mhurhangee/ep-ind-claims huggingface dataset:
A method for presenting a spraying operation, characterized by comprising: acquiring a spray coefficient of an operating device at an operation location corresponding to a sampling point, wherein the spray coefficient is used for representing an amount of a chemical sprayed from the operating device at the operation location; acquiring color information corresponding to the operation location according to the spray coefficient; and presenting the operation location and the color information corresponding to the operation location according to the spray coefficient, characterized in that the acquiring a spray coefficient of an operating device at an operation location corresponding to a sampling point comprises: acquiring information on a spray flow rate from the operating device at the operation location and information on a moving speed of the operating device when passing through the operation location; and determining a spray coefficient based on the information on the spray flow rate and the information on the moving speed of the operating device, wherein the spray coefficient is directly proportional to the spray amount at the operation location. acquiring a spray coefficient of an operating device at an operation location corresponding to a sampling point, wherein the spray coefficient is used for representing an amount of a chemical sprayed from the operating device at the operation location; acquiring color information corresponding to the operation location according to the spray coefficient; and presenting the operation location and the color information corresponding to the operation location according to the spray coefficient, acquiring information on a spray flow rate from the operating device at the operation location and information on a moving speed of the operating device when passing through the operation location; and determining a spray coefficient based on the information on the spray flow rate and the information on the moving speed of the operating device, wherein the spray coefficient is directly proportional to the spray amount at the operation location.
Insulation fastener, in particular for mounting thermal and/or sound insulation materials and membranes on a substructure such as masonry, concrete, hollow-chamber blocks, etc., comprising an anchor with a sleeve with an expansion area located on one axial end and a pressure plate is moulded on the other axial end and whereby the pressure plate includes a receiving part and an expansion element with a head and a shaft that may be inserted into the anchor in order to expand the expansion area, whereby a deflector is located between the receiving part and the sleeve that serves to shorten the anchor axially and whereby the deflector between the receiving part and the sleeve includes at least one hinge band that is moveable in the direction of the anchor, characterised in that the hinge band is of rigid design and has two hinges (32i, 32a) located at its ends for purposes of deflection and that the inside diameter of the receiving part is larger than the outside diameter (d) of the sleeve and the wall thickness of the band with the hinges, whereby the axial forces can be absorbed by the hinges on the ends of the hinge band during installation and may result in deflection or snapping of the hinge band so that the hinge band may be pulled into the receiving part and, as a result, the receiving part can be slipped over a small piece of the sleeve.
A valve prosthesis comprising: a. a self-expanding frame comprising struts and nodes which define a plurality of cells, the frame being generally cylindrical with a longitudinal axis and an inflow end; b. a valve body supported by the frame and comprising: i. a plurality of leaflets sewn to a skirt to form joints between each leaflet and the skirt, in which each joint between each leaflet and the skirt is curved to define upper and lower portions of each joint, ii. adjoining leaflets sewn together to form commissures which are sewn to the frame downstream of the inflow end, and iii. a bottom edge sewn to the inflow end of the frame, characterized by iv. at least one side seam which extends between a lower portion of a joint and the bottom edge. a. a self-expanding frame comprising struts and nodes which define a plurality of cells, the frame being generally cylindrical with a longitudinal axis and an inflow end; b. a valve body supported by the frame and comprising: i. a plurality of leaflets sewn to a skirt to form joints between each leaflet and the skirt, in which each joint between each leaflet and the skirt is curved to define upper and lower portions of each joint, ii. adjoining leaflets sewn together to form commissures which are sewn to the frame downstream of the inflow end, and iii. a bottom edge sewn to the inflow end of the frame, characterized by iv. at least one side seam which extends between a lower portion of a joint and the bottom edge. i. a plurality of leaflets sewn to a skirt to form joints between each leaflet and the skirt, in which each joint between each leaflet and the skirt is curved to define upper and lower portions of each joint, ii. adjoining leaflets sewn together to form commissures which are sewn to the frame downstream of the inflow end, and iii. a bottom edge sewn to the inflow end of the frame, characterized by iv. at least one side seam which extends between a lower portion of a joint and the bottom edge.
