mhurhangee/ep-ind-claims huggingface dataset:
A musical instrument comprising: a pickup that acquires an electric sound signal corresponding to a performed sound of the musical instrument; an effector unit that imparts an effect to the electric sound signal acquired by the pickup; and a vibrator mounted to a body of the musical instrument for producing mechanical vibration corresponding to the sound signal imparted with the effect, characterized in that the musical instrument includes an equalizer that adjusts a frequency characteristic of the sound signal to be input to the vibrator to a characteristic having a fundamental frequency region of the musical instrument suppressed so that the mechanical vibration, produced by the vibrator, is caused to be transmitted to the body of the musical instrument with the characteristic having the fundamental frequency region of the musical instrument suppressed, wherein the musical instrument is a guitar and the fundamental frequency region is a frequency region to which fundamental frequencies of the notes to be generated by the guitar belong. a pickup that acquires an electric sound signal corresponding to a performed sound of the musical instrument; an effector unit that imparts an effect to the electric sound signal acquired by the pickup; and a vibrator mounted to a body of the musical instrument for producing mechanical vibration corresponding to the sound signal imparted with the effect, characterized in that the musical instrument includes an equalizer that adjusts a frequency characteristic of the sound signal to be input to the vibrator to a characteristic having a fundamental frequency region of the musical instrument suppressed so that the mechanical vibration, produced by the vibrator, is caused to be transmitted to the body of the musical instrument with the characteristic having the fundamental frequency region of the musical instrument suppressed, wherein the musical instrument is a guitar and the fundamental frequency region is a frequency region to which fundamental frequencies of the notes to be generated by the guitar belong.
Cabin floor adapted for being mounted horizontally in a section of peripheral fuselage of an aircraft, said cabin floor comprising a first flat structural part and a second flat structural part, each part (21, 22) comprising a connecting end and an attachment end, the attachment end being adapted to be attached to said section of fuselage, cabin floor characterised in that the connecting ends of said first part and said second part are hinged together so as to be able to develop between a folded state, wherein the two parts (21, 22) are not aligned and an unfolded state wherein the two parts (21, 22) are aligned.
A capnograph comprising: a gas analyzer; and a computational unit, wherein said gas analyzer comprises a carbon dioxide (CO 2) analyzer and an oxygen analyzer operable to analyze CO 2 and oxygen waveform signals by the means of a carbon dioxide waveform analysis unit and an oxygen waveform analysis unit and to provide output data including a value of inspired and expired CO 2, a CO 2 partial pressure (PCO 2) value and an oxygen partial pressure (PO 2) value and characterised in that said computational unit is operable to convert said PO 2 value received from said oxygen analyzer into an oxygen correction factor, and to apply said oxygen correction factor to an end-tidal CO 2 (EtCO 2) value received from said CO 2 analyzer in order to indicate a discrepancy between said EtCO 2 and an arterial CO 2 (PaCO 2) level on an output unit. a gas analyzer; and a computational unit, wherein said gas analyzer comprises a carbon dioxide (CO 2) analyzer and an oxygen analyzer operable to analyze CO 2 and oxygen waveform signals by the means of a carbon dioxide waveform analysis unit and an oxygen waveform analysis unit and to provide output data including a value of inspired and expired CO 2, a CO 2 partial pressure (PCO 2) value and an oxygen partial pressure (PO 2) value and characterised in that said computational unit is operable to convert said PO 2 value received from said oxygen analyzer into an oxygen correction factor, and to apply said oxygen correction factor to an end-tidal CO 2 (EtCO 2) value received from said CO 2 analyzer in order to indicate a discrepancy between said EtCO 2 and an arterial CO 2 (PaCO 2) level on an output unit.
