mhurhangee/ep-ind-claims huggingface dataset:
A communication device in a communication system that supports a wireless mesh network using a wireless LAN, comprising: a storing part configured to store a definition table where a reception power and a metric value are associated with each other, and a cumulative metric value; a receiving part configured to receive a broadcast signal transmitted from another communication device; a calculating part configured to acquire a metric value corresponding to a reception power of the broadcast signal received by the receiving part from the definition table, and then to calculate a cumulative metric value based on the acquired metric value and a metric value included in the received broadcast signal; and a determining part configured to update a cumulative metric value stored in the storing part to the calculated cumulative metric value if the calculated cumulative metric value is smaller than the cumulative metric value stored in the storing part, and to determine the other communication device transmitting the broadcast signal of the calculated cumulative metric value as a route construction target in the wireless mesh network, and if the calculated cumulative value is the same or larger to end the process, the communication device further comprising a broadcasting part configured to transmit a broadcast signal containing the calculated cumulative metric value when the communication device operates as a fixed station, wherein the broadcasting part is controlled so as to not transmit the broadcast signal containing the calculated cumulative metric value when the communication device operates as a mobile station. a storing part configured to store a definition table where a reception power and a metric value are associated with each other, and a cumulative metric value; a receiving part configured to receive a broadcast signal transmitted from another communication device; a calculating part configured to acquire a metric value corresponding to a reception power of the broadcast signal received by the receiving part from the definition table, and then to calculate a cumulative metric value based on the acquired metric value and a metric value included in the received broadcast signal; and a determining part configured to update a cumulative metric value stored in the storing part to the calculated cumulative metric value if the calculated cumulative metric value is smaller than the cumulative metric value stored in the storing part, and to determine the other communication device transmitting the broadcast signal of the calculated cumulative metric value as a route construction target in the wireless mesh network, and if the calculated cumulative value is the same or larger to end the process, the communication device further comprising a broadcasting part configured to transmit a broadcast signal containing the calculated cumulative metric value when the communication device operates as a fixed station, wherein the broadcasting part is controlled so as to not transmit the broadcast signal containing the calculated cumulative metric value when the communication device operates as a mobile station.
Photonic device comprising: - a support layer, - an optical layer extending in a main plane (x, y), subdivided into at least a first region and a second region which are adjacent in said main plane (x, y), and comprising a first optical waveguide in the first region and a second optical waveguide in the second region, - a stack of III-V semiconductor compounds, arranged on a dielectric layer, which is itself arranged on the first waveguide, in the first region, the stack forming a laser source with the first optical waveguide, - an intermediate layer, between the optical layer and the support layer, comprising a thermally conductive material forming a single-piece block, arranged in line with the first region, and an optical and/or electrical cladding material arranged in line with the second region, characterized in that the optical layer and/or the intermediate layer comprise at least one metal interconnection level to form electrical contacts of an active optical component, and/or to form at least one heat dissipation via (24, 25, 27) between the first waveguide and the thermally conductive material. - a support layer, - an optical layer extending in a main plane (x, y), subdivided into at least a first region and a second region which are adjacent in said main plane (x, y), and comprising a first optical waveguide in the first region and a second optical waveguide in the second region, - a stack of III-V semiconductor compounds, arranged on a dielectric layer, which is itself arranged on the first waveguide, in the first region, the stack forming a laser source with the first optical waveguide, - an intermediate layer, between the optical layer and the support layer, comprising a thermally conductive material forming a single-piece block, arranged in line with the first region, and an optical and/or electrical cladding material arranged in line with the second region,
