mhurhangee/patent-ind-claim-en huggingface dataset:
A base material processing apparatus comprising: a transporting mechanism that transports a long band-like base material in a longitudinal direction of the base material along a predetermined transport path; a first detection part that acquires a first detection result (R1) by continuously or intermittently detecting a position of an edge of the base material in a width direction at a first detection position (Pa) in said transport path; a second detection part that acquires a second detection result (R2) by continuously or intermittently detecting the position of the edge of the base material in the width direction at a second detection position (Pb) that is located downstream of said first detection position in said transport path; and characterized by a displacement amount calculation part that calculates an amount of displacement in position of the base material in a transport direction or an amount of difference in transporting speed of the base material on the basis of said first detection result (R1) and said second detection result (R2). a transporting mechanism that transports a long band-like base material in a longitudinal direction of the base material along a predetermined transport path; a first detection part that acquires a first detection result (R1) by continuously or intermittently detecting a position of an edge of the base material in a width direction at a first detection position (Pa) in said transport path; a second detection part that acquires a second detection result (R2) by continuously or intermittently detecting the position of the edge of the base material in the width direction at a second detection position (Pb) that is located downstream of said first detection position in said transport path; and characterized by a displacement amount calculation part that calculates an amount of displacement in position of the base material in a transport direction or an amount of difference in transporting speed of the base material on the basis of said first detection result (R1) and said second detection result (R2).
A glucose-dependent insulinotropic peptide (GIP) analogue consisting of (hGIP3-30, SEQ ID NO:2): or a functional variant having 1 to 6 individual amino acid substitutions compared to the amino acid sequence consisting of SEQ ID NO:2, wherein said peptide is modified by attaching at least one fatty acid molecule to the side chain amino group at one or more amino acid residues of positions 4 to 21 of SEQ ID NO:2, or a functional variant having 1 to 6 individual amino acid substitutions compared to the amino acid sequence consisting of SEQ ID NO:2, wherein said peptide is an antagonist of the hGIP receptor. or a functional variant having 1 to 6 individual amino acid substitutions compared to the amino acid sequence consisting of SEQ ID NO:2, wherein said peptide is modified by attaching at least one fatty acid molecule to the side chain amino group at one or more amino acid residues of positions 4 to 21 of SEQ ID NO:2, or a functional variant having 1 to 6 individual amino acid substitutions compared to the amino acid sequence consisting of SEQ ID NO:2, wherein said peptide is an antagonist of the hGIP receptor.
An HF module having a mounting panel and at least one HF plug element with a fastening neck plugged into a through-opening arranged on the mounting panel for each HF plug element , and for each HF plug element , at least one securing element designed as a flexible element that is plugged on between the mounting panel and a connecting region of the HF plug element adjacent to the fastening neck , wherein a region of the securing element facing the HF plug element has a slope , and wherein the region of the connecting region facing the securing element has a corresponding slope to secure the HF element on the mounting panel without any play due to a pretension of the securing element .
A nano-sized particle comprising a cross-linked polymer, wherein the polymer is selected from the group consisting of a polyacrylic acid homopolymer; and polymethacrylic acid homopolymer; and wherein said polymer is cross-linked with a metal ion, and wherein said polymer is further chemically cross-linked with a cross-linking moiety selected from the group consisting of allyl pentaerythritol, allyl sucrose, polyvinyl alcohol, divinyl glycol, and tetraethylene glycol.
Anchor rod for a bonded anchor system for use in a borehole filled with a mortar composition , having an anchoring region which comprises the front end of the anchor rod , and a connecting region which has a thread and has a transition region at the front end thereof, wherein the thread is at least partially provided in the transition region and is sealed with a coating in the transition region .
