mhurhangee/patent-ind-claim-en huggingface dataset:
A film for reducing viewing angle-dependent color shift, said film comprising: a base material layer ; a high-refractive layer ; a high-refractive resin layer ; and a low-refractive layer on which an optical pattern is formed, wherein the base material layer, the high-refractive layer, the high-refractive resin layer, and the low-refractive layer are sequentially stacked, and the optical pattern is formed on one surface of the low-refractive layer facing the high-refractive resin layer characterized in that said high-refractive layer is a light diffusion layer comprising a light diffuser and in that said low refractive layer is made of resin. a base material layer ; a high-refractive layer ; a high-refractive resin layer ; and a low-refractive layer on which an optical pattern is formed, wherein the base material layer, the high-refractive layer, the high-refractive resin layer, and the low-refractive layer are sequentially stacked, and the optical pattern is formed on one surface of the low-refractive layer facing the high-refractive resin layer characterized in that said high-refractive layer is a light diffusion layer comprising a light diffuser and in that said low refractive layer is made of resin.
Drawer guide for displaceably arranging a drawer, which is extendable out of a carcass, on the carcass, wherein the drawer guide comprises two or more guidance rails which are arranged against each other so as to be displaceable along an extension direction by means of rolling bodies , wherein the guidance rails of the drawer guide are configured to abut in one or more end positions by means of a stop device of the drawer guide , wherein the stop device comprises one or more elastically configured and/or resiliently arranged stop elements which are arranged on a rolling body cage and are configured to abut against a guidance rail , and wherein the stop device comprises one or more elastically configured and/or resiliently arranged stop elements which are arranged on a guidance rail and are configured to abut against a rolling body cage , characterized in that the stop elements which are fixed to a rolling body cage are configured as single stop elements and are configured to abut on only one side, in that the stop elements arranged on a guidance rail and configured to abut against a rolling body cage are multi-stop elements which have multiple multi-stage, in particular at least three-stage, stop sections.
System comprising a pump for conveying a flow medium, where the flow medium is carbon dioxide, an arrangement for converting the flow medium from a liquid state to a gaseous state, a flow machine for converting the thermal energy of the flow medium to mechanical energy, a condenser for condensing the gaseous flow medium to a liquid state, further comprising a cooling unit for cooling the liquid flow medium, characterized in that the arrangement is a reservoir in a geodetic stratum, wherein geothermal energy converts the flow medium disposed in the reservoir from the liquid state to the gaseous state. a pump for conveying a flow medium, where the flow medium is carbon dioxide, an arrangement for converting the flow medium from a liquid state to a gaseous state, a flow machine for converting the thermal energy of the flow medium to mechanical energy, a condenser for condensing the gaseous flow medium to a liquid state, further comprising a cooling unit for cooling the liquid flow medium, characterized in that the arrangement is a reservoir in a geodetic stratum, wherein geothermal energy converts the flow medium disposed in the reservoir from the liquid state to the gaseous state.
A power amplifier system having an input and an RF output, comprising: two or more power amplifiers each having an RF input, an RF output, and a power supply input, wherein the power supply voltage provided to said power supply input for at least one of the two or more power amplifiers is dynamically selected from among different inputs or levels based in part upon one or more signal characteristics of a signal to be transmitted; and wherein variations in an RF output signal at the RF output of the power amplifier system owing to changes in selection of a power supply input of at least one of said two or more power amplifiers are compensated by a compensation signal provided to the RF input of at least one of said two or more power amplifiers wherein said power amplifier system has first and second power amplifiers , and wherein variations in the RF output signal at the RF output of the power amplifier system owing to changes in the power supply input selection of said first power amplifier are compensated by a signal introduced via the RF input of said second power amplifier. two or more power amplifiers each having an RF input, an RF output, and a power supply input, wherein the power supply voltage provided to said power supply input for at least one of the two or more power amplifiers is dynamically selected from among different inputs or levels based in part upon one or more signal characteristics of a signal to be transmitted; and wherein variations in an RF output signal at the RF output of the power amplifier system owing to changes in selection of a power supply input of at least one of said two or more power amplifiers are compensated by a compensation signal provided to the RF input of at least one of said two or more power amplifiers wherein said power amplifier system has first and second power amplifiers , and wherein variations in the RF output signal at the RF output of the power amplifier system owing to changes in the power supply input selection of said first power amplifier are compensated by a signal introduced via the RF input of said second power amplifier.
