mhurhangee/patent-ind-claim-en huggingface dataset:
An automatic analysis apparatus , comprising: a reagent disk in which a plurality of reagent vessels holding a plurality of reagents are arranged; a suction nozzle which sucks the reagent held in a reagent vessel positioned on the reagent disk in a reagent suction position; an analysis unit which executes an analysis operation by adding the reagent sucked from the reagent vessel to a specimen via the suction nozzle; a sterilizing mechanism having an ultraviolet ray source which sterilizes a reagent by ultraviolet irradiation, and an electrode or a substrate as a power supply unit which supplies electric power to the ultraviolet ray source, the ultraviolet ray source consisting of a plurality of ultraviolet LEDs each emitting ultraviolet rays having different wavelengths; a heat insulation structure which is arranged between the sterilizing mechanism and the reagent within the suction nozzle; and a control unit which variably controls an ultraviolet irradiation dose by means of the ultraviolet ray source ; wherein the heat insulation structure is a heat insulation portion that is arranged between the sterilizing mechanism and the reagent in the suction nozzle in order to heat-insulate the sterilizing mechanism from the reagent in the suction nozzle, and the control unit selects one of the ultraviolet LEDs to be used in the ultraviolet irradiation for each of the plurality of reagents and emits an ultraviolet ray into the reagent vessel from above the mouth of the reagent vessel. a reagent disk in which a plurality of reagent vessels holding a plurality of reagents are arranged; a suction nozzle which sucks the reagent held in a reagent vessel positioned on the reagent disk in a reagent suction position; an analysis unit which executes an analysis operation by adding the reagent sucked from the reagent vessel to a specimen via the suction nozzle; a sterilizing mechanism having an ultraviolet ray source which sterilizes a reagent by ultraviolet irradiation, and an electrode or a substrate as a power supply unit which supplies electric power to the ultraviolet ray source, the ultraviolet ray source consisting of a plurality of ultraviolet LEDs each emitting ultraviolet rays having different wavelengths; a heat insulation structure which is arranged between the sterilizing mechanism and the reagent within the suction nozzle; and a control unit which variably controls an ultraviolet irradiation dose by means of the ultraviolet ray source ; wherein the heat insulation structure is a heat insulation portion that is arranged between the sterilizing mechanism and the reagent in the suction nozzle in order to heat-insulate the sterilizing mechanism from the reagent in the suction nozzle, and the control unit selects one of the ultraviolet LEDs to be used in the ultraviolet irradiation for each of the plurality of reagents and emits an ultraviolet ray into the reagent vessel from above the mouth of the reagent vessel.
A semiconductor element (S) comprising gallium nitride, the semiconductor element comprising: a semiconductor layer comprising a first surface comprising a first region (W1) and a second region (W2) that is a projecting portion having a strip shape and projecting relative to the first region or a recessed portion having a strip shape and being recessed relative to the first region, wherein, of the first surface, at least one of surfaces of the first region and the second region comprises a crystal plane comprising a plane orientation different from a (000-1) plane orientation and a (1-100) plane orientation, and the semiconductor layer further comprises a second surface opposite to the first surface, and the second surface has a ridge . a semiconductor layer comprising a first surface comprising a first region (W1) and a second region (W2) that is a projecting portion having a strip shape and projecting relative to the first region or a recessed portion having a strip shape and being recessed relative to the first region, wherein, of the first surface, at least one of surfaces of the first region and the second region comprises a crystal plane comprising a plane orientation different from a (000-1) plane orientation and a (1-100) plane orientation, and the semiconductor layer further comprises a second surface opposite to the first surface, and the second surface has a ridge .
A composition for use in regeneration of fibrous cartilage or elastic cartilage, the composition including hydrogel comprising: fibrin; and polyethylene oxide (PEO) or pluronic, wherein the polyethylene oxide (PEO) or pluronic and the fibrin form an interpenetrating polymer network (IPN) structure.
A method for manufacturing a clamping ring , comprising the following steps: - providing an insert ring , the insert ring comprising a sacrificial ring and at least two reinforcing elements arranged on the outer circumference of the sacrificial ring , - sheathing, in particular overmoulding, the insert ring with material, whereby an injection-moulded part comprising the insert ring is produced, - mechanically processing the inner circumference of the injection-moulded part, in particular mechanically removing the sacrificial ring , preferably by milling and/or by turning, whereby a clamping ring is manufactured, wherein the reinforcing elements terminate flush to the inner circumference of the clamping ring , and wherein the reinforcing elements are held, in particular form-fittingly and/or force-fittingly, by the sheath. - providing an insert ring , the insert ring comprising a sacrificial ring and at least two reinforcing elements arranged on the outer circumference of the sacrificial ring , - sheathing, in particular overmoulding, the insert ring with material, whereby an injection-moulded part comprising the insert ring is produced, - mechanically processing the inner circumference of the injection-moulded part, in particular mechanically removing the sacrificial ring , preferably by milling and/or by turning, whereby a clamping ring is manufactured, wherein the reinforcing elements terminate flush to the inner circumference of the clamping ring , and wherein the reinforcing elements are held, in particular form-fittingly and/or force-fittingly, by the sheath.
