mhurhangee/ep-ind-claims huggingface dataset:
A light emitting device package comprising: a package body having a plurality of trenches (Tc,T1...T1,Ta); a plurality of metal layers, wherein the plurality of metal layers are within a plurality of first trenches, each of the first trenches having a vertical width greater than a horizontal width thereof with respect to a vertical section of the respective first trenches, wherein a further metal layer is within a cathode lead trench (Tc) to form a cathode lead on one side of the metal layers, and wherein another metal layer is within an anode lead trench (Ta) to form an anode lead on the other side of the metal layers; and a light emitting device chip over the metal layers, wherein the metal layers serve to release heat from the light emitting device chip, wherein the package body comprises a silicon substrate having a <110> orientation. a package body having a plurality of trenches (Tc,T1...T1,Ta); a plurality of metal layers, wherein the plurality of metal layers are within a plurality of first trenches, each of the first trenches having a vertical width greater than a horizontal width thereof with respect to a vertical section of the respective first trenches, wherein a further metal layer is within a cathode lead trench (Tc) to form a cathode lead on one side of the metal layers, and wherein another metal layer is within an anode lead trench (Ta) to form an anode lead on the other side of the metal layers; and a light emitting device chip over the metal layers, wherein the metal layers serve to release heat from the light emitting device chip, wherein the package body comprises a silicon substrate having a <110> orientation.
A cement admixture containing one kind or two or more kinds of non-hydraulic compound(s) selected from the group consisting of γ-2CaO·SiO 2, 3CaO·2SiO 2, α-CaO·SiO 2, and calcium magnesium silicate, wherein the non-hydraulic compound contains Li at an amount of 0.001 to 0.90% by mass in terms of lithium oxide (Li 2 O).
Cetirizine and famotidine for use in a method of treating diarrhea or IBS-D in a patient, comprising: administering the cetirizine and the famotidine, wherein the cetirizine is administered in a dose of 2.0-7.0 mg per day and the famotidine is administered in a dose of 3.0-15.0 mg per day.
Molding material mixture for producing casting molds for metal processing, comprising at least: - a refractory basic molding material; - a binder based on water glass; - barium sulfate; and - particulate metal oxides selected from the group of amorphous SiO 2, aluminum oxides and aluminosilicates and mixtures thereof. - a refractory basic molding material; - a binder based on water glass; - barium sulfate; and - particulate metal oxides selected from the group of amorphous SiO 2, aluminum oxides and aluminosilicates and mixtures thereof.
An audio recorder, comprising: a main body unit; at least a first microphone having a first plug and a second microphone having a second plug provided detachably on the main body unit; and at least a first holder and a second holder for detachably holding the microphones in an X-Y technique employing an inward facing arrangement in which sound pickup axes of the microphones intersect each other when the first microphone is attached to the first holder and the second microphone is attached to the second holder, or in an A-B technique employing an outward facing arrangement in which the sound pickup axes of the microphones do not intersect each other when the first microphone is attached to the second holder and the second microphone is attached to the first holder, wherein the holders (12R, 12L) comprise a switch structure in which, in cases where different microphones are attached in place of the microphones, a contact is turned on only when the microphones are in-house microphones, and the main body unit comprises a determination circuit that, when the contact in the switch structure is turned on, automatically determines a voltage value of a terminal provided in the first plug and/or of a terminal provided in the second plug, wherein the voltage value is a first value when X-Y technique is used and a second value when A-B technique is used. a main body unit; at least a first microphone having a first plug and a second microphone having a second plug provided detachably on the main body unit; and at least a first holder and a second holder for detachably holding the microphones in an X-Y technique employing an inward facing arrangement in which sound pickup axes of the microphones intersect each other when the first microphone is attached to the first holder and the second microphone is attached to the second holder, or in an A-B technique employing an outward facing arrangement in which the sound pickup axes of the microphones do not intersect each other when the first microphone is attached to the second holder and the second microphone is attached to the first holder, wherein the holders (12R, 12L) comprise a switch structure in which, in cases where different microphones are attached in place of the microphones, a contact is turned on only when the microphones are in-house microphones, and the main body unit comprises a determination circuit that, when the contact in the switch structure is turned on, automatically determines a voltage value of a terminal provided in the first plug and/or of a terminal provided in the second plug, wherein the voltage value is a first value when X-Y technique is used and a second value when A-B technique is used.
