mhurhangee/ep-ind-claims huggingface dataset:
Refrigeration and/or freezing device with a device control unit for the control of the refrigerating and/or freezing device, as well as with a ventilator which is connected with a ventilator control for the controlling of the ventilator, wherein the device control unit is arranged in an area of the device, which is not subjected to humidity, characterized in that means for changing the speed of the ventilator are provided, that the ventilator control is contained in the device controller outside of the ventilator, and is formed completely by the device control unit, that the device comprises one or more sensors for the position identification of the rotor of the ventilator, whose signal is fed back to the device controller, so that the ventilator only comprises a coil body with multiple coils located onto it, wherein two coils are wound in a bifilar manner on the coil body, and that the sensor it is a coil, which is exclusively used as a sensor, or a coil that also serves to drive the fan, wherein the sensor is formed by the bifilar winding which is not supplied with current.
A method for preparing granulated creep feed, the method comprising: 1) uniformly mixing 100 parts by weight of a powder material for creep feed with between 24 and 30 parts by weight of water to yield a mixture wherein between 0.2 and 0.5 part by weight of a compound acidifier is added; the compound acidifier comprising: between 50.0 and 70.0 parts by weight of sodium diacetate, between 10.0 and 28.0 parts by weight of sodium benzoate, between 10.0 and 30.0 parts by weight of potassium sorbate, between 0.5 and 1.0 part by weight of nisin, and between 4.0 and 10.0 parts by weight of citric acid.; 2) heating the mixture in three consecutive stages (i-iii): (i) heating the mixture at a first heating stage to a first temperature of between 45 and 60°C, and maintaining the first temperature for between 25 and 30 s; (ii) heating the mixture at a second heating stage to a second temperature of between 65 and 90°C, and maintaining the second temperature for between 20 and 25 s; and (iii) heating the mixture at a third heating stage to a third temperature of between 95 and 120°C, and maintaining the third temperature for between 15 and 20 s, to yield an aged material; and 3) extruding the aged material into strips by an extruding device, cutting the strips into granules, and dispersing and cooling the granules to yield granulated creep feed. 1) uniformly mixing 100 parts by weight of a powder material for creep feed with between 24 and 30 parts by weight of water to yield a mixture wherein between 0.2 and 0.5 part by weight of a compound acidifier is added; the compound acidifier comprising: between 50.0 and 70.0 parts by weight of sodium diacetate, between 10.0 and 28.0 parts by weight of sodium benzoate, between 10.0 and 30.0 parts by weight of potassium sorbate, between 0.5 and 1.0 part by weight of nisin, and between 4.0 and 10.0 parts by weight of citric acid.; 2) heating the mixture in three consecutive stages (i-iii): (i) heating the mixture at a first heating stage to a first temperature of between 45 and 60°C, and maintaining the first temperature for between 25 and 30 s; (ii) heating the mixture at a second heating stage to a second temperature of between 65 and 90°C, and maintaining the second temperature for between 20 and 25 s; and (iii) heating the mixture at a third heating stage to a third temperature of between 95 and 120°C, and maintaining the third temperature for between 15 and 20 s, to yield an aged material; and (i) heating the mixture at a first heating stage to a first temperature of between 45 and 60°C, and maintaining the first temperature for between 25 and 30 s; (ii) heating the mixture at a second heating stage to a second temperature of between 65 and 90°C, and maintaining the second temperature for between 20 and 25 s; and (iii) heating the mixture at a third heating stage to a third temperature of between 95 and 120°C, and maintaining the third temperature for between 15 and 20 s, to yield an aged material; and 3) extruding the aged material into strips by an extruding device, cutting the strips into granules, and dispersing and cooling the granules to yield granulated creep feed.
