mhurhangee/ep-ind-claims huggingface dataset:
A mixing reactor, the reactor comprising a body having a first inlet for a first fluid, a second inlet for a second fluid and an outlet, in which there is an inner passage through the body from the first inlet at a first end of the body to the outlet at a second end of the body along a length of the body, the inner passage having a side wall along the length, and an outer passage closer to a surface of the body than the inner passage, the outer passage running from the second inlet at the second end, travelling through the body along the length and meeting the inner passage at a junction at the first end, the outer passage joining the inner passage through the side wall at the junction, in which the outer passage enters the inner passage at an angle of 90 degrees to the length, plus or minus 45 degrees, characterized in that the junction is constructed such that, in use, the mixing reactor introduces the second fluid perpendicularly, plus or minus 45 degrees, to the flow of the first fluid.
A hair-treatment kit, comprising at least three separately packaged agents A, B and C, characterized in that a. the first agent is surfactant-free and contains at least one oxidation dye precursor, and b. the second agent is surfactant-free and contains at least one oxidizing agent, and c. the third agent contains at least one surfactant, and d. at least one of the agents A, B or C is contained in an application device that is suitable for mixing together the agents A, B and C and dispensing the mixture in the form of a foam, the application device being a pump foamer or a squeeze foamer. a. the first agent is surfactant-free and contains at least one oxidation dye precursor, and b. the second agent is surfactant-free and contains at least one oxidizing agent, and c. the third agent contains at least one surfactant, and d. at least one of the agents A, B or C is contained in an application device that is suitable for mixing together the agents A, B and C and dispensing the mixture in the form of a foam, the application device being a pump foamer or a squeeze foamer.
A User Equipment, UE, comprising: a transmission and reception unit, and a control unit, wherein the control unit is configured to perform mobile originated communication and not receive a paging, in a case that the UE is in a first mode, the transmission and reception unit is configured for: sending, to a core network, a request message for registration including first information indicating a request of communication of the first mode and indicating that the UE supports the first mode, and receiving, from the core network, an accept message for registration including second information indicating that the core network accepts a use of the first mode, and indicating an area to which the first mode is allocated. a transmission and reception unit, and a control unit, the control unit is configured to perform mobile originated communication and not receive a paging, in a case that the UE is in a first mode, the transmission and reception unit is configured for: sending, to a core network, a request message for registration including first information indicating a request of communication of the first mode and indicating that the UE supports the first mode, and receiving, from the core network, an accept message for registration including second information indicating that the core network accepts a use of the first mode, and indicating an area to which the first mode is allocated. sending, to a core network, a request message for registration including first information indicating a request of communication of the first mode and indicating that the UE supports the first mode, and receiving, from the core network, an accept message for registration including second information indicating that the core network accepts a use of the first mode, and indicating an area to which the first mode is allocated.
A method of labeling an image containing a positionally encoded maze pattern to indicate an amount of encoded position information that can be extracted from the image, the image being a document image, the maze pattern comprising a plurality of maze pattern cells, the method comprising: obtaining the image, the image comprising pixels; and labeling the image as being of a type selected from at least: a first type containing substantially only positionally encoded maze pattern and substantially no document content, and a second type (1502, 1504, 1506) containing document content that occludes at least a portion of the positionally encoded maze pattern, wherein said labeling comprises analyzing the image by: dividing the image into blocks having substantially a same size as maze pattern cells; determining whether the blocks are occluded by document content; counting, for each pixel, a number of completely visible blocks in a pixel neighboring window with the respective pixel of the image under consideration as a center of the pixel neighboring window; and labeling the pixel of the image based on the number. obtaining the image, the image comprising pixels; and labeling the image as being of a type selected from at least: a first type containing substantially only positionally encoded maze pattern and substantially no document content, and a second type (1502, 1504, 1506) containing document content that occludes at least a portion of the positionally encoded maze pattern, wherein said labeling comprises analyzing the image by: dividing the image into blocks having substantially a same size as maze pattern cells; determining whether the blocks are occluded by document content; counting, for each pixel, a number of completely visible blocks in a pixel neighboring window with the respective pixel of the image under consideration as a center of the pixel neighboring window; and labeling the pixel of the image based on the number. dividing the image into blocks having substantially a same size as maze pattern cells; determining whether the blocks are occluded by document content; counting, for each pixel, a number of completely visible blocks in a pixel neighboring window with the respective pixel of the image under consideration as a center of the pixel neighboring window; and labeling the pixel of the image based on the number.