Cap (100; 200, 300; 500; 600) to lubricate an internal wall of a perforation or a sleeve with internal diameter (Ds) passing through at least two structural elements, the cap comprising a tubular body (102; 502; 602) and at least one reserve for a lubricant, before insertion in the perforation or in the sleeve, the cap has a largest external diameter larger than a smallest internal diameter (Ds) of said perforation or sleeve, the cap being configured so as to distribute lubricant from the reserve for the lubricant over an internal surface of the perforation or the sleeve when said cap is inserted into the perforation or the sleeve and is radially compressed by the internal wall of said perforation or sleeve the cap being characterized in that it also comprises at least one external wall (128, 132, 506) facing an exterior surface of the tubular body and such that the external wall and the tubular body define a cavity forming the reserve for the lubricant.
A seamless tubular, smokable, biaxially stretched, heat shrinkable film which may be used for food packaging, said film comprising: (i) at least one polyvinyl alcohol resin in amounts of from 15 wt.% to 45 wt.% based on the weight of said film; (ii) at least one aliphatic polyamide in amounts of from 55 wt.% to 85 wt.% based on the weight of said film; and (iii) optionally, at least one antiblock agent, especially in amounts of from 3 wt.% to 5 wt.% based on the weight of said film; said at least one polyvinyl alcohol resin comprising a polymer, said polymer comprising: (a) from 25.0 to 99.9 wt.%, based on said polymer, of structural units corresponding to formula wherein R 1 denotes hydrogen or methyl, preferably hydrogen; (b) from 0.1 to 50.0 wt.%, based on said polymer, of structural units corresponding to formula wherein R 2 denotes an alkyl rest having from 1 to 6 carbon atoms, especially methyl or ethyl, preferably methyl; (c) from 0.0 to 50.0 wt.%, based on said polymer, of structural units corresponding to formula wherein R 3, R 4, R 5 and R 6, independently from each other, denote organic rests having a molecular weight in the range of from 1 to 500 g/mole; wherein the total number of structural units of formula is from 0.1 to 50 mol-% based on the total number of structural units of formulae and and wherein the total number of structural units of formula is from 0.1 to 20 mol-% based on the total number of structural units of formulae, and. (i) at least one polyvinyl alcohol resin in amounts of from 15 wt.% to 45 wt.% based on the weight of said film; (ii) at least one aliphatic polyamide in amounts of from 55 wt.% to 85 wt.% based on the weight of said film; and (iii) optionally, at least one antiblock agent, especially in amounts of from 3 wt.% to 5 wt.% based on the weight of said film; (a) from 25.0 to 99.9 wt.%, based on said polymer, of structural units corresponding to formula wherein R 1 denotes hydrogen or methyl, preferably hydrogen; (b) from 0.1 to 50.0 wt.%, based on said polymer, of structural units corresponding to formula wherein R 2 denotes an alkyl rest having from 1 to 6 carbon atoms, especially methyl or ethyl, preferably methyl; (c) from 0.0 to 50.0 wt.%, based on said polymer, of structural units corresponding to formula wherein R 3, R 4, R 5 and R 6, independently from each other, denote organic rests having a molecular weight in the range of from 1 to 500 g/mole; wherein the total number of structural units of formula is from 0.1 to 50 mol-% based on the total number of structural units of formulae and and wherein the total number of structural units of formula is from 0.1 to 20 mol-% based on the total number of structural units of formulae, and.
