mhurhangee/ep-ind-claims huggingface dataset:
A container assembly (10,11) comprising: a relatively rigid bottom portion having first connector elements; a handle constructed and arranged to enable a user to carry the partially rigid and partially fabric container assembly (10,11); characterised in that the container assembly (10,11) further comprises a peripheral plastic connector structure having second connector elements constructed and arranged to connect to the first connector elements, so as to connect the rigid bottom portion to the peripheral plastic connector structure; side walls made of fabric, the fabric side walls being sewn to the peripheral plastic connector structure. a relatively rigid bottom portion having first connector elements; a handle constructed and arranged to enable a user to carry the partially rigid and partially fabric container assembly (10,11); characterised in that the container assembly (10,11) further comprises a peripheral plastic connector structure having second connector elements constructed and arranged to connect to the first connector elements, so as to connect the rigid bottom portion to the peripheral plastic connector structure; side walls made of fabric, the fabric side walls being sewn to the peripheral plastic connector structure.
An in vitro method for diagnosing a Leptospira infection in a biological sample of a subject, comprising a step of contacting said sample with bacterial cells of the Leptospira fainei serovar Hurstbridge, or an antigenic fraction of said bacterial cells, wherein said infection is not due to bacteria belonging to the said serovar, and wherein said bacterial cells have been inactivated at least with a heating treatment.
The item of electronic equipment comprising an electronic compartment formed from a housing and at least one board carrying electronic components, the board being intended for assembly in a removable manner in the housing by a movement of translation along a groove (13, 13a) in order to reach an operating position, the assembly of the board being carried out through an insertion face of the housing, characterized in that it comprises a heat sink of elongate shape disposed along the groove (13, 13a) making it possible to collect the heat emitted by the components and means of extraction (25, 30) of the heat collected by the heat sink, the extraction means (25, 30) being located outside of the electronic compartment, either at the level of the insertion face or at the level of a rear face opposite the insertion face.
A conduit connection assembly comprising a first conduit part and a second conduit part, assembled to form a conduit connection delimiting a first fluid conducting volume, the first and second conduit parts presenting respective connection surfaces (202, 402) adapted to face each other, wherein the conduit connection assembly presents a second fluid conducting volume, the first and second fluid conducting volumes (V1, V2) being arranged to communicate with each other via a pressure change inducing device (211, 212) so as to form a common fluid guide (V1, V2), whereby during use of the conduit connection assembly the pressure in the first fluid conducting volume is higher than the pressure in the second fluid conducting volume, a cavity being formed between the first and second conduit parts (201, 401) at a distance from the first fluid conducting volume, the cavity being at least partly formed by at least one of the connection surfaces (202, 402) and/or partly located directly adjacent at least one of the connection surfaces (202, 402), wherein the first and second conduit parts (201, 401) are adapted to form, in their assembled state, a sealing abutment radially outside the cavity, a draining connection being adapted to provide a communication between the cavity and the second fluid conducting volume, the combination of the draining connection and the cavity forming a pressure reducing volume, characterized in that the conduit connection assembly presents a slot adapted to provide a communication between the first fluid conducting volume and the pressure reducing volume, the first and second conduit parts being adapted to form the slot in their assembled state, the slot extending in an axial direction of the conduit connection assembly in its assembled condition.
Holding mechanism for a mobile heart-lung machine, having a frame and fastening means arranged thereon, in particular for use in vehicles or aircraft, a base plate, a first holding device, arranged on the base plate, for detachable fastening of a gas bottle, a second holding device, arranged on the base plate, for detachable fastening of a drive unit and a third holding device, arranged on the base plate, for fastening an oxygenator, characterised by two slots provided at a spacing from each other, which are provided in the base plate for receiving fastening means for fastening the holding mechanism to fastening rails.
