mhurhangee/patent-ind-claim-en huggingface dataset:
An initial setting method for an unmanned forklift , comprising: a step (S10) of acquiring a measurement value of floor surface inclination of a stop position where the unmanned forklift stops when the unmanned forklift unloads a palette (P) on a rack (R); characterized by a step (S20) of setting the stop position where a predetermined inclination pattern is detected, as a precise adjustment position, from the acquired measurement value; a step (S30) of causing the unmanned forklift to unload the palette (P) in accordance with an operation program, and measuring a deviation amount of the palette (P) unloaded by the unmanned forklift , at the precise adjustment position; and a step (S40) of correcting a command value of the unmanned forklift at the stop position, based on the measured deviation amount. a step (S10) of acquiring a measurement value of floor surface inclination of a stop position where the unmanned forklift stops when the unmanned forklift unloads a palette (P) on a rack (R); characterized by a step (S20) of setting the stop position where a predetermined inclination pattern is detected, as a precise adjustment position, from the acquired measurement value; a step (S30) of causing the unmanned forklift to unload the palette (P) in accordance with an operation program, and measuring a deviation amount of the palette (P) unloaded by the unmanned forklift , at the precise adjustment position; and a step (S40) of correcting a command value of the unmanned forklift at the stop position, based on the measured deviation amount.
A composition for detection of Q fever bacteria, the composition comprising a polynucleotide set containing a primer of SEQ ID NO: 1, a primer of SEQ ID NO: 2, and a probe of SEQ ID NO: 3, or a polynucleotide set containing a primer of SEQ ID NO: 4, a primer of SEQ ID NO: 2, and a probe of SEQ ID NO: 9.
An orthodontic appliance comprising shells shaped to receive teeth of an upper or lower jaw , the shells being stacked and being varyingly affixed to one another, wherein varyingly affixed means that a substantial amount of surface areas between the shells are not bonded or otherwise made inseparable through some process, with the remaining surfaces being affixed, wherein the shells comprise a first shell having cavities shaped to receive the teeth and a second shell shaped to receive the first shell, wherein the second shell is stacked over the first shell, wherein the first shell has a bottom first surface for directly engaging the teeth and a top first surface opposite the bottom first surface and a first edge defined therebetween, wherein the second shell has a bottom second surface for mechanically engaging the top first surface of the first shell and a top second surface opposite the bottom second surface and a second edge defined therebetween, wherein the top first surface and the bottom second surface are not significantly affixed to each other, characterised in that the first shell and second shell are affixed at the first edge and second edge. wherein the shells comprise a first shell having cavities shaped to receive the teeth and a second shell shaped to receive the first shell, wherein the second shell is stacked over the first shell, wherein the first shell has a bottom first surface for directly engaging the teeth and a top first surface opposite the bottom first surface and a first edge defined therebetween, wherein the second shell has a bottom second surface for mechanically engaging the top first surface of the first shell and a top second surface opposite the bottom second surface and a second edge defined therebetween, wherein the top first surface and the bottom second surface are not significantly affixed to each other, characterised in that the first shell and second shell are affixed at the first edge and second edge.
An electric supporting rod, comprising: a driving unit , comprising a first outer cylinder and a driver disposed in the first outer cylinder , wherein an opening is defined on one end of the first outer cylinder , the driver comprises a transmission slot disposed on one end thereof facing the opening ; and an actuating unit , comprising a second outer cylinder and a transmission screw rod sheathed in the second outer cylinder , wherein the second outer cylinder comprises an insertion part disposed on one end thereof, the transmission screw rod comprises a passive end protruding from the insertion part , and the insertion part comprises a plurality of connection pieces extended therefrom and surrounding the passive end ; wherein the insertion part is inserted in the opening and the passive end is engaged with the transmission slot , characterized in that a plurality of elastic latching hooks are convexly disposed on an inner wall of the first outer cylinder and located between the opening and the transmission slot , wherein each of the connection pieces is latched with each of the elastic latching hooks to longitudinally lock the driving unit and the actuating unit . a driving unit , comprising a first outer cylinder and a driver disposed in the first outer cylinder , wherein an opening is defined on one end of the first outer cylinder , the driver comprises a transmission slot disposed on one end thereof facing the opening ; and an actuating unit , comprising a second outer cylinder and a transmission screw rod sheathed in the second outer cylinder , wherein the second outer cylinder comprises an insertion part disposed on one end thereof, the transmission screw rod comprises a passive end protruding from the insertion part , and the insertion part comprises a plurality of connection pieces extended therefrom and surrounding the passive end ; wherein the insertion part is inserted in the opening and the passive end is engaged with the transmission slot , characterized in that a plurality of elastic latching hooks are convexly disposed on an inner wall of the first outer cylinder and located between the opening and the transmission slot , wherein each of the connection pieces is latched with each of the elastic latching hooks to longitudinally lock the driving unit and the actuating unit .
