mhurhangee/patent-ind-claim-en huggingface dataset:
A communication device comprising: a data analysis means for extracting, from each of a plurality of packets input from a communication network, predetermined information, which comprises a type of said packet, a transmission source address of said packet, and a transmission destination address of said packet, analysing the predetermined information of the plurality of packets, and generating information relating to a characteristic of each flow of packets among which the type, the transmission source address, and the transmission destination address are common, as flow management information; a communication monitoring means for detecting that an abnormality occurs in communication in the communication device; and a management information transmission means for transmitting, when the communication monitoring means detects the abnormality during analysis of a flow and after extraction of predetermined information from one or more packets of the flow, said predetermined information already extracted before the detection of the abnormality from said one or more packets of the flow, as information for generating the flow management information, to other communication device as a standby system. a data analysis means for extracting, from each of a plurality of packets input from a communication network, predetermined information, which comprises a type of said packet, a transmission source address of said packet, and a transmission destination address of said packet, analysing the predetermined information of the plurality of packets, and generating information relating to a characteristic of each flow of packets among which the type, the transmission source address, and the transmission destination address are common, as flow management information; a communication monitoring means for detecting that an abnormality occurs in communication in the communication device; and a management information transmission means for transmitting, when the communication monitoring means detects the abnormality during analysis of a flow and after extraction of predetermined information from one or more packets of the flow, said predetermined information already extracted before the detection of the abnormality from said one or more packets of the flow, as information for generating the flow management information, to other communication device as a standby system.
Polycrystalline material comprising grains of cubic boron nitride, silicon nitride or diamond, grains of carbide material, a plurality of nano-grains of a crystalline phase of an iron group element and a plurality of crystalline grains of material including carbon (C) or nitrogen (N); the iron group element being iron, the polycrystalline material further comprising at least 1 weight per cent Si, at least 5 weight per cent Cr and at least 40 weight per cent W, the balance of the polycrystalline material consisting essentially of the iron group metal and carbon, each nano-grain comprising any of austenite and ferrite, and having a mean size less than 10 nanometres; the density of the polycrystalline material being at least 98 per cent of the maximum theoretical value, the polycrystalline material comprising a contiguous aggregation of the nano-grains embedded in a binder matrix comprising a crystalline phase, the nano-grains comprised in the aggregation having respective grain boundaries between them.
Work apparatus having a guide bar on which a chain is driven in circulation, wherein the work apparatus has a tensioning device for the chain , wherein the tensioning device has a tensioning member that acts on the guide bar in the direction of a longitudinal centre axis of the guide bar , and wherein the tensioning device has a rotatably mounted adjustment member that is connected to the tensioning member via a threaded connection , wherein a rotation of the adjustment member about its axis of rotation causes the tensioning member to move in the direction of the longitudinal centre axis of the guide bar , wherein the adjustment member has, on its outer circumference, a threaded portion having at least one thread run , which is intended to engage with at least one threaded portion of the tensioning member , and wherein the adjustment member has an actuating contour for the adjustment member to be rotated by an operator, said actuating contour comprising at least one recess, wherein the greatest distance (b) of the threaded portion of the adjustment member from the axis of rotation is at least as large as the greatest distance (a) of the actuating contour from the axis of rotation , characterized in that a sprocket wheel cover of the work apparatus has an opening , and wherein the adjustment member projects at least partially through the opening as far as an outer side of the sprocket wheel cover , such that an operator can turn the adjustment member from the outside by way of the actuating contour .
A method for quality control of contact lens packages, the method comprising: generating a data set comprising a plurality of augmented images of a contact lens package, the augmented images each containing a lens and/or some liquid to protect the lens and having digitally implanted foreign matter disposed therein, wherein the digitally implanted foreign matter disposed in one or more of the plurality of augmented images has characteristics different from other ones of the implanted foreign matter, and wherein the characteristics comprise morphology, size, location, opacity, and quantity of foreign matter; training one or more quality control models on at least a training subset of the data set, wherein the one or more quality control models are configured to detect the existence of foreign matter; testing the trained one or more quality control models on at least a validation subset of the data set; capturing image data of a package of a contact lens; analyzing , based on the trained and tested one or more quality control models, the image data; and causing , based on the analyzing, output of a quality control metric indicative of at least an accept or reject condition of the package. generating a data set comprising a plurality of augmented images of a contact lens package, the augmented images each containing a lens and/or some liquid to protect the lens and having digitally implanted foreign matter disposed therein, wherein the digitally implanted foreign matter disposed in one or more of the plurality of augmented images has characteristics different from other ones of the implanted foreign matter, and wherein the characteristics comprise morphology, size, location, opacity, and quantity of foreign matter; training one or more quality control models on at least a training subset of the data set, wherein the one or more quality control models are configured to detect the existence of foreign matter; testing the trained one or more quality control models on at least a validation subset of the data set; capturing image data of a package of a contact lens; analyzing , based on the trained and tested one or more quality control models, the image data; and causing , based on the analyzing, output of a quality control metric indicative of at least an accept or reject condition of the package.