Method for operating a motor vehicle travelling driverlessly within a parking space , comprising the following steps: - determining , for a prescribed target trajectory to be taken by the motor vehicle within the parking space, up to which location on the target trajectory there is the possibility of safe driverless travel by the motor vehicle , and - the motor vehicle travelling driverlessly to the determined location on the basis of the prescribed target trajectory, - wherein safe driverless travel by the motor vehicle denotes driverless travel during which an accident will occur only with a predetermined accident probability, or a collision with an object will occur only with a predetermined collision probability, - wherein the location is determined on the basis of a detection range of an environment sensor system of the motor vehicle and/or on the basis of a detection range of an environment sensor system of the parking space , so that the location is within the applicable detection range, characterized in that - the environment sensor system(s) comprises or comprise multiple environment sensors having respective detection ranges, wherein the location is determined on the basis of the shortest detection range of the respective detection ranges, so that the location is within the shortest detection range. - determining , for a prescribed target trajectory to be taken by the motor vehicle within the parking space, up to which location on the target trajectory there is the possibility of safe driverless travel by the motor vehicle , and - the motor vehicle travelling driverlessly to the determined location on the basis of the prescribed target trajectory, - wherein safe driverless travel by the motor vehicle denotes driverless travel during which an accident will occur only with a predetermined accident probability, or a collision with an object will occur only with a predetermined collision probability, - wherein the location is determined on the basis of a detection range of an environment sensor system of the motor vehicle and/or on the basis of a detection range of an environment sensor system of the parking space , so that the location is within the applicable detection range, characterized in that - the environment sensor system(s) comprises or comprise multiple environment sensors having respective detection ranges, wherein the location is determined on the basis of the shortest detection range of the respective detection ranges, so that the location is within the shortest detection range.
A screw compressor , including a compressor housing having a screw rotor chamber arranged therein, two screw rotors that are arranged in the screw rotor chamber and are mounted on the compressor housing , each rotatably about a respective screw rotor axis , and engage in each other by means of their helical contours and each cooperate with compression wall surfaces which are adjacent thereto and partly surround them in order to receive gaseous medium that is supplied by way of a low-pressure chamber arranged in the compressor housing and to discharge it in the region of a high-pressure chamber that is arranged in the compressor housing , wherein the gaseous medium is enclosed in compression chambers that are formed between the helical contours and compression wall surfaces that are adjacent to the latter with an intake volume at low pressure and is compressed to a final volume at high pressure, and including two control sliders which are arranged in a slider channel of the compressor housing and are adjacent to both screw rotors by means of slider compression wall surfaces and are movable in a direction of displacement parallel to the screw rotor axes , wherein a first control slider (takes a form that) affects the final volume and a second control slider (takes a form that) affects the initial volume, and wherein there is provided a position determining device for at least one control slider , characterised in that a position determining device is provided for both the control sliders , the position determining device comprising a first position indicator element coupled to the first control slider and a second position indicator element coupled to the second control slider , in that both position indicator elements cooperate with a common detector element , which extends parallel to the direction of displacement of the control sliders and along which the position indicator elements are movable upon movement of the control sliders , and in that the detector element is coupled to and evaluation device , which determines the respective positions of the position indicator elements along the detector element .
