mhurhangee/patent-ind-claim-en huggingface dataset:
Lifting vehicle for transporting persons or loads, in particular in the airport sector, having a U-shaped chassis that has a central region in which a lifting platform is located, and having a lifting device for moving the lifting platform in the vertical direction, said lifting device being designed in such a way that the lifting platform can be adjusted between a position abutting on the driving track and a raised position, such that - the lifting device comprises several telescopically extendable lifting cylinders which are fixed on the chassis on both longitudinal sides of the lifting platform and are designed in such a way that the lifting platform can be raised or lowered in the vertical direction by extending or retracting the lifting cylinders ; - and several telescopic columns are furthermore provided to stabilise the lifting platform , said columns being fixed on the chassis on both longitudinal sides of the lifting platform and being respectively connected to the lifting platform , wherein the telescopic columns are not designed to raise the lifting platform but rather are passively carried along in the vertical direction in the event of a movement of the lifting platform driven by the lifting device . - the lifting device comprises several telescopically extendable lifting cylinders which are fixed on the chassis on both longitudinal sides of the lifting platform and are designed in such a way that the lifting platform can be raised or lowered in the vertical direction by extending or retracting the lifting cylinders ; - and several telescopic columns are furthermore provided to stabilise the lifting platform , said columns being fixed on the chassis on both longitudinal sides of the lifting platform and being respectively connected to the lifting platform , wherein the telescopic columns are not designed to raise the lifting platform but rather are passively carried along in the vertical direction in the event of a movement of the lifting platform driven by the lifting device .
A vehicle driving device comprising: a transmission mechanism that includes an input member driven by an engine and an output member drive-coupled to wheels and that can change a gear ratio between the input member and the output member ; a clutch (SSC) that is interposed between an output shaft of the engine and the input member and can connect and disconnect power transmission between the output shaft of the engine and the input member of the transmission mechanism ; and a control part that controls engagement and disengagement of the clutch (SSC) by electrical instructions, wherein when the control part determines that a drag state of the clutch (SSC) has occurred when the control part outputs an electrical instruction to bring the clutch (SSC) into a disengaged state, the control part outputs an electrical instruction to bring the clutch (SSC) into a completely engaged state, the vehicle driving device being characterized in that when the control part determines that a drag state of the clutch (SSC) has occurred, the control part outputs an electrical instruction to maintain an engagement state of the clutch (SSC) present at a point in time when it is determined that a drag state has occurred, until it is determined that differential rotation between the output shaft of the engine and the input member of the transmission mechanism has converged, and when it is determined that the differential rotation has converged, the control part outputs an electrical instruction to bring the clutch (SSC) into a completely engaged state. a transmission mechanism that includes an input member driven by an engine and an output member drive-coupled to wheels and that can change a gear ratio between the input member and the output member ; a clutch (SSC) that is interposed between an output shaft of the engine and the input member and can connect and disconnect power transmission between the output shaft of the engine and the input member of the transmission mechanism ; and a control part that controls engagement and disengagement of the clutch (SSC) by electrical instructions, wherein when the control part determines that a drag state of the clutch (SSC) has occurred when the control part outputs an electrical instruction to bring the clutch (SSC) into a disengaged state, the control part outputs an electrical instruction to bring the clutch (SSC) into a completely engaged state, the vehicle driving device being characterized in that when the control part determines that a drag state of the clutch (SSC) has occurred, the control part outputs an electrical instruction to maintain an engagement state of the clutch (SSC) present at a point in time when it is determined that a drag state has occurred, until it is determined that differential rotation between the output shaft of the engine and the input member of the transmission mechanism has converged, and when it is determined that the differential rotation has converged, the control part outputs an electrical instruction to bring the clutch (SSC) into a completely engaged state.
A method for manufacturing a free-form wood profile from wood veneers , comprising the steps of: - Layering a plurality of wood veneers (2.1-2.8) on top of each other, - pressing the wood veneers (2.1-2.8) over a first bending mold , the molding surface of which has an axis of curvature , to form a veneer blank , - separating veneer slices (4.1-4.20) from the veneer blank , - layering a plurality of veneer slices on top of each other on their cut sides, - pressing the veneer slices over a second bending mold , the molding surface of which has one or two axes of curvature , characterized in that when the veneer slices are layered, a separating layer is sandwiched between two veneer slices (4.10, 4.11). - Layering a plurality of wood veneers (2.1-2.8) on top of each other, - pressing the wood veneers (2.1-2.8) over a first bending mold , the molding surface of which has an axis of curvature , to form a veneer blank , - separating veneer slices (4.1-4.20) from the veneer blank , - layering a plurality of veneer slices on top of each other on their cut sides, - pressing the veneer slices over a second bending mold , the molding surface of which has one or two axes of curvature , characterized in that when the veneer slices are layered, a separating layer is sandwiched between two veneer slices (4.10, 4.11).