Method for aseptic filling of a container with filling product, with a sterile filling device according to any of the claims 3 to 8, wherein the container is transported to an area of a sterile space that is assigned to the container and subsequently a mouth area of the container with a cap is placed in the mouth opening of the sterile space for filling, after placing the mouth area in the mouth opening and prior to the filling, the cap is removed by the capper , filling of the container is performed by the filling valve , after the filling, the cap is reattached to the mouth area placed in the mouth opening , after the reattaching of the cap , the mouth area of the container again is removed from the mouth opening of the sterile space , wherein cleaning of the filling valve and the capper takes place with the cleaning nozzle being located in the bottom of the sterile space .
Wind turbine , consisting of a shaft , a rotor and a counterweight , the shaft defining a rotation axis (A30) and having a high with a high end and a low with a low end, the rotor including blades which are mounted on the upper part of the shaft and define a centre of thrust (C38), the counterweight being mounted on the lower part of the shaft, the wind turbine also includes a frame mounted on a pedestal , the frame defining a rocking axis (Y22) horizontal, characterised as the wind turbine includes a cage defining an internal volume (V24) traversed by a first axis (A24) and a second axis (B24) orthogonal to the first axis, in that the shaft also includes a high bearing and a low bearing located at the upper and lower ends of the shaft, with the shaft attached to the cage through the up and down bearings and moving in rotation from the cage with the shaft's rotation axis (A30) confused with the first axis (A24), the shaft, rotor and counterweight are essentially contained in the internal volume (V24), the shaft, rotor, counterweight and cage sub-assembly defining a centre of gravity (G48), and the second axis (B24) of the cage is confused with the flip axis (Y22), an intersection point (I4) between the flip axis (Y22) and the shaft rotation axis (A30) being between the centre of thrust (C38) and the centre of gravity (G48), with the cage rotating relative to the frame around the flip axis.
A high-temperature alloy with low stacking fault energy, characterized by comprising, by mass fraction, 0.01%∼0.09% of C, 23.5%∼27.5% of Co, 11%~15% of Cr, 0.1%∼1.8% of W, 2.2%∼2.6% of Al, 3.5%∼5.5% of Ti, 0%-2% of Nb, 0%-2% of Ta, 2.1%∼3.5% of Mo, 0.0001%~0.05% of B, 0.0001%~0.05% of Zr, 0%∼2.5% of Fe, 0 %~0.04% of Mg, 0%~0.02% of Hf, and a balance of Ni, wherein a sum of mass fractions of Nb and Ta is ≥0.8%, wherein a ratio of a sum of the mass fractions of Nb and Ta to a mass fraction of the Al element is ≥0.4; and a ratio of a mass fraction of Ti to the mass fraction of Al is ≤2.1. wherein a sum of mass fractions of Nb and Ta is ≥0.8%, wherein a ratio of a sum of the mass fractions of Nb and Ta to a mass fraction of the Al element is ≥0.4; and a ratio of a mass fraction of Ti to the mass fraction of Al is ≤2.1.