An nucleic acid integrated detection method, comprising: separating a lysis solution, a cleaning solution and a reaction solution in a detection reagent tube by providing a plurality of separation plugs arranged one above one another and disposing a hydrophobic layer in a liquid or a solid phase at each separation plug; adding a sample into the lysis solution for mixing and lysis; extracting a nucleic acid in the sample using magnetic nanobeads; and then driving, by an external magnet, the magnetic nanobeads carrying the nucleic acid to sequentially pass through each hydrophobic layer along a magnetic bead channel in an inner wall of the detection reagent tube and into the cleaning solution and the reaction solution to realize a cleaning and amplification for the nucleic acid, wherein a biological agent required in the reaction solution is stored in a separation plug above the reaction solution; and finally, detecting the nucleic acid of the sample by an external device using an optical detection method, thus realizing a plurality of steps of nucleic acid extraction, cleaning and amplification reaction in the same detection reagent tube.
A method for determining a surface layer characteristic of a component, in particular a component for an aircraft engine, in which: - a reference body with a known surface layer characteristic is arranged on the surface of the component; - at least one ultrasonic surface wave is introduced into the surfaces of the component and the reference body by means of an ultrasonic transmitter, wherein the introduced ultrasonic surface waves are Rayleigh waves; - at least one ultrasonic wave resulting from the interaction with the component and the reference body is detected by means of an ultrasonic detector; and - a surface layer characteristic of the component is determined and evaluated by means of a determination device based on a difference between the at least one generated ultrasonic wave and the at least one resulting ultrasonic wave, wherein information about the quality and characteristics of the surface layer of the component is obtained. - a reference body with a known surface layer characteristic is arranged on the surface of the component; - at least one ultrasonic surface wave is introduced into the surfaces of the component and the reference body by means of an ultrasonic transmitter, wherein the introduced ultrasonic surface waves are Rayleigh waves; - at least one ultrasonic wave resulting from the interaction with the component and the reference body is detected by means of an ultrasonic detector; and - a surface layer characteristic of the component is determined and evaluated by means of a determination device based on a difference between the at least one generated ultrasonic wave and the at least one resulting ultrasonic wave, wherein information about the quality and characteristics of the surface layer of the component is obtained.
A linked round carrying bag consisting of: a flexible sleeve that is sealed at a first end, has an opening at a second end and has an openable closure extending substantially from the first end to the second end, wherein a width of the sleeve is greater than the length of an individual round of the linked round but is less than twice the length of an individual round; characterized in that it further consists of: a fastening means adjacent a closable side of the opening arranged to be fastenable around the closable side of the opening of the bag and any linked rounds carried in the bag to thereby hold the linked rounds in position adjacent the opening when the bag is carried as a bandolier. a flexible sleeve that is sealed at a first end, has an opening at a second end and has an openable closure extending substantially from the first end to the second end, wherein a width of the sleeve is greater than the length of an individual round of the linked round but is less than twice the length of an individual round; characterized in that it further consists of: a fastening means adjacent a closable side of the opening arranged to be fastenable around the closable side of the opening of the bag and any linked rounds carried in the bag to thereby hold the linked rounds in position adjacent the opening when the bag is carried as a bandolier.
A battery pack provided in a vehicle, comprising: at least one battery module having at least one battery cell; a relay unit configured to connect the at least one battery module to a motor unit of the vehicle; and a control unit connected to the relay unit and the motor unit to control the relay unit and the motor unit, characterized in that the control unit is configured to, when a temperature of the at least one battery cell of the at least one battery module rises over a predetermined temperature, shift a gear of the motor unit to a neutral mode and to operate the relay unit in such a way that a switch of the relay unit is closed so that the motor unit idles so that the energy level of the battery cells of the at least one battery module is lowered to prevent a thermal runaway. at least one battery module having at least one battery cell; a relay unit configured to connect the at least one battery module to a motor unit of the vehicle; and a control unit connected to the relay unit and the motor unit to control the relay unit and the motor unit, characterized in that the control unit is configured to, when a temperature of the at least one battery cell of the at least one battery module rises over a predetermined temperature, shift a gear of the motor unit to a neutral mode and to operate the relay unit in such a way that a switch of the relay unit is closed so that the motor unit idles so that the energy level of the battery cells of the at least one battery module is lowered to prevent a thermal runaway.
Non-therapeutic use of a composition for controlling an aquatic pest, wherein the composition comprises an aquatic pesticide and a surface-reacted calcium carbonate, and wherein the surface-reacted calcium carbonate is a reaction product of natural ground calcium carbonate or precipitated calcium carbonate with carbon dioxide and one or more H 3 O + ion donors, wherein the carbon dioxide is formed in situ by the H 3 O + ion donor treatment and/or is supplied from an external source. wherein the composition comprises an aquatic pesticide and a surface-reacted calcium carbonate, and wherein the surface-reacted calcium carbonate is a reaction product of natural ground calcium carbonate or precipitated calcium carbonate with carbon dioxide and one or more H 3 O + ion donors, wherein the carbon dioxide is formed in situ by the H 3 O + ion donor treatment and/or is supplied from an external source.