A mount for supporting a motor vehicle radiator, the mount comprising: resiliently flexible coupling means for coupling the mount to a support portion of the radiator, the coupling means comprising first and second pairs of opposed grip members for gripping the radiator support portion; and first and second pairs of support leg portions for supporting the mount on a surface, each pair having a first support leg portion projecting in a first direction and a second support leg portion projecting in a second direction different from the first, the support leg portions being disposed around the coupling means in a box formation, wherein a first slot is provided between the first and second support leg portions of each support leg portion pair for receiving a corresponding first member of the radiator support portion, and a second slot is provided between the first and second pairs of support leg portions for receiving a corresponding second member of the radiator support portion, and wherein, upon a compression force being applied to the mount, the support leg portions are arranged to urge the grip members towards one another so as to support the radiator by gripping the radiator support portion therebetween. resiliently flexible coupling means for coupling the mount to a support portion of the radiator, the coupling means comprising first and second pairs of opposed grip members for gripping the radiator support portion; and first and second pairs of support leg portions for supporting the mount on a surface, each pair having a first support leg portion projecting in a first direction and a second support leg portion projecting in a second direction different from the first, the support leg portions being disposed around the coupling means in a box formation, wherein a first slot is provided between the first and second support leg portions of each support leg portion pair for receiving a corresponding first member of the radiator support portion, and a second slot is provided between the first and second pairs of support leg portions for receiving a corresponding second member of the radiator support portion, and wherein, upon a compression force being applied to the mount, the support leg portions are arranged to urge the grip members towards one another so as to support the radiator by gripping the radiator support portion therebetween.
A pet chew product, characterized by comprising a tubular basic strip , wherein the tubular basic strip is internally provided with a single and hollow axial channel with a polygonal cross section, when the axial channel is squeezed, an upper wall of the axial channel protrudes downwards and is fitted with a corresponding engagement position on a lower wall thereof.
Insect rearing box comprising: a lateral wall and top and bottom covers detachably coupled with the lateral wall to configure a rearing chamber , wherein the box is a rectangular prism, having two pairs of opposing large lateral walls and two small opposing lateral walls , and wherein the top and bottom covers are generally flat and parallel to each other, characterized in that the box comprises two or more panels parallel to each other and placed inside the rearing chamber , wherein the panels can be extracted from the box and they have bars transversally arranged with respect to the top and bottom covers , and wherein ventilation windows covered by a mesh are provided on the two lateral large walls , wherein the bars have top and bottom ends (5',5") adjacent respectively to the top and bottom covers , and wherein the top ends or the bottom ends (5") of the bars , are free ends, and wherein the panels extend lengthwise in the box , such that they are parallel to the two lateral large walls and parallel to the ventilation windows , such that a plurality of channels are defined across the panels that directly communicate with the ventilation windows . a lateral wall and top and bottom covers detachably coupled with the lateral wall to configure a rearing chamber , wherein the box is a rectangular prism, having two pairs of opposing large lateral walls and two small opposing lateral walls , and wherein the top and bottom covers are generally flat and parallel to each other, characterized in that the box comprises two or more panels parallel to each other and placed inside the rearing chamber , wherein the panels can be extracted from the box and they have bars transversally arranged with respect to the top and bottom covers , and wherein ventilation windows covered by a mesh are provided on the two lateral large walls , wherein the bars have top and bottom ends (5',5") adjacent respectively to the top and bottom covers , and wherein the top ends or the bottom ends (5") of the bars , are free ends, and wherein the panels extend lengthwise in the box , such that they are parallel to the two lateral large walls and parallel to the ventilation windows , such that a plurality of channels are defined across the panels that directly communicate with the ventilation windows .