A system for assisting a user in configuring a lighting system , said lighting system comprising a lighting device (15-17) and a switch for providing power to said lighting device (15-17), said system comprising: at least one input interface ; at least one output interface ; and at least one processor configured to: - use said at least one input interface to receive at least one signal, - determine from said at least one signal that said lighting device (15-17) has recently been power switched, - determine whether a user-defined power-switch light setting has been set for said lighting device (15-17), said power-switch light setting being a light setting that is activated when said lighting device (15-17) switches from an unpowered state to a powered state, and - use said at least one output interface to provide a notification to a user in dependence on said lighting device (15-17) having recently been power switched and no user-defined power-switch light setting having been set for said lighting device (15-17), said notification recommending said user to set said user-defined power-switch light setting for said lighting device (15-17). at least one input interface ; at least one output interface ; and at least one processor configured to: - use said at least one input interface to receive at least one signal, - determine from said at least one signal that said lighting device (15-17) has recently been power switched, - determine whether a user-defined power-switch light setting has been set for said lighting device (15-17), said power-switch light setting being a light setting that is activated when said lighting device (15-17) switches from an unpowered state to a powered state, and - use said at least one output interface to provide a notification to a user in dependence on said lighting device (15-17) having recently been power switched and no user-defined power-switch light setting having been set for said lighting device (15-17), said notification recommending said user to set said user-defined power-switch light setting for said lighting device (15-17). - use said at least one input interface to receive at least one signal, - determine from said at least one signal that said lighting device (15-17) has recently been power switched, - determine whether a user-defined power-switch light setting has been set for said lighting device (15-17), said power-switch light setting being a light setting that is activated when said lighting device (15-17) switches from an unpowered state to a powered state, and - use said at least one output interface to provide a notification to a user in dependence on said lighting device (15-17) having recently been power switched and no user-defined power-switch light setting having been set for said lighting device (15-17), said notification recommending said user to set said user-defined power-switch light setting for said lighting device (15-17).
A production line in which a plurality of the electronic component mounting machines are provided from an upstream toward a downstream in a transport direction of a substrate , each of the electronic component mounting machines comprising: an image-capturing device that is configured to capture images of a sub-fiducial mark (F1 to F3), being disposed on the substrate , and a main fiducial mark (f1 to f4) of which imaging position is determined with reference to the sub-fiducial mark (F1 to F3); and a control device that is configured to determine a mounting position of an electronic component (P1 to P6) with respect to the substrate with reference to the main fiducial mark (f1 to f4) when the main fiducial mark (f1 to f4) can be read from an image captured by the image-capturing device , while to determine the mounting position with reference to the sub-fiducial mark (F1 to F3), which is a reference source of the main fiducial mark (f1 to f4), when the main fiducial mark (f1 to f4) cannot be read from the image due to a print defect of the main fiducial mark (f1 to f4), wherein the control device of the electronic component mounting machine at an upstream end in the transport direction is configured to transmit information related to the main fiducial mark (f1 to f4), which cannot be read, to the electronic component mounting machine at the downstream in the transport direction when the main fiducial mark (f1 to f4) cannot be read from the image. an image-capturing device that is configured to capture images of a sub-fiducial mark (F1 to F3), being disposed on the substrate , and a main fiducial mark (f1 to f4) of which imaging position is determined with reference to the sub-fiducial mark (F1 to F3); and a control device that is configured to determine a mounting position of an electronic component (P1 to P6) with respect to the substrate with reference to the main fiducial mark (f1 to f4) when the main fiducial mark (f1 to f4) can be read from an image captured by the image-capturing device , while to determine the mounting position with reference to the sub-fiducial mark (F1 to F3), which is a reference source of the main fiducial mark (f1 to f4), when the main fiducial mark (f1 to f4) cannot be read from the image due to a print defect of the main fiducial mark (f1 to f4), wherein the control device of the electronic component mounting machine at an upstream end in the transport direction is configured to transmit information related to the main fiducial mark (f1 to f4), which cannot be read, to the electronic component mounting machine at the downstream in the transport direction when the main fiducial mark (f1 to f4) cannot be read from the image.
A method of producing a binder for lithium ion secondary battery positive electrodes comprising a binder resin; and an oil-soluble radical initiator in a concentration of 500 ppm or less, the method comprising a step of mixing the binder resin and the oil-soluble radical initiator, characterised in that the method comprises, after the completion of reaction, a step of reducing the oil-soluble radical initiator remaining in the reaction solution, which comprises centrifugal filtration to remove the filtrate, addition of a fresh solvent compatible with the oil-soluble radical initiator to the solid matter to be stirred, and centrifugal filtration to remove the filtrate.