A handle arrangement comprising a handle moveable between a stowed position, a deployed position and an operative position in which the handle causes the unlatch of a door, a latch lever for unlatching the door, a deploying system pivotally coupled with the handle and comprising a front lever and a rear lever each cooperating with an end of the handle , the rear lever comprising a driving member that, in the stowed and deployed positions of the handle , is spaced apart from the latch lever and, in the operative position of the handle , actuates the latch lever to unlatch the door, a blocking system comprising an inertial rotor configured to be driven in rotation by an inertial force from a rest position to a preventing position, characterized in that the blocking system further comprises a bridge moveable about a pivot axis between a disengaged position and an engaged position, wherein the bridge comprises an engagement arm that, in the disengaged position, is spaced apart from the latch lever and, in the engaged position, engages the latch lever to prevent the unlatching of the door, wherein the bridge further comprises an actuating arm configured to cooperate with the inertial rotor when the latter moves from the rest position to the preventing position, such cooperation moving the bridge from the disengaged position and the engaged position. a handle moveable between a stowed position, a deployed position and an operative position in which the handle causes the unlatch of a door, a latch lever for unlatching the door, a deploying system pivotally coupled with the handle and comprising a front lever and a rear lever each cooperating with an end of the handle , the rear lever comprising a driving member that, in the stowed and deployed positions of the handle , is spaced apart from the latch lever and, in the operative position of the handle , actuates the latch lever to unlatch the door, a blocking system comprising an inertial rotor configured to be driven in rotation by an inertial force from a rest position to a preventing position, characterized in that the blocking system further comprises a bridge moveable about a pivot axis between a disengaged position and an engaged position, wherein the bridge comprises an engagement arm that, in the disengaged position, is spaced apart from the latch lever and, in the engaged position, engages the latch lever to prevent the unlatching of the door, wherein the bridge further comprises an actuating arm configured to cooperate with the inertial rotor when the latter moves from the rest position to the preventing position, such cooperation moving the bridge from the disengaged position and the engaged position.
A cosmetic composition in the form of an O/W emulsion, comprising, in a cosmetically acceptable medium: (a) at least one aqueous phase comprising water; (b) at least one fatty phase comprising, (i) at least one polar oil, (ii) at least one lipophilic UV filter, and (iii) at least one fatty acid; (c) at least one anionic associative polymer; and (d) at least one hollow particle. (a) at least one aqueous phase comprising water; (b) at least one fatty phase comprising, (i) at least one polar oil, (ii) at least one lipophilic UV filter, and (iii) at least one fatty acid; (i) at least one polar oil, (ii) at least one lipophilic UV filter, and (iii) at least one fatty acid; (c) at least one anionic associative polymer; and (d) at least one hollow particle.
A method for detecting fruit, comprising: (a) illuminating an area containing a fruit; (b) capturing an image of the illuminated area; (c) detecting a local maximum located in a region of the image, wherein the local maximum is a pixel having a first intensity; (d) identifying a first ring of pixels surrounding the local maximum , wherein the intensity of the pixels of the first ring is less than the first intensity but greater than a threshold intensity; (e) identifying a second ring of pixels surrounding the first ring, wherein the second ring and the first ring are concentric and the intensity of the pixels of the second ring is less than the intensity of the pixels of the first ring, but greater than a second threshold intensity; and (f) labelling the region as a location of the fruit if: a shape of the first and second rings matches a geometric profile, wherein the first and second geometric profiles are determined by calculating the distance of each pixel at a boundary of the respective first and second intensity rings from the local maximum . (a) illuminating an area containing a fruit; (b) capturing an image of the illuminated area; (c) detecting a local maximum located in a region of the image, wherein the local maximum is a pixel having a first intensity; (d) identifying a first ring of pixels surrounding the local maximum , wherein the intensity of the pixels of the first ring is less than the first intensity but greater than a threshold intensity; (e) identifying a second ring of pixels surrounding the first ring, wherein the second ring and the first ring are concentric and the intensity of the pixels of the second ring is less than the intensity of the pixels of the first ring, but greater than a second threshold intensity; and (f) labelling the region as a location of the fruit if: a shape of the first and second rings matches a geometric profile, wherein the first and second geometric profiles are determined by calculating the distance of each pixel at a boundary of the respective first and second intensity rings from the local maximum .