A warewash machine for washing wares, comprising: - a chamber for receiving wares, the chamber having a spray zone ; - a spray system within the spray zone for spraying liquid onto wares passing therethrough; - a collection tank below the spray zone including said liquid; - a removable strainer bucket ; and - a strainer pan located atop the collection tank and having a first opening with the removable strainer bucket mounted therein comprising one or more sidewalls having a plurality of openings sized for capturing falling food debris, characterized in that the warewash machine further comprises a removable cutlery basket ; and the strainer pan has a second opening with the removable cutlery basket mounted in said second opening , the cutlery basket being substantially submerged in the liquid in the collection tank and including one or more sidewalls having a plurality of openings sized for allowing free passage of the liquid into and out of the cutlery basket and reducing any capture of food soils within the cutlery basket , wherein an average size of the openings of the cutlery basket is larger than an average size of the openings of the strainer bucket . - a chamber for receiving wares, the chamber having a spray zone ; - a spray system within the spray zone for spraying liquid onto wares passing therethrough; - a collection tank below the spray zone including said liquid; - a removable strainer bucket ; - a strainer pan located atop the collection tank and having a first opening with the removable strainer bucket mounted therein comprising one or more sidewalls having a plurality of openings sized for capturing falling food debris, the warewash machine further comprises a removable cutlery basket ; and the strainer pan has a second opening with the removable cutlery basket mounted in said second opening , the cutlery basket being substantially submerged in the liquid in the collection tank and including one or more sidewalls having a plurality of openings sized for allowing free passage of the liquid into and out of the cutlery basket and reducing any capture of food soils within the cutlery basket , wherein an average size of the openings of the cutlery basket is larger than an average size of the openings of the strainer bucket .
System for compensating the thermal expansion of a main cable comprising a first main cable portion and a second main cable portion , which two portions both extend in one direction, said longitudinal direction, and arranged between two distinct attachment points, said first and second main cable portions each being connected to a respective attachment point, said compensation system being characterized in that it comprises a traction shaft extending substantially parallel to the longitudinal direction, a first tensioning device connected on the one hand to said first main cable portion and on the other hand to the traction shaft , and a second tensioning device connected on the one hand to the second main cable portion and on the other hand to the traction shaft , each tensioning device comprising : - a means of attachment to the main cable ; - at least two racks (20a, 22a; 20b, 22b), arranged on either side of the traction shaft and substantially parallel to each other in the nominal position, each connected to the attachment means by at least one traction arm (24a, 26a; 24b, 26b); - at least one bimetallic strip comprising two strips formed from materials having different coefficients of thermal expansion, the ends of each bimetallic strip being connected to each of the racks (20a, 22a ; 20b, 22b) and a substantially central portion of the bimetallic strip being connected to the traction pin , the bimetallic strip being configured to have a variable curvature as a function of the temperature of the bimetallic strip, so as to exert a variable traction force between the traction shaft and the rack as a function of temperature, and in that each bimetallic strip of one of the tensioning devices is oriented so that the tensile force exerted by the said tensioning device on the traction shaft is oriented in a direction opposite to the tensile force exerted by the other tensioning device on the traction shaft when subjected to the same temperature. - a means of attachment to the main cable ; - at least two racks (20a, 22a; 20b, 22b), arranged on either side of the traction shaft and substantially parallel to each other in the nominal position, each connected to the attachment means by at least one traction arm (24a, 26a; 24b, 26b); - at least one bimetallic strip comprising two strips formed from materials having different coefficients of thermal expansion, the ends of each bimetallic strip being connected to each of the racks (20a, 22a ; 20b, 22b) and a substantially central portion of the bimetallic strip being connected to the traction pin , the bimetallic strip being configured to have a variable curvature as a function of the temperature of the bimetallic strip, so as to exert a variable traction force between the traction shaft and the rack as a function of temperature,
A speaker housing for housing a speaker unit , comprising: - a housing body and a bottom plate , configured such that the speaker unit is to be provided between the housing body and the bottom plate , - a first rib provided on the housing body and - a second rib provided on the bottom plate , wherein the first and second rib are provided inside the speaker housing in a spiral shape around the speaker unit , such that their distance from the speaker unit continuously changes. - a housing body and a bottom plate , configured such that the speaker unit is to be provided between the housing body and the bottom plate , - a first rib provided on the housing body and - a second rib provided on the bottom plate ,
Packaging device for packaging at least one wiper blade (10a, 12a; 10b, 12b), with at least one wiper blade receiving unit (14a; 14b) which, in a storage state, is provided for receiving and storing at least one wiper blade (10a; 10b), wherein the at least one wiper blade receiving unit (14a; 14b) is provided for optionally connecting to at least one further wiper blade receiving unit (16a; 16b), and with at least one holding wall (18a; 18b) which is connected to the wiper blade receiving unit (14a; 14b), in particular via an adhesive connection, characterized by the at least one further wiper blade receiving unit (16a; 16b) which, in a storage state, is provided for receiving and storing a further wiper blade (12a; 12b) and is connected to the wiper blade receiving unit (14a; 14b) at least via the holding wall (18a; 18b) .
