mhurhangee/patent-ind-claim-en huggingface dataset:
A scroll-type compressor, comprising: a compression-chamber-forming member having a movable scroll and a fixed scroll 40) for forming a compression chamber ; a housing forming a back pressure chamber in which refrigerant for applying back pressure to the compression-chamber-forming member is accumulated; an injection passage part formed in the compression-chamber-forming member and/or other surrounding members , and linked to the compression chamber ; and a relief mechanism provided to the compression-chamber-forming member and configured to establish a communication between the compression chamber and the back pressure chamber when injection pressure, which is the pressure of the refrigerant flowing from the injection passage part into the compression chamber, is higher than the pressure in the back pressure chamber, characterized in that the relief mechanism comprises: a relief passage part provided to the fixed scroll, the relief passage part configured to establish a communication between the compression chamber and the back pressure chamber ; and a check valve associated with the relief passage part. a compression-chamber-forming member having a movable scroll and a fixed scroll 40) for forming a compression chamber ; a housing forming a back pressure chamber in which refrigerant for applying back pressure to the compression-chamber-forming member is accumulated; an injection passage part formed in the compression-chamber-forming member and/or other surrounding members , and linked to the compression chamber ; and a relief mechanism provided to the compression-chamber-forming member and configured to establish a communication between the compression chamber and the back pressure chamber when injection pressure, which is the pressure of the refrigerant flowing from the injection passage part into the compression chamber, is higher than the pressure in the back pressure chamber, characterized in that the relief mechanism comprises: a relief passage part provided to the fixed scroll, the relief passage part configured to establish a communication between the compression chamber and the back pressure chamber ; and a check valve associated with the relief passage part. a relief passage part provided to the fixed scroll, the relief passage part configured to establish a communication between the compression chamber and the back pressure chamber ; and a check valve associated with the relief passage part.
An intraosseous needle set comprising: a cannula having a first end , a second end , and a bore configured to receive a sample from a target area, where the cannula is configured to rotate into the target area, where the bore receives the sample from the target area when the cannula is rotated into the target area; the bore having: a length extending from the second end of the cannula through the first end ; a circular cross-section with a substantially constant diameter along a majority of the length of the bore; and a non-circular cross-section along a minority of the length of the bore and closer to the first end than the second end, characterised in that : the minority of the length of the bore has a generally tapered configuration with a non-constant diameter; where the non-circular cross-section extends along the minority of the length of the bore from the first end of the cannula toward the second end of the cannula. a cannula having a first end , a second end , and a bore configured to receive a sample from a target area, where the cannula is configured to rotate into the target area, where the bore receives the sample from the target area when the cannula is rotated into the target area; the bore having: a length extending from the second end of the cannula through the first end ; a circular cross-section with a substantially constant diameter along a majority of the length of the bore; and a non-circular cross-section along a minority of the length of the bore and closer to the first end than the second end, a length extending from the second end of the cannula through the first end ; a circular cross-section with a substantially constant diameter along a majority of the length of the bore; and a non-circular cross-section along a minority of the length of the bore and closer to the first end than the second end, characterised in that : the minority of the length of the bore has a generally tapered configuration with a non-constant diameter; where the non-circular cross-section extends along the minority of the length of the bore from the first end of the cannula toward the second end of the cannula. the minority of the length of the bore has a generally tapered configuration with a non-constant diameter; where the non-circular cross-section extends along the minority of the length of the bore from the first end of the cannula toward the second end of the cannula.