A method of communicating using a media, the method performed by a mobile device, the method comprising the steps of: displaying the media; receiving a selection of a person displayed in the media; identifying the selected person by facial recognition; displaying the identity of the selected person; displaying a communication history associated with the identified person, wherein the communication history associated with the identified person is displayed in a window visually associated with a location in the media of the selected person and the media is a photo or a video; displaying communication methods for communicating with the identified person; receiving a selection of one of the communication methods; and engaging in a communication with the identified person using the selected communication method. displaying the media; receiving a selection of a person displayed in the media; identifying the selected person by facial recognition; displaying the identity of the selected person; displaying a communication history associated with the identified person, wherein the communication history associated with the identified person is displayed in a window visually associated with a location in the media of the selected person and the media is a photo or a video; displaying communication methods for communicating with the identified person; receiving a selection of one of the communication methods; and engaging in a communication with the identified person using the selected communication method.
Time-resolved hyper-spectral imaging system (10, 30) for imaging a sample, comprising: a radiation source suitable for illuminating the sample repeatedly, a spatial light modulator forming a transmission or reflection mask P, a first optical system configured to form an image I of the sample on a spatial light modulator, a processor connected to the spatial light modulator and configured to make the transmission or reflection mask P vary for each repetition of the illumination, a second optical system suitable for focusing the radiation transmitted or reflected by the spatial light modulator so as to form, in its image focal plane, a partial image S=P.I; a dispersive device comprising a slit placed in the image focal plane of the second optical system, said dispersive device being suitable for spatially splitting the various wavelengths of the radiation transmitted or reflected by the spatial light modulator; said imaging system being characterised in that it comprises: a streak camera arranged so as to be illuminated by the radiation issuing from the dispersive device and configured to acquire a plurality of partial images resolved in time and in wavelength of the sample, said images being associated with respective and different transmission or reflection masks P, said streak camera being connected to the processor and said processor also being configured to combine said partial images of the sample so as to construct a 4D image cube I tot forming an image resolved in time and in wavelength of the sample. a dispersive device comprising a slit placed in the image focal plane of the second optical system, said dispersive device being suitable for spatially splitting the various wavelengths of the radiation transmitted or reflected by the spatial light modulator; said imaging system being characterised in that it comprises: a streak camera arranged so as to be illuminated by the radiation issuing from the dispersive device and configured to acquire a plurality of partial images resolved in time and in wavelength of the sample, said images being associated with respective and different transmission or reflection masks P, said streak camera being connected to the processor and said processor also being configured to combine said partial images of the sample so as to construct a 4D image cube I tot forming an image resolved in time and in wavelength of the sample.
A mobile device for enabling secure authentication between a user and a third party using a one-time-passcode, OTP, authentication mechanism, the mobile device comprising: a display for displaying information to the user; a local one-time-passcode generating module which is configured to: generate at regular intervals a local one-time passcode which is unique to the mobile device, wherein the local one-time-passcode is a regularly changing local one-time-passcode; receive (S300, S400), from a remote authentication module, a third party one-time passcode which is unique to the third party via an SMS message sent from the remote authentication module; and combine (S306, S406) the local one-time passcode with the third party one-time-passcode to generate a combined one-time-passcode for authenticating the user to the third party wherein the combined one-time-passcode is displayed to the user on the display. a display for displaying information to the user; a local one-time-passcode generating module which is configured to: generate at regular intervals a local one-time passcode which is unique to the mobile device, wherein the local one-time-passcode is a regularly changing local one-time-passcode; receive (S300, S400), from a remote authentication module, a third party one-time passcode which is unique to the third party via an SMS message sent from the remote authentication module; and combine (S306, S406) the local one-time passcode with the third party one-time-passcode to generate a combined one-time-passcode for authenticating the user to the third party wherein the combined one-time-passcode is displayed to the user on the display. generate at regular intervals a local one-time passcode which is unique to the mobile device, wherein the local one-time-passcode is a regularly changing local one-time-passcode; receive (S300, S400), from a remote authentication module, a third party one-time passcode which is unique to the third party via an SMS message sent from the remote authentication module; and combine (S306, S406) the local one-time passcode with the third party one-time-passcode to generate a combined one-time-passcode for authenticating the user to the third party wherein the combined one-time-passcode is displayed to the user on the display.