A computer system, comprising: one or more processors; and memory having collectively stored therein instructions that, upon execution by the computer system, cause the computer system to: receive a first request for network address information for one or more directories of a set of directories, the network address information usable to establish a connection to each of the one or more directories of the set of directories; transmit, to a computer system instance, the network address information for each of the one or more directories of the set of directories; receive a second request from the computer system instance for a set of credentials usable to join the computer system instance to a directory selected from the set of directories, the second request comprising identification of the selected directory; and transmit, to the computer system instance, the set of credentials usable to join the computer system instance to the selected directory. one or more processors; and memory having collectively stored therein instructions that, upon execution by the computer system, cause the computer system to: receive a first request for network address information for one or more directories of a set of directories, the network address information usable to establish a connection to each of the one or more directories of the set of directories; transmit, to a computer system instance, the network address information for each of the one or more directories of the set of directories; receive a second request from the computer system instance for a set of credentials usable to join the computer system instance to a directory selected from the set of directories, the second request comprising identification of the selected directory; and transmit, to the computer system instance, the set of credentials usable to join the computer system instance to the selected directory. receive a first request for network address information for one or more directories of a set of directories, the network address information usable to establish a connection to each of the one or more directories of the set of directories; transmit, to a computer system instance, the network address information for each of the one or more directories of the set of directories; receive a second request from the computer system instance for a set of credentials usable to join the computer system instance to a directory selected from the set of directories, the second request comprising identification of the selected directory; and transmit, to the computer system instance, the set of credentials usable to join the computer system instance to the selected directory.
A vehicle steering system comprising: a steering mechanism that includes a steering member, steering angle detecting means and direction detecting means for detecting a steering direction with reference to a neutral position of the steering member; a steered mechanism that includes a steered wheel and a turning actuator having a turning motor, and that is not mechanically coupled to the steering mechanism; characterized by a control device that controls the turning motor and that, at the time of a failure of the steering angle detecting means, controls the turning motor by determining a turning motor command value for controlling the turning motor on the basis of a detected signal from the direction detecting means. a steering mechanism that includes a steering member, steering angle detecting means and direction detecting means for detecting a steering direction with reference to a neutral position of the steering member; a steered mechanism that includes a steered wheel and a turning actuator having a turning motor, and that is not mechanically coupled to the steering mechanism; characterized by a control device that controls the turning motor and that, at the time of a failure of the steering angle detecting means, controls the turning motor by determining a turning motor command value for controlling the turning motor on the basis of a detected signal from the direction detecting means.
A pull-out guide, in particular for a moveable furniture part, comprising at least two guide rails which are displaceable in relation to each other, whereby at least one rolling element cage comprising a plurality of rolling elements is provided between the guide rails and whereby a stop for the rolling element cage is provided on at least one of the guide rails, whereby at least one damping element is provided between the rolling element cage and the stop, characterized in that the damping element comprises at least two different materials with different hardness levels, wherein at least one layer made of a harder material is applied to a core made of a softer material.
A method for producing a hybrid hemoglobin molecule, useful for forming a stable blood-substitute, from hemoglobin contained in a hemoglobin solution, comprising the steps of: a) deoxygenating said hemoglobin solution; b) mixing said deoxygenated hemoglobin solution with a sulfhydryl compound; c) mixing said solution of sulfhydryl compound and hemoglobin with a cross-linking agent to form a polymerization reaction mixture; d) polymerizing the polymerization reaction mixture, thereby forming a polymerized hemoglobin solution; e) reacting said polymerized hemoglobin solution with linking agents thereby converting carboxyl groups to amine-reactive Sulfo-NHS esters forming a precursor reactive molecule; and f) reacting said precursor reactive molecule with a polysaccharide, wherein the polysaccharide is a natural pectin derivative a) deoxygenating said hemoglobin solution; b) mixing said deoxygenated hemoglobin solution with a sulfhydryl compound; c) mixing said solution of sulfhydryl compound and hemoglobin with a cross-linking agent to form a polymerization reaction mixture; d) polymerizing the polymerization reaction mixture, thereby forming a polymerized hemoglobin solution; e) reacting said polymerized hemoglobin solution with linking agents thereby converting carboxyl groups to amine-reactive Sulfo-NHS esters forming a precursor reactive molecule; and f) reacting said precursor reactive molecule with a polysaccharide, wherein the polysaccharide is a natural pectin derivative