Apparatus comprising a joint spacer for treatment of a joint of a human subject, the joint spacer comprising: a pouch having a wall, wherein the joint spacer is configured to be inserted into a space of the joint, and is shaped, when the pouch is inserted into the space and filled, to provide mechanical support to the joint, characterized in that the wall of the pouch comprises a dermal graft material. a pouch having a wall, wherein the joint spacer is configured to be inserted into a space of the joint, and is shaped, when the pouch is inserted into the space and filled, to provide mechanical support to the joint, characterized in that the wall of the pouch comprises a dermal graft material.
A method for determining the presence or absence of a cancer cell derived from hepatocellular carcinoma comprising the steps of: extracting DNA from a biological sample collected from a subject; analyzing methylation status of a CpG site in a promoter region of at least one gene selected from ACTG1, EPHA4 and TSC22D1 in the DNA obtained from the extraction step; and determining the presence or absence of a cancer cell derived from hepatocellular carcinoma in the biological sample based on an analysis result obtained from the analyzing step. extracting DNA from a biological sample collected from a subject; analyzing methylation status of a CpG site in a promoter region of at least one gene selected from ACTG1, EPHA4 and TSC22D1 in the DNA obtained from the extraction step; and determining the presence or absence of a cancer cell derived from hepatocellular carcinoma in the biological sample based on an analysis result obtained from the analyzing step.
A compound of the formula below, wherein * designates a chiral center; R1 is selected from: H, -CH 3, -CH 2 CH 2 OCH 3, and -CH 2 CHF 2; R2 is selected from H and CH 3, or R1 and R2 can join to form a fused 6 membered heterocyclic ring containing O and the N bonded to R1; R3 is H or -CH 3; R4 is H or -CH 3; and R5 is selected from: Cl, -CF 3, and -OCF 3; or a pharmaceutically acceptable salt thereof. wherein * designates a chiral center; R1 is selected from: H, -CH 3, -CH 2 CH 2 OCH 3, and -CH 2 CHF 2; R2 is selected from H and CH 3, or R1 and R2 can join to form a fused 6 membered heterocyclic ring containing O and the N bonded to R1; R3 is H or -CH 3; R4 is H or -CH 3; and R5 is selected from: Cl, -CF 3, and -OCF 3; or a pharmaceutically acceptable salt thereof.
An electronic control key, comprising: an inductive link; an inductive system configured to receive power and enable communications via the inductive link; and security check circuitry coupled to the inductive system and configured to perform at least one security check to determine whether to enable authorized functions, wherein: the security check circuitry comprises: battery status circuitry configured to indicate a status of a battery; and distance measurement circuitry configured to perform a secure distance check by a distance measurement between the electronic control key and an access system; and wherein the inductive system invokes the distance measurement circuitry to perform the secure distance check when the battery status circuitry indicates that the battery status is good and enables authorized functions only when the secure distance check passes. an inductive link; an inductive system configured to receive power and enable communications via the inductive link; and security check circuitry coupled to the inductive system and configured to perform at least one security check to determine whether to enable authorized functions, wherein: the security check circuitry comprises: battery status circuitry configured to indicate a status of a battery; and distance measurement circuitry configured to perform a secure distance check by a distance measurement between the electronic control key and an access system; and battery status circuitry configured to indicate a status of a battery; and distance measurement circuitry configured to perform a secure distance check by a distance measurement between the electronic control key and an access system; and wherein the inductive system invokes the distance measurement circuitry to perform the secure distance check when the battery status circuitry indicates that the battery status is good and enables authorized functions only when the secure distance check passes.
An architectural-structure covering (100, 1100, 1700) comprising: a first covering (120, 1120, 1720) movable between an extended position and a retracted position; a second, reflective covering (220, 1220, 1740) movable between an extended position and a retracted position; an intermediate layer (222, 1222, 1760) positioned between the first covering and the second, reflective covering; and a light source (300, 1300, 1750) for selectively directing light towards the second, reflective covering to illuminate an exposed portion of the second, reflective covering; characterized in that: the intermediate layer is a light diffusing layer, and wherein the intermediate light diffusing layer is arranged and configured to diffuse light reflected by the second, reflective covering prior to the light passing through the first covering. a first covering (120, 1120, 1720) movable between an extended position and a retracted position; a second, reflective covering (220, 1220, 1740) movable between an extended position and a retracted position; an intermediate layer (222, 1222, 1760) positioned between the first covering and the second, reflective covering; and a light source (300, 1300, 1750) for selectively directing light towards the second, reflective covering to illuminate an exposed portion of the second, reflective covering; characterized in that: the intermediate layer is a light diffusing layer, and wherein the intermediate light diffusing layer is arranged and configured to diffuse light reflected by the second, reflective covering prior to the light passing through the first covering. the intermediate layer is a light diffusing layer, and wherein the intermediate light diffusing layer is arranged and configured to diffuse light reflected by the second, reflective covering prior to the light passing through the first covering.
