mhurhangee/ep-ind-claims huggingface dataset:
An insufflation and smoke evacuation system for use during laparoscopic surgical procedures, comprising: a) an insufflation source; b) a pump for circulating pressurized gas within the system, the pump having a supply side and a suction side; c) a tri-lumen cannula having a proximal housing defining an inner bowl area, the proximal housing communicating with the insufflation source and with the pump; and d) a single lumen cannula communicating with the suction side of the pump by way of a vacuum line, characterized in that a communication line extends between the inner bowl area of the tri-lumen cannula and the vacuum line. a) an insufflation source; b) a pump for circulating pressurized gas within the system, the pump having a supply side and a suction side; c) a tri-lumen cannula having a proximal housing defining an inner bowl area, the proximal housing communicating with the insufflation source and with the pump; and d) a single lumen cannula communicating with the suction side of the pump by way of a vacuum line, characterized in that a communication line extends between the inner bowl area of the tri-lumen cannula and the vacuum line.
Method for detecting a wake situation in a wind farm comprising a plurality of wind turbines theoretically distributed according to a theoretical layout, wherein one or more of the wind turbines have one or more load sensors; the method comprising: obtaining, for one or more of the wind turbines with load sensors, load measurements from the load sensors during a predefined time interval; obtaining a qualified layout by qualifying in the layout of the wind farm each wind turbine for which load measurements have been obtained as overloaded or non-overloaded according to its load measurements; and detecting the wake situation from the qualified layout. obtaining, for one or more of the wind turbines with load sensors, load measurements from the load sensors during a predefined time interval; obtaining a qualified layout by qualifying in the layout of the wind farm each wind turbine for which load measurements have been obtained as overloaded or non-overloaded according to its load measurements; and detecting the wake situation from the qualified layout.
A woven fabric for composite reinforcement comprising: unidirectional fiber tows arranged parallel to each other in a sheet-like formation; and wherein each unidirectional fiber tow is comprised of a plurality of continuous fiber filaments, characterised in that it comprises strips of nonwoven fibers interlaced with the unidirectional fiber tows in a weaving pattern, wherein each strip of nonwoven fibers is self-supporting, is a single-layer material, which is not attached to another layer of fibers, and is comprised of randomly arranged and/or randomly oriented fibers. unidirectional fiber tows arranged parallel to each other in a sheet-like formation; and wherein each unidirectional fiber tow is comprised of a plurality of continuous fiber filaments, characterised in that it comprises strips of nonwoven fibers interlaced with the unidirectional fiber tows in a weaving pattern, wherein each strip of nonwoven fibers is self-supporting, is a single-layer material, which is not attached to another layer of fibers, and is comprised of randomly arranged and/or randomly oriented fibers.
Viscose multifilament yarn produced without the use of formaldehyde, whereby the viscose multifilament yarn has a crystallinity in the range from 15% to 40%, and, after conditioning in the standard climate according to DIN EN ISO 139-1:2005 at a temperature of 20 ± 2°C and a relative humidity of 65 ± 2% in a conditioning time of ≥ 16 h to an equilibrium moisture of 13 ± 1 %, a yarn linear density in the range from ≥ 150 dtex to < 1100 dtex and a tensile strength in the range from ≥ 45 cN/tex to ≤ 55 cN/tex.
A system for fixing a railway track by means of a concrete track sleeper and a railway track fixing comprising an angle guide plate, wherein the track sleeper has a groove running transversely over the sleeper in the concrete and wherein the angle guide plate has a base plate, a lower rib engaging with the groove on the track sleeper and an upper abutment angle, wherein the abutment angle extends over the entire width of the angle guide plate, and wherein the lower rib of the angle guide plate is configured on the underside of the base plate of the angle guide plate only in the two outer peripheral regions of the sleeper cross section, while in a middle region the underside of the base plate runs at a constant height, characterized in that the groove is only configured in the two outer peripheral regions of the sleeper cross section, while in a middle region between the grooves the full design height of the track sleeper is available for the installation of bracing wires.
An integrated refinery process for the production of high quality gasoline blending components having low volatility comprising: (a) providing a first ethylene-containing refinery stream; (b) separating a C 2+ fraction from said first stream to produce a second refinery stream richer in ethylene than said first stream; (c) providing an isopentane-containing refinery stream; (d) contacting said isopentane-containing refinery stream with said second refinery stream in the presence of an ionic liquid catalyst in an alkylation zone under alkylation conditions, wherein the ionic liquid catalyst comprises a hydrocarbyl substituted pyridinium chloride or hydrocarbyl substituted imidazolium chloride, and wherein the ionic liquid catalyst further comprises an HCI co-catalyst; and (e) recovering high quality gasoline blending components of low volatility from said alkylation zone. (a) providing a first ethylene-containing refinery stream; (b) separating a C 2+ fraction from said first stream to produce a second refinery stream richer in ethylene than said first stream; (c) providing an isopentane-containing refinery stream; (d) contacting said isopentane-containing refinery stream with said second refinery stream in the presence of an ionic liquid catalyst in an alkylation zone under alkylation conditions, wherein the ionic liquid catalyst comprises a hydrocarbyl substituted pyridinium chloride or hydrocarbyl substituted imidazolium chloride, and wherein the ionic liquid catalyst further comprises an HCI co-catalyst; and (e) recovering high quality gasoline blending components of low volatility from said alkylation zone.