An artificial lung comprising: a filling portion communicating with an inlet port and an outlet port for blood and configured to be filled with blood; a heat exchange portion including a bundle of a plurality of hollow fibers for heat exchange and disposed in the filling portion ; a gas exchange portion including a bundle of a plurality of hollow fibers for gas exchange and disposed in the filling portion to be adjacent to the heat exchange portion ; and a porous member disposed in a gap between the heat exchange portion and the gas exchange portion and filling the gap wherein the porous member is a mesh material, in which a heat exchange portion side and a gas exchange portion side communicate with each other through holes and blood moves therebetween, characterized in that a mesh opening dimension (A) of a hole formed in the porous member ranges from 200 μm to 1,800 μm, and an opening ratio of the holes ranges from 40% to 60%. a filling portion communicating with an inlet port and an outlet port for blood and configured to be filled with blood; a heat exchange portion including a bundle of a plurality of hollow fibers for heat exchange and disposed in the filling portion ; a gas exchange portion including a bundle of a plurality of hollow fibers for gas exchange and disposed in the filling portion to be adjacent to the heat exchange portion ; and a porous member disposed in a gap between the heat exchange portion and the gas exchange portion and filling the gap wherein the porous member is a mesh material, in which a heat exchange portion side and a gas exchange portion side communicate with each other through holes and blood moves therebetween, characterized in that a mesh opening dimension (A) of a hole formed in the porous member ranges from 200 μm to 1,800 μm, and an opening ratio of the holes ranges from 40% to 60%.
An antimicrobial mixture of volatile compounds within a hermetically sealed container comprising at least two different compounds selected from antimicrobial volatile compounds derived from essential oils, the antimicrobial mixture capable of inhibiting both bacterial and fungal pathogens on fresh produce, characterized in that the at least two different compounds forming a volatile mixture are selected to achieve lethal effects against at least one fungal species and at least one bacterial species, the at least two different compounds comprising one of the following combinations: hexanal/cinnamaldehyde having a vapour phase concentration of 2-25 ppm for hexanal and 20-210 ppm for cinnamaldehyde; hexanal/acetic acid having a vapour phase concentration of 2-25 ppm for hexanal and 2-36 ppm for acetic acid; hexanal/diacetyl having a vapour phase concentration of 2-25 ppm for hexanal and 1.0-22 ppm for diacetyl; 2-nonanone/cinnamaldehyde having a vapour phase concentration of 10-200 ppm for 2-nonanone and 20-210 ppm for cinnamaldehyde; 2-nonanone/acetic acid having a vapour phase concentration of 10-200 ppm for 2-nonanone and 2-36 ppm for acetic acid; allyl isothiocyanate/acetic acid having a vapour phase concentration of 0.2-2.0 ppm for allyl isothiocyanate and 2-36 ppm for acetic acid; allyl isothiocyanate/diacetyl having a vapour phase concentration of 0.2-2.0 ppm for allyl isothiocyanate and 1.0-22 ppm for diacetyl; thymol/acetic acid having a vapour phase concentration of 3-30 ppm for thymol and 2-36 ppm for acetic acid; or thymol/cinnamaldehyde having a vapour phase concentration of 3-30 ppm for thymol and 20-210 ppm for cinnamaldehyde. hexanal/cinnamaldehyde having a vapour phase concentration of 2-25 ppm for hexanal and 20-210 ppm for cinnamaldehyde; hexanal/acetic acid having a vapour phase concentration of 2-25 ppm for hexanal and 2-36 ppm for acetic acid; hexanal/diacetyl having a vapour phase concentration of 2-25 ppm for hexanal and 1.0-22 ppm for diacetyl; 2-nonanone/cinnamaldehyde having a vapour phase concentration of 10-200 ppm for 2-nonanone and 20-210 ppm for cinnamaldehyde; 2-nonanone/acetic acid having a vapour phase concentration of 10-200 ppm for 2-nonanone and 2-36 ppm for acetic acid; allyl isothiocyanate/acetic acid having a vapour phase concentration of 0.2-2.0 ppm for allyl isothiocyanate and 2-36 ppm for acetic acid; allyl isothiocyanate/diacetyl having a vapour phase concentration of 0.2-2.0 ppm for allyl isothiocyanate and 1.0-22 ppm for diacetyl; thymol/acetic acid having a vapour phase concentration of 3-30 ppm for thymol and 2-36 ppm for acetic acid; or thymol/cinnamaldehyde having a vapour phase concentration of 3-30 ppm for thymol and 20-210 ppm for cinnamaldehyde.
