mhurhangee/patent-ind-claim-en huggingface dataset:
An application control device comprising: an acquisition unit that acquires image data of a skin; a division unit that divides the image data into a plurality of segments each smaller than or equal to 200 μm; and a calculation unit that calculates, from a value of one or a plurality of segments of the image data, an application amount of a cosmetic material to be applied to each portion of the skin corresponding to each segment, wherein the value of a segment used for the application amount calculation is optical information included in the segment; wherein the calculation unit calculates the application amount of the cosmetic material to be applied to each portion of the skin from a value of the plurality of segments of the image data by using an impulse response function that represents a light scattering between each portion of the skin corresponding to each of the plurality of segments. an acquisition unit that acquires image data of a skin; a division unit that divides the image data into a plurality of segments each smaller than or equal to 200 μm; and a calculation unit that calculates, from a value of one or a plurality of segments of the image data, an application amount of a cosmetic material to be applied to each portion of the skin corresponding to each segment, wherein the value of a segment used for the application amount calculation is optical information included in the segment; wherein the calculation unit calculates the application amount of the cosmetic material to be applied to each portion of the skin from a value of the plurality of segments of the image data by using an impulse response function that represents a light scattering between each portion of the skin corresponding to each of the plurality of segments.
A process for preparing a 2-(1,2,2-trimethyl-3-cyclopentenyl)-2-oxoethyl carboxylate compound of the following general formula : wherein R represents a monovalent hydrocarbon group having 1 to 9 carbon atoms, the process comprising: esterifying a 2-(1,2,2-trimethyl-3-cyclopentenyl)-2-oxoethyl compound of the following general formula : wherein X represents a hydroxyl group or a halogen atom, to form the 2-(1,2,2-trimethyl-3-cyclopentenyl)-2-oxoethyl carboxylate compound .
A method, comprising: generating, by a waveguide system comprising a processor, first electromagnetic waves; and inducing, by the waveguide system , according to the first electromagnetic waves, second electromagnetic waves , wherein a first portion of the second electromagnetic waves propagate along a first inner surface of a plurality of inner surfaces of a bundle of cables , wherein the first portion of the second electromagnetic waves propagate along the first inner surface of the bundle of cables without requiring an electrical return path, and wherein the first inner surface comprises an outer surface of a first cable of the bundle of cables . generating, by a waveguide system comprising a processor, first electromagnetic waves; and inducing, by the waveguide system , according to the first electromagnetic waves, second electromagnetic waves , wherein a first portion of the second electromagnetic waves propagate along a first inner surface of a plurality of inner surfaces of a bundle of cables , wherein the first portion of the second electromagnetic waves propagate along the first inner surface of the bundle of cables without requiring an electrical return path, and wherein the first inner surface comprises an outer surface of a first cable of the bundle of cables .
Method for analysing a real dental situation of a patient, for simulation purposes, the method comprising the following successive steps: A) at a current time, acquiring a current image representing a real dental scene as observed by an operator; B) determining a virtual dental scene based on the representation of the real dental scene on the current image, the virtual dental scene comprising a representation of the patient's arch as anticipated for a future simulation time and/or a representation of an orthodontic device worn by the teeth of the arch as anticipated for a future simulation time, the simulation time being later than the current time by more than 1 day; C) displaying the current image on a screen and presenting the virtual dental scene superimposed with the representation of the real dental scene on the current image displayed on the screen, transparently or not transparently over said representation, the acquisition being performed by way of a mobile telephone or a tablet, in which method the patient acquires said current image in step A), and looks at the screen in step C) . A) at a current time, acquiring a current image representing a real dental scene as observed by an operator; B) determining a virtual dental scene based on the representation of the real dental scene on the current image, the virtual dental scene comprising a representation of the patient's arch as anticipated for a future simulation time and/or a representation of an orthodontic device worn by the teeth of the arch as anticipated for a future simulation time, the simulation time being later than the current time by more than 1 day; C) displaying the current image on a screen and presenting the virtual dental scene superimposed with the representation of the real dental scene on the current image displayed on the screen, transparently or not transparently over said representation,
A method of producing a layered article, comprising fusing at least part of a single-layer body or a laminate including at least one layer including a non-woven fabric of fiber having a fiber diameter of 100 μm or less through ultrasonic welding, wherein the ultrasonic welding is performed with a horn and a rotating anvil , and wherein the rotating anvil is heated. wherein the ultrasonic welding is performed with a horn and a rotating anvil , and wherein the rotating anvil is heated.