An image display device comprising: a rear view wide angle camera that obtains an image of a surrounding area of a vehicle ; and an image display unit that displays the image of the surrounding area obtained by the rear view wide angle camera, the image display device being characterized in that the image display unit divides the image of the surrounding area into a left lateral screen , a central screen and a right lateral screen for display, performs distortion correction of correcting distortion of the image of the surrounding area displayed on the left lateral screen and the right lateral screen, and forms the left lateral screen and the right lateral screen in a shape based on the distortion correction. a rear view wide angle camera that obtains an image of a surrounding area of a vehicle ; and an image display unit that displays the image of the surrounding area obtained by the rear view wide angle camera, the image display device being characterized in that the image display unit divides the image of the surrounding area into a left lateral screen , a central screen and a right lateral screen for display, performs distortion correction of correcting distortion of the image of the surrounding area displayed on the left lateral screen and the right lateral screen, and forms the left lateral screen and the right lateral screen in a shape based on the distortion correction.
Energy dissipating device suitable to be used as part of a connection device that connects a first car of a multi-car vehicle with a second car of the multi-car vehicle, comprising - a plug that has a longitudinal axis (A) and - a mandrel having an opening , whereby the plug is arranged to be moved at least partially through the opening , if a force of a predetermined magnitude pointing in the direction of or parallel to the direction of the longitudinal axis (A) is applied to the plug , and whereby at least a part of the plug is deformed, when the plug is at least partially moved through the opening , characterized in that an outer element of the plug is a hull , and wherein a rod of the plug is arranged at least partially inside the hull , whereby the hull at its widest part has a diameter that is greater than the smallest diameter of the opening of the mandrel , wherein the hull is deformed when the plug is at least partially moved through the opening , namely beyond the point, when at least a part of the hull comes into contact with a surface of the mandrel surrounding the opening . - a plug that has a longitudinal axis (A) and - a mandrel having an opening , whereby the plug is arranged to be moved at least partially through the opening , if a force of a predetermined magnitude pointing in the direction of or parallel to the direction of the longitudinal axis (A) is applied to the plug , and whereby at least a part of the plug is deformed, when the plug is at least partially moved through the opening ,
A fine ratio measuring device for measuring the ratio of fines adhering to the surface of a material in the form of lumps, the fine ratio measuring device comprising: an illumination unit configured to illuminate the material in the form of lumps; a spectrometer configured to perform spectral analysis on light reflected from the material in the form of lumps to measure spectral reflectance; and an arithmetic device configured to extract at least one feature quantity from the spectral reflectance measured by the spectrometer and compute the fine ratio from the extracted at least one feature quantity, wherein the at least one feature quantity is at least one score of at least one basis vector of at least one predetermined principal component obtained by subjecting spectral reflectances at a plurality of wavelengths to principal component analysis, the spectral reflectances being measured by the spectrometer , the score being strongly correlated with a change in the fine ratio, wherein the arithmetic device includes an arithmetic unit and a storage unit , wherein a relational expression between the fine ratio and the at least one score is prestored in the storage unit , and wherein the arithmetic unit is configured to compute a plurality of scores from the spectral reflectances at the plurality of wavelengths and then compute a the fine ratio using the relational expression and a number of scores which is less than the plurality of wavelengths, and wherein said plurality of wavelengths includes both of at least one absorption wavelength of water and at least one wavelength other than an absorption wavelength of water. an illumination unit configured to illuminate the material in the form of lumps; a spectrometer configured to perform spectral analysis on light reflected from the material in the form of lumps to measure spectral reflectance; and an arithmetic device configured to extract at least one feature quantity from the spectral reflectance measured by the spectrometer and compute the fine ratio from the extracted at least one feature quantity, wherein the at least one feature quantity is at least one score of at least one basis vector of at least one predetermined principal component obtained by subjecting spectral reflectances at a plurality of wavelengths to principal component analysis, the spectral reflectances being measured by the spectrometer , the score being strongly correlated with a change in the fine ratio, wherein the arithmetic device includes an arithmetic unit and a storage unit , wherein a relational expression between the fine ratio and the at least one score is prestored in the storage unit , and wherein the arithmetic unit is configured to compute a plurality of scores from the spectral reflectances at the plurality of wavelengths and then compute a the fine ratio using the relational expression and a number of scores which is less than the plurality of wavelengths, and wherein said plurality of wavelengths includes both of at least one absorption wavelength of water and at least one wavelength other than an absorption wavelength of water.
