mhurhangee/ep-ind-claims huggingface dataset:
A multi-cavity oven comprising: a housing defining an interior cooking volume surrounded by insulated outer walls (14a, 14b, 14c, 14d, 14e) and at least one door that may open and close to provide access to the interior cooking volume; a set of shelves (22a, 22b, 22c) subdividing the cooking volume into cooking cavities (20a, 20b, 20c, 20d), the shelves comprising separate upper and lower air channels (24a, 24b) divided by at least one interior barrier wall, each air channel leading from respective air inlets (32a, 32b) to respective upwardly directed airstream openings and downwardly directed airstream openings through a jet plate, wherein the set of shelves are removable from the interior cooking volume; the multi-cavity oven further characterized by comprising: electrically controllable water valves for introducing moisture into each of the cooking cavities; and a controller configured to provide independent control of moisture according to the cooking schedule in each of the cooking cavities; wherein each of the cavities (20a, 20b, 20c, 20d) is associated with an airflow system comprising a heater system, blower motor and variable speed motor controller so that the controller independently controls the airflow circulating through each cavity 20 and the temperature of said airflow. a housing defining an interior cooking volume surrounded by insulated outer walls (14a, 14b, 14c, 14d, 14e) and at least one door that may open and close to provide access to the interior cooking volume; a set of shelves (22a, 22b, 22c) subdividing the cooking volume into cooking cavities (20a, 20b, 20c, 20d), the shelves comprising separate upper and lower air channels (24a, 24b) divided by at least one interior barrier wall, each air channel leading from respective air inlets (32a, 32b) to respective upwardly directed airstream openings and downwardly directed airstream openings through a jet plate, wherein the set of shelves are removable from the interior cooking volume; the multi-cavity oven further characterized by comprising: electrically controllable water valves for introducing moisture into each of the cooking cavities; and a controller configured to provide independent control of moisture according to the cooking schedule in each of the cooking cavities; wherein each of the cavities (20a, 20b, 20c, 20d) is associated with an airflow system comprising a heater system, blower motor and variable speed motor controller so that the controller independently controls the airflow circulating through each cavity 20 and the temperature of said airflow. electrically controllable water valves for introducing moisture into each of the cooking cavities; and a controller configured to provide independent control of moisture according to the cooking schedule in each of the cooking cavities; wherein each of the cavities (20a, 20b, 20c, 20d) is associated with an airflow system comprising a heater system, blower motor and variable speed motor controller so that the controller independently controls the airflow circulating through each cavity 20 and the temperature of said airflow.
Apparatus for introducing - (i) chlorine gas into water or - (ii) chlorine dioxide into water, having a first feed conduit for the introduction - (i) of chlorine gas or - (ii) of a first reaction component, having a second feed conduit for the introduction (i) of water or (ii) of a second reaction component having a mixing tube for - (i) mixing the chlorine gas with water or - (ii) mixing and reacting the first reaction component with a second reaction component to form chlorine dioxide, where both feed conduits (5a, 5b) open at their one end into a common mouth and a suction chamber into which feed water to be enriched with - (i) chlorine or - (ii) chlorine dioxide can be injected by means of a nozzle is arranged at their other end, and having a wastewater conduit leading downstream from the suction chamber, where the wall of the mixing tube has at least one ancillary entry opening for entry of ancillary water which is free of reaction components and is to be enriched with - (i) chlorine gas or - (ii) chlorine dioxide into the mixing tube and the aspect ratio of the mixing tube is in the range from five to eight, where the aspect ratio is the ratio of the length of the mixing tube to its internal diameter, where the length of the mixing tube is measured from the mouth which is furthest downstream to the ancillary entry opening which is nearest upstream. - (i) chlorine gas into water or - (ii) chlorine dioxide into water, - (i) of chlorine gas or - (ii) of a first reaction component, (i) of water or (ii) of a second reaction component having a mixing tube for - (i) mixing the chlorine gas with water or - (ii) mixing and reacting the first reaction component with a second reaction component to form chlorine dioxide, - (i) chlorine or - (ii) chlorine dioxide - (i) chlorine gas or - (ii) chlorine dioxide
A spring, comprising a mounting bracket and a contact part that are successively arranged in a first direction, wherein the contact part is connected to the mounting bracket by using four elastic limiting arms, wherein the four elastic limiting arms comprise a first elastic limiting arm and a second elastic limiting arm that are oppositely disposed, and a third elastic limiting arm and a fourth elastic limiting arm that are oppositely disposed, and the four elastic limiting arms are disposed at an even interval on one end that is of the contact part and that is near the mounting bracket, wherein each one of the four elastic limiting arms is arranged between the contact part and the mounting bracket, with one end of each arm connected to the contact part and another end of each arm connected to the mounting bracket; wherein two ends of the first elastic limiting arm and/or the second elastic limiting arm are respectively fixedly connected to the contact part and the mounting bracket, the third elastic limiting arm and the fourth elastic limiting arm extend from one end that is of the contact part and that is near the mounting bracket, the spring is characterized in that wing parts are disposed in a direction in which the third elastic limiting arm and the fourth elastic limiting arm extend, the wing parts are fixed at the mounting bracket, tail ends of the third elastic limiting arm and the fourth elastic limiting arm press against inner side walls of the wing parts, and when a fitting component is inserted into the spring and is elastically connected to the contact part, the tail ends of the third elastic limiting arm and the fourth elastic limiting arm can slide along the inner side walls of the wing parts in a direction of approaching the mounting bracket.