A coupling for connecting a two-track trailer having at least one drawbar to a non-motorized vehicle or a vehicle having only an auxiliary drive, in particular a bicycle, with two cooperating coupling parts which can be detached from each other, one of which is to be attached to the vehicle and the other to the drawbar, wherein the cooperating coupling parts comprise a bolt with at least one outer surface and a bolt receptacle with at least one inner surface, wherein the at least one outer surface and the at least one inner surface are formed and can cooperate with each other in such a way that the bolt and the bolt receptacle are substantially non-rotatable relative to each other about their own axis, characterized in that the number n B of the outer surfaces of the bolt is unequal to the number n H of the inner surfaces of the bolt receptacle and the at least two outer or inner surfaces are arranged in such a way that the bolt and the bolt receptacle can be positioned relative to each other in at least two positions which are rotationally fixed relative to one another and which are at an angle of at most 60° to one another in the circumferential direction of the bolt .
A method of operating a sterilization system having a vacuum chamber for sterilizing instruments, comprising: (a) placing the instruments in a non-sterile state in a sterilization pack; (b) opening the chamber ; (c) placing the pack into the chamber; (d) closing the chamber; (e) acquiring a baseline humidity measurement from within the chamber; (f) withdrawing a first volume of air from the chamber, thereby lowering the pressure within the chamber to a conditioning pressure; (g) maintaining the conditioning pressure for a dwell time; (h) introducing a second volume of air into the chamber, thereby increasing the pressure within the chamber; (i) acquiring a second humidity measurement from within the chamber; and (j) comparing the baseline humidity measurement to the second humidity measurement. (a) placing the instruments in a non-sterile state in a sterilization pack; (b) opening the chamber ; (c) placing the pack into the chamber; (d) closing the chamber; (e) acquiring a baseline humidity measurement from within the chamber; (f) withdrawing a first volume of air from the chamber, thereby lowering the pressure within the chamber to a conditioning pressure; (g) maintaining the conditioning pressure for a dwell time; (h) introducing a second volume of air into the chamber, thereby increasing the pressure within the chamber; (i) acquiring a second humidity measurement from within the chamber; and (j) comparing the baseline humidity measurement to the second humidity measurement.
A gene therapy vector comprising an expression cassette comprising a polynucleotide encoding lysosome-associated membrane protein 2B (LAMP-2B) operatively linked to promoter, wherein the vector is an adeno-associated virus of serotype 9 (AAV9).
A method for arranging inductive charging means in a storage area in which multiple inductively chargeable industrial trucks are used, wherein • a target value is specified for an average charging time of an industrial truck used in the storage area, wherein the average charging time indicates the period of time for which the industrial truck used in the storage area can be charged on average during ordinary use, and characterized in that • an average power consumption is determined for one of the industrial trucks used in the storage area and, when the charging capacity of the charging means has been established, a charging quota for using the vehicle in the storage area is determined using the target value for the average charging time, wherein the determined charging quota is used to establish how many inductive charging means are to be provided and the established number of charging means is arranged starting with a region which has the highest average length of stay and from there with decreasing average length of stay, • inductive charging means are arranged in the storage area in such a way that the industrial truck can be charged at least with the target value for the average charging time when it is being used in the storage area. • a target value is specified for an average charging time of an industrial truck used in the storage area, wherein the average charging time indicates the period of time for which the industrial truck used in the storage area can be charged on average during ordinary use, and characterized in that • an average power consumption is determined for one of the industrial trucks used in the storage area and, when the charging capacity of the charging means has been established, a charging quota for using the vehicle in the storage area is determined using the target value for the average charging time, wherein the determined charging quota is used to establish how many inductive charging means are to be provided and the established number of charging means is arranged starting with a region which has the highest average length of stay and from there with decreasing average length of stay, • inductive charging means are arranged in the storage area in such a way that the industrial truck can be charged at least with the target value for the average charging time when it is being used in the storage area.
A casting device for casting a melt , wherein the casting device has a flow connecting element for conducting the melt , wherein a first electrode and a second electrode are arranged on the flow connecting element , wherein the first electrode has a first melt contact surface and the second electrode has a second melt contact surface , wherein in the installed state of the electrodes the melt contact surfaces are configured for contacting the melt guided in the flow connecting element , and that a magnetic element is arranged on the flow connecting element , which magnetic element is configured to apply a magnetic field to the region of the melt to which current is applied, whereby a Lorenz force can be exerted on the melt guided in the flow connecting element , characterized in that at least one first heating element is arranged in the region of the first electrode and at least one second heating element is arranged in the region of the second electrode .