A touch sensor panel comprising: a plurality of rows comprising at least one non-split row and at least one split row including a plurality of row subsections; and a plurality of columns comprising at least one non-split column and at least one split column including a plurality of column subsections; wherein the touch sensor panel is configured with at least one split row and at least one split column located such that a touch anywhere on the touch sensor panel at least partially overlaps with at least one split row and at least one split column, and wherein the rows and columns are individually charged electrodes capable of detecting a change in capacitance in a corresponding area of the touch sensor panel. a plurality of rows comprising at least one non-split row and at least one split row including a plurality of row subsections; and a plurality of columns comprising at least one non-split column and at least one split column including a plurality of column subsections; wherein the touch sensor panel is configured with at least one split row and at least one split column located such that a touch anywhere on the touch sensor panel at least partially overlaps with at least one split row and at least one split column, and
A straddle-type vehicle comprising: a vehicle body frame ; a seat mounted to the vehicle body frame and including a seat section on which a rider is seated and a rear cushion placed behind the seat section ; and a pair of rear side cowlings which are placed on right and left sides of the seat , respectively, and mounted to the vehicle body frame , the pair of rear side cowlings including protruding sections , respectively, protruding farther upward than the seat section does, when viewed from a side, and a rear cowling including a body section provided with the rear cushion on a front surface thereof, and swelling sections protruding to right and left, respectively, from an upper portion of the body section , wherein the pair of rear side cowlings are fastened to the swelling sections , respectively, protruding to the right and left, from the upper portion of the body section , spaces (S) are formed between the rear cowling and each of the rear side cowlings , at a location that is below the swelling section , the protruding sections of the rear side cowlings are placed to be spaced apart in a rightward and leftward direction from the rear cushion provided at the rear cowling , and right and left spaces (S) extending in a forward and rearward direction are respectively formed between each of the protruding sections of the rear side cowlings and the rear cushion of the rear cowling , characterized in that a position of each of the protruding sections in the forward and rearward direction is adjustable. a vehicle body frame ; a seat mounted to the vehicle body frame and including a seat section on which a rider is seated and a rear cushion placed behind the seat section ; and a pair of rear side cowlings which are placed on right and left sides of the seat , respectively, and mounted to the vehicle body frame , the pair of rear side cowlings including protruding sections , respectively, protruding farther upward than the seat section does, when viewed from a side, and a rear cowling including a body section provided with the rear cushion on a front surface thereof, and swelling sections protruding to right and left, respectively, from an upper portion of the body section , wherein the pair of rear side cowlings are fastened to the swelling sections , respectively, protruding to the right and left, from the upper portion of the body section , spaces (S) are formed between the rear cowling and each of the rear side cowlings , at a location that is below the swelling section , the protruding sections of the rear side cowlings are placed to be spaced apart in a rightward and leftward direction from the rear cushion provided at the rear cowling , and right and left spaces (S) extending in a forward and rearward direction are respectively formed between each of the protruding sections of the rear side cowlings and the rear cushion of the rear cowling , characterized in that a position of each of the protruding sections in the forward and rearward direction is adjustable.
A tire comprising a clinch part, wherein the clinch part is composed of a rubber composition comprising a rubber component and a filler, wherein the rubber component comprises an isoprene-based rubber and a styrene-butadiene rubber, and wherein, when a total styrene amount in the rubber component is defined as S (% by mass) and a maximum thickness of the clinch part is defined as T (mm), S is 1.0 to 15.0% by mass, and S/T is 0.10 or more. wherein the clinch part is composed of a rubber composition comprising a rubber component and a filler, wherein the rubber component comprises an isoprene-based rubber and a styrene-butadiene rubber, and wherein, when a total styrene amount in the rubber component is defined as S (% by mass) and a maximum thickness of the clinch part is defined as T (mm), S is 1.0 to 15.0% by mass, and S/T is 0.10 or more.