An apparatus comprising: a supply guide (102, 202, 402) configured to receive a plurality of print supplies (112-n, 212-n); a lock mechanism (104, 204, 404) configured to retain the plurality of print supplies (112-n, 212-n); and a manual release mechanism coupled to the supply guide (102, 202, 402) configured to disengage the lock mechanism (104, 204, 404); wherein the lock mechanism (104, 204, 404) is configured to release a print supply (112-n, 212-n) of the plurality of print supplies (112-n, 212-n): responsive to a determination that an amount of print substance in the print supply (112-n, 212-n) is at or below a threshold level; and responsive to actuation of the manual release mechanism. a supply guide (102, 202, 402) configured to receive a plurality of print supplies (112-n, 212-n); a lock mechanism (104, 204, 404) configured to retain the plurality of print supplies (112-n, 212-n); and a manual release mechanism coupled to the supply guide (102, 202, 402) configured to disengage the lock mechanism (104, 204, 404); wherein the lock mechanism (104, 204, 404) is configured to release a print supply (112-n, 212-n) of the plurality of print supplies (112-n, 212-n): responsive to a determination that an amount of print substance in the print supply (112-n, 212-n) is at or below a threshold level; and responsive to actuation of the manual release mechanism. responsive to a determination that an amount of print substance in the print supply (112-n, 212-n) is at or below a threshold level; and responsive to actuation of the manual release mechanism.
An article of jewelry comprising first and second curved branches (12a, 12b) each comprising an outer curved surface (20a, 20b), an inner curved surface and two lateral edges (21a, 21b), the first curved branch comprising an end juxtaposed with an end of the second curved branch to form an interface, the article of jewelry further comprising a flexible blade arranged in a recess to hold the article of jewelry in a closed configuration in which a free end (14a, 14b) of the first and second curved branches (12a, 12b) are arranged opposite each other, said free ends (14a, 14b) being spaced apart from each other so as to be separated by a certain distance when a constraint is exerted on each branch (12a, 12b) in an opposite direction, characterized in that the first and second curved branches (12a, 12b) each comprise on their inner curved surface respectively a first and a second portion (17a, 17b) of the recess within which the flexible blade is fixed, the flexible blade extending continuously into the first and second portion (17a, 17b) of the recess thus covering said interface and in that the free end (14a, 14b) of the first and second curved branches (12a, 12b) are separated by a predetermined distance when the article is in a closed configuration, said free ends (14a, 14b) being capable of being spaced apart so as to be separated by a distance greater than the predetermined distance when a constraint is exerted on each branch (12a, 12b) in an opposite direction.
A method comprising: obtaining a preliminary frame sequence and at least one still image frame, captured by a digital camera during shooting a scene; obtaining at least one of indication of fulfilment of a predetermined starting scene condition in at least one frame of the preliminary frame sequence and indication of fulfilment of a predetermined first camera condition prevailing during capturing the preliminary frame sequence; automatically selecting a starting frame from the preliminary frame sequence on the basis of at least one of fulfilment of the starting scene condition and fulfilment of the first camera condition; and automatically forming, from the preliminary frame sequence and the at least one still image frame, a displayable frame sequence for displaying a living image of the scene, the living image comprising a still image and a preceding image sequence, the displayable frame sequence starting by the starting frame and having one of the at least one still image frame as a stopping frame for displaying the still image; the at least one still image frame differing from the frames of the preliminary frame sequence by at least one of its higher resolution, lower noise, or higher dynamic range. obtaining a preliminary frame sequence and at least one still image frame, captured by a digital camera during shooting a scene; obtaining at least one of indication of fulfilment of a predetermined starting scene condition in at least one frame of the preliminary frame sequence and indication of fulfilment of a predetermined first camera condition prevailing during capturing the preliminary frame sequence; automatically selecting a starting frame from the preliminary frame sequence on the basis of at least one of fulfilment of the starting scene condition and fulfilment of the first camera condition; and automatically forming, from the preliminary frame sequence and the at least one still image frame, a displayable frame sequence for displaying a living image of the scene, the living image comprising a still image and a preceding image sequence, the displayable frame sequence starting by the starting frame and having one of the at least one still image frame as a stopping frame for displaying the still image; the at least one still image frame differing from the frames of the preliminary frame sequence by at least one of its higher resolution, lower noise, or higher dynamic range.
