying out wavelet coding processing of an interlaced image, the encoding method comprising: a frequency conversion step of converting the interlaced image to coefficients of the frequency domain for a plurality of frequency bands having predetermined frequency ranges in a vertical direction and a horizontal direction, respectively, wherein the frequency bands are subbands; and a weighting step of weighting the coefficients of the frequency domain for each frequency band; wherein: in the weighting step, a coefficient with a frequency component above a central frequency M V in the vertical direction is weighted with a weighting factor equal to or larger than a corresponding weighting factor used for weighting a coefficient with a frequency component above the central frequency in the horizontal direction determined in accordance with a contrast sensitivity function applied to the frequency component above M v in the vertical direction. a frequency conversion step of converting the interlaced image to coefficients of the frequency domain for a plurality of frequency bands having predetermined frequency ranges in a vertical direction and a horizontal direction, respectively, wherein the frequency bands are subbands; and a weighting step of weighting the coefficients of the frequency domain for each frequency band; wherein: in the weighting step, a coefficient with a frequency component above a central frequency M V in the vertical direction is weighted with a weighting factor equal to or larger than a corresponding weighting factor used for weighting a coefficient with a frequency component above the central frequency in the horizontal direction determined in accordance with a contrast sensitivity function applied to the frequency component above M v in the vertical direction. in the weighting step, a coefficient with a frequency component above a central frequency M V in the vertical direction is weighted with a weighting factor equal to or larger than a corresponding weighting factor used for weighting a coefficient with a frequency component above the central frequency in the horizontal direction determined in accordance with a contrast sensitivity function applied to the frequency component above M v in the vertical direction.
Chewing gum formulation comprising tobacco particles and a gum base, wherein the gum base comprises one or more hydrophobic gum base polymers, and wherein the tobacco particles are made from tobacco leaves, wherein the amount of tobacco particles is between 0.5 and 30% by weight of the chewing gum formulation, wherein nicotine is released from the tobacco particles when chewing the chewing gum formulation, wherein the tobacco particles comprise fibres, and wherein at least 30% by weight of the tobacco fibres are retained in the gum base about 10 minutes from initiation of a chewing process.
Self-powered vacuum cleaner comprising: - a vacuum unit arranged in order to generate a suction flow and comprising the vacuum cleaner's gripping means, - a vacuum head arranged in order to be traversed by the suction flow and clean a floor to be cleaned, - at least one connecting hose arranged between the vacuum unit and the vacuum head to channel the suction flow from the vacuum head to the vacuum unit, - means of electrical energy storage arranged to supply energy to the vacuum unit, characterised in that the self-powered vacuum cleaner comprises: - pivotal means, arranged to form a pivot link between the connecting hose and the vacuum head or the vacuum unit, in such a way as to authorise a rotation of the vacuum unit with respect to the vacuum head around an axial direction of the connection hose, between one nominal operating position and at least one lying operating position wherein the vacuum unit presents a vertical bulk inferior to a vertical bulk in the nominal operating position, - means of locking arranged in order to lock the pivotal means to the vacuum unit at least in the nominal operating position. - a vacuum unit arranged in order to generate a suction flow and comprising the vacuum cleaner's gripping means, - a vacuum head arranged in order to be traversed by the suction flow and clean a floor to be cleaned, - at least one connecting hose arranged between the vacuum unit and the vacuum head to channel the suction flow from the vacuum head to the vacuum unit, - means of electrical energy storage arranged to supply energy to the vacuum unit, - pivotal means, arranged to form a pivot link between the connecting hose and the vacuum head or the vacuum unit, in such a way as to authorise a rotation of the vacuum unit with respect to the vacuum head around an axial direction of the connection hose, between one nominal operating position and at least one lying operating position wherein the vacuum unit presents a vertical bulk inferior to a vertical bulk in the nominal operating position, - means of locking arranged in order to lock the pivotal means to the vacuum unit at least in the nominal operating position.
A genetically modified mouse comprising at an endogenous mouse CD3ε locus, a nucleic acid sequence encoding a chimeric human/mouse CD3ε protein comprising an amino acid sequence set forth in SEQ ID NO:24, at an endogenous mouse CD3δ locus, a nucleic acid sequence encoding a chimeric human/mouse CD3δ protein comprising an amino acid sequence set forth in SEQ ID NO:25, and at an endogenous mouse CD3γ locus, a nucleic acid sequence encoding a chimeric human/mouse CD3γ protein comprising an amino acid sequence set forth in SEQ ID NO:26, wherein the mouse expresses on the surface of its T cells a functional humanized CD3 complex comprising the chimeric human/mouse CD3ε, CD3δ, and CD3γ proteins and wherein the endogenous mouse CD3ε, CD3δ, and CD3γ loci are genetically modified not to express functional extracellular domains of endogenous mouse CD3ε, CD3δ, and CD3γ proteins. at an endogenous mouse CD3ε locus, a nucleic acid sequence encoding a chimeric human/mouse CD3ε protein comprising an amino acid sequence set forth in SEQ ID NO:24, at an endogenous mouse CD3δ locus, a nucleic acid sequence encoding a chimeric human/mouse CD3δ protein comprising an amino acid sequence set forth in SEQ ID NO:25, and at an endogenous mouse CD3γ locus, a nucleic acid sequence encoding a chimeric human/mouse CD3γ protein comprising an amino acid sequence set forth in SEQ ID NO:26, wherein the mouse expresses on the surface of its T cells a functional humanized CD3 complex comprising the chimeric human/mouse CD3ε, CD3δ, and CD3γ proteins and wherein the endogenous mouse CD3ε, CD3δ, and CD3γ loci are genetically modified not to express functional extracellular domains of endogenous mouse CD3ε, CD3δ, and CD3γ proteins.
A multi-layer piezoelectric element, comprising: a stacked body comprising a plurality of piezo-electric material layers and a plurality of internal electrodes, the stacked body being formed by stacking the plurality of internal electrodes and the piezoelectric layers alternately on each other; and an external electrode formed on a side face of the stacked body, wherein the external electrode comprises a base portion and a first protrusion protruding from the base portion toward an outside, the base portion being formed of silver and glass, characterized in that the first protrusion is formed of silver and glass. a stacked body comprising a plurality of piezo-electric material layers and a plurality of internal electrodes, the stacked body being formed by stacking the plurality of internal electrodes and the piezoelectric layers alternately on each other; and an external electrode formed on a side face of the stacked body, wherein the external electrode comprises a base portion and a first protrusion protruding from the base portion toward an outside, the base portion being formed of silver and glass, characterized in that the first protrusion is formed of silver and glass.