A sensing device comprising: a first Hall-effect sensor and a second Hall-effect sensor ; a body moveable relative to said sensors , said body comprised of a material capable of altering a magnetic field, said body further having a surface with a substantially saw tooth profile in a direction of relative travel between said body and said Hall-effect sensors; and a processor responsive to signals from said Hall-effect sensors and programmed with instructions for instructing the processor to carry out steps in response to the signals, and magnets disposed to provide said magnetic field wherein movement of the body relative to said Hall-effect sensors creates a time-varying magnetic field, said Hall-effect sensors operable to provide an output signal in dependence on said time-varying magnetic field, wherein said Hall-effect sensors are disposed in offset relation to each other along the direction of relative travel between said body and said Hall-effect sensors , characterised in that the processor is configured to assign different sensing functions to the sensors and to cause a sensing function to alternate between the sensors . a first Hall-effect sensor and a second Hall-effect sensor ; a body moveable relative to said sensors , said body comprised of a material capable of altering a magnetic field, said body further having a surface with a substantially saw tooth profile in a direction of relative travel between said body and said Hall-effect sensors; and a processor responsive to signals from said Hall-effect sensors and programmed with instructions for instructing the processor to carry out steps in response to the signals, and magnets disposed to provide said magnetic field wherein movement of the body relative to said Hall-effect sensors creates a time-varying magnetic field, said Hall-effect sensors operable to provide an output signal in dependence on said time-varying magnetic field, wherein said Hall-effect sensors are disposed in offset relation to each other along the direction of relative travel between said body and said Hall-effect sensors , characterised in that the processor is configured to assign different sensing functions to the sensors and to cause a sensing function to alternate between the sensors .
A facial mask for covering at least a part of a face of a user , the mask comprising: at least one filter layer configured to filter air passing through the facial mask, wherein the filter layer comprises an outer surface configured for being directed towards a skin of the user and an inner surface arranged opposite to the outer surface of the at least one filter layer ; and a carrier layer with an inner surface , which is directed towards the inner surface of the at least one filter layer , and an outer surface arranged opposite to the inner surface of the carrier layer ; wherein at least a part of the carrier layer is elastically deformable and/or stretchable in at least one spatial direction; wherein a size of the carrier layer is larger than a size of the at least one filter layer , such that a fixing portion of the carrier layer surrounds the at least one filter layer along at least a part of a perimeter of the at least one filter layer; and wherein the carrier layer comprises an adhesive material arranged at at least a part of the inner surface of the carrier layer, such that the inner surface of the at least one filter layer is fixedly attached to the inner surface of the carrier layer and such that the fixing portion of the carrier layer is attachable to the skin of the user by the adhesive material . at least one filter layer configured to filter air passing through the facial mask, wherein the filter layer comprises an outer surface configured for being directed towards a skin of the user and an inner surface arranged opposite to the outer surface of the at least one filter layer ; and a carrier layer with an inner surface , which is directed towards the inner surface of the at least one filter layer , and an outer surface arranged opposite to the inner surface of the carrier layer ; wherein at least a part of the carrier layer is elastically deformable and/or stretchable in at least one spatial direction; wherein a size of the carrier layer is larger than a size of the at least one filter layer , such that a fixing portion of the carrier layer surrounds the at least one filter layer along at least a part of a perimeter of the at least one filter layer; and wherein the carrier layer comprises an adhesive material arranged at at least a part of the inner surface of the carrier layer, such that the inner surface of the at least one filter layer is fixedly attached to the inner surface of the carrier layer and such that the fixing portion of the carrier layer is attachable to the skin of the user by the adhesive material .
A method of separating magnetic particles from a fluid, the method comprising: introducing a fluid mixture into an internal compartment of a water impermeable flexible container through an inlet of the container, the fluid mixture comprising a liquid media, a biological component, and magnetic particles, the container being disposed on a magnetic field-generating device which is supported by a base support ; providing a partition within the internal compartment so that the fluid mixture must travel around the partition and then exit the internal compartment through an outlet of the container , the outlet and the inlet being disposed on the same side of the container ; and applying a magnetic field to the fluid mixture in the internal compartment so that the magnetic particles become retained within the container by the magnetic field as the media and the biological component flow from the inlet , around the partition and to the outlet , characterized by tilting the magnetic field generating device relative to the base support so that the magnetic field generating device and container are tilted at an angle relative to the base support . introducing a fluid mixture into an internal compartment of a water impermeable flexible container through an inlet of the container, the fluid mixture comprising a liquid media, a biological component, and magnetic particles, the container being disposed on a magnetic field-generating device which is supported by a base support ; providing a partition within the internal compartment so that the fluid mixture must travel around the partition and then exit the internal compartment through an outlet of the container , the outlet and the inlet being disposed on the same side of the container ; and applying a magnetic field to the fluid mixture in the internal compartment so that the magnetic particles become retained within the container by the magnetic field as the media and the biological component flow from the inlet , around the partition and to the outlet , characterized by tilting the magnetic field generating device relative to the base support so that the magnetic field generating device and container are tilted at an angle relative to the base support .
