mhurhangee/ep-ind-claims huggingface dataset:
A chemical vapor deposition process for depositing a coating, comprising: providing a glass substrate; forming a gaseous mixture comprising a silicon-containing compound, an oxygen-containing compound, a radical scavenger, and a titanium-containing compound; and directing the gaseous mixture toward and along the glass substrate, and reacting the mixture over the glass substrate to form the coating thereover, the coating having a refractive index of 1.48 or more, wherein the coating comprises silicon oxide and titanium oxide, with a ratio of titanium to silicon of less than 1, and wherein the gaseous mixture comprises 0.1 to 5% of the titanium-containing compound by volume. providing a glass substrate; forming a gaseous mixture comprising a silicon-containing compound, an oxygen-containing compound, a radical scavenger, and a titanium-containing compound; and directing the gaseous mixture toward and along the glass substrate, and reacting the mixture over the glass substrate to form the coating thereover, the coating having a refractive index of 1.48 or more, wherein the coating comprises silicon oxide and titanium oxide, with a ratio of titanium to silicon of less than 1, and wherein the gaseous mixture comprises 0.1 to 5% of the titanium-containing compound by volume.
A plant cultivation device comprising: a cultivation plate for holding a plant; a transparent hollow tube that is located above the cultivation plate while being spaced apart from the cultivation plate, and that internally has a hollow section; a lamp that is located above the transparent hollow tube while being spaced apart from the transparent hollow tube, and that emits light downward; a light source that introduces artificial light to the transparent hollow tube; and an air duct that supplies air to the hollow section, wherein the transparent hollow tube has a ventilation opening through which the air supplied to the hollow section is blown upward, and wherein the transparent hollow tube has a prism by which the artificial light travelling in a longitudinal direction of the transparent hollow tube is reflected upward, at a position of the ventilation opening in a plan view. a cultivation plate for holding a plant; a transparent hollow tube that is located above the cultivation plate while being spaced apart from the cultivation plate, and that internally has a hollow section; a lamp that is located above the transparent hollow tube while being spaced apart from the transparent hollow tube, and that emits light downward; a light source that introduces artificial light to the transparent hollow tube; and an air duct that supplies air to the hollow section, wherein the transparent hollow tube has a ventilation opening through which the air supplied to the hollow section is blown upward, and wherein the transparent hollow tube has a prism by which the artificial light travelling in a longitudinal direction of the transparent hollow tube is reflected upward, at a position of the ventilation opening in a plan view.
Endoscope objective, comprising a deflection prism having an entrance face, and comprising a negative lens (1, 11) having a first face with a first optical surface and a second face with a second optical surface opposing the first optical surface, the second optical surface being a concave optical surface (3, 13), wherein the negative lens (1, 11) is mounted on the entrance face of the deflection prism such that a rim (4, 14) encompassing the concave optical surface (3, 13) abuts the entrance face of the deflection prism, characterized in that a recess (7, 17) is formed in the second face, the recess (7, 17) being adjacent to the concave optical surface (3, 13).
A method of wireless communications, comprising: receiving, by a user equipment, UE, a message including information of a configuration, wherein the configuration includes at least a group of repetitions of one or more synchronization signal, SS, blocks in an SS burst set, wherein the repetitions of the one or more SS blocks are configured into at least two groups wherein the at least two groups are configured based on different beam widths; and determining, by the UE, which group of the at least two groups to search for during a synchronous neighbor cell search based on the information and at least one condition at the UE, wherein the at least one condition is a battery level or power budget at the UE. receiving, by a user equipment, UE, a message including information of a configuration, wherein the configuration includes at least a group of repetitions of one or more synchronization signal, SS, blocks in an SS burst set, wherein the repetitions of the one or more SS blocks are configured into at least two groups wherein the at least two groups are configured based on different beam widths; and determining, by the UE, which group of the at least two groups to search for during a synchronous neighbor cell search based on the information and at least one condition at the UE, wherein the at least one condition is a battery level or power budget at the UE.
A vibration dampener, for transmitting the propulsion, applied by an engine, to powertrain units in vehicles, and comprising at least one drive plate, at least one retainer plate positioned in the vicinity in a substantially parallel manner to said drive plate, at least one spring positioned inside at least one each spring housings provided on the drive plate and the retainer plate, at least one pin (31, 31a, 31b) extending through the retainer plate towards the drive plate, whereby two pins (31, 31a, 31b), namely first pin and second pin, being provided on the retainer plate, said vibration dampener comprising respective stop surfaces provided on the drive plate and which stop to said first and second pins (31a, 31b) when the drive plate is rotated at a pre-calculated amount, said vibration dampener comprising at least one elastomer piece positioned between an impact surface of the pin (31, 31a, 31b) and the stop surface, said impact surface facing the stop surface, characterized in that the first pin and the second pin are configured in a manner contacting its respective stop surface in different times.