A block-like composite material for dental cutting and processing, wherein the block-like composite material has a multilayered structure including at least two layers having different transparencies, each of the at least two layers includes a curable resin and a fiber material, and the different transparencies are obtained by adjusting a difference in refractive indexes between the curable resin and the fiber material included in each of the at least two layers, and wherein the block-like composite material includes two layers consisting of a highly transparent layer and a low transparent layer, a contrast ratio of the highly transparent layer is less than 0.55, and a contrast ratio of the low transparent layer is 0.55 or more, wherein the contrast ratio is the ratio of the colorimetric values measured on a black background and the colorimetric values measured on a white background.
Ultrasound apparatus which includes: - a probe which is configured to obtain ultrasound image data which relates to an object; - a user input unit comprising a touch screen; and a controller which is configured to: - display on a first area of the touch screen a gain setup window which relates to setting a gain with respect to an obtained ultrasound image data, comprising a plurality of slide bars on the gain setup window along a depth direction of an ultrasound image; - display on a second area of the touch screen a list (710;940) of a plurality of preset gains as images of gain lines and a save button; - receive a selection of one preset gain on the list (710;940) via the touch screen; - display the selected preset gain on the gain setup window; - receive an adjustment of the displayed preset gain from a user in relation to positions of adjustment buttons on the plurality of slide bars to set a gain on the gain setup window via the touch screen; - receive a request to store the gain which is set up in the gain setup window via the save button displayed on the touch screen; - receive a selection corresponding to one of the preset gains of the displayed list of preset gains; - store the gain which is currently displayed on the gain setup window in a memory; - display an image of the gain line which is currently displayed on the gain setup window, on the list of the preset gains. - a probe which is configured to obtain ultrasound image data which relates to an object; - a user input unit comprising a touch screen; and - display on a first area of the touch screen a gain setup window which relates to setting a gain with respect to an obtained ultrasound image data, comprising a plurality of slide bars on the gain setup window along a depth direction of an ultrasound image; - display on a second area of the touch screen a list (710;940) of a plurality of preset gains as images of gain lines and a save button; - receive a selection of one preset gain on the list (710;940) via the touch screen; - display the selected preset gain on the gain setup window; - receive an adjustment of the displayed preset gain from a user in relation to positions of adjustment buttons on the plurality of slide bars to set a gain on the gain setup window via the touch screen; - receive a request to store the gain which is set up in the gain setup window via the save button displayed on the touch screen; - receive a selection corresponding to one of the preset gains of the displayed list of preset gains; - store the gain which is currently displayed on the gain setup window in a memory; - display an image of the gain line which is currently displayed on the gain setup window, on the list of the preset gains.
A shaving razor handle comprising: an elongated gripping portion having a first end; and a cartridge interconnector at a second end of the elongated gripping portion that comprises a platform having an upper surface and an opposing lower surface that defines an included angle of 35 degrees to 60 degrees, wherein a distal end of the cartridge interconnector extends from the platform, the distal end having a skin facing surface with a pair of side walls (34, 36) connected by a pair of curved lateral end walls (38, 40), characterized in that the platform has a shoulder that extends beyond the pair of curved lateral end walls (38, 40). an elongated gripping portion having a first end; and a cartridge interconnector at a second end of the elongated gripping portion that comprises a platform having an upper surface and an opposing lower surface that defines an included angle of 35 degrees to 60 degrees, wherein a distal end of the cartridge interconnector extends from the platform, the distal end having a skin facing surface with a pair of side walls (34, 36) connected by a pair of curved lateral end walls (38, 40), characterized in that the platform has a shoulder that extends beyond the pair of curved lateral end walls (38, 40).
A foot controller for a dental unit chair for controlling a treatment tool provided in the dental unit chair, the foot controller comprising: an air valve configured to control a flow rate of air supplied to the treatment tool; a cam block configured to be installed under a rod provided in the air valve and having an inclined surface; a pedal unit configured to be disposed at a location spaced apart from the cam block by a predetermined distance and rotatable left and right by an external force and movable up and down; and a connection part configured to connect the cam block and the pedal unit so that the cam block moves in conjunction with movement of the pedal unit, wherein the air valve and the cam block are disposed so that a distance between the inclined surface and the rod is changed by the left and right rotation of the connection part according to the left and right rotation of the pedal unit, wherein the air valve and the cam block are disposed so that the rod is pressed or unpressed by the up and down movement of the connection part according to the up and down movement of the pedal unit, wherein the degree of pressing of the rod varies according to a location at which the pedal unit moves downward in the range of the left and right rotation of the pedal unit, and wherein the air valve controls the amount of air supplied to the treatment tool as the degree of pressing of the rod varies. an air valve configured to control a flow rate of air supplied to the treatment tool; a cam block configured to be installed under a rod provided in the air valve and having an inclined surface; a pedal unit configured to be disposed at a location spaced apart from the cam block by a predetermined distance and rotatable left and right by an external force and movable up and down; and a connection part configured to connect the cam block and the pedal unit so that the cam block moves in conjunction with movement of the pedal unit, wherein the air valve and the cam block are disposed so that a distance between the inclined surface and the rod is changed by the left and right rotation of the connection part according to the left and right rotation of the pedal unit, wherein the air valve and the cam block are disposed so that the rod is pressed or unpressed by the up and down movement of the connection part according to the up and down movement of the pedal unit, wherein the degree of pressing of the rod varies according to a location at which the pedal unit moves downward in the range of the left and right rotation of the pedal unit, and wherein the air valve controls the amount of air supplied to the treatment tool as the degree of pressing of the rod varies.