An electric energy generating device comprising: a first substrate adjacent to a second substrate, the first and second substrate spaced apart from each other and each including a conductive material; a piezoelectric structure (130,131,132,134) on the first substrate, the piezoelectric structure including a material having piezoelectric characteristics; and an insulating film between the piezoelectric structure and the second substrate, the insulating film including a material having electret characteristics; characterised in that each of the first and second substrates comprise a textile substrate. a first substrate adjacent to a second substrate, the first and second substrate spaced apart from each other and each including a conductive material; a piezoelectric structure (130,131,132,134) on the first substrate, the piezoelectric structure including a material having piezoelectric characteristics; and an insulating film between the piezoelectric structure and the second substrate, the insulating film including a material having electret characteristics; characterised in that each of the first and second substrates comprise a textile substrate.
A semiautomatic yarn-changing device for providing a plurality of yarn samples for testing in a yarn-testing device, containing a clamping device with a plurality of mutually spaced clamping locations which are rigidly arranged adjacent to each other for clamping the yarn samples, wherein each clamping location contains a yarn inlet eyelet and two aligned yarn clamps (42, 43) which are arranged downstream of the yarn inlet eyelet, the yarn inlet eyelet and the two yarn clamps (42, 43) lie substantially on a straight clamping line in each clamping location spaced from each other, and the straight clamping lines of all clamping locations lie in one clamping plane, and a transport device for transporting the clamping device, by means of which a yarn sample which is to be tested and is clamped at any of the clamping locations is transportable to a predetermined testing position, characterized in that the yarn inlet eyelet and the yarn clamps (42, 43) of each clamping location are formed in such a way that the yarn sample is insertable into the yarn inlet eyelet and the yarn clamps (42, 43) in an insertion direction which extends substantially perpendicularly to the straight clamping line and perpendicularly to the clamping plane, each yarn clamp (42, 43) contains a pair of clamping plates (51, 52) with clamping surfaces (511, 521) which are substantially parallel with respect to each other and interact for clamping the yarn sample, which clamping surfaces (511, 521) lie substantially perpendicularly to the clamping plane and parallel to the straight clamping line, and the yarn-changing device contains an opening device for the active opening of at least one of the two yarn clamps (42, 43). each clamping location contains a yarn inlet eyelet and two aligned yarn clamps (42, 43) which are arranged downstream of the yarn inlet eyelet, the yarn inlet eyelet and the two yarn clamps (42, 43) lie substantially on a straight clamping line in each clamping location spaced from each other, and the straight clamping lines of all clamping locations lie in one clamping plane, and
Locking device of the type comprising, on the one hand, a striker plate mounting, provided with a striker plate, and, on the other hand, a lock casing incorporating a latch (21, 22) capable of closing on the striker plate, the latch being constituted by a pair of jaws (21, 22) normally open and arranged to close on the striker plate, characterised in that the locking device further comprises a proximity sensor of the inductive type attached to the striker bracket and adapted to detect, within the operating range of the proximity sensor, the presence of a reference surface of the lock casing, a correctly locked state of the locking device being certified when the distance between the proximity sensor and the reference surface is within the operating range of the proximity sensor., provided with a striker plate, and, on the other hand, a lock casing incorporating a latch (21, 22) capable of closing on the striker plate, the latch being constituted by a pair of jaws (21, 22) normally open and arranged to close on the striker plate, characterised in that the locking device further comprises a proximity sensor of the inductive type attached to the striker bracket and adapted to detect, within the operating range of the proximity sensor, the presence of a reference surface of the lock casing, a correctly locked state of the locking device being certified when the distance between the proximity sensor and the reference surface is within the operating range of the proximity sensor.
