mhurhangee/patent-ind-claim-en huggingface dataset:
A bogie for a low floor articulated rail vehicle, comprising: a frame ; and a suspension traction device comprising a swing bolster mechanism , a traction rod mechanism , a primary spring mechanism and a secondary spring mechanism ; wherein the secondary spring mechanism is arranged between the swing bolster mechanism and the frame of the bogie , wherein two groups of the swing bolster mechanisms and two sets of the traction rod mechanisms are provided, wherein two groups of swing bolster mechanisms are provided respectively in the middle of two groups of wheel-sets , and wherein each group of the swing bolster mechanism is connected to the frame via one set of traction rod mechanism , and each group of the swing bolster mechanism is connectable to a vehicle body by a rotary mechanism ; characterized in that, a lifting device is provided between each group of the swing bolster mechanism and an end beam of the frame , said lifting device having at least one lifting rod , a top end of the lifting rod is connected to the swing bolster mechanism , a lifting opening is provided for the lifting rod on the frame , a bayonet having a diameter greater than the diameter of the lifting opening is provided at a bottom of the lifting rod and extends below the lifting opening , the frame has an upward-concaving portion at the lifting opening , the lifting opening is provided on a top wall of an upward-concaving portion , and the bayonet is provided inside the upward-concaving portion . a frame ; and a suspension traction device comprising a swing bolster mechanism , a traction rod mechanism , a primary spring mechanism and a secondary spring mechanism ; wherein the secondary spring mechanism is arranged between the swing bolster mechanism and the frame of the bogie , wherein two groups of the swing bolster mechanisms and two sets of the traction rod mechanisms are provided, wherein two groups of swing bolster mechanisms are provided respectively in the middle of two groups of wheel-sets , and wherein each group of the swing bolster mechanism is connected to the frame via one set of traction rod mechanism , and each group of the swing bolster mechanism is connectable to a vehicle body by a rotary mechanism ; characterized in that, a lifting device is provided between each group of the swing bolster mechanism and an end beam of the frame , said lifting device having at least one lifting rod , a top end of the lifting rod is connected to the swing bolster mechanism , a lifting opening is provided for the lifting rod on the frame , a bayonet having a diameter greater than the diameter of the lifting opening is provided at a bottom of the lifting rod and extends below the lifting opening , the frame has an upward-concaving portion at the lifting opening , the lifting opening is provided on a top wall of an upward-concaving portion , and the bayonet is provided inside the upward-concaving portion .
A system for manufacturing a plurality of integrated circuits, ICs, mounted on a flexible common support, the system comprising: an input station configured to receive at least one flexible common support , each flexible common support being on a respective rigid carrier ; an output station configured to receive the at least one flexible common support on the respective rigid carriers after a plurality of ICs are formed on the at least one flexible common support; a plurality of processing modules , each processing module being operable to perform at least one processing step for forming the ICs on the at least one flexible common support whilst on the respective rigid carriers; a transfer means operable to transfer the at least one flexible common support on the respective rigid carriers from the input station to the output station and to one or more of the processing modules therebetween; control means operable to direct the at least one flexible common support on the respective rigid carriers from the input station to the output station through one or more of the plurality of processing modules according to at least one processing protocol comprising a plurality of changeable pre-programmed protocols; the control means being operable to direct the movement of a flexible common support on the respective rigid carrier from the input station to the output station and through one or more of the processing modules independently of any other flexible common support on the respective rigid carrier, wherein each flexible common support is maintained on the respective rigid carrier throughout the system. an input station configured to receive at least one flexible common support , each flexible common support being on a respective rigid carrier ; an output station configured to receive the at least one flexible common support on the respective rigid carriers after a plurality of ICs are formed on the at least one flexible common support; a plurality of processing modules , each processing module being operable to perform at least one processing step for forming the ICs on the at least one flexible common support whilst on the respective rigid carriers; a transfer means operable to transfer the at least one flexible common support on the respective rigid carriers from the input station to the output station and to one or more of the processing modules therebetween; control means operable to direct the at least one flexible common support on the respective rigid carriers from the input station to the output station through one or more of the plurality of processing modules according to at least one processing protocol comprising a plurality of changeable pre-programmed protocols; the control means being operable to direct the movement of a flexible common support on the respective rigid carrier from the input station to the output station and through one or more of the processing modules independently of any other flexible common support on the respective rigid carrier, wherein each flexible common support is maintained on the respective rigid carrier throughout the system.