A laminate obtained by arranging a composition to be in contact with a rubber, wherein the composition is prepared by blending a polythiol compound, an isocyanate group-containing compound and a radical generator, and wherein the ratio of the total molar number of the isocyanate group contained in the isocyanate-containing compound to the total molar number of the thiol group contained in the polythiol compound (isocyanate group/thiol group) is from 0.2 to 0.78.
A method of determining a volume of a platelet, the method comprising: (a) illuminating the platelet with incident light at a plurality of illumination wavelengths; (b) obtaining at least one two-dimensional image of the platelet corresponding to each illumination wavelength; and characterized by: (c) for each illumination wavelength, determining a mean optical density and a maximum optical density for the platelet; (d) determining an area of the platelet; (e) for each illumination wavelength, determining a volume of the platelet based on the area of the platelet and the mean optical density and maximum optical density for the platelet corresponding to the illumination wavelength; (f) for each illumination wavelength, determining an integrated optical density for the platelet based on the area of the platelet and the mean optical density for the platelet corresponding to the illumination wavelength; and (g) determining the volume of the platelet based on a weighted combination of the area of the platelet, the volumes of the platelet corresponding to each of the illumination wavelengths, and the integrated optical densities for the platelet corresponding to each of the illumination wavelengths. (a) illuminating the platelet with incident light at a plurality of illumination wavelengths; (b) obtaining at least one two-dimensional image of the platelet corresponding to each illumination wavelength; and characterized by: (c) for each illumination wavelength, determining a mean optical density and a maximum optical density for the platelet; (d) determining an area of the platelet; (e) for each illumination wavelength, determining a volume of the platelet based on the area of the platelet and the mean optical density and maximum optical density for the platelet corresponding to the illumination wavelength; (f) for each illumination wavelength, determining an integrated optical density for the platelet based on the area of the platelet and the mean optical density for the platelet corresponding to the illumination wavelength; and (g) determining the volume of the platelet based on a weighted combination of the area of the platelet, the volumes of the platelet corresponding to each of the illumination wavelengths, and the integrated optical densities for the platelet corresponding to each of the illumination wavelengths.
A method for receiving signals in a cellular communication system with multiple subcarriers, the method being performed at a terminal and comprising the steps of: operating on a cell bandwidth with a first number of subcarriers for cell search by monitoring the cell bandwidth to receive system information transmitted by a base station including information about the cell bandwidth; characterized by operating, after receiving the system information, on a power-saving bandwidth with a second number of subcarriers smaller than the first number of subcarriers for receiving (720, 730) a physical control channel or a physical channel conveying uplink or downlink resource assignments. operating on a cell bandwidth with a first number of subcarriers for cell search by monitoring the cell bandwidth to receive system information transmitted by a base station including information about the cell bandwidth; characterized by operating, after receiving the system information, on a power-saving bandwidth with a second number of subcarriers smaller than the first number of subcarriers for receiving (720, 730) a physical control channel or a physical channel conveying uplink or downlink resource assignments.