A floor and wall cleaner, provided with a cleaning and drive body , the body having a front edge and a rear edge, the body comprising: • a structure made up of a casing and lateral elements joined together; • a suction bell placed in said structure; • a suction mouth at the top of the suction bell ; • a floatation body provided with coupling means, said coupling means being arms for coupling to the cleaning and drive body , whereby the coupling arms are joined to the cleaner body in an articulated and tilting mode, and being a floater vertically aligned with the cleaner center of gravity in wall cleaning position, said body being further provided with drive means placed on both of its sides and being driven by motors and corresponding transmission elements or mechanisms , which are independent on each side, said cleaner being further provided with interior cleaning rollers and exterior cleaning rollers , wherein assemblies of the interior cleaning rollers are placed close to the centre of a gap in the drive body , whose width is roughly equal to the distance between the lateral elements of said drive body ; and assemblies of the exterior cleaning rollers are placed in a zone close to the front and rear edges of the drive body of the cleaner, whose total width is slightly greater than the width of said casing; wherein the floor and wall cleaner further comprises at least a pair of turbines with lateral discharge. • a structure made up of a casing and lateral elements joined together; • a suction bell placed in said structure; • a suction mouth at the top of the suction bell ; • a floatation body provided with coupling means, said coupling means being arms for coupling to the cleaning and drive body , whereby the coupling arms are joined to the cleaner body in an articulated and tilting mode, and being a floater vertically aligned with the cleaner center of gravity in wall cleaning position, said body being further provided with drive means placed on both of its sides and being driven by motors and corresponding transmission elements or mechanisms , which are independent on each side, said cleaner being further provided with interior cleaning rollers and exterior cleaning rollers , wherein assemblies of the interior cleaning rollers are placed close to the centre of a gap in the drive body , whose width is roughly equal to the distance between the lateral elements of said drive body ; and assemblies of the exterior cleaning rollers are placed in a zone close to the front and rear edges of the drive body of the cleaner, whose total width is slightly greater than the width of said casing; wherein the floor and wall cleaner further comprises at least a pair of turbines with lateral discharge.
A transceiver, TX/RX PHY, arranged for bi-directional data communication of a node with a counterpart node connected to a point-to-point network using differential mode signaling over a single twisted-pair cable , the transceiver, TX/RX PHY, comprising: a common mode choke arranged between the TX/RX PHY and the single twisted-pair cable and provided for common mode current suppression; a switching arrangement arranged between the TX/RX PHY , the common mode choke and the single twisted-pair cable and configured to switchably change a polarity of one of the windings of the common mode choke ; and a detection section coupled via the switching arrangement to the common mode choke and configured to detect a common mode signal on the single twisted-pair cable in response to a transmission of a test signal by the counterpart node, wherein the switching arrangement is configured to change the polarity of one of the windings of the common mode choke upon detection of the common mode signal on the single twisted-pair cable to suppress the common mode signal. a common mode choke arranged between the TX/RX PHY and the single twisted-pair cable and provided for common mode current suppression; a switching arrangement arranged between the TX/RX PHY , the common mode choke and the single twisted-pair cable and configured to switchably change a polarity of one of the windings of the common mode choke ; and a detection section coupled via the switching arrangement to the common mode choke and configured to detect a common mode signal on the single twisted-pair cable in response to a transmission of a test signal by the counterpart node, wherein the switching arrangement is configured to change the polarity of one of the windings of the common mode choke upon detection of the common mode signal on the single twisted-pair cable to suppress the common mode signal.
A chimeric recombinant protein comprising epitopes from loop 5 region or alpha helix 5 region, or both, of two or more outer surface protein C (OspC) types, wherein said chimeric protein has an amino acid sequence having at least 95 %, 96 %, 97 %, 98 %, 99 % or more identity, or complete (100 %) identity to the amino acid sequence of SEQ ID NO:263.