An apparatus for screening, treatment, monitoring and/or assessment of visual impairments, comprising: electronic means for simultaneously applying two separate processing methods to images presented to an amblyopic eye and a non-amblyopic eye of a patient wherein, the electronic means comprise image generating means (5, 6), digital image processing means (5, 6), eye tracker (4, 5, 45 and 46) means for measuring a direction of the patient eyes' line of sight, and display means (2 and 3, 5, 34 and 35, 2 and 61) for presenting images (31, 311 and 312) to both of the patient's eyes (12 and 13, 14 and 15), the two separate processing methods being: a first processing method being applied to the non-amblyopic eye, and a second processing method being applied to the amblyopic eye, wherein the first processing method presents a first image comprising an area with a controlled measure of image degradation to the non-amblyopic eye, using the display means, wherein the second processing method includes presenting a second image to the amblyopic eye by changing the first image so as to present identical or as similar as possible first and second images (311 and 312) to the two eyes, to allow combining the images in the brain, and wherein the second processing method is responsive to a direction of a line of sight of the amblyopic eye measured by the eye tracker means, characterized in that: the location of the degraded area is moved on the screen responsive to a direction of the line of sight of the non-amblyopic eye, measured by the eye tracker means. electronic means for simultaneously applying two separate processing methods to images presented to an amblyopic eye and a non-amblyopic eye of a patient wherein, the electronic means comprise image generating means (5, 6), digital image processing means (5, 6), eye tracker (4, 5, 45 and 46) means for measuring a direction of the patient eyes' line of sight, and display means (2 and 3, 5, 34 and 35, 2 and 61) for presenting images (31, 311 and 312) to both of the patient's eyes (12 and 13, 14 and 15), the two separate processing methods being: a first processing method being applied to the non-amblyopic eye, and a second processing method being applied to the amblyopic eye, a first processing method being applied to the non-amblyopic eye, and a second processing method being applied to the amblyopic eye, wherein the first processing method presents a first image comprising an area with a controlled measure of image degradation to the non-amblyopic eye, using the display means, wherein the second processing method includes presenting a second image to the amblyopic eye by changing the first image so as to present identical or as similar as possible first and second images (311 and 312) to the two eyes, to allow combining the images in the brain, and wherein the second processing method is responsive to a direction of a line of sight of the amblyopic eye measured by the eye tracker means, characterized in that: the location of the degraded area is moved on the screen responsive to a direction of the line of sight of the non-amblyopic eye, measured by the eye tracker means.
A mold-tool system, comprising: a first component defining a first passageway configured to convey, in use, a flowable molding material; a second component defining a second passageway configured to: (i) be in fluid communication with the first passageway, and (ii) convey, in use, the flowable molding material, the second passageway in fluid communication with the first passageway at a sealing interface between the first component and the second component where the first component and the second component are in sliding-seal contact in use; and a wear-resistant assembly contacting, at least in part, the first component and the second component, the wear-resistant assembly positioned, at least in part, proximate to the sealing interface and configured to limit direct sliding-seal contact between the first component and the second component wherein the wear-resistant assembly includes: a first wear-resistant assembly received, at least in part, by the first component; and a second wear-resistant assembly received, at least in part, by the second component. a first component defining a first passageway configured to convey, in use, a flowable molding material; a second component defining a second passageway configured to: (i) be in fluid communication with the first passageway, and (ii) convey, in use, the flowable molding material, the second passageway in fluid communication with the first passageway at a sealing interface between the first component and the second component where the first component and the second component are in sliding-seal contact in use; and a wear-resistant assembly contacting, at least in part, the first component and the second component, the wear-resistant assembly positioned, at least in part, proximate to the sealing interface and configured to limit direct sliding-seal contact between the first component and the second component wherein the wear-resistant assembly includes: a first wear-resistant assembly received, at least in part, by the first component; and a second wear-resistant assembly received, at least in part, by the second component. a first wear-resistant assembly received, at least in part, by the first component; and a second wear-resistant assembly received, at least in part, by the second component.
