mhurhangee/ep-ind-claims huggingface dataset:
A catheter system comprising: a first wire delivery catheter having a distal end configured to be positioned at a first location and a first wire disposed within the first wire delivery catheter; a translatable catheter separate from the first wire delivery catheter and having an open distal end configured to be positioned at a second location laterally spaced from the first location and to be movable between a first position at which the open distal end of the translatable catheter is at or proximate the first location and a second position at which the open distal end of the translatable catheter is at the second location; and a tether configured to move the open distal end of the translatable catheter from the first position to the second position in a substantially linear fashion, while the distal end of the first wire delivery catheter is maintained at the first location, wherein the tether is coupled at a fixed end to the first wire delivery catheter and passes through a lumen of the translatable catheter and at a free end is accessible to a user to permit manipulation of the tether to cause the open distal end of the translatable catheter to move between the first and second positions, wherein the first wire delivery catheter and the translatable catheter are slidingly contained within respective lumens formed in a delivery sheath. a first wire delivery catheter having a distal end configured to be positioned at a first location and a first wire disposed within the first wire delivery catheter; a translatable catheter separate from the first wire delivery catheter and having an open distal end configured to be positioned at a second location laterally spaced from the first location and to be movable between a first position at which the open distal end of the translatable catheter is at or proximate the first location and a second position at which the open distal end of the translatable catheter is at the second location; and a tether configured to move the open distal end of the translatable catheter from the first position to the second position in a substantially linear fashion, while the distal end of the first wire delivery catheter is maintained at the first location, wherein the tether is coupled at a fixed end to the first wire delivery catheter and passes through a lumen of the translatable catheter and at a free end is accessible to a user to permit manipulation of the tether to cause the open distal end of the translatable catheter to move between the first and second positions, wherein the first wire delivery catheter and the translatable catheter are slidingly contained within respective lumens formed in a delivery sheath.
A transformed microorganism which is able to produce carotenoids, in which at least one heterologous polypeptide having acetyl transferase activity is expressed, wherein said acetyl transferase activity is converting a carotenoid molecule having (a) at least one β-ionone and/or at least one ε-ionone ring, and (b) at least one ring-associated hydroxyl group, into the corresponding, partially or fully acetylated carotenoid molecule, wherein said polypeptide is selected from the group consisting of: a. a polypeptide of SEQ ID NO:6; b. a polypeptide derived from SEQ ID NO:6 by substitution, insertion or deletion of amino acids and having a sequence identity of at least 50% at the amino acid level with the sequence of SEQ ID NO:6. a. a polypeptide of SEQ ID NO:6; b. a polypeptide derived from SEQ ID NO:6 by substitution, insertion or deletion of amino acids and having a sequence identity of at least 50% at the amino acid level with the sequence of SEQ ID NO:6.
An apparatus for detecting a location of a source code that causes an error in a mixed-mode program, comprising: a compiler configured to generate a first program by compiling the source code in a first mode of a multi-mode reconfigurable processor, and a second program by compiling the source code in a second mode of the multi-mode reconfigurable processor; a simulator configured to simulate the first program and to simulate the second program; a low-level data extractor configured to extract first low-level data from the simulation of the first program, and to extract second low-level data from the simulation of the second program; a comparison data generator configured to map the first low-level data onto a first mapping table generated from the first program to generate a verification mapping table, and to map the second low-level data onto a second mapping table generated from the second program to generate a reference mapping table; and an error location detector configured to compare the verification mapping table with the reference mapping table to detect an inconsistent record of data between the verification mapping table and the reference mapping table, and obtain program location information relating to the inconsistent record of data; wherein the first mapping table indicates a relationship between the source code and the first program, and the second mapping table indicates a relationship between the source code and the second program. a compiler configured to generate a first program by compiling the source code in a first mode of a multi-mode reconfigurable processor, and a second program by compiling the source code in a second mode of the multi-mode reconfigurable processor; a simulator configured to simulate the first program and to simulate the second program; a low-level data extractor configured to extract first low-level data from the simulation of the first program, and to extract second low-level data from the simulation of the second program; a comparison data generator configured to map the first low-level data onto a first mapping table generated from the first program to generate a verification mapping table, and to map the second low-level data onto a second mapping table generated from the second program to generate a reference mapping table; and an error location detector configured to compare the verification mapping table with the reference mapping table to detect an inconsistent record of data between the verification mapping table and the reference mapping table, and obtain program location information relating to the inconsistent record of data; wherein the first mapping table indicates a relationship between the source code and the first program, and the second mapping table indicates a relationship between the source code and the second program.