A weeping wall for receiving a continuous flow of a flowable substance, the weeping wall comprising: a wall body including a substantially vertical wall section having a flow surface ; a flowable substance inlet defined at an upper end of the substantially vertical wall section , with the flowable substance continuously flowing therefrom and downwardly onto the flow surface ; a flowable substance outlet defined at a lower end of the substantially vertical wall section with the flowable substance flowing continuously therein after running down onto the flow surface ; the weeping wall being characterized in that it comprises at least one mobile deflector movably engaged to the flow surface and projecting therefrom, the at least one mobile deflector being selectively movable relative to the flow surface to modify the flow path of the flowable substance on the flow surface . a wall body including a substantially vertical wall section having a flow surface ; a flowable substance inlet defined at an upper end of the substantially vertical wall section , with the flowable substance continuously flowing therefrom and downwardly onto the flow surface ; a flowable substance outlet defined at a lower end of the substantially vertical wall section with the flowable substance flowing continuously therein after running down onto the flow surface ; the weeping wall being characterized in that it comprises at least one mobile deflector movably engaged to the flow surface and projecting therefrom, the at least one mobile deflector being selectively movable relative to the flow surface to modify the flow path of the flowable substance on the flow surface .
A method for detecting neoplasia of the upper gastrointestinal tract, comprising: assaying a sample which has been obtained from a human for the presence of methylation within a nucleotide sequence as set forth in SEQ ID NO: 2; wherein methylation of said nucleotide sequence is indicative of a neoplasia of the upper gastrointestinal tract; wherein said neoplasia of the upper gastrointestinal tract is selected from the group consisting of: Barrett's esophagus, Barrett's esophagus with high grade dysplasia, esophageal neoplasia, and adenocarcinoma of the gastroesophageal junction.
Mousepad , comprising a cover layer and an integrated keypad , the cover layer having a lateral extension and an upper surface which is usable for placement of a computer mouse, wherein • the keypad covers a part of said lateral extension, • in an area not covered by the keypad there is a mouse parking area , • the mousepad comprises a mouse detector associated with the mouse parking area and a corresponding control unit , and • the control unit is configured such that the keypad gets activated when the mouse is inside the mouse parking area and gets deactivated when the mouse is outside the mouse parking area . • the keypad covers a part of said lateral extension, • in an area not covered by the keypad there is a mouse parking area , • the mousepad comprises a mouse detector associated with the mouse parking area and a corresponding control unit , and • the control unit is configured such that the keypad gets activated when the mouse is inside the mouse parking area and gets deactivated when the mouse is outside the mouse parking area .
A checkout system with a product conveyor belt, a drive motor and a controller for the drive motor of the product conveyor belt at a checkout with, characterized in that the controller comprises: - a start controller that controls the drive motor in such a manner that the drive motor initially drives with a non-reduced torque when accelerating the product conveyor belt from the non-driven state before the phasestart cutting and/or phase-end cutting controller further accelerates the product conveyor belt with reduced torque, and - the phase-start cutting and/or phase-end cutting controller which controls the drive motor such that the product conveyor belt is driven with a reduced torque starting from a non-driven state, and. - a start controller that controls the drive motor in such a manner that the drive motor initially drives with a non-reduced torque when accelerating the product conveyor belt from the non-driven state before the phasestart cutting and/or phase-end cutting controller further accelerates the product conveyor belt with reduced torque, and - the phase-start cutting and/or phase-end cutting controller which controls the drive motor such that the product conveyor belt is driven with a reduced torque starting from a non-driven state, and.
A transducer support mounting for an ultrasonic flow meter , the support mounting being configured, in use, to space a transducer from an inner periphery of a fluid conduit of an ultrasonic flow meter, wherein the support mounting includes a housing for housing an ultrasonic transducer and a plurality of radially extending webs, branches or ribs provided around said housing; and a flow stabiliser connected to the support mounting, wherein the flow stabilizer includes a fluid deflecting element arranged to deflect fluid around an ultrasonic transducer supported by the housing, wherein the flow stabilizer is formed substantially as a dome, and wherein the flow stabiliser includes a fluid drain passage at an apex of the dome.
A gripper arm for a device for gripping, holding and guiding in particular bottle-like containers comprising a control means for moving a gripping section of the gripper arm from an open position into a gripping position or vice versa, having a bore for the supporting of a bearing pin for pivotably fixing the gripper arm in the device, and an energy store for the moving of the gripping section of the gripper arm from the gripping position into the open position or vice versa, characterized in that the energy store comprises a spring tongue which is integrally formed on the gripper arm and elastically deflectable, which is or comes into operative engagement with a spring tongue of a gripper arm of a device of mirror-inverted configuration.