A method for acquiring a traffic state, the method comprising: acquiring monitoring data from a plurality of cameras in a camera group, wherein the plurality of cameras are capable of monitoring a target intersection; determining, based on the monitoring data acquired from each camera in the plurality of cameras, a moving trajectory of a reference object recorded by the each camera in the plurality of cameras, wherein the reference object is an object moving according to an indication of a signal light to pass through the target intersection, and the monitoring data comprises a plurality of image frames about the target interaction collected by the cameras and a time point when the cameras collect each of the image frames; fusing moving trajectories of the reference object to obtain a completed trajectory; and determining an indication state of the signal light on a corresponding road based on a travel direction of the corresponding road, the completed trajectory being located on the corresponding road. acquiring monitoring data from a plurality of cameras in a camera group, wherein the plurality of cameras are capable of monitoring a target intersection; determining, based on the monitoring data acquired from each camera in the plurality of cameras, a moving trajectory of a reference object recorded by the each camera in the plurality of cameras, wherein the reference object is an object moving according to an indication of a signal light to pass through the target intersection, and the monitoring data comprises a plurality of image frames about the target interaction collected by the cameras and a time point when the cameras collect each of the image frames; fusing moving trajectories of the reference object to obtain a completed trajectory; and determining an indication state of the signal light on a corresponding road based on a travel direction of the corresponding road, the completed trajectory being located on the corresponding road.
Latch for a motor vehicle, having a locking mechanism consisting of a catch and at least one pawl (4, 5), a closing device, an electric drive and a torque converter, it being possible to set a changeable torque in the closing device by means of the torque converter, and it being possible to achieve closing by means of a frictional connection, at least in regions, characterized in that in a first closing movement of the catch, the closing device introduces a closing torque into the catch by means of a frictional connection, and in that in a second closing movement of the catch, the closing device introduces a closing torque into the catch by means of an interlocking connection.
An electronic device, comprising a display and fingerprint reader assembly, the display and fingerprint reader assembly comprising: a display having an arrangement of light emitting pixels, the display being arranged to receive a user's finger placed against the display; a light guide juxtaposed with the arrangement of pixels of the display, wherein the pixels are arranged to illuminate a portion of the user's finger; and light sensors disposed at different locations around a periphery of the light guide, wherein the locations of the light sensors are coordinated with the location of a predetermined area to facilitate detection of the user's fingerprint; and a control circuit that controls each pixel of a group of pixels associated with the predetermined area to sequentially emit light to illuminate a user's finger that is placed against the display and fingerprint reader assembly associated within the predetermined area, the emitted light that is reflected by the user's finger propagates in the light guide to one or more of the light sensors and indicates a fingerprint characteristic of a portion of the user's finger adjacent the pixel or pixels from which the light is emitted. a display having an arrangement of light emitting pixels, the display being arranged to receive a user's finger placed against the display; a light guide juxtaposed with the arrangement of pixels of the display, wherein the pixels are arranged to illuminate a portion of the user's finger; and light sensors disposed at different locations around a periphery of the light guide, wherein the locations of the light sensors are coordinated with the location of a predetermined area to facilitate detection of the user's fingerprint; and
A drive train, especially of a motor vehicle, 1.1 with a drive engine, comprising a main output shaft for driving drive wheels or any other unit; 1.2 with a hydrodynamic retarder, comprising a driven bladed primary wheel and a bladed secondary wheel which is stationary or driven in opposite direction to the primary wheel, said wheels jointly forming a toroidal working chamber which is or can be filled with working medium in order to transfer torque hydrodynamically from the primary wheel to the secondary wheel; 1.3 the drive engine comprises a power take-off shaft, via which the primary wheel of the retarder is driven; characterized in that 1.4 the hydrodynamic retarder is arranged as a single-step, uncontrolled retarder which can be switched exclusively between an activated state and a deactivated state. 1.1 with a drive engine, comprising a main output shaft for driving drive wheels or any other unit; 1.2 with a hydrodynamic retarder, comprising a driven bladed primary wheel and a bladed secondary wheel which is stationary or driven in opposite direction to the primary wheel, said wheels jointly forming a toroidal working chamber which is or can be filled with working medium in order to transfer torque hydrodynamically from the primary wheel to the secondary wheel; 1.3 the drive engine comprises a power take-off shaft, via which the primary wheel of the retarder is driven; characterized in that 1.4 the hydrodynamic retarder is arranged as a single-step, uncontrolled retarder which can be switched exclusively between an activated state and a deactivated state.