An electrical switch comprising: a body; at least one fixed contact and a moving contact lever supported by the body and arranged for pivotal movement between a first position in contact with said at least one fixed contact and a second position out of contact with said at least one fixed contact; and an operating mechanism for operating the moving contact lever by pivoting the moving contact lever between the first and second positions, the operating mechanism including a resiliently biased presser resiliently pressing upon the moving contact lever for pivoting the moving contact lever between the first and second positions while moving in opposite first or second direction past a barrier associated with the moving contact lever, the barrier being a position of maximum strain in the resilient bias upon the presser, the presser having opposite first and second sides corresponding to the first and second directions; characterized in that the operating mechanism includes a spring having first and second parts (173 and 174) acting on the first and second sides of the presser respectively to maintain the presser in a neutral position yet permitting limited extra movement of the presser in one of the first and second directions against the action of the spring as the presser reaches the barrier in the other of the first and second directions, thereby accumulating extra biasing force in the spring upon the presser in the other of the first and second directions to assist the presser to move relatively faster upon moving past the barrier. a body; at least one fixed contact and a moving contact lever supported by the body and arranged for pivotal movement between a first position in contact with said at least one fixed contact and a second position out of contact with said at least one fixed contact; and an operating mechanism for operating the moving contact lever by pivoting the moving contact lever between the first and second positions, the operating mechanism including a resiliently biased presser resiliently pressing upon the moving contact lever for pivoting the moving contact lever between the first and second positions while moving in opposite first or second direction past a barrier associated with the moving contact lever, the barrier being a position of maximum strain in the resilient bias upon the presser, the presser having opposite first and second sides corresponding to the first and second directions; characterized in that the operating mechanism includes a spring having first and second parts (173 and 174) acting on the first and second sides of the presser respectively to maintain the presser in a neutral position yet permitting limited extra movement of the presser in one of the first and second directions against the action of the spring as the presser reaches the barrier in the other of the first and second directions, thereby accumulating extra biasing force in the spring upon the presser in the other of the first and second directions to assist the presser to move relatively faster upon moving past the barrier.
Process for manufacturing a coated glass article comprising the steps: - introducing a glass substrate having a surface to be coated into a vacuum coating chamber, - depositing on said glass substrate surface a multi-layer coating comprising in sequence from the glass substrate surface at least: a lower anti-reflective coating, a metallic IR-reflecting functional layer, and an upper anti-reflective coating, - applying a thermal treatment to said glass substrate surface inside the vacuum coating chamber, characterized in that - said thermal treatment takes place before depositing the functional layer, such that the glass substrate surface temperature is increased to at least 80 °C immediately before the functional layer is deposited. - introducing a glass substrate having a surface to be coated into a vacuum coating chamber, - depositing on said glass substrate surface a multi-layer coating comprising in sequence from the glass substrate surface at least: a lower anti-reflective coating, a metallic IR-reflecting functional layer, and an upper anti-reflective coating, - applying a thermal treatment to said glass substrate surface inside the vacuum coating chamber, - said thermal treatment takes place before depositing the functional layer, such that the glass substrate surface temperature is increased to at least 80 °C immediately before the functional layer is deposited.
Screen for a combine harvester, having longitudinally extending frame elements that are connected together by front and rear, transversely extending frame elements, slats that are adjustable in terms of their opening angle by an adjusting rod, and at least one longitudinally extending sensor assembly, which is fitted beneath the screen and is equipped with a number of sensor units having sensor elements (86, 88, 90), characterized in that a plurality of sensor units are arranged in succession within a hollow profile extending in the longitudinal direction of the screen.
Fastening system for the joint between a rotary shaft and a wind turbine pitch system of a three-blade variable pitch wind turbine, characterized in that the fastening system comprises - a double flange formed by a front flange and a rear flange joined together - the front flange is anchored to a pusher shaft and the pitch system which comprises a star-shaped part to move the three blades simultaneously, - a hollow rotary shaft goes through the rear flange, and the rear flange is fastened on the hollow rotary shaft by means of friction, and - both flanges, front and back, are coupled together with at least two bushings. - a double flange formed by a front flange and a rear flange joined together - the front flange is anchored to a pusher shaft and the pitch system which comprises a star-shaped part to move the three blades simultaneously, - a hollow rotary shaft goes through the rear flange, and the rear flange is fastened on the hollow rotary shaft by means of friction, and - both flanges, front and back, are coupled together with at least two bushings.