A thermostatic mixing valve comprising a body in which a first cold water inlet duct , a first cold water outlet duct , a second hot water inlet duct , a second cold/hot mixed water outlet duct are obtained, and in which a thermostatic member and a shutter operated by the thermostatic member are received to maintain the mixed water at a predetermined temperature, characterized in that it comprises a hollow insert received along the first inlet duct and provided with spacer members on the external wall thereof to form two separate coaxial passages, an annular passage external to the insert and a passage inside the insert , wherein the external passage is in communication with the first outlet duct and the internal passage is in communication with the shutter , wherein the second inlet duct is also in communication with the shutter for the controlled mixing of hot and cold water, and wherein the shutter is in communication also with the second outlet duct for the inflow of regulated mixed water to the second outlet duct .
An endoprosthesis having a length, a radius, and a circumference, the endoprosthesis comprising: a stent element having multiple apices ; a flexible connecting element that attaches between at least two apices, said flexible connecting element being a polymer web ; wherein the flexible connecting element has a section modulus (M r ) in a direction aligned with the radius of the endoprosthesis and a section modulus (M p ) aligned in a direction perpendicular to M r of the endoprosthesis; and wherein M r /M p > 0.2. a stent element having multiple apices ; a flexible connecting element that attaches between at least two apices, said flexible connecting element being a polymer web ; wherein the flexible connecting element has a section modulus (M r ) in a direction aligned with the radius of the endoprosthesis and a section modulus (M p ) aligned in a direction perpendicular to M r of the endoprosthesis; and wherein M r /M p > 0.2.
Load control device including: a) a load handling device for picking and releasing objects of load ; b) at least one camera adapted to capture the length and the cross section of one or more objects of load being grabbed in the load handling device ; c) reference data representing size, volume or indicator; d) a computer adapted to generate and emit load data representing size, volume or indicator from the length and cross section based on the visual information obtained from the at least one camera ; whereas e) the computer is adapted to generate and emit a signal indicative of a gap between the load data and the reference data; whereas f) the reference data comprise data received from a first handling device, in form of a forest harvester, and that a signal is generated, when the load data and the reference data deviate more than a predefined extent related to a common basis; and/or g) the reference data comprise data about a maximum load or load distribution of a load space of a forwarder, and that a signal is generated, when the load data and the reference data deviate more than a predefined extent. a) a load handling device for picking and releasing objects of load ; b) at least one camera adapted to capture the length and the cross section of one or more objects of load being grabbed in the load handling device ; c) reference data representing size, volume or indicator; d) a computer adapted to generate and emit load data representing size, volume or indicator from the length and cross section based on the visual information obtained from the at least one camera ; whereas e) the computer is adapted to generate and emit a signal indicative of a gap between the load data and the reference data; whereas f) the reference data comprise data received from a first handling device, in form of a forest harvester, and that a signal is generated, when the load data and the reference data deviate more than a predefined extent related to a common basis; and/or g) the reference data comprise data about a maximum load or load distribution of a load space of a forwarder, and that a signal is generated, when the load data and the reference data deviate more than a predefined extent.
An apparatus for sensing fluid constituents such as cells, biomolecules or particles comprising: a substrate ; a microfluidic channel supported by the substrate ; a bubble jet inertial pump supported by the substrate and adjacent the microfluidic channel to selectively pump fluid through the microfluidic channel ; optical sensors supported by the substrate adjacent and on a first side of the microfluidic channel ; a light emitter on a second side of the microfluidic channel to pass light across the microfluidic channel to the optical sensor ; and wherein the optical sensors are located along the microfluidic channel and wherein the light emitter comprises a waveguide along the microfluidic channel to direct light to each of the optical sensors . a substrate ; a microfluidic channel supported by the substrate ; a bubble jet inertial pump supported by the substrate and adjacent the microfluidic channel to selectively pump fluid through the microfluidic channel ; optical sensors supported by the substrate adjacent and on a first side of the microfluidic channel ; a light emitter on a second side of the microfluidic channel to pass light across the microfluidic channel to the optical sensor ; and wherein the optical sensors are located along the microfluidic channel and wherein the light emitter comprises a waveguide along the microfluidic channel to direct light to each of the optical sensors .
Method for safely parking a vehicle, wherein it is checked whether there is an emergency situation present, wherein after the detection of an emergency situation a driver assistance system safely parks the vehicle, characterized in that information is interrogated from an external database and taken into account by the driver assistance system.