A pulveriser mill which includes a rotary grinding member and a port ring (10, 100, 300, 400) which is arranged around a periphery of the rotary grinding member for rotation with the rotary grinding member about an axis, wherein the port ring (10, 100, 300, 400) includes a plurality of vanes (22, 220) which are angularly spaced about the axis in a configuration which allows air to flow from below the port ring (10, 100, 300, 400) to above the port ring (10, 100, 300 400), at least one of the vanes (22, 220) having an operatively upstream portion (22.1, 220.1) and a downstream portion (22.2, 220.2) and a non-planar leading surface (24, 324) which extends between the upstream portion (22.1, 220.1) and the downstream portion (22.2, 220.2), characterised in that the port ring (10, 100 300 400) defines a plurality of openings between the vanes, the ring having an upstream inlet which is defined in part by upstream ends (22.1) of adjacent vanes and a downstream outlet defined in part by downstream ends (22.2) of adjacent vanes such that the openings between adjacent vanes converge or decrease in area from the inlet to the outlet.
Reference interferometer for determining an optical path length change, in particular a relative optical path length change in interferometer arms, comprising a beam splitter which has a beam splitter layer, the beam splitter layer being traversable for a light beam into a first interferometer arm and the light beam being reflectable at the beam splitter layer into a second interferometer arm (2"), further comprising mirror elements (12',12"), at least one detector (7', 7") and a laser light source, characterized in that the beam splitter is designed in such a way that a light beam of the laser light source can be guided by means of total internal reflection over a first side face and a second side face of the beam splitter, at least the first side face and/or the second side face of the beam splitter being provided, in particular partially, with a coating; and wherein the reference interferometer comprises at least one prism (16', 16''), wherein - the prism is positioned in front of the beam splitter in the beam path so that a light beam entering the beam splitter can be deflected; and/or - the prism is positioned downstream of the beam splitter in the beam path, so that a light beam emerging from the beam splitter can be deflected. - the prism is positioned in front of the beam splitter in the beam path so that a light beam entering the beam splitter can be deflected; and/or - the prism is positioned downstream of the beam splitter in the beam path, so that a light beam emerging from the beam splitter can be deflected.
Heat treatment device, in particular for sausages of the co-extruded type, said heat treatment device comprising: - a pipe extending between an introduction aperture and an evacuation aperture, through which the sausages leave the pipe, - a collector device which is arranged above the introduction aperture, which opens into the pipe at the level of the introduction aperture and which is intended to allow for the introduction of the sausages into the pipe, - a pump intended to propel hot water into the pipe upstream of the introduction aperture or into the collector device, the water level in the collector device being higher than the level of the evacuation aperture, and that the level of the introduction aperture, and the heat treatment device being characterized in that the pipe comprises, between the introduction aperture and the evacuation aperture, a part which takes the shape of a coil in a descending spiral, and between the introduction aperture and the coil, an ascending portion, and in that the level of the introduction aperture is lower than the level of the upper part of the coil. - a pipe extending between an introduction aperture and an evacuation aperture, through which the sausages leave the pipe, - a collector device which is arranged above the introduction aperture, which opens into the pipe at the level of the introduction aperture and which is intended to allow for the introduction of the sausages into the pipe, - a pump intended to propel hot water into the pipe upstream of the introduction aperture or into the collector device,
A construction set of the building block type, comprising at least one building brick which comprises at least one opening, at least one holder which is adapted to be arranged in the opening of the building brick, and at least one element which forms a protrusion of the stud type for the building brick, wherein at least a first outer end of the holder comprises a first holder hole which is adapted for coupling to the element, the element comprising a first and a second outer end, the first outer end comprising a coupling means which is adapted to engage in the holder hole of the holder, characterized in that the holder hole is provided on the inside with a structure of the screw thread type, being screw thread or a structure which can fulfill the function of screw thread, and in that the first coupling means of the element comprises a structure of the screw thread type adapted to co-act with a structure of the screw thread type in the first holder hole.