A non-invasive method of measuring the sugar content of a wine contained in a hermetically sealed transparent glass bottle, the method consisting of the following steps: (a) shining light from at least two light sources through the bottle wall, each having a unique incident angle and unique path length, (b) measuring the intensity of the Fresnel reflection at the glass/wine interface from each light source, (c) using the measured intensities of the Fresnel reflections, in conjunction with the known alcohol content of the wine in order to calculate the sugar content of the wine contained within the bottle. (a) shining light from at least two light sources through the bottle wall, each having a unique incident angle and unique path length, (b) measuring the intensity of the Fresnel reflection at the glass/wine interface from each light source, (c) using the measured intensities of the Fresnel reflections, in conjunction with the known alcohol content of the wine in order to calculate the sugar content of the wine contained within the bottle.
A polypeptide comprising a human antibody constant light chain kappa domain (CLκ) comprising residues K and H at positions corresponding to positions 80 and 81 of SEQ ID NO:6 when said human antibody constant light chain kappa domain is aligned with the sequence of SEQ ID NO:6, and characterized in that the human antibody constant light chain kappa domain further comprises a residue selected from the group consisting of A, G, I, V, L, R, S, T, Q, P, N, M, H, W at a position corresponding to position 77 of SEQ ID NO:6.
Method of preparation of a Δ 9 -tetrahydrocannabinol amino acid ester compound of the formula Where R 1 is with a method as shown in the following scheme I which comprises the steps of: 1) preparing the allyl formate derivative of the amino acid, 2) reacting the allyl formate derivative of the amino acid with THC and 3) deprotecting the THC allyl formate derivative of the amino acid. 1) preparing the allyl formate derivative of the amino acid, 2) reacting the allyl formate derivative of the amino acid with THC and 3) deprotecting the THC allyl formate derivative of the amino acid.
A system for generating an output signal comprising a high frequency component from an input audio signal comprising a low frequency component using a transposition order T, comprising: an analysis window unit configured to apply an analysis window of a length of L A samples, thereby extracting a frame of the input signal; an analysis transformation unit of order M and having a frequency resolution Δ f configured to transform the L A samples into M complex coefficients; a nonlinear processing unit (643,644, 650), configured to alter the phase of the complex coefficients by using the transposition order T; a synthesis transformation unit of order M and having a frequency resolution Q Δ f, configured to transform the altered coefficients into M time domain samples; wherein Q is a frequency resolution factor smaller than or equal to the transposition order T; and a synthesis window unit configured to apply a synthesis window of a length of L s samples to the M time domain samples, thereby generating a frame of the output signal; wherein the transformation order M is M = F · L S, and wherein F ≥ Q + 1 2. an analysis window unit configured to apply an analysis window of a length of L A samples, thereby extracting a frame of the input signal; an analysis transformation unit of order M and having a frequency resolution Δ f configured to transform the L A samples into M complex coefficients; a nonlinear processing unit (643,644, 650), configured to alter the phase of the complex coefficients by using the transposition order T; a synthesis transformation unit of order M and having a frequency resolution Q Δ f, configured to transform the altered coefficients into M time domain samples; wherein Q is a frequency resolution factor smaller than or equal to the transposition order T; and a synthesis window unit configured to apply a synthesis window of a length of L s samples to the M time domain samples, thereby generating a frame of the output signal;
A modular pod for housing equipment requiring a controlled environment, the modular pod comprising: a plurality of walls (102,104,106,108), a roof, and a base defining a substantially enclosed interior space; a return air plenum positioned within the interior space; an air inlet positioned proximate one of the walls; an air outlet an air economizer positioned within the interior space, the air economizer comprising: a mixing zone in communication with the air inlet; and a plurality of return air shafts configured to deliver warm air from the return air plenum to the mixing zone, each return air shaft tapering down from an end of the return air shaft proximate the roof to an end of the return air shaft proximate the base, each return air shaft including at least one wall that includes at least a partially perforated portion; and a fan array comprising at least one fan. a plurality of walls (102,104,106,108), a roof, and a base defining a substantially enclosed interior space; a return air plenum positioned within the interior space; an air inlet positioned proximate one of the walls; an air outlet an air economizer positioned within the interior space, the air economizer comprising: a mixing zone in communication with the air inlet; and a plurality of return air shafts configured to deliver warm air from the return air plenum to the mixing zone, each return air shaft tapering down from an end of the return air shaft proximate the roof to an end of the return air shaft proximate the base, each return air shaft including at least one wall that includes at least a partially perforated portion; and a fan array comprising at least one fan. a mixing zone in communication with the air inlet; and a plurality of return air shafts configured to deliver warm air from the return air plenum to the mixing zone, each return air shaft tapering down from an end of the return air shaft proximate the roof to an end of the return air shaft proximate the base, each return air shaft including at least one wall that includes at least a partially perforated portion; and a fan array comprising at least one fan.