A method to control a fluid flow regulating device connected to actuating means setting fluid flow regulating device according to the communicated control signal from a connected controller , said control signal ranging from 0-100% during a normal operational load, defined as being within a given load threshold with a high load threshold and a low load threshold, where said control signal is 0% when said fluid flow regulating device is to be closed and 100% when it is to be open, and where the actuating means is, or includes, a thermal wax actuator, and defines a point of reaction corresponding to certain minimum control signal before the actuator reacts between open and closed, which point of reaction fluctuates under changes in ambient temperature defining a range of points of reactions, characterized in that when said load gets outside said load threshold, being above the high load threshold or below the low load threshold, the control enters a modified control where said control signal either is never at 0% and/or is never at 100% wherein said modified control signal is formed of full cycle periods, P, each with open period Po of a 100% control signal and a closed period Pc of 0% signal, and when the load gets below the low load threshold said control signal enters a low load control where the open period Po is higher than zero even when the flow regulating device are to be closed, and/or when the load gets above a high load threshold said control signal enters a high load control where the open period Po is lower than 100% even when the flow regulating device are to be fully open., and where at low load the closing signal, meaning the signal to keep the flow controller closed will be above zero, but below a range of point of reactions, and where at high load the closing signal, meaning the signal to keep the flow controller open is above a range of point of reactions.
A method for determining a temperature value of a molten metal bath with a device comprising an optical cored wire and a detector, comprising (a) providing the optical cored wire with its leading tip at a position p1 above the surface of the molten metal bath; (b) feeding the leading tip directed towards the molten metal bath from position p1 with a velocity v1 for a first time period from t1 to t2 to a position p2 in an immersion depth i1 below the surface of the molten metal bath; (c) feeding the leading tip with a velocity v2 for a second time period from t2 to t3 to a position p3 in an immersion depth i2 below the surface of the molten metal bath; (d) feeding the leading tip with a velocity v3 for a third time period from t3 to t4 to a position p4 in an immersion depth i3 below the surface of the molten metal bath; (e) either pausing with the feeding of the leading tip or feeding the leading tip with a velocity v4, each for a fourth time period from t4 to t5; (f) retracting the leading tip with a velocity v5 to a position above the surface of the molten metal bath after t5, (g) obtaining temperature information of the molten metal bath within a measuring time period within t2 to t5, wherein the immersion depth and velocities have the following relations (i) i2 > i1, (ii) i3 > i2, (iii) v1 > v2, (iv) v2 < v3 and (v) v4 < v1 or v2 or v3. (a) providing the optical cored wire with its leading tip at a position p1 above the surface of the molten metal bath; (b) feeding the leading tip directed towards the molten metal bath from position p1 with a velocity v1 for a first time period from t1 to t2 to a position p2 in an immersion depth i1 below the surface of the molten metal bath; (c) feeding the leading tip with a velocity v2 for a second time period from t2 to t3 to a position p3 in an immersion depth i2 below the surface of the molten metal bath; (d) feeding the leading tip with a velocity v3 for a third time period from t3 to t4 to a position p4 in an immersion depth i3 below the surface of the molten metal bath; (e) either pausing with the feeding of the leading tip or feeding the leading tip with a velocity v4, each for a fourth time period from t4 to t5; (f) retracting the leading tip with a velocity v5 to a position above the surface of the molten metal bath after t5, (g) obtaining temperature information of the molten metal bath within a measuring time period within t2 to t5, (i) i2 > i1, (ii) i3 > i2, (iii) v1 > v2, (iv) v2 < v3 and (v) v4 < v1 or v2 or v3.
A work machine , in particular a mobile crane or cable excavator, comprising a pivotable boom , a setting device for adjusting the boom , at least one further consumer , and a hydraulic system for operating a hydraulic fall-back support of the work machine wherein the hydraulic system comprises at least one hydraulic fall-back support cylinder connected to the boom and following its movements for tracking and limiting movements of the boom and comprises a hydraulic pump that operates the fall-back support cylinder and the at least one further hydraulic consumer , wherein the fall-back support cylinder has a load-bearing cylinder space that can be acted on by pressure and a non-load bearing cylinder space that can be acted on by pressure in an installation operation, wherein a switchable stop valve having a blocking line and a passage line is arranged between the hydraulic pump and the fall-back support cylinder by means of which stop valve the load-bearing cylinder space of the fall-back support cylinder is blockable; and wherein a hydraulic store connected to the load-bearing cylinder space is provided between the stop valve and the fall-back support cylinder .
An extruded catalyst comprising MgO in the range of 70 wt% to 90 wt%; a metal silicate clay binder in the range of 1 wt% and 20 wt% and one or more of ZrO 2 , tetravalent rare earth metal and a trivalent rare earth metal in the range of 1 wt% and 20 wt%, the catalyst exhibiting a single piece crush strength of at least 0.91 kg/mm (2.0 lbs/mm) and exhibiting a fresh isomerization rate and an aged performance after aging at 650 °C for 24 hours, wherein the aged isomerization rate is at least 50% of the fresh isomerization rate, and wherein the isomerization rate is measured as described in the description.