Solid or semi-solid pharmaceutical composition comprising a) at least one active pharmaceutical ingredient, and b) at least one polyalkoxylated alcohol of the formula R-O- -H wherein R is a substituted or unsubstituted alkyl, alkenyl, alkynyl, aryl, aralkyl or heterocyclic group, the group R having 7 to 25 carbon atoms, is a polyoxyalkylene moiety of the composition m n r with random or blockwise arrangement of the constituting oxyalkylene units, wherein m, n and r represent the average number of oxybutylene units, oxyethylene units and oxyalkylene units derived from at least one epoxide selected from styrene oxide and alkylene oxides having from 5 to 10 carbon atoms per molecule of the polyalkoxylated alcohol, respectively, m being a number greater than or equal to 1, n being a number greater than or equal to 1 and r being a number in the range from 0 to 50 under the proviso that (m+n+r) is less than or equal to 200 and the ratio n/(m+r) is in the range of 1 to 20. a) at least one active pharmaceutical ingredient, and b) at least one polyalkoxylated alcohol of the formula R-O- -H wherein R is a substituted or unsubstituted alkyl, alkenyl, alkynyl, aryl, aralkyl or heterocyclic group, the group R having 7 to 25 carbon atoms, is a polyoxyalkylene moiety of the composition m n r with random or blockwise arrangement of the constituting oxyalkylene units, wherein m, n and r represent the average number of oxybutylene units, oxyethylene units and oxyalkylene units derived from at least one epoxide selected from styrene oxide and alkylene oxides having from 5 to 10 carbon atoms per molecule of the polyalkoxylated alcohol, respectively, m being a number greater than or equal to 1, n being a number greater than or equal to 1 and r being a number in the range from 0 to 50 under the proviso that (m+n+r) is less than or equal to 200 and the ratio n/(m+r) is in the range of 1 to 20.
A torque tube assembly comprising: a torque tube comprising a barrel portion disposed between a flange and a back leg, the flange extending radially inward towards an axis of rotation and the back leg extending radially outward from the barrel portion; a channel defined by a channel wall and disposed in the flange and in the inner diameter of the barrel portion, the channel being configured to receive a sacrificial member; and a sacrificial member disposed in the channel. a torque tube comprising a barrel portion disposed between a flange and a back leg, the flange extending radially inward towards an axis of rotation and the back leg extending radially outward from the barrel portion; a channel defined by a channel wall and disposed in the flange and in the inner diameter of the barrel portion, the channel being configured to receive a sacrificial member; and a sacrificial member disposed in the channel.
A method performed by a network node for controlling downlink transmission via a plurality of antennas to a wireless communication device in a wireless communication system, comprising: - receiving uplink reference symbols transmitted by the wireless communication device at a sounding time, to, - estimating a channel response, h, based on the received reference symbols, - determining a plurality of uncertainty regions of the channel response, h, at a corresponding plurality of time delays, Δ t, subsequent to the sounding time, to, for transmissions on downlinks corresponding to the uplink in which the reference symbols are received, the uncertainty regions being based on an estimated velocity ( v 103) of the wireless communication device and based on assumed phase-only changes of the channel response, h, wherein the plurality of antennas are mapped on a plurality of transmit ports and wherein: - the estimation of the uncertainty regions of the channel response, h, and the calculation of precoding weights, W, comprise an assumption of statistically independent phase-only uncertainty per transmit port, - calculating precoding weights, W, for the downlink transmissions using the estimated uncertainty regions of the channel responses, and - transmitting downlink signals to the wireless communication device, said transmitting comprising precoding using the calculated precoding weights, W. - receiving uplink reference symbols transmitted by the wireless communication device at a sounding time, to, - estimating a channel response, h, based on the received reference symbols, - determining a plurality of uncertainty regions of the channel response, h, at a corresponding plurality of time delays, Δ t, subsequent to the sounding time, to, for transmissions on downlinks corresponding to the uplink in which the reference symbols are received, the uncertainty regions being based on an estimated velocity ( v 103) of the wireless communication device and based on assumed phase-only changes of the channel response, h, wherein the plurality of antennas are mapped on a plurality of transmit ports and wherein: - the estimation of the uncertainty regions of the channel response, h, and the calculation of precoding weights, W, comprise an assumption of statistically independent phase-only uncertainty per transmit port, - calculating precoding weights, W, for the downlink transmissions using the estimated uncertainty regions of the channel responses, and - transmitting downlink signals to the wireless communication device, said transmitting comprising precoding using the calculated precoding weights, W. - the estimation of the uncertainty regions of the channel response, h, and the calculation of precoding weights, W, comprise an assumption of statistically independent phase-only uncertainty per transmit port, - calculating precoding weights, W, for the downlink transmissions using the estimated uncertainty regions of the channel responses, and - transmitting downlink signals to the wireless communication device, said transmitting comprising precoding using the calculated precoding weights, W.