A network for accessing content, the network being partitioned into a plurality of subdomains (1, 2, 3) each subdomain having a respective access server (10, 20, 30) each access server giving, to a respective set of end users (11,12, 21,22, 31,32), access to a respective set of one or more content servers (13, 23) each content server having a common IP address identical to all the content servers, each access server comprising means for receiving a content request from an end user directed to the common IP address, means for directing the content request to one of its respective content servers, characterised in that each access server comprises means for detecting a failure relating to the delivery of content from the respective content server, and means responsive to detecting the failure, for forwarding a content request directed to the common IP address to one of the other access servers of one of the other subdomains by tunnelling a new packet containing the content request to the IP address of the other access server (306, 307)
Circuit breaker, comprising - at least two terminal contacts, which are electrically connected within the circuit breaker via a switching contact, - an electromagnetic tripping device, which acts on the switching contact or on a lever system connected with the switching contact, the coil of said tripping device being connected between the at least two terminal contacts and - at least one bimetal element acting on the switching contact or on a lever system connected to the switching contact, - wherein the electrical connection between the at least two terminal contacts bypasses the bimetal element and the bimetal element is thermally coupled to the mentioned electromagnetic tripping device and - wherein the electromagnetic tripping device comprises a movably mounted striking armature or tappet and the bimetal element acts directly or indirectly on this striking armature or tappet, characterised in that - the circuit breaker comprises a leaf spring, arranged across the direction of movement of the striking armature or tappet and acting on the striking armature or tappet, which is securely mounted at one end in relation to the electromagnetic tripping device and is connected at the other end to the bimetal element and - the bimetal element is arranged parallel to a direction of movement of the tappet. - at least two terminal contacts, which are electrically connected within the circuit breaker via a switching contact, - an electromagnetic tripping device, which acts on the switching contact or on a lever system connected with the switching contact, the coil of said tripping device being connected between the at least two terminal contacts and - at least one bimetal element acting on the switching contact or on a lever system connected to the switching contact, - wherein the electrical connection between the at least two terminal contacts bypasses the bimetal element and the bimetal element is thermally coupled to the mentioned electromagnetic tripping device and - wherein the electromagnetic tripping device comprises a movably mounted striking armature or tappet and the bimetal element acts directly or indirectly on this striking armature or tappet, - the circuit breaker comprises a leaf spring, arranged across the direction of movement of the striking armature or tappet and acting on the striking armature or tappet, which is securely mounted at one end in relation to the electromagnetic tripping device and is connected at the other end to the bimetal element and - the bimetal element is arranged parallel to a direction of movement of the tappet.
An antenna apparatus, comprising: a ground plate having an opening therein and a ground layer on a first side thereof; a radiation element on the first side of the ground plate and connected to the ground layer, the radiation element being disposed around the opening; and a conductive member on the first side of the ground plate to contact an outer perimeter of the opening, wherein the conductive member is electrically connected to the ground layer characterized in that the conductive member is a stack of transparent conductive films and has a frame shape corresponding to the opening. a ground plate having an opening therein and a ground layer on a first side thereof; a radiation element on the first side of the ground plate and connected to the ground layer, the radiation element being disposed around the opening; and a conductive member on the first side of the ground plate to contact an outer perimeter of the opening, wherein the conductive member is electrically connected to the ground layer characterized in that the conductive member is a stack of transparent conductive films and has a frame shape corresponding to the opening.
Electrically drivable motor vehicle having at least two vehicle batteries (2, 2') that can be connected in parallel and having an electronic circuit arrangement, which has a number of electronic load switches (S1, S2) corresponding to the number of vehicle batteries (2, 2'), wherein via the electronic load switches (S1, S2) the vehicle batteries (2, 2') can be switched through, individually or together, to an electrical load, wherein the load switches (S1, S2) each have two power branches (6, 6'), which are arranged antiparallel to each other, wherein at least one of the load switches (S1, S2) has a third power branch (6"), which is arranged parallel to the two power branches (6, 6') arranged antiparallel to each other, characterised in that the third power branch (6") has a field effect transistor unit, which includes a relay unit, and wherein the field effect transistor unit has a plurality of field effect transistors and the relay unit has a plurality of relays, wherein each relay can be electrically conductively connected, via a terminal connection, to one of the vehicle batteries (2, 2'), and each relay can be electrically conductively connected, via a further terminal connection, to a respective terminal connection of a given field effect transistor, and wherein each field effect transistor can be electrically conductively connected, via its further terminal connection, to the electrical load (M, 4).