Rotating weeder member (16, 23) for weeder machine, comprising a plurality of hook-like elements rigidly supported by one of their extremity by a connecting means rotatably mounted to support means (15, 21) of the weeder machine, radially equally spaced in respect of the axis of rotation of the member (16, 23) to form a rotoidal discontinual open structure for the passage of the lifted soil, having an open internal cavity and a sequence of outward convex portions of said elements suitable to interact in sequence with the soil to work, characterized in that each hook-like element is constituted by a first rectilinear diverging section towards the outside in respect of the axis of rotation of the member (16, 23) and rigidly connected to the connecting element, a curvilinear section with outward convexity suitable to interact with the soil, and a second rectilinear section converging towards the inside in respect of the rotation axis of the member (16, 23).
Method for producing expanded graphite from an expandable interstitial compound of graphite of crystalline graphite particles which have a layer structure, the graphite particles being reacted, in a temperature range of from -10 °C to +80 °C, without the addition of water, with a reaction mixture that at least consists of a strong, concentrated acid from the group consisting of sulfuric acid at a concentration of 90 wt.% and above, nitric acid at a concentration of 60 wt.% and above, or phosphoric acid at a concentration of 80 wt.% and above, an oxidising agent from the group consisting of concentrated nitric acid at a concentration of 60 wt.% and above, hydrogen peroxide or peroxosulfuric acid for oxidising the graphite, and a thermal polyphosphoric acid, this reaction mixture being used in a ratio of from 33 to 200 parts by weight, based on 100 parts by weight of graphite, and after the interstitial reaction has ended, being expanded, as it is, without the addition of water, by rapid heating up to at least 800 °C, - characterised in that the interstitial compound of graphite is thermally expanded up to a bulk density of 3 g/l or less. - characterised in that
An ultrasonic cleaner for cleaning a nozzle of an automatic analyzer, the ultrasonic cleaner comprising: a cleaning tank for storing a cleaning solution; an ultrasonic transducer; a vibration head which extends from the ultrasonic transducer toward the cleaning tank and of which a tip portion is positioned in the cleaning tank and includes a cylindrical hole adapted to receive the nozzle, the longitudinal axis of the cylindrical hole being aligned vertically; and an air tank, said air tank storing an air layer, or a metallic member that is provided as a reflector at a vertical distance (L B) below the bottom surface of the cleaning tank, wherein the ultrasonic transducer is driven at a frequency at which the vibration head is vibrated resonantly in a vibration mode accompanied by a deformation in the longitudinal direction of the cylindrical hole and a direction perpendicular to the longitudinal direction, wherein a bottom portion of the cleaning tank located below the vibration head in the vertical direction is formed of a material mainly including resin and being transparent to the ultrasonic wave, and wherein a maximum height (L A) of the cleaning solution that can be stored in the cleaning tank is lower than 1/4 of a wavelength obtained by the sound velocity of the cleaning solution and the frequency driving the ultrasonic transducer. a cleaning tank for storing a cleaning solution; an ultrasonic transducer; a vibration head which extends from the ultrasonic transducer toward the cleaning tank and of which a tip portion is positioned in the cleaning tank and includes a cylindrical hole adapted to receive the nozzle, the longitudinal axis of the cylindrical hole being aligned vertically; and an air tank, said air tank storing an air layer, or a metallic member that is provided as a reflector at a vertical distance (L B) below the bottom surface of the cleaning tank, wherein the ultrasonic transducer is driven at a frequency at which the vibration head is vibrated resonantly in a vibration mode accompanied by a deformation in the longitudinal direction of the cylindrical hole and a direction perpendicular to the longitudinal direction, wherein a bottom portion of the cleaning tank located below the vibration head in the vertical direction is formed of a material mainly including resin and being transparent to the ultrasonic wave, and wherein a maximum height (L A) of the cleaning solution that can be stored in the cleaning tank is lower than 1/4 of a wavelength obtained by the sound velocity of the cleaning solution and the frequency driving the ultrasonic transducer.