A two-component adhesive composition comprising an A-side and a B-side: A) the A-side comprising: i) a) an acrylate-capped polyurethane having a Tg equal to or greater than 20°C, i) b) an acrylate-capped polyurethane having a Tg equal to or less than -20°C, ii) a core/shell graft copolymer, iii) a phosphorous compound with mono-esters of phosphonic or mono- and diesters of phosphonic and phosphoric acids having one unit of vinyl or allylic unsaturation present, iv) an olefinically-unsaturated carboxylic acid, v) an olefinically-unsaturated carboxylic acid ester, and vi) a reducing agent and B) the B-side comprising: i) an epoxy resin ii) an oxidizing agent, iii) a stabilizer, and iv) a filler; wherein each acrylate-capped polyurethane present is independently present in the A-side in an amount of equal to or greater than 5 weight percent based on the total weight of the A-side. A) the A-side comprising: i) a) an acrylate-capped polyurethane having a Tg equal to or greater than 20°C, i) b) an acrylate-capped polyurethane having a Tg equal to or less than -20°C, ii) a core/shell graft copolymer, iii) a phosphorous compound with mono-esters of phosphonic or mono- and diesters of phosphonic and phosphoric acids having one unit of vinyl or allylic unsaturation present, iv) an olefinically-unsaturated carboxylic acid, v) an olefinically-unsaturated carboxylic acid ester, and vi) a reducing agent and i) a) an acrylate-capped polyurethane having a Tg equal to or greater than 20°C, i) b) an acrylate-capped polyurethane having a Tg equal to or less than -20°C, ii) a core/shell graft copolymer, iii) a phosphorous compound with mono-esters of phosphonic or mono- and diesters of phosphonic and phosphoric acids having one unit of vinyl or allylic unsaturation present, iv) an olefinically-unsaturated carboxylic acid, v) an olefinically-unsaturated carboxylic acid ester, and vi) a reducing agent B) the B-side comprising: i) an epoxy resin ii) an oxidizing agent, iii) a stabilizer, and iv) a filler; wherein each acrylate-capped polyurethane present is independently present in the A-side in an amount of equal to or greater than 5 weight percent based on the total weight of the A-side. i) an epoxy resin ii) an oxidizing agent, iii) a stabilizer, and iv) a filler;
A display device comprising: a pixel layer comprising a plurality of pixels; a light transmitting hole array layer including a plurality of light transmitting holes providing light transmitting paths of light rays that are incident through the pixel layer; and a sensor layer including a plurality of photo sensors configured to sense the light rays that pass through the light transmitting holes and are incident on the sensor layer, each light transmitting hole corresponds to a target area in the sensor layer on which the light rays passing through the corresponding light transmitting hole are incident, and characterized in that, wherein the photo sensors are disposed at a high resolution in first areas and disposed at a low resolution in second areas, wherein the first areas are respective central areas of the target areas, and wherein the second areas are respective perimeter areas of the target areas other than the central areas. a pixel layer comprising a plurality of pixels; a light transmitting hole array layer including a plurality of light transmitting holes providing light transmitting paths of light rays that are incident through the pixel layer; and a sensor layer including a plurality of photo sensors configured to sense the light rays that pass through the light transmitting holes and are incident on the sensor layer, each light transmitting hole corresponds to a target area in the sensor layer on which the light rays passing through the corresponding light transmitting hole are incident, and characterized in that, wherein the photo sensors are disposed at a high resolution in first areas and disposed at a low resolution in second areas, wherein the first areas are respective central areas of the target areas, and wherein the second areas are respective perimeter areas of the target areas other than the central areas.
Cathode for use at high temperatures in an electrochemical solid electrolyte cell, comprising an oxidic material, which has an electrical conductivity of more than 10 S/cm at 700 to 1000° C and which has a K 2 NiF 4 layer structure, characterised in that the oxidic material has a composition according to the formula Ln 2-a A a bO 4-δ with Ln = rare earth element from the group (La, Ce, Pr, Nd), A = alkaline earth from the group (Ca, Sr), B = transition metal or mixture of transition metals from the group (Fe, Co, Mn) and 0 ≤ a < 1.6 and in which δ is determined by the valences of the metals. Ln = rare earth element from the group (La, Ce, Pr, Nd), A = alkaline earth from the group (Ca, Sr), B = transition metal or mixture of transition metals from the group (Fe, Co, Mn) and 0 ≤ a < 1.6 and in which δ is determined by the valences of the metals.