A hoisting device including: - a bracket including a mast and a load arm (22, 23) - or boom - retractable along the mast; - means for reversibly engaging the mast with two rungs (100, 101) of a ladder; - a member for latching the reversible engagement means; - a member for wearing the device on a shoulder; and - a cross member for pressing on one of the rungs, and in that the wearing member and the cross member are integral with the mast. - a bracket including a mast and a load arm (22, 23) - or boom - retractable along the mast; - means for reversibly engaging the mast with two rungs (100, 101) of a ladder; - a member for latching the reversible engagement means; - a member for wearing the device on a shoulder; and - a cross member for pressing on one of the rungs,
An eye form classification method comprising classifying eye forms by using, as indexes, three forms, namely, an eye 'frame' form being the outline shape of the eye contour comprising the eyelash line of the upper and lower eyelids and shown as the ratio of the eye contour vertical dimension to the eye contour horizontal dimension, an eye 'shape' form being the three-dimensional shape of the eyelid grooves and the upper and lower eyelids and shown as the ratio between the width of the eye contour vertical dimension and the width from the upper rim of the eye contour to the eyebrow, and an eye 'angle' form shown as the angle between a diagonal connecting the inner corner and outer edge of the eye and a horizontal line passing through the inner corner of the eye, the method comprising: creating a standard balanced eye form from averaged images obtained by computer graphic morphing; comparing a subject's eye form with the standard balanced eye form by superimposing a profile of the eye "frame" form of the standard balanced eye and the eye "frame" form of the subject of makeup by matching the size and positions of irises to evaluate deviances between the subject's eye form and the standard balanced eye form using a) a transparent sheet object on which the standard balanced eye form is represented or b) wherein the differences of the "frame" form and the "angle" form are evaluated using computer image processing, and classifying the subject's eye form based on the deviances. creating a standard balanced eye form from averaged images obtained by computer graphic morphing; comparing a subject's eye form with the standard balanced eye form by superimposing a profile of the eye "frame" form of the standard balanced eye and the eye "frame" form of the subject of makeup by matching the size and positions of irises to evaluate deviances between the subject's eye form and the standard balanced eye form using a) a transparent sheet object on which the standard balanced eye form is represented or b) wherein the differences of the "frame" form and the "angle" form are evaluated using computer image processing, and classifying the subject's eye form based on the deviances.
A refrigeration circuit comprising a compressor for compressing refrigerant, a condenser for condensing compressed refrigerant, a pressure reduction and expansion means for reducing in pressure and expanding condensed refrigerant, and an evaporator for evaporating pressure-reduced and expanded refrigerant, wherein R1234yf is used as a refrigerant for said refrigeration circuit, and characterized in that a radical-capturing agent or a polymerization inhibitor is provided in said refrigeration circuit, wherein said radical-capturing agent or said polymerization inhibitor is provided in said refrigeration circuit by being provided on a surface of a member for forming a circuit inner surface which is brought into contact with said refrigerant, wherein said radical-capturing agent or polymerization inhibitor is compounded in a material of said circuit inner surface-forming member which is brought into contact with said refrigerant or said radical-capturing agent or polymerization inhibitor agent is provided on a surface of said circuit inner surface-forming member which is brought into contact with said refrigerant, by coating.
A method for producing of a paper product or a board product comprising - providing never-dried fibres, - providing a strength composition comprising a permanent wet strength resin component and a sizing agent, - adding the permanent wet strength resin component to the never-dried fibres, thus providing treated never-dried fibres, - combining the treated never-dried fibres with a fibre material selected from recycled fibres, fibres originating from broke, dried fibres and/or fibres produced by mechanical pulping, thus providing a fibre slurry comprising 15-70 weight-% of the treated never-dried fibres, based on a total dry weight of the fibre slurry, - treating the fibre slurry comprising the treated never-dried fibres with the sizing agent of the strength composition, - introducing the treated fibre slurry to forming section for producing a web, and - introducing the web into press section for producing a paper or a board product. - providing never-dried fibres, - providing a strength composition comprising a permanent wet strength resin component and a sizing agent, - adding the permanent wet strength resin component to the never-dried fibres, thus providing treated never-dried fibres, - combining the treated never-dried fibres with a fibre material selected from recycled fibres, fibres originating from broke, dried fibres and/or fibres produced by mechanical pulping, thus providing a fibre slurry comprising 15-70 weight-% of the treated never-dried fibres, based on a total dry weight of the fibre slurry, - treating the fibre slurry comprising the treated never-dried fibres with the sizing agent of the strength composition, - introducing the treated fibre slurry to forming section for producing a web, and - introducing the web into press section for producing a paper or a board product.