Kit for guiding and holding material, notably liquid, comprising: - at least one bag formed by a film made of an impervious material ; and - at least one device comprising, on a closed contour: - a peripheral jaw , referred to as "first jaw", having a profile ; - a removable jaw , referred to as "second jaw", with a profile that corresponds, at least partially, to the profile of the first jaw , the removable jaw fitting at least partially around the profile of the first jaw , to clamp the film between said profiles; and - a manipulating handle secured to at least one of the jaws for manipulating the device; the opening perimeter of the bag being bigger than the perimeter of the jaws of the device. - at least one bag formed by a film made of an impervious material ; and - at least one device comprising, on a closed contour: - a peripheral jaw , referred to as "first jaw", having a profile ; - a removable jaw , referred to as "second jaw", with a profile that corresponds, at least partially, to the profile of the first jaw , the removable jaw fitting at least partially around the profile of the first jaw , to clamp the film between said profiles; and - a manipulating handle secured to at least one of the jaws for manipulating the device; - a peripheral jaw , referred to as "first jaw", having a profile ; - a removable jaw , referred to as "second jaw", with a profile that corresponds, at least partially, to the profile of the first jaw , the removable jaw fitting at least partially around the profile of the first jaw , to clamp the film between said profiles; and - a manipulating handle secured to at least one of the jaws for manipulating the device;
An amorphous natural silica composition having a median particle diameter of not greater than 20 microns, an oil absorption of not greater than 100% by weight, and a crystalline silica content of not greater than 1% by weight.
A negative pressure tissue treatment system comprising: a drape formed of a flexible material capable of maintaining a negative pressure underneath the drape upon application of a vacuum; a gasket material secured on a skin-facing surface of the drape , the gasket material together with the drape defining an enclosed volume beneath the drape and surrounded by the gasket material when the drape is affixed to skin around a tissue site; a reactor housing defining a closed chamber in fluid communication with the enclosed volume ; a reactor positioned in the closed chamber and configured to consume oxygen, wherein the closed chamber and the enclosed volume define a system volume, characterized in that the drape and the reactor housing are configured such that the system volume reduces from an initial system volume toward a reduced system volume that is between about 95% and about 80% of the initial system volume as a result of the reactor consuming oxygen from the system volume, and the closed chamber is remote from the enclosed volume , the enclosed volume is in fluid communication with the closed chamber via a fluid connection including a hose , and the fluid connection further defines the system volume. a drape formed of a flexible material capable of maintaining a negative pressure underneath the drape upon application of a vacuum; a gasket material secured on a skin-facing surface of the drape , the gasket material together with the drape defining an enclosed volume beneath the drape and surrounded by the gasket material when the drape is affixed to skin around a tissue site; a reactor housing defining a closed chamber in fluid communication with the enclosed volume ; a reactor positioned in the closed chamber and configured to consume oxygen, wherein the closed chamber and the enclosed volume define a system volume, characterized in that the drape and the reactor housing are configured such that the system volume reduces from an initial system volume toward a reduced system volume that is between about 95% and about 80% of the initial system volume as a result of the reactor consuming oxygen from the system volume, and the closed chamber is remote from the enclosed volume , the enclosed volume is in fluid communication with the closed chamber via a fluid connection including a hose , and the fluid connection further defines the system volume.
A power conditioner comprising: a plurality of detectors configured to be coupled to a respective photovoltaic cell module of a plurality of photovoltaic cell modules , each detector of the plurality of detectors being configured to detect an electrical output of the respective photovoltaic cell module of the plurality of photovoltaic cell modules ; and a controller configured to compare a change over time in the electrical output detected by each detector of the plurality of detectors with a threshold, characterized in that when the change over time exceeds the threshold for two or more photovoltaic cell modules of the plurality of photovoltaic cell modules and the two or more photovoltaic cell modules are in a predetermined positional relationship, wherein the predetermined positional relationship is that the two or more photovoltaic cell modules are adjacent to each other, the controller is further configured to successively cause the two or more photovoltaic cell modules to perform a maximum power point search. a plurality of detectors configured to be coupled to a respective photovoltaic cell module of a plurality of photovoltaic cell modules , each detector of the plurality of detectors being configured to detect an electrical output of the respective photovoltaic cell module of the plurality of photovoltaic cell modules ; and a controller configured to compare a change over time in the electrical output detected by each detector of the plurality of detectors with a threshold, characterized in that when the change over time exceeds the threshold for two or more photovoltaic cell modules of the plurality of photovoltaic cell modules and the two or more photovoltaic cell modules are in a predetermined positional relationship, wherein the predetermined positional relationship is that the two or more photovoltaic cell modules are adjacent to each other, the controller is further configured to successively cause the two or more photovoltaic cell modules to perform a maximum power point search.