An earth auger , comprising: a supporting assembly , comprising a supporting platform on which a torque bearing component is arranged, a drill pipe assembly including a drill pipe , a driving assembly arranged on the supporting assembly to drive the drill pipe assembly to work, comprising: - a connecting seat arranged on the supporting platform , - a torque transmission component arranged on the connecting seat and matching the torque bearing component to bear at least part of the shear force between the supporting assembly and the driving assembly , - a case arranged on the supporting platform , and - a driving motor arranged on the supporting platform , and the earth auger further comprising a brake assembly including a trigger component that brakes the driving assembly and a brake lever connected through a first pivot and matched with the trigger component , wherein a projection part of the brake lever on a plane perpendicular to an axis of the drill pipe is located outside a projection of the supporting assembly on the plane perpendicular to the axis of the drill pipe , characterized in that the earth auger further comprises an air deflector and a partition being arranged in the case , and the driving motor is provided with heat dissipation blades located at an end away from the drill pipe assembly. a supporting assembly , comprising a supporting platform on which a torque bearing component is arranged, a drill pipe assembly including a drill pipe , a driving assembly arranged on the supporting assembly to drive the drill pipe assembly to work, comprising: - a connecting seat arranged on the supporting platform , - a torque transmission component arranged on the connecting seat and matching the torque bearing component to bear at least part of the shear force between the supporting assembly and the driving assembly , - a case arranged on the supporting platform , and - a driving motor arranged on the supporting platform , and the earth auger further comprising - a connecting seat arranged on the supporting platform , - a torque transmission component arranged on the connecting seat and matching the torque bearing component to bear at least part of the shear force between the supporting assembly and the driving assembly , - a case arranged on the supporting platform , and - a driving motor arranged on the supporting platform , and the earth auger further comprising a brake assembly including a trigger component that brakes the driving assembly and a brake lever connected through a first pivot and matched with the trigger component , wherein a projection part of the brake lever on a plane perpendicular to an axis of the drill pipe is located outside a projection of the supporting assembly on the plane perpendicular to the axis of the drill pipe , the earth auger further comprises an air deflector and a partition being arranged in the case , and the driving motor is provided with heat dissipation blades located at an end away from the drill pipe assembly.
A consumable for attaching an optical and magnetic stimulation, OMS, wound therapy device to a wound of a patient, wherein the consumable comprises a flexible material for adjusting a distance between said wound and a light source and a coil , respectively, of the OMS wound therapy device by varying a depression state of the flexible consumable , and wherein the consumable is configured to conform to a shape of a body part of the patient to which the OMS wound therapy device is to be attached, wherein the consumable comprises two parts which are moulded together, and wherein the consumable comprises a click-in mechanism configured to provide audible feedback for correct placement of the consumable to the OMS wound therapy device . wherein the consumable comprises a flexible material for adjusting a distance between said wound and a light source and a coil , respectively, of the OMS wound therapy device by varying a depression state of the flexible consumable , and wherein the consumable is configured to conform to a shape of a body part of the patient to which the OMS wound therapy device is to be attached, wherein the consumable comprises two parts which are moulded together, and wherein the consumable comprises a click-in mechanism configured to provide audible feedback for correct placement of the consumable to the OMS wound therapy device .
A fluid distribution system comprising a system of valves connected to a splitter wherein a pressurized fluid (FP) is supplied to the splitter by a pressurizer driven by a motor , and a flow control system for controlling flow in the system of valves , the fluid distribution system further comprising: - a plurality of flow sensors , each flow sensor being respectively connected individually at an output of a separate one of the valves to measure output flow from that particular valve ; - a plurality of flow controllers , each flow controller being respectively connected individually to a separate one of the valves configured to output a control signal (C1, C2, C3) to control an opening angle of that particular valve in response to an output from a flow sensor connected at the output of that particular valve and an outlet setpoint (S1, S2, S3) provided for that particular valve ; characterized in that it further comprises: - a main pressure sensor configured to measure pressure of fluid (FP) output from the pressurizer ; - a main flow controller configured to adjust operation of the motor driving the pressurizer such that the pressure of the pressurized flux (FP) measured by the main pressure sensor is equal to a main pressure setpoint (S); - a main system controller configured to set the main pressure setpoint (S) based on the control signals (C1, C2, C3) such as to set the valve that operates at the largest opening angle to an opening angle defined by a valve opening setpoint (FS) that is a value lower than 100% of the valve maximum possible flow. - a plurality of flow sensors , each flow sensor being respectively connected individually at an output of a separate one of the valves to measure output flow from that particular valve ; - a plurality of flow controllers , each flow controller being respectively connected individually to a separate one of the valves configured to output a control signal (C1, C2, C3) to control an opening angle of that particular valve in response to an output from a flow sensor connected at the output of that particular valve and an outlet setpoint (S1, S2, S3) provided for that particular valve ; - a main pressure sensor configured to measure pressure of fluid (FP) output from the pressurizer ; - a main flow controller configured to adjust operation of the motor driving the pressurizer such that the pressure of the pressurized flux (FP) measured by the main pressure sensor is equal to a main pressure setpoint (S); - a main system controller configured to set the main pressure setpoint (S) based on the control signals (C1, C2, C3) such as to set the valve that operates at the largest opening angle to an opening angle defined by a valve opening setpoint (FS) that is a value lower than 100% of the valve maximum possible flow.