An inkjet recording apparatus comprising: an inkjet head comprising a head module with two nozzle rows (L1, L2) which have a plurality of nozzles (N1, N2...N15) aligned in a zigzag pattern and which are orthogonal to a carrying direction of a recording medium, configured to separately discharge a large droplet, a medium droplet, and a small droplet from each of the plurality of nozzles (N1, N2...N15); and a control unit configured to form an image in a single-pass system by discharging the medium droplets from the plurality of nozzles (N1, N2...N15) respectively, and to form an interpolation dot to interpolate a discharge defective first nozzle in the first nozzle row by discharging a droplet from a second nozzle in the second nozzle row, which is arranged so that it can form a dot adjacent to a position where the dot of the discharge defective first nozzle is supposed to be formed on the recording medium, when the discharge defective first nozzle is present, wherein the control unit is further configured to form the interpolation dot to interpolate the discharge defective first nozzle by driving the second nozzle so as to form the large droplet, and by driving the second nozzle so as to form prior to the interpolation dot at least one adjacent dot which is in contact with the interpolation dot in a partially overlapping manner with the use of the small droplet. an inkjet head comprising a head module with two nozzle rows (L1, L2) which have a plurality of nozzles (N1, N2...N15) aligned in a zigzag pattern and which are orthogonal to a carrying direction of a recording medium, configured to separately discharge a large droplet, a medium droplet, and a small droplet from each of the plurality of nozzles (N1, N2...N15); and a control unit configured to form an image in a single-pass system by discharging the medium droplets from the plurality of nozzles (N1, N2...N15) respectively, and to form an interpolation dot to interpolate a discharge defective first nozzle in the first nozzle row by discharging a droplet from a second nozzle in the second nozzle row, which is arranged so that it can form a dot adjacent to a position where the dot of the discharge defective first nozzle is supposed to be formed on the recording medium, when the discharge defective first nozzle is present, wherein the control unit is further configured to form the interpolation dot to interpolate the discharge defective first nozzle by driving the second nozzle so as to form the large droplet, and by driving the second nozzle so as to form prior to the interpolation dot at least one adjacent dot which is in contact with the interpolation dot in a partially overlapping manner with the use of the small droplet.
Shelter for ornamental pond, comprising one or several roof modules (M1, M2, M3) mobiles or not, said roof modules (M1, M2, M3) being formed by a frame of profiles supporting a cover formed by one or several panels made of alveolar polycarbonate, said armature comprising two beams (110 and 120) braced by crosspieces, CHARACTERISED BY THE FACT THAT the two opposite edges of at least one panel are preformed by a thinning separated from the panel limit and parallel to said limit, at least one pair of profiles of the frame (310 and 320) receives said preformed edges and is provided with a retaining profile cooperating with this thinning in order to retain the edge and allow the sliding of the panel in said pair of profiles.
A method to detect a target molecule, comprising a complex formation step of reacting a target molecule, a carrier modified with a first antibody which specifically binds to the target molecule, and two or more second antibodies which specifically bind to the target molecule and are labeled with enzymes having a substrate cleaving activity and mutually different substrate specificities to form a complex consisting of the first antibody, the target molecule and the second antibodies on the carrier, wherein the first antibody and the second antibody bind to different epitopes of the target molecule; a detection step of reacting two or more substrates having cleavage sites by the enzymes, a fluorescent substance bound to one terminal side of each of the cleavage sites and a quencher bound to another terminal side thereof, wherein the fluorescent substances are mutually different in fluorescence wavelength, and the complex to detect fluorescence emitted from the fluorescent substances; and an analysis step of processing two or more detection signals of fluorescence different in wavelength as a detection signal of the target molecule.