A shear wave dispersion ultrasound vibrometry (SDUV) method comprising: issuing a single instance of a push pulse on an excitation location in a region of interest to establish a monochromatic shear wave ; and after the single instance of the push pulse , issuing a plurality of tracking pulses to sample, more than once, each of a plurality of locations associated with the monochromatic shear wave , wherein sampling comprises (i) obtaining samples by scanning multiple ones of the plurality of locations in separate passes and (ii) obtaining, with each pulse of the plurality of tracking pulses, samples of multiple ones of the plurality of locations concurrently, characterized in that the method further comprises calculating a phase difference (ΔΦ) using two differently-timed samples taken at two different locations (x 1 ,x 3 ), and taking into account an intersample-delay-based phase correction in said calculation, wherein said intersample-delay-based phase correction reflects a propagation of the monochromatic shear wave that occurred temporally between the taking of the two samples that in said sampling, are taken at different times, wherein said sampling occurs, pass-to-pass, in opposite directions, and said taking into account the intersample-delay-based phase correction in said calculation includes combining respective measurements from two oppositely-directed ones of said passes to cancel out said intersample delay . issuing a single instance of a push pulse on an excitation location in a region of interest to establish a monochromatic shear wave ; and after the single instance of the push pulse , issuing a plurality of tracking pulses to sample, more than once, each of a plurality of locations associated with the monochromatic shear wave , wherein sampling comprises (i) obtaining samples by scanning multiple ones of the plurality of locations in separate passes and (ii) obtaining, with each pulse of the plurality of tracking pulses, samples of multiple ones of the plurality of locations concurrently, characterized in that the method further comprises calculating a phase difference (ΔΦ) using two differently-timed samples taken at two different locations (x 1 ,x 3 ), and taking into account an intersample-delay-based phase correction in said calculation, wherein said intersample-delay-based phase correction reflects a propagation of the monochromatic shear wave that occurred temporally between the taking of the two samples that in said sampling, are taken at different times, wherein said sampling occurs, pass-to-pass, in opposite directions, and said taking into account the intersample-delay-based phase correction in said calculation includes combining respective measurements from two oppositely-directed ones of said passes to cancel out said intersample delay .
An electrode catalyst layer bonded to a polymer electrolyte membrane, the electrode catalyst layer comprising: a catalyst; carbon particles; a polymer electrolyte; and fibrous material, wherein the electrode catalyst layer has a density falling within a range of 500 mg/cm 3 to 900 mg/cm 3 , wherein the electrode catalyst layer has a thickness falling within a range of 5 μm to 30 μm, wherein the mass of the polymer electrolyte falls within a range of 10 mass% to 200 mass% with respect to a total mass of the carbon particles and the fibrous material, and wherein the ratio (fibrous material/carbon particle) of a fiber diameter of the fibrous material and a particle diameter of the carbon particles falls within a range of 0.01 to 10. a catalyst; carbon particles; a polymer electrolyte; and fibrous material, wherein the electrode catalyst layer has a density falling within a range of 500 mg/cm 3 to 900 mg/cm 3 , wherein the electrode catalyst layer has a thickness falling within a range of 5 μm to 30 μm, wherein the mass of the polymer electrolyte falls within a range of 10 mass% to 200 mass% with respect to a total mass of the carbon particles and the fibrous material, and wherein the ratio (fibrous material/carbon particle) of a fiber diameter of the fibrous material and a particle diameter of the carbon particles falls within a range of 0.01 to 10.
An oral care implement comprising a head and a handle made of a first material , the handle having a distal end and a proximal end closest to the head , the handle comprising a thumb rest made of a second material , the second material being different from the first material , the thumb rest comprising an area from about 202 mm 2 to about 360 mm 2 , wherein the thumb rest has a concave shape, and the thumb rest comprises a portion being inclined with respect to a remaining portion of the thumb rest by an angle α of about 20° to about 25°, the angle α being defined by a first line and a second line , the first line extending between a most elevated point and a lowest point of the thumb rest , and the second line extending between the lowest point and an end point of the thumb rest , the end point of the thumb rest being closest to the distal end of the handle .
A monoclonal antibody or antigen-binding fragment thereof comprising: a V H amino acid sequence of SEQ ID NO:2 and a V L amino acid sequence of SEQ ID NO:4; or a V H amino acid sequence of SEQ ID NO:6 and a V L amino acid sequence of SEQ ID NO:8. a V H amino acid sequence of SEQ ID NO:2 and a V L amino acid sequence of SEQ ID NO:4; or a V H amino acid sequence of SEQ ID NO:6 and a V L amino acid sequence of SEQ ID NO:8.
