mhurhangee/patent-ind-claim-en huggingface dataset:
A photoconversion arrangement comprising: a photoconversion sheet; an optical sheet, wherein the optical sheet is disposed over the photoconversion sheet facing a top surface of the photoconversion sheet and the photoconversion sheet comprises: a polymer matrix and a light emitting material dispersed in the polymer matrix, and wherein the light emitting material comprises at least one selected from: a semiconductor nanocrystal, an inorganic phosphor, and an organic dye; and a strip overlapping an edge portion of the top surface of the photoconversion sheet, and contacting the edge portion of the photoconversion sheet, wherein the strip comprises at least one of: a film comprising a polymer matrix and a light emitting material dispersed in the polymer matrix, wherein the light emitting material comprises at least one selected from: a semiconductor nanocrystal, an inorganic phosphor, and an organic dye; a scattering reflective film comprising a polymer stretched film; and a stacked film comprising a light scattering layer and a light absorption layer on the light scattering layer. a photoconversion sheet; an optical sheet, wherein the optical sheet is disposed over the photoconversion sheet facing a top surface of the photoconversion sheet and the photoconversion sheet comprises: a polymer matrix and a light emitting material dispersed in the polymer matrix, and wherein the light emitting material comprises at least one selected from: a semiconductor nanocrystal, an inorganic phosphor, and an organic dye; and a strip overlapping an edge portion of the top surface of the photoconversion sheet, and contacting the edge portion of the photoconversion sheet, wherein the strip comprises at least one of: a film comprising a polymer matrix and a light emitting material dispersed in the polymer matrix, wherein the light emitting material comprises at least one selected from: a semiconductor nanocrystal, an inorganic phosphor, and an organic dye; a scattering reflective film comprising a polymer stretched film; and a stacked film comprising a light scattering layer and a light absorption layer on the light scattering layer. a film comprising a polymer matrix and a light emitting material dispersed in the polymer matrix, wherein the light emitting material comprises at least one selected from: a semiconductor nanocrystal, an inorganic phosphor, and an organic dye; a scattering reflective film comprising a polymer stretched film; and a stacked film comprising a light scattering layer and a light absorption layer on the light scattering layer.
An inflatable paddleboard comprising a body having an upper surface for receiving a person and a lower surface for engaging water, and the inflatable paddleboard being such that: (i) the inflatable paddleboard comprises stiffening means ; (ii) the stiffening means is located on the upper surface of the body ; (iii) the stiffening means extends longitudinally of the body and thereby stiffens the body in a longitudinal direction; and (iv) the inflatable paddleboard being characterised in that it includes adjuster means which is able to act on the stiffening means to cause within the stiffening means a compression force which resists upward bending of the body by waves, and which is also able to alternatively act on the stiffening means to cause within the stiffening means a tension force which causes or enhances an upward curve in a front portion of the body . (i) the inflatable paddleboard comprises stiffening means ; (ii) the stiffening means is located on the upper surface of the body ; (iii) the stiffening means extends longitudinally of the body and thereby stiffens the body in a longitudinal direction; and (iv) the inflatable paddleboard being characterised in that it includes adjuster means which is able to act on the stiffening means to cause within the stiffening means a compression force which resists upward bending of the body by waves, and which is also able to alternatively act on the stiffening means to cause within the stiffening means a tension force which causes or enhances an upward curve in a front portion of the body .
A semiconductor substrate , comprising: a gallium oxide-based semiconductor single crystal; and a chamfered portion at an outer periphery portion; wherein the chamfered portion comprises a first inclined surface located on the outer side of a first principal surface of the semiconductor substrate and being linear at an edge in a vertical cross section of the semiconductor substrate , a second inclined surface located on the outer side of a second principal surface on the opposite side to the first principal surface of the semiconductor substrate and being linear at an edge in the vertical cross section of the semiconductor substrate , and an end face located between the first inclined surface and the second inclined surface at a leading end of the chamfered portion , and wherein a width of the end face in a thickness direction of the semiconductor substrate is within the range of not less than 50% and not more than 97% of a thickness of the semiconductor substrate . a gallium oxide-based semiconductor single crystal; and a chamfered portion at an outer periphery portion; wherein the chamfered portion comprises a first inclined surface located on the outer side of a first principal surface of the semiconductor substrate and being linear at an edge in a vertical cross section of the semiconductor substrate , a second inclined surface located on the outer side of a second principal surface on the opposite side to the first principal surface of the semiconductor substrate and being linear at an edge in the vertical cross section of the semiconductor substrate , and an end face located between the first inclined surface and the second inclined surface at a leading end of the chamfered portion , and wherein a width of the end face in a thickness direction of the semiconductor substrate is within the range of not less than 50% and not more than 97% of a thickness of the semiconductor substrate .