A closed type cell culture device comprising: an incubator means (1, 38, 167-169, 170a-d) for culturing cells, a heat insulation box means in which the incubator means is disposed in a state suitable for culture and which keeps the incubator means at a given temperature, a driving means for rotatively moving the incubator means in the heat insulation box means, a medicine supply means for supplying a new medicine to the incubator means in the heat insulation box means from the outside of the heat insulation box means, a wastewater discharge means for discharging unnecessary wastewater to the outside of the heat insulation box means from the incubator means in the heat insulation box means, and a culture state observing means (9, 10) for observing the state of culture of cells in the incubator means in the heat insulation box means from the outside of the heat insulation box means, wherein the incubator means (1, 38, 167-169, 170a-d) is circular with its circular center offset from the rotational axis of the driving means, characterised in that the device is adapted to shuffle the incubator means (1, 38, 167-169, 170a-d) with its circular center offset from the rotational axis of the driving means so that the cells are uniformly seeded in the incubator means.
A process for the production of trans-1,3,3,3-tetrafluoropropene which comprises: (a) dehydrofluorinating 1,1,1,3,3-pentafluoropropane in the absence of an oxygen-containing gas to thereby produce a result comprising cis-1,3,3,3-tetrafluoropropene, trans-1,3,3,3-tetrafluoropropene and hydrogen fluoride, wherein the dehydrofluorinating is conducted with a catalyst comprising fluorinated Cr 2 O 3 in bulk form; (b) optionally recovering hydrogen fluoride from the result of step (a); and (c) distilling the result of step (a) or step (b) to recover trans-1,3,3,3-tetrafluoropropene. (a) dehydrofluorinating 1,1,1,3,3-pentafluoropropane in the absence of an oxygen-containing gas to thereby produce a result comprising cis-1,3,3,3-tetrafluoropropene, trans-1,3,3,3-tetrafluoropropene and hydrogen fluoride, wherein the dehydrofluorinating is conducted with a catalyst comprising fluorinated Cr 2 O 3 in bulk form; (b) optionally recovering hydrogen fluoride from the result of step (a); and (c) distilling the result of step (a) or step (b) to recover trans-1,3,3,3-tetrafluoropropene.
Method for detecting objects, at least one ultrasonic sensor in a motor vehicle emitting a transmission pulse as a wave, in particular as an acoustic wave, which is at least partially reflected by objects in the propagation space, the reflected wave being detected by at least one receiver as a reception signal, characterized in that the reception signal of the reflected wave is divided into temporal segments, pulse features being determined from the individual segments and these pulse features being used to classify the pulses, the classification of the pulses being used to determine an object hypothesis which provides information on the nature and/or surface properties and/or type of the object.
A pair of tires for a dual wheel of a vehicle, said pair of tires comprising a first tire and a second tire to be arranged side-by-side when mounted on the dual wheel such that a first sidewall of the first tire faces a second sidewall of the second tire, with an intermediate space formed between the first sidewall and the second sidewall, the first sidewall being provided with first ridge means protruding from the first sidewall into the intermediate space, the second sidewall being provided with a second ridge means protruding from the second sidewall into the intermediate space, and the first ridge means and the second ridge means being configured such that, when the pair of tires is mounted on the dual wheel, the first ridge means and the second ridge means overlap along a rotational axis of the dual wheel, at least in a first load condition of the dual wheel, said overlap occurring along at least an angular portion of the circumference of the dual wheel, wherein the first ridge means and the second ridge means are configured such that they, at least under said first load condition, do not touch when the pair of tires is mounted on the dual wheel, and wherein the first ridge means comprises one or more first ridge portions (5a, 5b) being radially offset from one or more corresponding second ridge portions (6a, 6b) of said second ridge means, with respect to the rotational axis. the first sidewall being provided with first ridge means protruding from the first sidewall into the intermediate space, the second sidewall being provided with a second ridge means protruding from the second sidewall into the intermediate space, and the first ridge means and the second ridge means being configured such that, when the pair of tires is mounted on the dual wheel, the first ridge means and the second ridge means overlap along a rotational axis of the dual wheel, at least in a first load condition of the dual wheel, said overlap occurring along at least an angular portion of the circumference of the dual wheel, wherein the first ridge means and the second ridge means are configured such that they, at least under said first load condition, do not touch when the pair of tires is mounted on the dual wheel, and wherein the first ridge means comprises one or more first ridge portions (5a, 5b) being radially offset from one or more corresponding second ridge portions (6a, 6b) of said second ridge means, with respect to the rotational axis.