A modular unit for constructing a modular structure, comprising: a structural frame including: at least one upper beam; at least one lower beam; and at least one column extending between said upper and lower beams (101, 103) and connected therebetween; wherein at least one of said upper or lower beams (101, 103) is arranged to define at least one chamber for receiving a building material therein along at least a portion of its length, said column being connected to said portion of said beam; and wherein part of said beam is removed along said portion of said beam to define at least one opening to said chamber; wherein said beam is an upper beam having opposed upper and lower sides (101a, 101c) and opposed inner and outer sides (101d, 101b), wherein said beam in which said chamber is defined has a substantially rectangular cross-section defined by the opposed upper and lower sides and the opposed inner and outer sides; characterized in that said opening extends around both the upper and outer sides (101 a, 101 b) of said upper beam; and in that at least one element is provided in said chamber for securing thereto a means for lifting the modular unit. a structural frame including: at least one upper beam; at least one lower beam; and at least one column extending between said upper and lower beams (101, 103) and connected therebetween; at least one upper beam; at least one lower beam; and at least one column extending between said upper and lower beams (101, 103) and connected therebetween; wherein at least one of said upper or lower beams (101, 103) is arranged to define at least one chamber for receiving a building material therein along at least a portion of its length, said column being connected to said portion of said beam; and wherein part of said beam is removed along said portion of said beam to define at least one opening to said chamber; wherein said beam is an upper beam having opposed upper and lower sides (101a, 101c) and opposed inner and outer sides (101d, 101b), wherein said beam in which said chamber is defined has a substantially rectangular cross-section defined by the opposed upper and lower sides and the opposed inner and outer sides; characterized in that said opening extends around both the upper and outer sides (101 a, 101 b) of said upper beam; and in that at least one element is provided in said chamber for securing thereto a means for lifting the modular unit.
A double-walled, slip fit disposable cooler (100, 300) comprising: a body (110, 310) comprising: an outer shell comprising a base, a plurality of support walls coupled to the base, and a lip formed at the distal ends of the support walls away from the base, the base and the plurality of support walls defining an interior cavity therein; and an inner liner (122, 322) comprising a base, a plurality of support walls coupled to the base, and a lip extending substantially horizontally from the support walls at a distal end from the base, the base and the plurality of support walls defining an interior cavity therein and forming an opening at the upper terminus of the plurality of support walls, wherein the inner liner (122, 322) is removably disposed within the outer shell and the inner liner's lip is set atop of and supported by a portion of the outer shell's lip; and a lid substantially covering the opening of the inner liner (122, 322) characterized in that at least one of the body (110, 310) and the lid are made entirely of a disposable, biodegradable and recyclable pulp-based material. an outer shell comprising a base, a plurality of support walls coupled to the base, and a lip formed at the distal ends of the support walls away from the base, the base and the plurality of support walls defining an interior cavity therein; and an inner liner (122, 322) comprising a base, a plurality of support walls coupled to the base, and a lip extending substantially horizontally from the support walls at a distal end from the base, the base and the plurality of support walls defining an interior cavity therein and forming an opening at the upper terminus of the plurality of support walls, wherein the inner liner (122, 322) is removably disposed within the outer shell and the inner liner's lip is set atop of and supported by a portion of the outer shell's lip; and a lid substantially covering the opening of the inner liner (122, 322) characterized in that at least one of the body (110, 310) and the lid are made entirely of a disposable, biodegradable and recyclable pulp-based material.
A roof hatch for vehicles, the roof hatch comprising a frame, which has two first sides parallel to one another and a second side arranged between an end portion of one of said first sides and an end portion of the other one of said first sides, a lid for closing the opening defined by the frame, and an hatch opening and closing system comprising at least two brackets, which are fixed to the lid and present respective slits, at least two mobile organs, each of which is mounted mobile on a respective one of said first sides, comprises a respective terminal seat presenting a through hole and is coupled in a mobile manner to a respective bracket by means of a respective coupling pin, which engages the terminal seat and the slit of said bracket; the roof hatch being characterized in that said coupling pin is held in the terminal seat by means of a respective split pin and in that it comprises a lid quick release system comprising a cable, which is free to run along a path extending between said two end portions of the two first sides along the whole second side and has each of its end connected to the split pin of a respective mobile organs, and at least one handle (29, 30), which is coupled to the cable and is mounted on the second side so that to be transversally mobile with respect to the path between a rest position, in which the cable is completely stretched out in the path, and an operating position, in which a non-end section of the cable is extracted from the path in such a way as to pull the split pins and remove them from the respective terminal seats, thus freeing the respective coupling pins.