A system comprising: a robotic arm ; an imaging device coupled to the robotic arm and configured to capture imaging data of a rearview of a dairy livestock through a field of view of the imaging device ; a tail positioner coupled to the robotic arm and coupled to a mechanism for raising and lowering the tail positioner from a down position to an up position, thereby moving the tail out of the field of view of the imaging device ; a processor communicatively coupled to the imaging device and the tail positioner , the processor configured to identify a tail of the dairy livestock within the imaging data captured by the imaging device and send one or more instructions to the mechanism to raise the tail positioner from the down position to the up position. a robotic arm ; an imaging device coupled to the robotic arm and configured to capture imaging data of a rearview of a dairy livestock through a field of view of the imaging device ; a tail positioner coupled to the robotic arm and coupled to a mechanism for raising and lowering the tail positioner from a down position to an up position, thereby moving the tail out of the field of view of the imaging device ; a processor communicatively coupled to the imaging device and the tail positioner , the processor configured to identify a tail of the dairy livestock within the imaging data captured by the imaging device and send one or more instructions to the mechanism to raise the tail positioner from the down position to the up position.
A system for use with a communication network, the system comprising: a proxy server configured to, in response to a request identifying a domain name, determine whether domain name resolution information associated with the domain name is stored in a storage accessible by the proxy server and has exceeded an expiration time for the domain name resolution information, provide the domain name resolution information from the storage in response to the request via the network upon determining that the domain name resolution information is stored in the storage, has exceeded the expiration time and meets a delivery condition, wherein the delivery condition is met when an IP address has not changed more than a designated number of times in a last number of IP address refreshes, and request from a domain name server updated domain name resolution information upon determining that the domain name resolution information is at least one of absent from the storage and has exceeded the expiration time; and the proxy server is configured to provide the domain name resolution information from the storage while also requesting the updated domain name resolution information from the domain name server when the domain name resolution information in the storage has exceeded the expiration time. a proxy server configured to, in response to a request identifying a domain name, determine whether domain name resolution information associated with the domain name is stored in a storage accessible by the proxy server and has exceeded an expiration time for the domain name resolution information, provide the domain name resolution information from the storage in response to the request via the network upon determining that the domain name resolution information is stored in the storage, has exceeded the expiration time and meets a delivery condition, wherein the delivery condition is met when an IP address has not changed more than a designated number of times in a last number of IP address refreshes, and request from a domain name server updated domain name resolution information upon determining that the domain name resolution information is at least one of absent from the storage and has exceeded the expiration time; and the proxy server is configured to provide the domain name resolution information from the storage while also requesting the updated domain name resolution information from the domain name server when the domain name resolution information in the storage has exceeded the expiration time.
Gas turbine having a coupled storage system for storing thermal energy in a heat accumulator , having a charge circuit and a discharge circuit , the charge circuit being provided with an electrically operated heat generating device which is configured to generate heat using electrical energy, and the charge circuit being configured to transfer this heat at least in part to the heat accumulator , in order to store it therein, and the discharge circuit being configured to thermally condition a fluid using the heat from the heat accumulator in order then to feed said fluid to the intake side of a compressor of a gas turbine , characterized in that the charge circuit has a heat pump as heat generating device .
A stop apparatus for a processing machine , in particular for a router, comprising a stop section , which has a stop surface for placing the stop apparatus against an edge or a side of a workpiece to be processed, and a coupling section for coupling the stop section to the processing machine , wherein the stop section comprises at least two separate functional elements , wherein a first functional element of the separate functional elements is configured for an engagement with a guide rail and a second functional element of the separate functional elements has the stop surface , wherein the coupling section comprises at least one coupling element which is displaceably guided at the stop section , characterized in that a transverse stop which can be fixed to the coupling element is provided to limit the displacement movement in at least one direction, wherein a stop surface of the transverse stop is adjustable, in particular by means of a fine adjustment, when the transverse stop is fixed to the coupling element . the stop section comprises at least two separate functional elements , wherein a first functional element of the separate functional elements is configured for an engagement with a guide rail and a second functional element of the separate functional elements has the stop surface , wherein the coupling section comprises at least one coupling element which is displaceably guided at the stop section , characterized in that a transverse stop which can be fixed to the coupling element is provided to limit the displacement movement in at least one direction, wherein a stop surface of the transverse stop is adjustable, in particular by means of a fine adjustment, when the transverse stop is fixed to the coupling element .