A DNA plasmid comprising operably linked polynucleotides encoding: (a) a mini-monomer cassette, comprising a first ribozyme cleavage site and a second ribozyme cleavage site, and comprising between the first ribozyme cleavage site and the second ribozyme cleavage site: (i) a ribozyme catalytic core; (ii) a multiple cloning site polynucleotide comprising plurality of restriction endonuclease cleavage sites; and (iii) a reverse primer annealing polynucleotide located upstream or 5' to a forward primer annealing polynucleotide; and (b) a plasmid backbone, comprising an origin of replication; optionally wherein the mini-monomer cassette comprises, in the 5' to 3' direction: (i) the first ribozyme cleavage site; (ii) the ribozyme catalytic core; (iii) the multiple cloning site polynucleotide comprising the plurality of restriction endonuclease cleavage sites, the reverse primer annealing polynucleotide and the forward primer annealing polynucleotide; and (iv) the second ribozyme cleavage site. (a) a mini-monomer cassette, comprising a first ribozyme cleavage site and a second ribozyme cleavage site, and comprising between the first ribozyme cleavage site and the second ribozyme cleavage site: (i) a ribozyme catalytic core; (ii) a multiple cloning site polynucleotide comprising plurality of restriction endonuclease cleavage sites; and (iii) a reverse primer annealing polynucleotide located upstream or 5' to a forward primer annealing polynucleotide; and (i) a ribozyme catalytic core; (ii) a multiple cloning site polynucleotide comprising plurality of restriction endonuclease cleavage sites; and (iii) a reverse primer annealing polynucleotide located upstream or 5' to a forward primer annealing polynucleotide; and (b) a plasmid backbone, comprising an origin of replication; (i) the first ribozyme cleavage site; (ii) the ribozyme catalytic core; (iii) the multiple cloning site polynucleotide comprising the plurality of restriction endonuclease cleavage sites, the reverse primer annealing polynucleotide and the forward primer annealing polynucleotide; and (iv) the second ribozyme cleavage site.
A column connection apparatus configured to permit adjustment of a column depth within the column connection apparatus and to provide a seal between an end of the column connection apparatus and an external device , and comprising an upper housing configured to receive a column through the upper housing , wherein the upper housing comprises a sealing assembly surrounding the column , the sealing assembly comprising a piston , a piston biasing mechanism, a piston retainer at the piston's first end, and a ferrule at the piston's second end, the piston retainer and piston biasing mechanism positioned to urge the piston toward its second end such that, when abutting a mating portion of an external device , the ferrule forms a first seal around the column ; the column connection apparatus being characterized by a column base coupled to the upper housing and configured to receive the column through the column base , the column base comprising a column retainer , a column tab , and a column biasing mechanism ; a depressible release slider positioned with respect to the column base and in communication with the column tab ; wherein the column biasing mechanism comprises at least one spring wire to urge the column tab to frictionally engage the column , thereby inhibiting movement of the column within the column base ; and wherein depressing the release slider reduces the column tab's frictional engagement with the column , thereby reducing inhibition of movement of the column within the column base to permit adjustment of the column depth within the column connection apparatus . an upper housing configured to receive a column through the upper housing , wherein the upper housing comprises a sealing assembly surrounding the column , the sealing assembly comprising a piston , a piston biasing mechanism, a piston retainer at the piston's first end, and a ferrule at the piston's second end, the piston retainer and piston biasing mechanism positioned to urge the piston toward its second end such that, when abutting a mating portion of an external device , the ferrule forms a first seal around the column ; the column connection apparatus being characterized by a column base coupled to the upper housing and configured to receive the column through the column base , the column base comprising a column retainer , a column tab , and a column biasing mechanism ; a depressible release slider positioned with respect to the column base and in communication with the column tab ; wherein the column biasing mechanism comprises at least one spring wire to urge the column tab to frictionally engage the column , thereby inhibiting movement of the column within the column base ; and wherein depressing the release slider reduces the column tab's frictional engagement with the column , thereby reducing inhibition of movement of the column within the column base to permit adjustment of the column depth within the column connection apparatus .