A two wheeled vehicle comprising: a frame assembly, extending from a front portion to a rear portion along a longitudinal axis (F-R); a radiator disposed on the front portion; an internal combustion engine mounted to the front portion of the frame assembly rearward of the radiator; a radiator fan interposed between the radiator and the IC engine, said radiator fan configured to draw cooling air through the radiator; a side body panel disposed on the left hand and right hand side of the two wheeled vehicle and covering the radiator, the radiator fan and at least a portion of the IC engine; and wherein, an air deflecting structure disposed obliquely between the radiator fan and the IC engine substantially in proximity to the IC engine, said air deflecting structure being configured to direct the air thrown downstream by the radiator fan away from the rear portion of the side body panel towards the bottom of the two wheeled vehicle, characterized in that the two wheeled vehicle comprises a bottom fairing disposed on both ends of the air directing portions (404 and 405) to direct the air obliquely in a side- downward direction towards the bottom of the two wheeled vehicle. a frame assembly, extending from a front portion to a rear portion along a longitudinal axis (F-R); a radiator disposed on the front portion; an internal combustion engine mounted to the front portion of the frame assembly rearward of the radiator; a radiator fan interposed between the radiator and the IC engine, said radiator fan configured to draw cooling air through the radiator; a side body panel disposed on the left hand and right hand side of the two wheeled vehicle and covering the radiator, the radiator fan and at least a portion of the IC engine; and wherein, an air deflecting structure disposed obliquely between the radiator fan and the IC engine substantially in proximity to the IC engine, said air deflecting structure being configured to direct the air thrown downstream by the radiator fan away from the rear portion of the side body panel towards the bottom of the two wheeled vehicle, characterized in that the two wheeled vehicle comprises a bottom fairing disposed on both ends of the air directing portions (404 and 405) to direct the air obliquely in a side- downward direction towards the bottom of the two wheeled vehicle.
A magnetoresistive-based signal shaping circuit for audio applications comprising: a field emitting device configured for receiving an input current signal from an audio signal source and for generating a magnetic field in accordance with the input current signal, a first magnetoresistive element electrically connected in series to a second magnetoresistive element, the first magnetoresistive element comprising at least one magnetoresistive cell having a first electrical resistance (R b1) and the second magnetoresistive element comprising at least one magnetoresistive cell having a second electrical resistance (R b2), both first and second electrical resistance (R b1, R b2) varying with the magnetic field; the magnetoresistive-based signal shaping device providing an output signal (V out) across the second magnetoresistive element when an input voltage (V dd) is applied across the first and second magnetoresistive element (10, 11) in series; the output signal (V out) being a function of the electrical resistance (R b1, R b2) and yielding a dynamic range compression effect; characterized in that the magnetoresistive cell comprises a magnetic tunnel junction; and in that the first electrical resistance (R b1) and the second electrical resistance (R b2) varies with the magnetic field in an opposite fashion. a field emitting device configured for receiving an input current signal from an audio signal source and for generating a magnetic field in accordance with the input current signal, a first magnetoresistive element electrically connected in series to a second magnetoresistive element, the first magnetoresistive element comprising at least one magnetoresistive cell having a first electrical resistance (R b1) and the second magnetoresistive element comprising at least one magnetoresistive cell having a second electrical resistance (R b2), both first and second electrical resistance (R b1, R b2) varying with the magnetic field; the magnetoresistive-based signal shaping device providing an output signal (V out) across the second magnetoresistive element when an input voltage (V dd) is applied across the first and second magnetoresistive element (10, 11) in series; the output signal (V out) being a function of the electrical resistance (R b1, R b2) and yielding a dynamic range compression effect; characterized in that the magnetoresistive cell comprises a magnetic tunnel junction; and in that the first electrical resistance (R b1) and the second electrical resistance (R b2) varies with the magnetic field in an opposite fashion.
A valve body (7, 7A, 7B) for a medical instrument comprising an opening/closing part which opens or closes while sliding on a member to be inserted, wherein at least the opening/closing part of the valve body (7, 7A, 7B) has a main body part comprised of a silicone rubber, and a surface layer provided at least in a region on a surface of the main body part and composed mainly of silicon oxide, characterized in that the surface layer is composed of a plurality of surface layers dispersed in the form of dots, and wherein the surface layers in the form of a plurality of dots are dispersed on a surface of the main body part, wherein each of the surface layers is projected in the form of a projectingly deformed part or a protruding part from a surface of the main body part.