A method pertaining to regeneration of a particle filter pertaining to a combustion process, which filter is arranged to treat exhaust gases arising from combustion in a combustion engine , which method, when at least one measure for raising the temperature of said particle filter is activated, comprises - a) determining a temperature T filter of said particle filter , - b) comparing said temperature T filter determined with a first temperature T limit1 , wherein the method comprises waiting for a first period of time t t_lim1 after said at least one temperature-raising measure has been adopted before determination of said temperature T filter of said particle filter , and - c) when said temperature T filter determined is below said first temperature T limit1 , discontinuing said measure for raising the temperature of said particle filter , which method, when said measure for raising the temperature of said particle filter has been discontinued, further comprises - activating at least one measure for raising the temperature of said particle filter when its temperature T filter exceeds a second temperature limit T limit2 which is higher than said first temperature T limit1 . - a) determining a temperature T filter of said particle filter , - b) comparing said temperature T filter determined with a first temperature T limit1 , wherein the method comprises waiting for a first period of time t t_lim1 after said at least one temperature-raising measure has been adopted before determination of said temperature T filter of said particle filter , and - c) when said temperature T filter determined is below said first temperature T limit1 , discontinuing said measure for raising the temperature of said particle filter , - activating at least one measure for raising the temperature of said particle filter when its temperature T filter exceeds a second temperature limit T limit2 which is higher than said first temperature T limit1 .
Method for calculating a vector from an image capture device to a tow hitch position of a vehicle , attached to a trailer via the tow hitch , the method being performed by a processor and comprising the steps: S1: capturing a first image of the trailer in a first position and a second image of the trailer in a second position using an image capture device , wherein the image capture device is mounted on the vehicle and oriented such that the trailer is in view (S1), S2: calculating a trailer rotation and a trailer translation relative to the image capture device between the first position and the second position (S2), S3: calculating a first rotation axis of the trailer between the first image and the second image based on the calculated trailer rotation and trailer translation (S3), repeating steps S1 to S3 with a third and a fourth image of the trailer thereby calculating a second rotation axis of the trailer between the third and the fourth image ( S1* to S3*), wherein the first and second rotation axes are not the same, S4: determining an intersection of the first and second rotation axis to determine the vector to the tow hitch position ( S4) by calculating the line of intersection of a first plane and a second plane, wherein the first plane is defined by the image capture device location and the first rotation axis, and the second plane is defined by the image capture device location and the second rotation axis. S1: capturing a first image of the trailer in a first position and a second image of the trailer in a second position using an image capture device , wherein the image capture device is mounted on the vehicle and oriented such that the trailer is in view (S1), S2: calculating a trailer rotation and a trailer translation relative to the image capture device between the first position and the second position (S2), S3: calculating a first rotation axis of the trailer between the first image and the second image based on the calculated trailer rotation and trailer translation (S3), repeating steps S1 to S3 with a third and a fourth image of the trailer thereby calculating a second rotation axis of the trailer between the third and the fourth image ( S1* to S3*), wherein the first and second rotation axes are not the same, S4: determining an intersection of the first and second rotation axis to determine the vector to the tow hitch position ( S4) by calculating the line of intersection of a first plane and a second plane, wherein the first plane is defined by the image capture device location and the first rotation axis, and the second plane is defined by the image capture device location and the second rotation axis.
A method of manufacturing a finished uncut spectacle lens , the method including: - obtaining prescription data representing a prescribed optical correction for a wearer of the finished uncut spectacle lens to be manufactured; - providing a semi-finished lens blank with a curved front surface including an optical bowl with a convex curvature; and - machining the semi-finished lens blank to create the finished uncut spectacle lens based on the prescription data, wherein a semi-finished lens blank is used that has a peripheral lentic zone in which the curvature of the curved front surface deviates from the convex curvature of the optical bowl , characterized in that frame data is obtained and the step of providing the semi-finished lens blank includes a step of selecting the semi-finished lens blank the optical bowl of which has dimensions large enough to cover the whole contour of a frame according to the frame data, where the radius of curvature of the front surface in the peripheral lentic zone is an infinite radius, and the concavely curved back surface is also present in the peripheral lentic zone . - obtaining prescription data representing a prescribed optical correction for a wearer of the finished uncut spectacle lens to be manufactured; - providing a semi-finished lens blank with a curved front surface including an optical bowl with a convex curvature; and - machining the semi-finished lens blank to create the finished uncut spectacle lens based on the prescription data, a semi-finished lens blank is used that has a peripheral lentic zone in which the curvature of the curved front surface deviates from the convex curvature of the optical bowl , characterized in that frame data is obtained and the step of providing the semi-finished lens blank includes a step of selecting the semi-finished lens blank the optical bowl of which has dimensions large enough to cover the whole contour of a frame according to the frame data, where the radius of curvature of the front surface in the peripheral lentic zone is an infinite radius, and the concavely curved back surface is also present in the peripheral lentic zone .