A method of a terminal device for performing 2-step random access to a network, comprising: transmitting , to a network device a random access preamble on a first time-frequency resource, and a data block on a second time-frequency resource; wherein the data block comprises data information and a reference signal associated with the data information, the data information is scrambled with a scrambling code and the reference signal is coded with an orthogonal cover code, OCC; and receiving , from the network device, a response message, wherein a relationship between the random access preamble and the scrambling code is predefined; and wherein for preambles whose corresponding data transmission is multiplexed over one block of the second time-frequency resource, there is one to one mapping between the preambles and the scrambling codes. transmitting , to a network device a random access preamble on a first time-frequency resource, and a data block on a second time-frequency resource; wherein the data block comprises data information and a reference signal associated with the data information, the data information is scrambled with a scrambling code and the reference signal is coded with an orthogonal cover code, OCC; and receiving , from the network device, a response message, wherein a relationship between the random access preamble and the scrambling code is predefined; and wherein for preambles whose corresponding data transmission is multiplexed over one block of the second time-frequency resource, there is one to one mapping between the preambles and the scrambling codes.
A high-strength thick-walled electric-resistance-welded steel pipe for a deep-well conductor casing, the steel pipe having a thickness of 15 mm or more, a yield strength YS of 555 MPa or more and a tensile strength TS of 625 MPa or more and having a composition containing, on a mass percent basis: C: 0.01% to 0.12%, Si: 0.05% to 0.50%, Mn: 1.0% to 2.2%, P: 0.03% or less, S: 0.005% or less, Al: 0.001% to 0.10%, N: 0.006% or less, Nb: 0.010% to 0.100%, and Ti: 0.001% to 0.050%, optionally one or two or more selected from V: 0.1% or less, Mo: 0.5% or less, Cr: 0.5% or less, Cu: 0.5% or less, Ni: 1.0% or less, B: 0.0030% or less, Ca: 0.0050% or less and REM: 0.0050% or less, the remainder being Fe and incidental impurities, the steel pipe having a structure composed of 90% or more by volume of a bainitic ferrite phase as a main phase and 10% or less (including 0%) by volume of a second phase, the bainitic ferrite phase having an average grain size of 10 μm or less, the structure containing fine Nb precipitates having a particle size of less than 20 nm dispersed in a base material portion, a ratio (%) of the fine Nb precipitates to the total amount of Nb being 75% or less on a Nb equivalent basis, and a circularity of an end portion of the steel pipe defined by the following formula being 0.6% or less. Circularity % = maximum outer diameter mm φ of steel pipe − minimum outer diameter mm φ of steel pipe / nominal outer diameter mm φ × 100 C: 0.01% to 0.12%, Si: 0.05% to 0.50%, Mn: 1.0% to 2.2%, P: 0.03% or less, S: 0.005% or less, Al: 0.001% to 0.10%, N: 0.006% or less, Nb: 0.010% to 0.100%, and Ti: 0.001% to 0.050%, optionally one or two or more selected from V: 0.1% or less, Mo: 0.5% or less, Cr: 0.5% or less, Cu: 0.5% or less, Ni: 1.0% or less, B: 0.0030% or less, Ca: 0.0050% or less and REM: 0.0050% or less, the remainder being Fe and incidental impurities, the steel pipe having a structure composed of 90% or more by volume of a bainitic ferrite phase as a main phase and 10% or less (including 0%) by volume of a second phase, the bainitic ferrite phase having an average grain size of 10 μm or less, the structure containing fine Nb precipitates having a particle size of less than 20 nm dispersed in a base material portion, a ratio (%) of the fine Nb precipitates to the total amount of Nb being 75% or less on a Nb equivalent basis, and a circularity of an end portion of the steel pipe defined by the following formula being 0.6% or less. Circularity % = maximum outer diameter mm φ of steel pipe − minimum outer diameter mm φ of steel pipe / nominal outer diameter mm φ × 100
A composition comprising a culture obtained by culturing a microorganism belonging to Aureobasidium pullulans M-1 (FERM BP-08615) or Aureobasidium pullulans M-2 (FERM BP-10014) as an active ingredient, further comprising the following compound or compound as an active ingredient:
A computer-implemented method for adding texture to a digital image, wherein the computer has a digital image, comprising the method the following steps: - transforming the digital image into an image R that emulates the retinal output; - adding noise n r to the image R in order to obtain a noisy image R r ; - applying to the noisy image R r the inverse of the transformation applied to the digital image in order to obtain a final image O; wherein the transformation of the digital image into an image R that emulates the retinal output involves obtaining an emulation of the response of photoreceptors (I P ) to the light stimulus of the digital image; characterised in that the value of the emulation of the response of photoreceptors for each pixel x of the digital image is obtained via the function P: I p x = P I x = I x n I x n + I s n wherein I denotes one colour channel of the digital image, n controls the slope of the function and is a value in the following range: 0,5 ≤ n ≤ 1 and Is is the semi-saturation constant and is a value in the following range: 0,1 ≤ Is ≤ 0,5. - transforming the digital image into an image R that emulates the retinal output; - adding noise n r to the image R in order to obtain a noisy image R r ; - applying to the noisy image R r the inverse of the transformation applied to the digital image in order to obtain a final image O;
A wireless power relay apparatus (120; 220; 320; 400; 500; 620) comprising: a first antenna (410; 510; 630) configured to wirelessly receive an alternating current, AC, power signal of a first frequency from a wireless power transmission apparatus (110; 210; 310; 610); a rectifier (420; 520) configured to convert the received AC power signal into a direct current, DC, power; a storage device (430; 530) configured to store electric energy of the DC power output from the rectifier; characterised by a power oscillator (440; 550) configured to generate an AC power signal of a second frequency in response to receiving an output current of the rectifier and a DC voltage stored in the storage device reaching a reference value, wherein the power oscillator (440; 550) includes two transistors and a capacitor of a second antenna that is connected to one end of each of the two transistors, and wherein the power oscillator (440; 550) is further configured to remain in an off state until the DC voltage reaches the reference value, and to start to oscillate, in response to the reception of the AC power signal of the first frequency and the DC voltage stored in the storage device (430; 530) reaching the reference value; and the second antenna (450; 540; 638) configured to transmit the AC power signal of the second frequency to a wireless power reception apparatus , wherein the storage device is a capacitor, and an end of the capacitor is connected to a ground terminal, and another end of the capacitor is connected to the rectifier and the second antenna. a first antenna (410; 510; 630) configured to wirelessly receive an alternating current, AC, power signal of a first frequency from a wireless power transmission apparatus (110; 210; 310; 610); a rectifier (420; 520) configured to convert the received AC power signal into a direct current, DC, power; a storage device (430; 530) configured to store electric energy of the DC power output from the rectifier; characterised by a power oscillator (440; 550) configured to generate an AC power signal of a second frequency in response to receiving an output current of the rectifier and a DC voltage stored in the storage device reaching a reference value, wherein the power oscillator (440; 550) includes two transistors and a capacitor of a second antenna that is connected to one end of each of the two transistors, and wherein the power oscillator (440; 550) is further configured to remain in an off state until the DC voltage reaches the reference value, and to start to oscillate, in response to the reception of the AC power signal of the first frequency and the DC voltage stored in the storage device (430; 530) reaching the reference value; and the second antenna (450; 540; 638) configured to transmit the AC power signal of the second frequency to a wireless power reception apparatus , wherein the storage device is a capacitor, and an end of the capacitor is connected to a ground terminal, and another end of the capacitor is connected to the rectifier and the second antenna.