An aircraft emergency power unit - EPU - , comprising: a bleed-air powered turbine ; a hydraulic pump powered by the turbine, the hydraulic pump having an operational mode during which hydraulic power is supplied to a hydraulic system of an aircraft at a level sufficient to support hydraulic operation of the aircraft and a fault mode during which the hydraulic pump is supplying insufficient power to the hydraulic system of the aircraft; a generator powered by the turbine, the generator having an operational mode during which electrical power is supplied to an electrical system of an aircraft at a level sufficient to support electrical operation of the aircraft and a fault mode during which the generator is supplying insufficient electrical power to power the electrical system of the aircraft; a battery ; a hydraulic motor pump powered by the battery, the hydraulic motor pump activated to supply hydraulic power to the aircraft hydraulic system responsive to one, or both, of : (a) an occurrence of the fault mode of the hydraulic pump; and (b) an occurrence of a speed of the turbine at a level other than a desired operating speed; and an inverter , the inverter activated to receive DC power from the battery and supply electrical power to the electrical system of the aircraft responsive to the occurrence of the fault mode of the generator. a bleed-air powered turbine ; a hydraulic pump powered by the turbine, the hydraulic pump having an operational mode during which hydraulic power is supplied to a hydraulic system of an aircraft at a level sufficient to support hydraulic operation of the aircraft and a fault mode during which the hydraulic pump is supplying insufficient power to the hydraulic system of the aircraft; a generator powered by the turbine, the generator having an operational mode during which electrical power is supplied to an electrical system of an aircraft at a level sufficient to support electrical operation of the aircraft and a fault mode during which the generator is supplying insufficient electrical power to power the electrical system of the aircraft; a battery ; a hydraulic motor pump powered by the battery, the hydraulic motor pump activated to supply hydraulic power to the aircraft hydraulic system responsive to one, or both, of : (a) an occurrence of the fault mode of the hydraulic pump; and (b) an occurrence of a speed of the turbine at a level other than a desired operating speed; and an inverter , the inverter activated to receive DC power from the battery and supply electrical power to the electrical system of the aircraft responsive to the occurrence of the fault mode of the generator.
Fuel composition comprising humins and at least one organic oxygenated solvent, and having an apparent viscosity of at most 1.5 Pa.s at 100 °C at a shear rate of 30 s -1 , determined according to ASTM D4402, wherein the humins are water-insoluble by-products that have been produced by the dehydration of carbohydrates.
A system for decoration comprising a device for decoration such as a lighted decoration or a striping and comprising a support structure such as a covering arrangement of a motor vehicle, the device for decoration being mounted in the support structure , the device for decoration comprising a profile in the form of a flexible strip including a part called decorative part that extends in the longitudinal direction of the strip and that bears, at its free longitudinal edge, a decorative element and a fixing part on the support structure that extends in the longitudinal direction of the strip, the fixing part being configured to be fixed by sewing on the support structure , the system for decoration being characterized in that the profile is T-shaped in cross-section, that the free end of the leg of the T constitutes the decorative element , while the perpendicular parts located on either side of the leg constitute fixing wings of the profile on the support structure and in that the strip comprises a positioning rib cooperating with the support structure .
Method of printing on a surface of an object wherein a print head generating ink drops prints at least two stripes , i.e. a first stripe and subsequently a second stripe , of ink onto the surface , said two stripes adjacent to one another and overlapping in a strip , wherein the two stripes are printed as solid areas, wherein the stripes are X-Y stitched in the strip and wherein at least one of the two stripes is additionally stitched in the strip for the Y progression of the ink amount using a predefined function (15, 16a-e), characterized in that the type of the function (15, 16a-e) along the two stripes is varied or in that the width of the strip along the two stripes is varied.