Apparatus for measuring the impedance (Z S ) of an electrochemical energy storage feeding a connected load with a load current (I L ) via a line , comprising: said line , a current feeding device for feeding an alternating current (I AC ) superimposing the load current (I L ), a voltmeter connectable in parallel with the electrochemical energy storage , for voltage measurement, an ammeter inserted in the line , for current measurement, and a device for determining the impedance (Z S ) from the voltage and current measurements, wherein the current feeding device is a two terminal element which is inserted in the line and has a controlled current source , characterized in that for controlling the current source , a voltage regulator , which comprises a measuring unit for measuring the voltage drop (ΔU) at the current source and an amplifier for generating a control signal (U C ) from a difference of the measured voltage drop (ΔU) and a predetermined set point value (ΔU soll ), and an alternating voltage source for coupling an alternating voltage (U AC ) into said control signal (U C ) are provided, wherein the alternating voltage (U AC ) of the alternating voltage source has a frequency lying above the cut-off frequency of the voltage regulator . said line , a current feeding device for feeding an alternating current (I AC ) superimposing the load current (I L ), a voltmeter connectable in parallel with the electrochemical energy storage , for voltage measurement, an ammeter inserted in the line , for current measurement, and a device for determining the impedance (Z S ) from the voltage and current measurements, wherein the current feeding device is a two terminal element which is inserted in the line and has a controlled current source , characterized in that for controlling the current source , a voltage regulator , which comprises a measuring unit for measuring the voltage drop (ΔU) at the current source and an amplifier for generating a control signal (U C ) from a difference of the measured voltage drop (ΔU) and a predetermined set point value (ΔU soll ), and an alternating voltage source for coupling an alternating voltage (U AC ) into said control signal (U C ) are provided, wherein the alternating voltage (U AC ) of the alternating voltage source has a frequency lying above the cut-off frequency of the voltage regulator .
A prefabricated deck unit for a building system , the deck unit including: a reinforcing framework (12.1, 116) encased in a composite material, the reinforcing framework comprising: a first metal mesh unit , a plurality of interspaced spheroidal void formers attached to or in intimate contact with the first mesh unit, and a second mesh unit resting upon, or attached to, the spheroidal void formers, characterized in that the framework defines at least one terminal channel (16.3) on at least one end (16.1, 16.2) of the deck unit, the terminal channel being shaped and dimensioned to snugly receive an elongate connecting rod for connecting the deck unit to a further structural element of the building system, and wherein a body of each void former comprises a cinched waist (74.6) defining a radially extending interstitial gap (74.2). a first metal mesh unit , a plurality of interspaced spheroidal void formers attached to or in intimate contact with the first mesh unit, and a second mesh unit resting upon, or attached to, the spheroidal void formers, characterized in that the framework defines at least one terminal channel (16.3) on at least one end (16.1, 16.2) of the deck unit, the terminal channel being shaped and dimensioned to snugly receive an elongate connecting rod for connecting the deck unit to a further structural element of the building system, and wherein a body of each void former comprises a cinched waist (74.6) defining a radially extending interstitial gap (74.2).
A regioselectively substituted cellulose ester comprising a plurality of alkyl-acyl substituents and a plurality of aryl-acyl substituents, wherein said regioselectively substituted cellulose ester has a hydroxyl degree of substitution ("DS OH ") of at least 0.30, wherein the regioselectivity of said regioselectively substituted cellulose ester is such that the sum of the aryl-acyl degrees of substitution at C2 and C3 ("C2DS aryl " and "C3DS aryl ") minus the aryl-acyl degree of substitution at C6 ("C6DS aryl ") is greater than 0.20; wherein the degree of substitution DS aryl is determined by 1 H NMR as defined in the description; and wherein the regioselectivity is determined by 13 C NMR and 1 H NMR as defined in the description.