A split mechanical seal comprising split seal rings (12, 13) in which a static seal ring provided on the side of a housing, or a rotating seal ring provided to a rotary shaft inserted through a housing, is split along the circumferential direction; and split flanges (3, 6, 24, 25) in which split contact surfaces of the split seal rings (12, 13) are placed together, the split flanges (3, 6, 34, 35) being fitted on external peripheral surfaces of the split seal rings (12, 13); the split mechanical seal being configured so that a seal is formed by seal end surfaces that are the opposing end surfaces of the static seal ring and the rotating seal ring; said split mechanical seal characterized in that split ring fitting holes into which split rings having a rectangular cross-section are fitted are formed along the entire length in the circumferential direction between the split seal rings (12, 13) and the split flanges (3, 6); the split rings rectangular in cross-section are provided in the split ring fitting holes with the phases of the split seal rings (12, 13) and the split flanges (3, 6) shifted from each other in the circumferential direction such that one end of each split ring protrudes from the split contact surface; and protruding portions of the split seal rings (12, 13) fit into corresponding split ring fitting holes when the split seal rings (12, 13) and the split flanges (3, 6) are placed together at the split contact surfaces.
Electronic seal module with a socket for a non-reusable seal with a flexible enveloping element in form of a cord, with cut-through channels (4, 5 and 7) in the module casing for passing the seal cord in its head and tail ends, with an electronic unit and components which provide control functions, track cord closing and opening, identify the module location and movement parameters, receive, process, store and transfer information, and capable of optional generation of electromagnetic signal to be recorded by an external receiver, wherein in the electronic unit with components which enable control functions, track seal closing, identify the location and movement parameters, receiving, processing, storage and transmission information, a device for monitoring cord loop closing and opening comprises a pulse generator and a detector, a threshold device, i.e. an analog-to-digital converter, an actuator and a microprocessor connected in series; where said pulse generator and said detector are coupled with interconnected induction coils (14 and 15) wound on ferrite core rings installed at least in one of the cut-through channels (4 or 5, and 7) of the module casing with a clearance between them.
A method for manufacturing a nanowire comprising: • providing a sacrificial substrate (block 100); • providing a patterned mask layer on the sacrificial substrate (block 102); • providing the nanowire on the sacrificial substrate through an opening in the patterned mask layer (block 104); • providing a support structure on the nanowire (block 108); • removing the sacrificial substrate (block 110); and • providing a superconductor layer on a top side of the nanowire before removing the sacrificial substrate (block 106). • providing a sacrificial substrate (block 100); • providing a patterned mask layer on the sacrificial substrate (block 102); • providing the nanowire on the sacrificial substrate through an opening in the patterned mask layer (block 104); • providing a support structure on the nanowire (block 108); • removing the sacrificial substrate (block 110); and • providing a superconductor layer on a top side of the nanowire before removing the sacrificial substrate (block 106).
A method in a mobile communication device which has a memory for storing hotspot aggregator service information which includes one or more hotspot aggregator service identifiers, the method comprising the acts of: performing a scanning operation to identify a wireless communication network which is identified by a wireless network identifier; monitoring to receive, from the scanning operation, one or more hotspot aggregator service identifiers, each said hotspot aggregator service identifier being defined as a unique information element, IE, to uniquely identify a hotspot aggregator service made available via the identified wireless communication network; comparing one of the received hotspot aggregator service identifiers with the one or more stored hotspot aggregator service identifiers; and when there is a match between the received and the stored hotspot aggregator service identifiers, connecting with the identified wireless communication network and receiving access to the hotspot aggregator service via the wireless communication network. performing a scanning operation to identify a wireless communication network which is identified by a wireless network identifier; monitoring to receive, from the scanning operation, one or more hotspot aggregator service identifiers, each said hotspot aggregator service identifier being defined as a unique information element, IE, to uniquely identify a hotspot aggregator service made available via the identified wireless communication network; comparing one of the received hotspot aggregator service identifiers with the one or more stored hotspot aggregator service identifiers; and when there is a match between the received and the stored hotspot aggregator service identifiers, connecting with the identified wireless communication network and receiving access to the hotspot aggregator service via the wireless communication network.