A tire comprising: circumferential grooves (40, 42) each formed along a circumferential direction of a tire; lateral grooves (44, 46, 48) provided at predetermined intervals along the circumferential direction of the tire, each of the lateral grooves (44, 46, 48) having one end being opened to a side of the tire and the other end being communicated with the circumferential groove (40, 42); and narrow grooves (60, 62, 64) provided in blocks (50A, 52A, 54A) defined by the circumferential grooves (40, 42) and the lateral grooves (44, 46, 48), each of the narrow grooves (60, 62, 64) having one end being opened to the side of the tire and the other end being communicated with the circumferential groove (40, 42), wherein, the tire includes a projecting surface (73A, 74A) that projects, at a position more to one side only in the circumferential direction of the tire than the narrow groove (60, 62) that is opened to the tire side, further to an outer side in a tire width direction than a tire side shape to which the narrow groove (60, 62) is opened, and wherein, the projecting surface (73A, 74A) extends in a tire radial direction from a ground contact end so as to include a groove bottom of the narrow groove (60, 62). circumferential grooves (40, 42) each formed along a circumferential direction of a tire; lateral grooves (44, 46, 48) provided at predetermined intervals along the circumferential direction of the tire, each of the lateral grooves (44, 46, 48) having one end being opened to a side of the tire and the other end being communicated with the circumferential groove (40, 42); and narrow grooves (60, 62, 64) provided in blocks (50A, 52A, 54A) defined by the circumferential grooves (40, 42) and the lateral grooves (44, 46, 48), each of the narrow grooves (60, 62, 64) having one end being opened to the side of the tire and the other end being communicated with the circumferential groove (40, 42), wherein, the tire includes a projecting surface (73A, 74A) that projects, at a position more to one side only in the circumferential direction of the tire than the narrow groove (60, 62) that is opened to the tire side, further to an outer side in a tire width direction than a tire side shape to which the narrow groove (60, 62) is opened, and wherein, the projecting surface (73A, 74A) extends in a tire radial direction from a ground contact end so as to include a groove bottom of the narrow groove (60, 62).
A method for preventing unintentional spread of a microorganism, the method comprising culturing a recombinant microorganism genetically engineered to comprise two or more exogenous Type II toxin genes, each gene encoding a different Type II toxin and each operably linked to a regulatable promoter to which each Type II toxin gene is not naturally linked, wherein the two or more Type II toxin genes each encode an endoribonuclease, and wherein the sequence of the two or more Type II toxin genes have each been modified to eliminate at least one target site of the encoded endoribonuclease in the Type II toxin transcript RNA, and wherein the regulatable promoter is regulated by one or more of light, temperature, pH or by the presence or absence of one or more nutrients or compounds in the culture medium or environment of the microorganism.
A fastening device (20, 100), comprising: a shank portion (22, 102) having a first end (28, 108) and a second end (30, 110) disposed remote from the first end (28, 108); a head portion (26, 106) disposed adjacent the second end (30, 110) of the shank portion (22, 102) and including a plurality of surfaces configured to engage a standard hex-shaped socket, the head portion (26, 106) having a lower perimeter adjacent the second end (30, 110) of the shank portion (22, 102), an upper perimeter disposed remote from the lower perimeter and being permanently fixed to the lower perimeter by a body portion (42, 122) extending between the lower perimeter and the upper perimeter; the lower perimeter having a generally hex shape with six lower corners (44, 124) and six lower edge portions (46, 126) configured to receive the standard hex-shaped socket to facilitate tightening and loosening the fastening device (20, 100); and wherein the upper perimeter has a different shape than the lower perimeter. a shank portion (22, 102) having a first end (28, 108) and a second end (30, 110) disposed remote from the first end (28, 108); a head portion (26, 106) disposed adjacent the second end (30, 110) of the shank portion (22, 102) and including a plurality of surfaces configured to engage a standard hex-shaped socket, the head portion (26, 106) having a lower perimeter adjacent the second end (30, 110) of the shank portion (22, 102), an upper perimeter disposed remote from the lower perimeter and being permanently fixed to the lower perimeter by a body portion (42, 122) extending between the lower perimeter and the upper perimeter; the lower perimeter having a generally hex shape with six lower corners (44, 124) and six lower edge portions (46, 126) configured to receive the standard hex-shaped socket to facilitate tightening and loosening the fastening device (20, 100); and wherein the upper perimeter has a different shape than the lower perimeter.