An image capturing system comprising: an image capturing apparatus including a plurality of photoelectric converters and configured to generate a pixel signal, the image capturing apparatus being configured to output a temperature signal representing a temperature and a reference signal used to correct the temperature signal in accordance with a predetermined equation; an image preprocessor configured to process the pixel signal output from the image capturing apparatus and generate an image signal; and a calculator configured to receive the temperature signal output from the image capturing apparatus and the reference signal output from the image capturing apparatus, and correct the temperature signal based on the reference signal and the predetermined equation to obtain a corrected temperature, wherein temperature dependency of the reference signal is lower than temperature dependency of the temperature signal; wherein the calculator is configured to obtain the corrected temperature based on a ratio of the temperature signal to the reference signal. an image capturing apparatus including a plurality of photoelectric converters and configured to generate a pixel signal, the image capturing apparatus being configured to output a temperature signal representing a temperature and a reference signal used to correct the temperature signal in accordance with a predetermined equation; an image preprocessor configured to process the pixel signal output from the image capturing apparatus and generate an image signal; and a calculator configured to receive the temperature signal output from the image capturing apparatus and the reference signal output from the image capturing apparatus, and correct the temperature signal based on the reference signal and the predetermined equation to obtain a corrected temperature, wherein temperature dependency of the reference signal is lower than temperature dependency of the temperature signal; wherein the calculator is configured to obtain the corrected temperature based on a ratio of the temperature signal to the reference signal.
A coffee machine for coffee capsule, comprising: a casing comprising a side panel, the side panel defining a fixing hole and a mounted hole; a capsule holder accommodated in the casing for receiving only one coffee capsule, the capsule holder defining a through hole for flowing waste water away from the capsule holder; a brewing unit comprising a brewing chamber and a plurality of water jets, each water jet defining a channel communicating with the brewing chamber; a waste water container defining a cavity, and comprising a tongue, the tongue defining a water groove communicating with the cavity; and a water tank, a boiler, a pump, and a plurality of pipes; wherein the water tank, the boiler, the pump, a plurality of pipes, and the capsule holder are accommodated in the casing, the water tank, the boiler, the pump and the capsule holder are connected one by one via the pipes; an end of one pipe extended into the capsule holder is defined as an outlet; the brewing unit is pivotally mounted to the side panel, the capsule holder is mounted to the side panel and communicating with the fixing hole; wherein, when the brewing unit is pivoted towards to the capsule holder, the brewing unit pushes the coffee capsule towards the outlet, resulting in the outlet and the water jets breaking the coffee capsule; and then, hot water flows from the outlet to brew coffee; the tongue is detachably mounted to the mounted hole, and the waste water flows into the cavity via the water groove. a casing comprising a side panel, the side panel defining a fixing hole and a mounted hole; a capsule holder accommodated in the casing for receiving only one coffee capsule, the capsule holder defining a through hole for flowing waste water away from the capsule holder; a brewing unit comprising a brewing chamber and a plurality of water jets, each water jet defining a channel communicating with the brewing chamber; a waste water container defining a cavity, and comprising a tongue, the tongue defining a water groove communicating with the cavity; and a water tank, a boiler, a pump, and a plurality of pipes; wherein the water tank, the boiler, the pump, a plurality of pipes, and the capsule holder are accommodated in the casing, the water tank, the boiler, the pump and the capsule holder are connected one by one via the pipes; an end of one pipe extended into the capsule holder is defined as an outlet; the brewing unit is pivotally mounted to the side panel, the capsule holder is mounted to the side panel and communicating with the fixing hole; wherein, when the brewing unit is pivoted towards to the capsule holder, the brewing unit pushes the coffee capsule towards the outlet, resulting in the outlet and the water jets breaking the coffee capsule; and then, hot water flows from the outlet to brew coffee; the tongue is detachably mounted to the mounted hole, and the waste water flows into the cavity via the water groove.