An endoluminal prosthesis, including: a graft having a tubular body and a surface including a first biocompatible material; one or more stents attached about the surface of the graft; one or more fenestrations disposed through a sidewall of the graft, each fenestration having a diameter; at least one fenestration having a first perimeter having a first diameter and surrounding the fenestration; the first perimeter having a band of flexible material attached to and surrounding the perimeter, the band of flexible material having a depth relative to a surface plane of the tubular body; and the band of flexible material having a second perimeter surrounding the band of flexible material; and a support frame disposed about the surface of the band of flexible material, the support frame having a monostable structure comprising one or more support units having curved segments; wherein the first perimeter, the band of flexible material, and the second perimeter have a geometric shape, the geometric shape extending radially outward from a surface of prosthesis, and where each fenestration is pivotable in a direction away from an axis perpendicular to a longitudinal axis of the prosthesis. a graft having a tubular body and a surface including a first biocompatible material; one or more stents attached about the surface of the graft; one or more fenestrations disposed through a sidewall of the graft, each fenestration having a diameter; at least one fenestration having a first perimeter having a first diameter and surrounding the fenestration; the first perimeter having a band of flexible material attached to and surrounding the perimeter, the band of flexible material having a depth relative to a surface plane of the tubular body; and the band of flexible material having a second perimeter surrounding the band of flexible material; and a support frame disposed about the surface of the band of flexible material, the support frame having a monostable structure comprising one or more support units having curved segments; wherein the first perimeter, the band of flexible material, and the second perimeter have a geometric shape, the geometric shape extending radially outward from a surface of prosthesis, and where each fenestration is pivotable in a direction away from an axis perpendicular to a longitudinal axis of the prosthesis.
An intrusion detection system (100, 160) for a computer, the system comprising: an ambient light sensor (102, 212) to detect an increase in ambient light indicative of a housing of the computer being opened; a super input/output, SIO, integrated circuit to receive a signal from the ambient light sensor (102, 212) indicating that the housing of the computer has been opened, wherein the SIO (104, 210) stores identification data for some of the components of the computer; and a Basic Input Output System, BIOS, to communicate with the SIO (104, 210) when the computer is booted to determine whether the housing of the computer has been opened, wherein the BIOS is, in response to an indication that the housing of the computer was opened prior to the computer being booted, to verify the presence of the components of the computer using the identification data stored in the SIO (104, 210), wherein the BIOS is to access the stored identification data for the components in the SIO (104, 210) and query the corresponding components which have stored thereon respective component identifications to determine whether any component is missing or been replaced; and the BIOS is further to transmit a report of any components determined to be missing or replaced. an ambient light sensor (102, 212) to detect an increase in ambient light indicative of a housing of the computer being opened; a super input/output, SIO, integrated circuit to receive a signal from the ambient light sensor (102, 212) indicating that the housing of the computer has been opened, wherein the SIO (104, 210) stores identification data for some of the components of the computer; and a Basic Input Output System, BIOS, to communicate with the SIO (104, 210) when the computer is booted to determine whether the housing of the computer has been opened, wherein the BIOS is, in response to an indication that the housing of the computer was opened prior to the computer being booted, to verify the presence of the components of the computer using the identification data stored in the SIO (104, 210), wherein the BIOS is to access the stored identification data for the components in the SIO (104, 210) and query the corresponding components which have stored thereon respective component identifications to determine whether any component is missing or been replaced; and the BIOS is further to transmit a report of any components determined to be missing or replaced.
An oral and dental care and cleaning agent, containing, based on its weight, a) 0.05 to 5.0 wt.% sodium lauryl sulfate; b) 0.05 to 5.0 wt.% cocamidopropyl betaine; c) 0.1 to 10 wt.% carboxymethyl cellulose; d) 0.1 to 10 wt.% xanthan gum, characterized in that the weight ratio of anionic surfactants to amphoteric surfactants is ≥ 4:1. a) 0.05 to 5.0 wt.% sodium lauryl sulfate; b) 0.05 to 5.0 wt.% cocamidopropyl betaine; c) 0.1 to 10 wt.% carboxymethyl cellulose; d) 0.1 to 10 wt.% xanthan gum,