A method of monitoring a planting implement having a plurality of row units (200; 1-4) for planting seed in a field, the method comprising: monitoring a row unit location of each of the plurality of row units (200; 1-4); monitoring one or more row unit performance criteria of each of the plurality of row units (200; 1-4), wherein the one or more row unit performance criteria include a criterion that is related to a seed population planted by the row unit at said row unit location; computing deviation values for the criterion that is related to the seed population at a plurality of locations; characterized in that the method comprises generating a spatial map of said deviation values for the criterion that is related to the seed population. monitoring a row unit location of each of the plurality of row units (200; 1-4); monitoring one or more row unit performance criteria of each of the plurality of row units (200; 1-4), wherein the one or more row unit performance criteria include a criterion that is related to a seed population planted by the row unit at said row unit location; computing deviation values for the criterion that is related to the seed population at a plurality of locations; characterized in that the method comprises generating a spatial map of said deviation values for the criterion that is related to the seed population.
Mirror device comprising a mirror surface, at least one light source, preferably an LED light source, a control device connected to the light source, as well as a first control element and a second control element, wherein the first and the second control element are connected to the control device via a cable, wherein the light source is operable by the first control element and the second control element, preferably a double switch, wherein a first illumination mode of the light source can be switched on and off by the first control element and the second illumination mode of the light source can be switched on and off by the second control element, wherein the first illumination mode is a night light mode and has a lower blue light content than the second illumination mode, and the first illumination mode differs from the second illumination mode, wherein the control device comprises an operating element for setting the intensity and/or color temperature of the light source of the first illumination mode and/or second illumination mode, and wherein the control device is adapted to store the set brightness and/or color temperature from one light source or a plurality of light sources and to use the values of the last settings of the light source when used again. a first illumination mode of the light source can be switched on and off by the first control element and the second illumination mode of the light source can be switched on and off by the second control element, wherein the first illumination mode is a night light mode and has a lower blue light content than the second illumination mode, and the first illumination mode differs from the second illumination mode, wherein the control device comprises an operating element for setting the intensity and/or color temperature of the light source of the first illumination mode and/or second illumination mode, and wherein the control device is adapted to store the set brightness and/or color temperature from one light source or a plurality of light sources and to use the values of the last settings of the light source when used again.
An apparatus for fatigue testing a bulge tool having a WH-type skeleton, the apparatus comprising: a fixing bracket having tool holes penetrated through opposite sides thereof; a tool housing coupled to the tool hole of the fixing bracket and having the bulge tool inserted and installed therein so as to expose a bulge portion of the bulge tool through one side thereof; a moving rail installed at one side of the fixing bracket in a lengthwise direction of the tool housing and providing a reciprocating movement path toward the tool housing; a moving bracket reciprocating along the moving rail; a pusher protrudingly installed from the moving bracket toward the tool housing and, moving in and out of the bulge tool by the reciprocating movement of the moving bracket; a measurement means installed between the pusher and the moving bracket, for measuring a load applied to the bulge tool while the pusher moves in and out of the bulge tool; and a drive means for generating power for reciprocating the moving bracket on the moving rail. a fixing bracket having tool holes penetrated through opposite sides thereof; a tool housing coupled to the tool hole of the fixing bracket and having the bulge tool inserted and installed therein so as to expose a bulge portion of the bulge tool through one side thereof; a moving rail installed at one side of the fixing bracket in a lengthwise direction of the tool housing and providing a reciprocating movement path toward the tool housing; a moving bracket reciprocating along the moving rail; a pusher protrudingly installed from the moving bracket toward the tool housing and, moving in and out of the bulge tool by the reciprocating movement of the moving bracket; a measurement means installed between the pusher and the moving bracket, for measuring a load applied to the bulge tool while the pusher moves in and out of the bulge tool; and a drive means for generating power for reciprocating the moving bracket on the moving rail.
An axle valve flow-distribution cycloid hydraulic motor, comprising: a front cover and a casing, which are fixedly connected with each other, and a cycloidal gear pair formed by a stator and a rotor; wherein, the cycloidal gear pair is fixedly connected to a casing through a diaphragm at one end, and fixedly connected with a rear cover at the other end; an output shaft is arranged in the casing, an outer end of the output shaft extends out of the casing, the output shaft is transmissibly connected to the rotor through a linkage shaft; an inner hole of the casing is a through-hole with same inner diameter; a front needle bearing is installed on a front portion of the output shaft and a rear needle bearing is installed on a rear end of the output shaft; the front needle bearing has a same outer diameter but a greater length as compared with the rear needle bearing; a shoulder of the output shaft corresponding to a front end of the front needle bearing is abutted against a rear retaining ring of a plane thrust bearing; characterized in that it further comprises a dynamic engaging portion disposed behind the front needle bearing on the output shaft for dynamically engaging with the casing, the dynamic engaging portion includes at least two circumferential intermittent oil grooves; a groove bottom of each intermittent oil groove is formed by an eccentric arc about a center point (O') that deviates from a center point of an excircle of the dynamic engaging portion by a process eccentricity e, a radius of the eccentric arc is greater than a radius (r) of the excircle of the dynamic engaging portion.