A verification server comprising: a memory ; and a processor programmed to execute instructions stored in the memory, the instructions including: receiving a registration request, the registration request including a third-party link to a third-party server , validating the third-party server as a result of receiving the registration request, wherein validating the third-part server includes determining that the third part server is managed by a trusted entity and that the third-party server complies with security protocols and policies, in response to determining that the third part server is managed by a trusted entity and that the third-party server complies with security protocols and policies, generating a unique code as a result of validating the third-party server, the unique code including one or more of numbers, letters and special characters, generating a custom link that includes the unique code, and transmitting the custom link to a user computer that transmitted the registration request. a memory ; and a processor programmed to execute instructions stored in the memory, the instructions including: receiving a registration request, the registration request including a third-party link to a third-party server , validating the third-party server as a result of receiving the registration request, wherein validating the third-part server includes determining that the third part server is managed by a trusted entity and that the third-party server complies with security protocols and policies, in response to determining that the third part server is managed by a trusted entity and that the third-party server complies with security protocols and policies, generating a unique code as a result of validating the third-party server, the unique code including one or more of numbers, letters and special characters, generating a custom link that includes the unique code, and transmitting the custom link to a user computer that transmitted the registration request. receiving a registration request, the registration request including a third-party link to a third-party server , validating the third-party server as a result of receiving the registration request, wherein validating the third-part server includes determining that the third part server is managed by a trusted entity and that the third-party server complies with security protocols and policies, in response to determining that the third part server is managed by a trusted entity and that the third-party server complies with security protocols and policies, generating a unique code as a result of validating the third-party server, the unique code including one or more of numbers, letters and special characters, generating a custom link that includes the unique code, and transmitting the custom link to a user computer that transmitted the registration request.
A compound represented by Formula Ic or Formula Id, a racemate or an optical isomer thereof, or a pharmaceutically acceptable salt, a solvate or a hydrate thereof, wherein, R 3 is absent or represents 1, 2, 3 or 4 identical or different substituents present on the phenyl ring, each R 3 is independently selected from the group consisting of: hydrogen, halogen, hydroxyl, C 1-8 alkyl, C 1-8 haloalkyl, C 1-8 alkoxy, amino, amino monosubstituted or disubstituted with C 1-8 alkyl, carboxyl, R'(C=O)NH-, and phenyl, wherein R' is C 1-8 alkyl.
An image processing method operable in an image acquisition system of a vehicle , the image acquisition system comprising a camera arranged to capture successive images with a field of view, FOV of a portion of an environment surrounding the vehicle , said FOV intersecting a window of the vehicle comprising one or more heater elements (130-1, 130-2, 130-n) that are visible within the FOV of the camera , the method comprising: obtaining an image ; determining whether one or more sequences of pixels within the image corresponds to an image of a respective heater element, each pixel within the or each sequence of pixels having a colour and an intensity within respective thresholds; determining a shape of the or each heater element; and performing scanning of the or each sequence of pixels within the image along a scanning path corresponding to said shape; calibrating the image acquisition system by: (i) capturing an image of a scene with a constant colour, (ii) marking pixels not identified as being of said constant colour as pixels of the or each heater element, (iii) determining said shape corresponding to the distribution of pixels of the or each heater element, and (iv) storing said shape in a memory; retrieving the shape of the respective heater element from the memory; correcting , within the image , the or each sequence of pixels corresponding to a respective heater element by replacing pixel values for the or each sequence of pixels with pixel values derived from pixels which do not correspond with a heater element; and displaying said corrected image. obtaining an image ; determining whether one or more sequences of pixels within the image corresponds to an image of a respective heater element, each pixel within the or each sequence of pixels having a colour and an intensity within respective thresholds; determining a shape of the or each heater element; and performing scanning of the or each sequence of pixels within the image along a scanning path corresponding to said shape; (i) capturing an image of a scene with a constant colour, (ii) marking pixels not identified as being of said constant colour as pixels of the or each heater element, (iii) determining said shape corresponding to the distribution of pixels of the or each heater element, and (iv) storing said shape in a memory; retrieving the shape of the respective heater element from the memory; correcting , within the image , the or each sequence of pixels corresponding to a respective heater element by replacing pixel values for the or each sequence of pixels with pixel values derived from pixels which do not correspond with a heater element; and displaying said corrected image.