Hearing glasses with a left temple and a right temple connected to a front portion supporting a pair of lenses (4, 6), at least one temple comprising one single microphone (7; 9), at least one microphone inlet (16; 18; 18a, 18b) associated with said one single microphone (7; 9) for receiving ambient sound and a processor (15; 17) connected to the single microphone, the single microphone being an omnidirectional microphone and, said at least one microphone inlet (16; 18; 18a, 18b) being located in the front of said at least one temple such that, when the hearing glasses are worn by a human's head where the at least one temple is at a predetermined side of the head, the at least one microphone inlet (16; 18; 18a, 18b) can receive sound substantially unblocked by the head from sound sources both at a left and right frontal side of the head, as well as from one back side of the head corresponding to said predetermined side of the head, such that said single microphone with its associated at least one microphone inlet (16; 18; 18a, 18b) is arranged on said at least one temple to, in use, hear sound unobstructed by the head from sound sources located in an area defined by a first and a second line as seen from a top view, the first line being parallel to the temple and directing backwards, the second line directing forward and intersecting the position of the at least one microphone inlet (16; 18; 18a, 18b) on the temple, said first and second line being at an angle of at least 5/4.π, said at least one microphone inlet either comprising one microphone inlet (16; 18) located at an underside of said at least one temple and which is directed downward when the hearing glasses are worn by a human's head, or said at least one microphone inlet comprises two microphone inlets (18a, 18b) at opposite side surfaces of the at least one temple and which are both directed substantially in a horizontal plane when the hearing glasses are worn by a human's head.
Awning having a cloth shaft mounted rotatably in an elongated housing, from which cloth shaft a cloth is able to be unwound by means of an extension profile, wherein the housing is fastened to a house wall by means of brackets (6, 7), characterised in that tensioning means are arranged on the brackets (6, 7) or engage with the brackets (6, 7), by means of which the housing is loaded with a tensile stress in the direction (11, 12) of the cloth shaft axis in the region between the brackets (6, 7).
An arrangement (100, 200, 300) comprising printed conductive traces, the arrangement comprising at least: a voltage source (V supply), a measuring circuit comprising at least a current sense amplifier and a first resistor, a voltage regulation circuit comprising at least a first transistor and a voltage regulator and at least one target component, the arrangement being adapted to produce a current-controlled voltage (V OUT2, V out) originating from the voltage source, the current-controlled voltage being coupled to the at least one target component, wherein said current-controlled voltage is dependent on a current (I R,LED, I LED) that is being passed through the target component, characterized in that the current sense amplifier is configured to detect the current passed through the first resistor, which is a current (I R,LED) that is at least indicative of the current being passed through the at least one target component, with a first output voltage (V OUT1) of the current sense amplifier being dependent on said detected current, said first output voltage controlling the first transistor by the first output voltage being lead to the base of the first transistor, wherein the measuring circuit is additionally configured to control the voltage regulation circuit to produce the current-controlled voltage (V OUT2) that is dependent on said detected current, and wherein the first transistor controls the current-controlled voltage (V OUT2) of the voltage regulator by the impedance of the first transistor determining the second output voltage through adjusting an adjustment voltage (V adj) of the voltage regulator. a voltage source (V supply), a measuring circuit comprising at least a current sense amplifier and a first resistor, a voltage regulation circuit comprising at least a first transistor and a voltage regulator and at least one target component, the arrangement being adapted to produce a current-controlled voltage (V OUT2, V out) originating from the voltage source, the current-controlled voltage being coupled to the at least one target component, wherein said current-controlled voltage is dependent on a current (I R,LED, I LED) that is being passed through the target component, characterized in that the current sense amplifier is configured to detect the current passed through the first resistor, which is a current (I R,LED) that is at least indicative of the current being passed through the at least one target component, with a first output voltage (V OUT1) of the current sense amplifier being dependent on said detected current, said first output voltage controlling the first transistor by the first output voltage being lead to the base of the first transistor, wherein the measuring circuit is additionally configured to control the voltage regulation circuit to produce the current-controlled voltage (V OUT2) that is dependent on said detected current, and wherein the first transistor controls the current-controlled voltage (V OUT2) of the voltage regulator by the impedance of the first transistor determining the second output voltage through adjusting an adjustment voltage (V adj) of the voltage regulator.
A hair dryer having a hand-held housing comprising an air inlet, an air outlet, a motor between said air inlet and said air outlet to draw air in from said air inlet and drive air out from said air outlet, said motor being coupled to an impeller, and a heating element located in said airflow between said air inlet and said air outlet, wherein said hair dryer further comprises a filter on said air inlet, wherein said filter comprises a metal filter plate bearing a plurality of holes, wherein at least some of said holes have a maximum lateral dimension of less than 1.5mm, wherein walls of said holes through a thickness of said filter plate are at least partially concave and wherein said holes comprise at least a subset of holes for which a lateral dimension reduces with increasing radial distance from the centre of said filter plate to provide the filter plate with an increasing proportion of holes approaching the centre of the plate.