A line pipe having a welded joint of duplex stainless steel comprising: a base metal; and a weld metal, wherein the base metal consists of, in mass percent, C: at most 0.030%, Si: 0.20 to 1.00%, Mn: at most 8.00%, P: at most 0.040%, S: at most 0.0100%, Cu: more than 2.00% and at most 4.00%, Ni: 4.00 to 8.00%, Cr: 20.0 to 30.0%, Mo: 0.50 to 2.00%, N: 0.100 to 0.350%, sol. Al: at most 0.040%, W: at most 0.1%, and optionally one or more selected from a group consisting of V: at most 1.50%, Ca: at most 0.0200%, Mg: at most 0.0200%, B: at most 0.0200%, and rare earth metal: at most 0.2000%, the balance being Fe and impurities, the base metal satisfies Expression and Expression, the weld metal consists of, in mass percent, C: at most 0.030%, Si: 0.20 to 1.00%, Mn: at most 8.00%, P: at most 0.040%, S: at most 0.010%, Cu: at most 2.00%, Ni: 7.00 to 12.00%, Cr: 20.0 to 30.0%, Mo: 1.00 to 4.00%, N: 0.100 to 0.350%, sol. Al: at most 0.040%, O: at most 0.035%, and optionally W: at most 4.00%, the balance being Fe and impurities, and the weld metal satisfies Expression and Expression: 2.2 Cr + 7 Mo + 3 Cu > 66 Cr + 11 Mo + 10 Ni − 12 Cu + 30 N < 0 Cr + 11 Mo + 10 Ni − 12 Cu + 30 N < 100 where a content (mass percent) of each element in one of the base metal and the weld metal is substituted into a symbol of each element in Expression to Expression. a base metal; and a weld metal, wherein the base metal consists of, in mass percent, C: at most 0.030%, Si: 0.20 to 1.00%, Mn: at most 8.00%, P: at most 0.040%, S: at most 0.0100%, Cu: more than 2.00% and at most 4.00%, Ni: 4.00 to 8.00%, Cr: 20.0 to 30.0%, Mo: 0.50 to 2.00%, N: 0.100 to 0.350%, sol. Al: at most 0.040%, W: at most 0.1%, and optionally one or more selected from a group consisting of V: at most 1.50%, Ca: at most 0.0200%, Mg: at most 0.0200%, B: at most 0.0200%, and rare earth metal: at most 0.2000%, the balance being Fe and impurities, the base metal satisfies Expression and Expression, the weld metal consists of, in mass percent, C: at most 0.030%, Si: 0.20 to 1.00%, Mn: at most 8.00%, P: at most 0.040%, S: at most 0.010%, Cu: at most 2.00%, Ni: 7.00 to 12.00%, Cr: 20.0 to 30.0%, Mo: 1.00 to 4.00%, N: 0.100 to 0.350%, sol. Al: at most 0.040%, O: at most 0.035%, and optionally W: at most 4.00%, the balance being Fe and impurities, and the weld metal satisfies Expression and Expression: 2.2 Cr + 7 Mo + 3 Cu > 66 Cr + 11 Mo + 10 Ni − 12 Cu + 30 N < 0 Cr + 11 Mo + 10 Ni − 12 Cu + 30 N < 100 where a content (mass percent) of each element in one of the base metal and the weld metal is substituted into a symbol of each element in Expression to Expression.
A device for denervating a renal nerve, the apparatus comprising: a catheter having a distal end insertable to a first position within a conduit adjacent to the renal nerve, an opening adjacent to the catheter distal end, and a lumen in communication with the opening; and one or more flexible wires (314; 315), wherein the one or more flexible wires (314; 315) are manipulable between a first position wherein the one or more flexible wires (314; 315) are within the lumen, and a second position wherein the one or more flexible wires (314; 315) extend out of the lumen through the opening, the one or more flexible wires (314; 315) being configured to deliver energy to the renal nerve when the one or more flexible wires are in the second position, wherein the one or more flexible wires (314; 315) are configured to expand to fill all or a portion of the renal pelvis and generally follow the contours therein. a catheter having a distal end insertable to a first position within a conduit adjacent to the renal nerve, an opening adjacent to the catheter distal end, and a lumen in communication with the opening; and one or more flexible wires (314; 315), wherein the one or more flexible wires (314; 315) are manipulable between a first position wherein the one or more flexible wires (314; 315) are within the lumen, and a second position wherein the one or more flexible wires (314; 315) extend out of the lumen through the opening, the one or more flexible wires (314; 315) being configured to deliver energy to the renal nerve when the one or more flexible wires are in the second position, wherein the one or more flexible wires (314; 315) are configured to expand to fill all or a portion of the renal pelvis and generally follow the contours therein.