An OCT probe for imaging patient tissue, comprising: a cannula having a cannula axis ; a selectively displaceable light-carrying optical fiber disposed within the cannula and having a distal end , the optical fiber being adapted to emit light from the distal end; a stiffening tube disposed about the optical fiber ; a pivot feature formed by a first crimp in the cannula , wherein the stiffening tube separates the optical fiber and the pivot feature , the stiffening tube directly engaging the pivot feature in a pivot relationship; a constraining feature disposed in the cannula , the constraining feature formed by an additional crimp in the cannula that is substantially orthogonal to the first crimp and shaped to constrain displacement of the optical fiber to a particular range of motion; and an actuation system arranged to displace the optical fiber within the cannula , the actuation system comprising: a driver actuatable to displace a portion of the optical fiber ; wherein the pivot feature operably engages with the stiffening tube containing the optical fiber , and wherein the optical fiber is pivotable about the pivot feature in response to a displacement of the portion of the optical fiber by the driver , and wherein the range of motion is constrained within a plane by the constraining feature . a cannula having a cannula axis ; a selectively displaceable light-carrying optical fiber disposed within the cannula and having a distal end , the optical fiber being adapted to emit light from the distal end; a stiffening tube disposed about the optical fiber ; a pivot feature formed by a first crimp in the cannula , wherein the stiffening tube separates the optical fiber and the pivot feature , the stiffening tube directly engaging the pivot feature in a pivot relationship; a constraining feature disposed in the cannula , the constraining feature formed by an additional crimp in the cannula that is substantially orthogonal to the first crimp and shaped to constrain displacement of the optical fiber to a particular range of motion; and an actuation system arranged to displace the optical fiber within the cannula , the actuation system comprising: a driver actuatable to displace a portion of the optical fiber ; wherein the pivot feature operably engages with the stiffening tube containing the optical fiber , and wherein the optical fiber is pivotable about the pivot feature in response to a displacement of the portion of the optical fiber by the driver , and wherein the range of motion is constrained within a plane by the constraining feature . a driver actuatable to displace a portion of the optical fiber ; wherein the pivot feature operably engages with the stiffening tube containing the optical fiber , and wherein the optical fiber is pivotable about the pivot feature in response to a displacement of the portion of the optical fiber by the driver , and wherein the range of motion is constrained within a plane by the constraining feature .
A reconfigurable ground penetrating radar, GPR, device for acquiring radar data about a medium, comprising - a radar antenna with a first polarization, - a processor unit connected to said antenna , - a casing around the antenna and the processor unit , - a wheel assembly comprising a holder , a wheel and a wheel rotation sensor , wherein the wheel rotation sensor is connected to the processor unit , wherein an axis of the wheel is pivotal relative to the first polarization, wherein the wheel rotation sensor is adapted to sense a path length of the movement of the device , wherein the device exhibits two preferred directions of movement in respect of the first polarization, characterized in that wherein the axis of the wheel exhibits two stable orientations, in respect to the casing , differing by a pivoting angle (α), wherein the stable orientations are achieved by means of a snap-in mechanism, implemented by an elastic force, or of a magnetic force, and wherein the device is a handheld device. - a radar antenna with a first polarization, - a processor unit connected to said antenna , - a casing around the antenna and the processor unit , - a wheel assembly comprising a holder , a wheel and a wheel rotation sensor , wherein the wheel rotation sensor is connected to the processor unit , wherein an axis of the wheel is pivotal relative to the first polarization, wherein the wheel rotation sensor is adapted to sense a path length of the movement of the device , wherein the device exhibits two preferred directions of movement in respect of the first polarization, wherein the wheel rotation sensor is adapted to sense a path length of the movement of the device , wherein the device exhibits two preferred directions of movement in respect of the first polarization, wherein the axis of the wheel exhibits two stable orientations, in respect to the casing , differing by a pivoting angle (α), wherein the stable orientations are achieved by means of a snap-in mechanism, implemented by an elastic force, or of a magnetic force, and wherein the device is a handheld device.
A plant having a mutation in the CESA1 gene wherein said mutation encodes for a mutant protein selected from the group consisting of a mutant protein comprising a methionine residue at a position corresponding to position 27 of SEQ ID NO: 3, a mutant protein comprising a phenylalanine residue at a position corresponding to position 62 of SEQ ID NO: 3, a mutant protein comprising a asparagine residue at a position corresponding to position 82 of SEQ ID NO: 3, a mutant protein comprising a valine residue at a position corresponding to position 208 of SEQ ID NO: 3 and a mutant protein comprising a threonine residue at a position corresponding to position 213 of SEQ ID NO: 3.
Apparatus for carrying and shielding wafers in a horizontal orientation, comprising: a wafer container ; a plurality of wafer cassettes disposed in the wafer container; characterized in that the apparatus comprises: an engaging lock that prevents the wafer cassettes from shifting toward the engaging lock, the engaging lock being in direct contact with surfaces of walls of the wafer cassettes that face the engaging lock. a wafer container ; a plurality of wafer cassettes disposed in the wafer container; characterized in that the apparatus comprises: an engaging lock that prevents the wafer cassettes from shifting toward the engaging lock, the engaging lock being in direct contact with surfaces of walls of the wafer cassettes that face the engaging lock.