A passive optical network for multiple units comprising: a first splitter (350a; 350a'), a second splitter (350b; 350b'), and a fiber distribution cable optically coupling the first splitter (350a; 350a') and the second splitter to a distribution point, wherein a first fiber of the distribution cable is configured to provide an optical input to the first splitter (350a; 350a'), and a second fiber of the distribution cable is configured to provide an optical input to the second splitter, characterized in that each of remaining fibers of the fiber distribution cable presents first and second cut ends at each of the first splitter and the second splitter, wherein the first cut ends are optically coupled with the respective of said first and second splitters, and wherein: - either a portion of each of the remaining fibers of the distribution cable extending from each of the second cut ends is configured for providing optical signals to the units, - or the second cut ends are optically coupled with the respective of said first and second splitters, with a portion of the remaining fibers extending away from each of the first and second splitters being configured for providing optical signals to the units. a first splitter (350a; 350a'), a second splitter (350b; 350b'), and a fiber distribution cable optically coupling the first splitter (350a; 350a') and the second splitter to a distribution point, wherein a first fiber of the distribution cable is configured to provide an optical input to the first splitter (350a; 350a'), and a second fiber of the distribution cable is configured to provide an optical input to the second splitter, characterized in that each of remaining fibers of the fiber distribution cable presents first and second cut ends at each of the first splitter and the second splitter, wherein the first cut ends are optically coupled with the respective of said first and second splitters, and wherein: - either a portion of each of the remaining fibers of the distribution cable extending from each of the second cut ends is configured for providing optical signals to the units, - or the second cut ends are optically coupled with the respective of said first and second splitters, with a portion of the remaining fibers extending away from each of the first and second splitters being configured for providing optical signals to the units. - either a portion of each of the remaining fibers of the distribution cable extending from each of the second cut ends is configured for providing optical signals to the units, - or the second cut ends are optically coupled with the respective of said first and second splitters, with a portion of the remaining fibers extending away from each of the first and second splitters being configured for providing optical signals to the units.
A printer capable of communicating with an external apparatus, the printer comprising: a processing unit configured to execute one of commands to perform corresponding processing with regard to the printer; and a determining unit configured to determine whether an authentication result is successful based on predetermined code information; characterized by a disabling unit configured to disable a first command among the commands, the first command to acquire data from the external apparatus; an enabling unit configured to enable the first command for a period of time, when the authentication result has been successful, and in that the printer is configured to acquire data from the external apparatus, when the first command is received within the period of time. a processing unit configured to execute one of commands to perform corresponding processing with regard to the printer; and a determining unit configured to determine whether an authentication result is successful based on predetermined code information; characterized by a disabling unit configured to disable a first command among the commands, the first command to acquire data from the external apparatus; an enabling unit configured to enable the first command for a period of time, when the authentication result has been successful, and in that the printer is configured to acquire data from the external apparatus, when the first command is received within the period of time.
A hair analyzing device, comprising: a device body which is provided, on its surface on at least one side, with an adhesive layer and which is designed to be releasably fastened in or on the hair of a user by means of the adhesive layer; at least one sensor which is arranged in or on the device body and is intended for detecting at least two sensor values, wherein the at least one sensor is designed to detect two or more sensor values, wherein a first sensor value relates to internal data and a second sensor value relates to external data, wherein the internal data relate to a cosmetic status or a hair condition and the external data relate to the external environment of the user; and an electronic circuit device arranged in or on the device body, wherein the electronic circuit device is coupled to the at least one sensor in order to receive the at least two sensor values, and wherein the electronic circuit device is designed to provide the received at least two sensor values to the user, wherein the electronic circuit device is designed, on the basis of the determined sensor value, to determine a recommendation and to provide said recommendation to the user, wherein the recommendation includes at least one recommendation selected from the group consisting of hair care product recommendations, hair styling product recommendations and hair treatment recommendations. a device body which is provided, on its surface on at least one side, with an adhesive layer and which is designed to be releasably fastened in or on the hair of a user by means of the adhesive layer; at least one sensor which is arranged in or on the device body and is intended for detecting at least two sensor values, wherein the at least one sensor is designed to detect two or more sensor values, wherein a first sensor value relates to internal data and a second sensor value relates to external data, wherein the internal data relate to a cosmetic status or a hair condition and the external data relate to the external environment of the user; and an electronic circuit device arranged in or on the device body, wherein the electronic circuit device is coupled to the at least one sensor in order to receive the at least two sensor values, and wherein the electronic circuit device is designed to provide the received at least two sensor values to the user, wherein the electronic circuit device is designed, on the basis of the determined sensor value, to determine a recommendation and to provide said recommendation to the user, wherein the recommendation includes at least one recommendation selected from the group consisting of hair care product recommendations, hair styling product recommendations and hair treatment recommendations.