Hybrid drive train for a motor vehicle, comprising a dual clutch arrangement , which contains a first friction clutch and a second friction clutch and which has an input element that can be connected to an internal combustion engine , and comprising a transmission arrangement , which contains an input shaft arrangement that has a first input shaft connected to a first output element of the dual clutch arrangement and a second input shaft connected to a second output element of the dual clutch arrangement , wherein the input shaft arrangement can be connected to an output shaft arrangement via a plurality of switchable gear sets , wherein a coupling hollow shaft , which is connected or can be connected to an electric machine , is mounted on a first output shaft of the output shaft arrangement , wherein the first input shaft is connected to the coupling hollow shaft via a constant gear set , wherein a planetary gear set with three elements is arranged coaxially with respect to the first output shaft , wherein a first element of the planetary gear set is connected to the coupling hollow shaft , wherein the first element and a second element of the planetary gear set can be connected to one another by means of a first shifting clutch and the second element of the planetary gear set is connected to the second input shaft , characterized in that the second input shaft can be connected to the coupling hollow shaft via a coupling gear set , wherein the coupling gear set is arranged between the first shifting clutch and the planetary gear set in the axial direction.
A method for the production of a pressure container or spray can containing a composition for forming polyurethane foam, comprising the steps of • closing the container, after introducing the components of the composition that are liquid under ambient conditions, by securing into an opening in the container head a valve having a hollow valve stem centrally arranged in a round valve cup that extends laterally into a peripheral valve collar , and whereby the valve is secured to the container by crimping the valve collar in the opening in the container head, and • pressurizing the closed container by injecting at least one propellant gas through the valve stem, whereby the valve is opened by compressing the valve stem relative to the valve collar , in the direction of the valve cup , characterized in that , during the injection, the valve stem is compressed relative to the valve collar , from the resting position with the valve closed, over a distance of at most 85% of the compression distance corresponding to a reference point on the force-compression distance curve registered on a test bench for a valve of the same embodiment. • closing the container, after introducing the components of the composition that are liquid under ambient conditions, by securing into an opening in the container head a valve having a hollow valve stem centrally arranged in a round valve cup that extends laterally into a peripheral valve collar , and whereby the valve is secured to the container by crimping the valve collar in the opening in the container head, and • pressurizing the closed container by injecting at least one propellant gas through the valve stem, whereby the valve is opened by compressing the valve stem relative to the valve collar , in the direction of the valve cup ,
A non-transitory computer-readable storage medium comprising an initialization application that, when executed by a cryptographic manager (CM) device at a first occurrence, causes the CM device to perform a device definition process to generate a device definition request to establish a unique identity and a root of trust of the CM device , the CM device to be deployed in a CM system ; in response to the device definition request , obtaining device information comprising device identity and device credentials of the CM device and storing the device definition request with the device information in storage space of a removable storage device ; and when executed by a provisioning device associated with a CM device at a second occurrence, causes the provisioning device to import the device definition request with the device information from the removable storage device onto the provisioning device ; and to generate a device definition response with provisioning information associated with the CM system ; and to store the device definition response in storage space of the removable storage device ; when executed by a CM device at a third occurrence, causes the CM device to import the device definition response .
A steel-plate manufacturing facility, comprising a hot rolling mill , a first shape correction device , and an accelerated cooling device arranged in this order, wherein the accelerated cooling device includes dewatering rollers that restrict a steel plate from above and below, and a control system that controls a pressing load P exerted to restrict the steel plate , characterized in that the pressing load P satisfies formula , below: P ≤ 37 × L − W × W 2 / D 4 − d 4 − 1.25 where P denotes a pressing load (ton), L denotes a roller body length (mm), W denotes a plate width (mm), D denotes a roller outer diameter (mm), and d denotes a roller inner diameter (mm). a hot rolling mill , a first shape correction device , and an accelerated cooling device arranged in this order, wherein the accelerated cooling device includes dewatering rollers that restrict a steel plate from above and below, and a control system that controls a pressing load P exerted to restrict the steel plate , characterized in that the pressing load P satisfies formula , below: P ≤ 37 × L − W × W 2 / D 4 − d 4 − 1.25 where P denotes a pressing load (ton), L denotes a roller body length (mm), W denotes a plate width (mm), D denotes a roller outer diameter (mm), and d denotes a roller inner diameter (mm). P denotes a pressing load (ton), L denotes a roller body length (mm), W denotes a plate width (mm), D denotes a roller outer diameter (mm), and d denotes a roller inner diameter (mm).