A male contraceptive device adapted to encircle a shaft , being of a generally annular shape around a virtual longitudinal axis (X), the device comprising: - two annular edges forming two opposite axial ends of the device, a first edge called rear edge of these two edges being adapted to abut on the side of the shaft root in the mounted state of the device with the shaft encircled; - an outer face (F2); characterized in that : - an inner face (F1) delimiting an inner volume (V) and having protrusions forms an inner grip surface of the device, the inner face (F1) comprising an upper surface portion , preferably concave, intended to be in contact with the shaft on the side of the superficial dorsal vein thereof; interstitial zones extending between the protrusions to facilitate perspiration; and in that the device further comprises a surface portion (33, 133; 233) for scrotal contact, adapted to be spaced from the shaft and located opposite the upper surface portion , such that it enables to keep a scrotal skin portion between the shaft placed in the inner volume (V) and said surface portion (33, 133; 233), whereas said rear edge pushes back the testicles (T) behind the inner volume (V), knowing that the surface portion (33, 133; 233) is formed at least in part by said inner grip surface and/or by retaining means forming a slit (41; 42) which extends under the inner grip surface . - two annular edges forming two opposite axial ends of the device, a first edge called rear edge of these two edges being adapted to abut on the side of the shaft root in the mounted state of the device with the shaft encircled; - an outer face (F2); - an inner face (F1) delimiting an inner volume (V) and having protrusions forms an inner grip surface of the device, the inner face (F1) comprising an upper surface portion , preferably concave, intended to be in contact with the shaft on the side of the superficial dorsal vein thereof; interstitial zones extending between the protrusions to facilitate perspiration; and in that the device further comprises a surface portion (33, 133; 233) for scrotal contact, adapted to be spaced from the shaft and located opposite the upper surface portion , such that it enables to keep a scrotal skin portion between the shaft placed in the inner volume (V) and said surface portion (33, 133; 233), whereas said rear edge pushes back the testicles (T) behind the inner volume (V), knowing that the surface portion (33, 133; 233) is formed at least in part by said inner grip surface and/or by retaining means forming a slit (41; 42) which extends under the inner grip surface .
A computer-implemented method to label an incoming phone call, the method comprising: detecting, at a server, the incoming phone call associated with a caller identifier ID; determining, by the server, a location associated with the incoming phone call; analyzing, by the server, a call header of the incoming phone call to determine one or more call characteristics; determining, by the server, based on the location and the one or more call characteristics, if the location is spoofed ; determining, by the server, based on the caller ID and the one or more call characteristics, if an access network associated with the incoming phone call is spoofed ; applying, by the server, a trained machine learning model to determine whether the incoming phone call is a robocall; assigning, by the server, a label to the incoming phone call , wherein the label indicates whether the incoming phone call is a spoofed call or whether the incoming phone call is the robocall; and sending the label to a callee device associated with the incoming phone call. detecting, at a server, the incoming phone call associated with a caller identifier ID; determining, by the server, a location associated with the incoming phone call; analyzing, by the server, a call header of the incoming phone call to determine one or more call characteristics; determining, by the server, based on the location and the one or more call characteristics, if the location is spoofed ; determining, by the server, based on the caller ID and the one or more call characteristics, if an access network associated with the incoming phone call is spoofed ; applying, by the server, a trained machine learning model to determine whether the incoming phone call is a robocall; assigning, by the server, a label to the incoming phone call , wherein the label indicates whether the incoming phone call is a spoofed call or whether the incoming phone call is the robocall; and sending the label to a callee device associated with the incoming phone call.