A method for producing 2-methoxyacetic acid by oxidizing 2-methoxyethanol in a reaction device using oxygen at a temperature of 20 to 100°C and an oxygen partial pressure of 0.01 to 2 MPa in the presence of water and a heterogeneous catalyst containing platinum, wherein the method is carried out semi-continuously or continuously and wherein the addition of 2-methoxyethanol to the reaction device is temporally and spatially selected such that temporally and spatially, in the liquid phase containing 2-methoxyethanol and 2-methoxyacetic acid in the reaction device, the quotient of CR/CA is constantly ≤ 0.80, wherein CR is defined as CR = C 2 − methoxyethanol reactor C 2 − methoxyethanol reactor + C water reactor, and wherein C(2-methoxyethanol reactor) denotes the mass of 2-methoxyethanol per volume element of the liquid phase containing 2-methoxyethanol and 2-methoxyacetic acid, and C(water reactor) denotes the mass of water per volume element of the liquid phase containing 2-methoxyethanol and 2-methoxyacetic acid, in the semi-continuous method, CA is defined as CA = MT 2 − methoxyethanol total mass MT 2 − methoxyethanol total mass + MT water total mass, wherein MT(2-methoxyethanol total mass) denotes the total mass of 2-methoxyethanol used in the semi-continuous method, and MT(water total mass) denotes the total mass of water used in the semi-continuous method, and in the continuous method, CA is defined as CA = MF 2 − methoxyethanol mass flow MF 2 − methoxyethanol mass flow + MF water mass flow, wherein MF(2-methoxyethanol mass flow) denotes the mass flow of 2-methoxyethanol supplied to the reaction device, and MF(water mass flow) denotes the mass flow of water supplied to the reaction device.
A method performed by a network node for decoding a channel state information report, the method comprising: generating a physical uplink shared channel (PUSCH) scrambling sequence for descrambling a PUSCH without accounting for the existence of a CSI report part two; receiving the PUSCH from a wireless device, the PUSCH comprising a CSI report part one and a CSI report part two, wherein the CSI report part one and CSI report part two are encoded independently; descrambling the PUSCH using the PUSCH scrambling sequence; decoding the CSI report part one from the descrambled PUSCH to determine a rank indicator; determining a location of CSI report part two soft bits in the PUSCH based on the rank indicator; extracting a scrambling sequence from the PUSCH scrambling sequence corresponding to the location of the CSI report part two in the PUSCH; generating a CSI part two scrambling sequence based on the PUSCH scrambling sequence and the location of the CSI report part two in the PUSCH with correct x and y locations; applying the extracted scrambling sequence to the location of the CSI report part two soft bits in the PUSCH to undo the incorrect scrambling; descrambling the location of the CSI report part two soft bits in the PUSCH using the CSI part two scrambling sequence; and decoding the CSI part two. generating a physical uplink shared channel (PUSCH) scrambling sequence for descrambling a PUSCH without accounting for the existence of a CSI report part two; receiving the PUSCH from a wireless device, the PUSCH comprising a CSI report part one and a CSI report part two, wherein the CSI report part one and CSI report part two are encoded independently; descrambling the PUSCH using the PUSCH scrambling sequence; decoding the CSI report part one from the descrambled PUSCH to determine a rank indicator; determining a location of CSI report part two soft bits in the PUSCH based on the rank indicator; extracting a scrambling sequence from the PUSCH scrambling sequence corresponding to the location of the CSI report part two in the PUSCH; generating a CSI part two scrambling sequence based on the PUSCH scrambling sequence and the location of the CSI report part two in the PUSCH with correct x and y locations; applying the extracted scrambling sequence to the location of the CSI report part two soft bits in the PUSCH to undo the incorrect scrambling; descrambling the location of the CSI report part two soft bits in the PUSCH using the CSI part two scrambling sequence; and decoding the CSI part two.
Sports shoe with a pattern facilitating ball handling, wherein the surface of the upper of the sports shoe is divided into a plurality of shooting zones, namely at least into a nose zone, an inner shooting zone and an outer shooting zone and at least one of said shooting zones comprises a plurality of parts that extend out from the basic surface of the upper and having elevated outer surfaces that have increased grip to the ball, and these parts are spaced from each other, characterized in that said parts being directing isles that have elongated shapes resembling to a rhombus or an almond shape and each has a longitudinal central axis at the end of which respective apexes (25, 26) are formed that have angles smaller than 45° each directing isle has a transverse axis extending where the isle has the highest width, and said apexes (25, 26) are connected with the ends of the transverse axis by respective sides (a1, a2 and b1, b2) of the directing isle, the oppositely located sides (a1, a2 and b1, b2) are either straight or being slightly curved but their main directions are either parallel or close only a small angle, and the neighbouring directing isles are arranged so that they are shifted from each other along the direction of their central axes, and between corresponding sides (a1 and a2) of a directing isle and the similarly directed sides (b1, b2) of a neighbouring directing isle directing channels (A and B) are formed that have directions closing an acute angle with each other, and the width of the channels is between 4 and 15 mm, but preferably 6 and 10 mm, and the height of the directing isles from the basic surface is between 0.4 and 3 mm and preferably between 0.6 and 1.5 mm.