A method for assessing the risk for development of a cardiovascular disorder in a subject, comprising: (a) determining in a sample from said subject (i) the amount of the first markers Vascular Endothelial Growth Factor D, Tamm-Horsfall Urine Glycoprotein, Kidney-Injury-Molecule-1 and alpha-Glutathione-S-Transferase; and (ii) the amount of the further markers Nt-pro BNP, Growth-Factor-Differentiation-Factor-15 and Angiopoietin-2; and (b) correlating that said subject is at risk for development of a cardiovascular disorder when said amount is altered compared to a reference amount for the first and further markers. (a) determining in a sample from said subject (i) the amount of the first markers Vascular Endothelial Growth Factor D, Tamm-Horsfall Urine Glycoprotein, Kidney-Injury-Molecule-1 and alpha-Glutathione-S-Transferase; and (ii) the amount of the further markers Nt-pro BNP, Growth-Factor-Differentiation-Factor-15 and Angiopoietin-2; and (i) the amount of the first markers Vascular Endothelial Growth Factor D, Tamm-Horsfall Urine Glycoprotein, Kidney-Injury-Molecule-1 and alpha-Glutathione-S-Transferase; and (ii) the amount of the further markers Nt-pro BNP, Growth-Factor-Differentiation-Factor-15 and Angiopoietin-2; and (b) correlating that said subject is at risk for development of a cardiovascular disorder when said amount is altered compared to a reference amount for the first and further markers.
A beverage machine comprising: a vibration pump for displacing liquid to prepare a beverage, the vibration pump comprising a pumping member and a solenoid energizable to cause displacement of the pumping member; and a control system configured to: receive an electrical signal from a power supply; initially drive the solenoid, using the electrical signal, at a first power level (PL1); decrease power from the first power level; and subsequently to the decrease in power from the first power level, increase power to drive the solenoid using the electrical signal, wherein the control system is configured to use the electrical signal to generate a power spike that initially drives the solenoid at the first power level and then diminishes to define the decrease in power from the first power level. a vibration pump for displacing liquid to prepare a beverage, the vibration pump comprising a pumping member and a solenoid energizable to cause displacement of the pumping member; and a control system configured to: receive an electrical signal from a power supply; initially drive the solenoid, using the electrical signal, at a first power level (PL1); decrease power from the first power level; and subsequently to the decrease in power from the first power level, increase power to drive the solenoid using the electrical signal, receive an electrical signal from a power supply; initially drive the solenoid, using the electrical signal, at a first power level (PL1); decrease power from the first power level; and subsequently to the decrease in power from the first power level, increase power to drive the solenoid using the electrical signal, wherein the control system is configured to use the electrical signal to generate a power spike that initially drives the solenoid at the first power level and then diminishes to define the decrease in power from the first power level.
A method for stereoscopically displaying a plurality of objects as three-dimensional in a mobile communication terminal, the method comprising: displaying, on a touchscreen of the terminal, a plurality of objects, wherein each of the plurality of objects is a graphical element for displaying a content item or for executing an application program associated with the object, upon receiving a touch gesture to the respective object; simultaneously displaying with the displayed plurality of objects, on the touchscreen, a plurality of category labels, each category label corresponding to category information associated with at least one object of the plurality of objects; in response to receiving a touch gesture to select a category label, identifying , the category information for each of the plurality of objects associated with the selected category label, determining a depth of each object, wherein determining the depth of the object comprises determining a disparity between a left image and a right image of a pair of stereoscopic images constituting the object based on the category information, and determining the disparity (504; 506; 508) to be one of crossed disparity or zero disparity; and displaying each object based on the determined disparity, wherein each object comprising category information associated with the selected category label is displayed at crossed disparity. displaying, on a touchscreen of the terminal, a plurality of objects, wherein each of the plurality of objects is a graphical element for displaying a content item or for executing an application program associated with the object, upon receiving a touch gesture to the respective object; simultaneously displaying with the displayed plurality of objects, on the touchscreen, a plurality of category labels, each category label corresponding to category information associated with at least one object of the plurality of objects; in response to receiving a touch gesture to select a category label, identifying , the category information for each of the plurality of objects associated with the selected category label, determining a depth of each object, wherein determining the depth of the object comprises determining a disparity between a left image and a right image of a pair of stereoscopic images constituting the object based on the category information, and determining the disparity (504; 506; 508) to be one of crossed disparity or zero disparity; and displaying each object based on the determined disparity, wherein each object comprising category information associated with the selected category label is displayed at crossed disparity.