A compound of Formula: or a pharmaceutically acceptable salt thereof, wherein: R 1 is substituted or unsubstituted C 1-6 alkyl; R 2 is carbocyclyl or heterocyclyl; R 5 is absent or hydrogen; and ----- represents a single or double bond, wherein when one ----- is a double bond, the other ----- is a single bond and R 5 is absent; wherein each instance of an alkyl group is independently unsubstituted or substituted with one or more substituents. R 1 is substituted or unsubstituted C 1-6 alkyl; R 2 is carbocyclyl or heterocyclyl; R 5 is absent or hydrogen; and ----- represents a single or double bond, wherein when one ----- is a double bond, the other ----- is a single bond and R 5 is absent;
Monitoring device comprising a vehicle with a current collector, wherein the current collector is fastened to the vehicle and has contact means for electrical contact with a contact line, wherein the mechanical connection between the contact means and the vehicle is established by means of connecting elements (2, 6, 7), wherein at least one fracture sensor, which is connected to a detector unit, runs along the connecting elements (2, 6, 7) in such a way that, when one of the connecting elements (2, 6, 7) is damaged, the state of the facture sensor is changed in such a way that the damage can be established by means of the detector unit and can be transmitted to a driver information system, which is connected to the detector unit, characterised in that a high tensile cable is provided as the fracture sensor.
A photonic-assisted digital radar system comprising: - an active electronically-scanned antenna; - a transmitting section connected to the antenna and configured to generate and transmit RF signals via the antenna; and - a receiving section connected to the antenna and configured to receive and process electric analog signals associated to received RF signals; the transmitting section comprising: - a waveform generator configured to generate an electric modulating signal in the form of a pulsed waveform; and - a modulator configured to receive an electric transmission carrier (STALO) and the electric modulating signal and to modulate the transmission carrier (STALO) by means of the modulating signal, thereby generating a radiofrequency signal to be transmitted via the antenna; characterized in that the receiving section comprises: - photonic-assisted analog-to-digital converting means configured to convert electric analog signals into corresponding electric digital signals; and - digital signal processing means configured to receive and process the electric digital signals; wherein the photonic-assisted analog-to-digital converting means comprises: - a mode-locked laser device configured to generate an optical clock signal; and - electronic analog-to-digital converting means; the electronic analog-to-digital converting means, the waveform generator, the modulator and the digital signal processing means being configured to operate based on respective electric clock signals,,, generated based on the optical clock signal. - an active electronically-scanned antenna; - a transmitting section connected to the antenna and configured to generate and transmit RF signals via the antenna; and - a receiving section connected to the antenna and configured to receive and process electric analog signals associated to received RF signals; - a waveform generator configured to generate an electric modulating signal in the form of a pulsed waveform; and - a modulator configured to receive an electric transmission carrier (STALO) and the electric modulating signal and to modulate the transmission carrier (STALO) by means of the modulating signal, thereby generating a radiofrequency signal to be transmitted via the antenna; - photonic-assisted analog-to-digital converting means configured to convert electric analog signals into corresponding electric digital signals; and - digital signal processing means configured to receive and process the electric digital signals; - a mode-locked laser device configured to generate an optical clock signal; and - electronic analog-to-digital converting means; the electronic analog-to-digital converting means, the waveform generator, the modulator and the digital signal processing means being configured to operate based on respective electric clock signals,,, generated based on the optical clock signal.
A method for integration of an outdoor map and an indoor map associated with a venue using a mobile device comprising: presenting the outdoor map associated with an outdoor map application, wherein the outdoor map includes an area associated with the venue, and wherein data associated with the venue is not available to the outdoor map application; overlaying the indoor map on the area of the outdoor map associated with the venue, wherein the indoor map is associated with an indoor map application, and wherein the indoor map application and the outdoor map application are different applications; receiving a first indication of a first event associated with the venue; and in response to receiving the first indication of the first event, allowing the indoor map application to control an aspect associated with the presentation of the outdoor map with the overlaid indoor map. presenting the outdoor map associated with an outdoor map application, wherein the outdoor map includes an area associated with the venue, and wherein data associated with the venue is not available to the outdoor map application; overlaying the indoor map on the area of the outdoor map associated with the venue, wherein the indoor map is associated with an indoor map application, and wherein the indoor map application and the outdoor map application are different applications; receiving a first indication of a first event associated with the venue; and in response to receiving the first indication of the first event, allowing the indoor map application to control an aspect associated with the presentation of the outdoor map with the overlaid indoor map.