A method for forming a panoramic image, comprising: providing a panoramic imaging system having a plurality of discrete imaging systems disposed in a side-by-side array, each of the discrete imaging systems having an optical axis and a field of view; and characterized by constraining a plurality of chief rays that strike along an edge of the field of view of every one of the discrete imaging systems at different ray heights with respect to the optical axis such that each of the chief rays in a first plurality of chief rays that strikes along the edge of the field of view of a first discrete imaging system is substantially parallel to a corresponding chief ray in another plurality of chief rays that strikes along an adjacent edge of the field of view of an immediately adjacent one of the discrete imaging systems at a corresponding ray height, the discrete imaging systems being designed such that all of the chief rays appear to converge to a common point when viewed from object space and the field of view of each of the plurality of discrete imaging systems conjoins with but does not overlap the field of view of the immediately adjacent one of the discrete imaging systems. providing a panoramic imaging system having a plurality of discrete imaging systems disposed in a side-by-side array, each of the discrete imaging systems having an optical axis and a field of view; and characterized by constraining a plurality of chief rays that strike along an edge of the field of view of every one of the discrete imaging systems at different ray heights with respect to the optical axis such that each of the chief rays in a first plurality of chief rays that strikes along the edge of the field of view of a first discrete imaging system is substantially parallel to a corresponding chief ray in another plurality of chief rays that strikes along an adjacent edge of the field of view of an immediately adjacent one of the discrete imaging systems at a corresponding ray height, the discrete imaging systems being designed such that all of the chief rays appear to converge to a common point when viewed from object space and the field of view of each of the plurality of discrete imaging systems conjoins with but does not overlap the field of view of the immediately adjacent one of the discrete imaging systems.
An aerogel comprising: (a) an open-cell structure; and (b) a branched polyimide matrix, and wherein the matrix is not crosslinked, and the branched polyimide has a degree of branching of at least 0.5 branches per polyimide polymer chain, wherein the degree of branching (DB) is presented by the following equation: 2 Q T 3 − Q T + 3 Q M − 3 p where p is the extent of reaction, and Q T and Q M are parameters representing the fractions of monofunctional and trifunctional monomers at the beginning of the reaction according to the following equations: Q T = 3 N T N M + 2 N B + 3 N T Q M = N M N M + 2 N B + 3 N T where N T , N M and N B are the initial number of trifunctional, monofunctional, and bifunctional monomers, respectively. (a) an open-cell structure; and (b) a branched polyimide matrix, and wherein the matrix is not crosslinked, and the branched polyimide has a degree of branching of at least 0.5 branches per polyimide polymer chain, wherein the degree of branching (DB) is presented by the following equation: 2 Q T 3 − Q T + 3 Q M − 3 p
A dual-comparator circuit , comprising: a first comparator (main comparator) including a main metal oxide semiconductor (MOS) differential pair (main MOS differential pair), and an enable input (en), and a main output providing a first decision output (OUTMAIN) when enabled; a second comparator (auxiliary comparator) including an auxiliary MOS differential pair, wherein the auxiliary comparator is configured to receive a differential input voltage (Vin) and generate a second decision output (OUTAUX) at a control output and a control signal (USEAUX) at an auxiliary output that is coupled to the enable input of the main comparator; wherein the dual-comparator circuit is configured to provide a first operating mode when a magnitude of the Vin is less than (<) a predetermined voltage level (PVL) where the control signal activates the main comparator and the main MOS differential pair receives the Vin, and a second operating mode implemented when the magnitude of the Vin is greater than or equal to (≥) the PVL, wherein the main differential pair is protected by at least one switch from developing transient input offset voltage (VIO) offsets; and logic circuitry having logic inputs receiving the first decision output and the second decision output and a logic output providing a decision result (COMPOUT) for the dual-comparator circuit from the first decision output when in the first operating mode and from the second decision output when in the second operating mode. a first comparator (main comparator) including a main metal oxide semiconductor (MOS) differential pair (main MOS differential pair), and an enable input (en), and a main output providing a first decision output (OUTMAIN) when enabled; a second comparator (auxiliary comparator) including an auxiliary MOS differential pair, wherein the auxiliary comparator is configured to receive a differential input voltage (Vin) and generate a second decision output (OUTAUX) at a control output and a control signal (USEAUX) at an auxiliary output that is coupled to the enable input of the main comparator; wherein the dual-comparator circuit is configured to provide a first operating mode when a magnitude of the Vin is less than (<) a predetermined voltage level (PVL) where the control signal activates the main comparator and the main MOS differential pair receives the Vin, and a second operating mode implemented when the magnitude of the Vin is greater than or equal to (≥) the PVL, wherein the main differential pair is protected by at least one switch from developing transient input offset voltage (VIO) offsets; and logic circuitry having logic inputs receiving the first decision output and the second decision output and a logic output providing a decision result (COMPOUT) for the dual-comparator circuit from the first decision output when in the first operating mode and from the second decision output when in the second operating mode.