A beverage dispensing machine comprising a first hydraulic circuit including a water source, a pump, a water heating means, a brewing means, said brewing means having inlet and outlet means, beverage collecting means for collecting brewed beverage leaving said brewing means and for dispensing said beverage to a container, and control means, characterised in further comprising a second hydraulic circuit that includes a second pump and second water heating means, said second water heating means being different and separate from the water heating means of the first circuit, to change the temperature of the first circuit with respect to the temperature of the second circuit and to adapt both temperatures and volumes of the liquids dispensed by the two circuits according to the required taste of the final beverage, and wherein the outlet of said water heating means is connected to said first circuit at a location that is downstream to the said brewing means with respect to the water flow in said first circuit.
An apparatus for administering light therapy, the apparatus comprising: a spectacle frame suitably sized for wearing on a human being and securing one or more optical lenses; one or more light sources fixedly mounted to provide light onto a contact lens on an eye of a wearer of the spectacle frame; and a contact lens comprising a portion for receiving the light provided, wherein the portion of the contact lens for receiving the light provided comprises a light scattering area that forms a ring within a perimeter area of the contact lens. a spectacle frame suitably sized for wearing on a human being and securing one or more optical lenses; one or more light sources fixedly mounted to provide light onto a contact lens on an eye of a wearer of the spectacle frame; and a contact lens comprising a portion for receiving the light provided, wherein the portion of the contact lens for receiving the light provided comprises a light scattering area that forms a ring within a perimeter area of the contact lens.
An internal combustion engine, comprising: an exhaust gas recirculation system containing an EGR gas and including at least one heat exchanger (65, 66) and a thermal control unit positioned downstream from the at least one heat exchanger (65, 66), the thermal control unit providing cooling of the EGR gas; and a waste heat recovery system adapted to provide a working fluid from a fluid cooling and containment portion into a WHR circuit and a parallel EGR temperature control circuit positioned to receive the working fluid from the waste heat recovery circuit downstream of the fluid cooling and containment portion and to return the working fluid to the waste heat recovery circuit upstream of the fluid cooling and containment portion, the WHR circuit including a feed pump, the at least one heat exchanger (65, 66), which is adapted to provide cooling to the EGR gas and to change the phase of the working fluid from a liquid to a high-pressure vapor, and an energy conversion portion capable of producing additional work or transferring energy to another device or system, and the EGR temperature control circuit includes the thermal control unit, the thermal control unit positioned along the EGR temperature control circuit to further cool the EGR gas. an exhaust gas recirculation system containing an EGR gas and including at least one heat exchanger (65, 66) and a thermal control unit positioned downstream from the at least one heat exchanger (65, 66), the thermal control unit providing cooling of the EGR gas; and a waste heat recovery system adapted to provide a working fluid from a fluid cooling and containment portion into a WHR circuit and a parallel EGR temperature control circuit positioned to receive the working fluid from the waste heat recovery circuit downstream of the fluid cooling and containment portion and to return the working fluid to the waste heat recovery circuit upstream of the fluid cooling and containment portion, the WHR circuit including a feed pump, the at least one heat exchanger (65, 66), which is adapted to provide cooling to the EGR gas and to change the phase of the working fluid from a liquid to a high-pressure vapor, and an energy conversion portion capable of producing additional work or transferring energy to another device or system, and the EGR temperature control circuit includes the thermal control unit, the thermal control unit positioned along the EGR temperature control circuit to further cool the EGR gas.