A biological information monitor comprising: a measuring section configured to measure biological information having a periodically changing value; a sound outputting section configured to output a sound at a timing when the periodically changing value of the biological information coincides with a predetermined reference, which is within a variation range of the periodically changing value, wherein the sound includes a first sound and a second sound; and a sound controlling section configured to cause the second sound to be output in succession to the first sound, and configured to change the second sound in accordance with a value of the biological information, wherein the sound outputting section is configured to output the sound and set the first sound and the second sound subsequent to the first sound as one unit, characterized in that the biological information is an end-tidal carbon dioxide concentration. a measuring section configured to measure biological information having a periodically changing value; a sound outputting section configured to output a sound at a timing when the periodically changing value of the biological information coincides with a predetermined reference, which is within a variation range of the periodically changing value, wherein the sound includes a first sound and a second sound; and a sound controlling section configured to cause the second sound to be output in succession to the first sound, and configured to change the second sound in accordance with a value of the biological information, wherein the sound outputting section is configured to output the sound and set the first sound and the second sound subsequent to the first sound as one unit, characterized in that the biological information is an end-tidal carbon dioxide concentration.
A method comprising applying to a crop of rice plants, the locus thereof, or propagation material thereof, a compound of formula I wherein -B 1 -B 2 -B 3 - is -C=N-O-; L is a direct bond; A 1 and A 2 are C-H; X 1 is group X R 1 is C 1 -C 4 alkyl, C 1 -C 4 haloalkyl or C 3 -C 6 cycloalkyl; R 2 is trifluoromethyl; each R 3 is independently bromo, chloro, fluoro or trifluoromethyl; R 4 is hydrogen, halogen, methyl, halomethyl or cyano; R 5 is hydrogen; or R 4 and R 5 together form a bridging 1,3-butadiene group; p is 2 or 3; wherein the method is a method of controlling and/or preventing infestation of hoppers or stemborer. -B 1 -B 2 -B 3 - is -C=N-O-; L is a direct bond; A 1 and A 2 are C-H; X 1 is group X R 1 is C 1 -C 4 alkyl, C 1 -C 4 haloalkyl or C 3 -C 6 cycloalkyl; R 2 is trifluoromethyl; each R 3 is independently bromo, chloro, fluoro or trifluoromethyl; R 4 is hydrogen, halogen, methyl, halomethyl or cyano; R 5 is hydrogen; or R 4 and R 5 together form a bridging 1,3-butadiene group; p is 2 or 3; wherein the method is a method of controlling and/or preventing infestation of hoppers or stemborer.
A method of manufacturing an object, the method comprising: receiving data regarding the object; three-dimensionally printing the object from the data; and three-dimensionally printing a wrapper from the data, the wrapper enclosing the object and including information regarding the three-dimensionally printed object, wherein the information includes machine readable or human readable indicia; and the method is characterized in that: the wrapper is a three-dimensionally printed cage enclosing the three-dimensionally printed object. receiving data regarding the object; three-dimensionally printing the object from the data; and three-dimensionally printing a wrapper from the data, the wrapper enclosing the object and including information regarding the three-dimensionally printed object, wherein the information includes machine readable or human readable indicia; and the method is characterized in that: the wrapper is a three-dimensionally printed cage enclosing the three-dimensionally printed object.
Plug-in nut to secure an add-on part to a support part with a bearing part, which has a cover plate and an edge plate, designed to be at an angle to one another, with a moving part, which is connected in a sliding manner in a longitudinal direction to the bearing part by a guiding arrangement (7, 8, 9, 10, 17, 18), and to move with said moving part, and with a spring arrangement with which the moving part can be pretensioned towards the cover plate, wherein the spring arrangement has at least one spring arm which is attached by a connecting end to a side of the edge plate away from the cover plate, wherein the at least one spring arm rests against the moving part, mounted to be freely movable against the moving part, with a free actuating end opposite the connecting end, characterised in that, on the actuating end of the at least one spring arm, a transverse web is formed obliquely to the longitudinal direction, and, on the moving part, a stop structure is formed which acts as an end stop for the transverse web when the allowable thickness of the support part is at its maximum.
A fertiliser characterised in that it comprises a mineral, organic or organomineral fertiliser which has integrated in it or is coated by at least one humic-enzymatic complex wherein the enzymes are mainly phosphatases which are substantially immobilised to the humic substances of the complex, wherein the proportion of said complexes in the fertiliser ranges between 0.01 and 5 weight %.
A method for controlling a door arrangement comprising a door leaf which is guided in lateral guides and is, driven by a drive means, movable to and from between an open and a closed position in a door closing plane of a door opening, wherein the door arrangement comprises a safety device which monitors, at least on one side, a monitored area that is positioned in front of the door opening and displaced in parallel to the door closing plane, and which performs a failure routine when an object is detected in the monitored area and hence a collision of the object with the door leaf is immanent, wherein the current position of the object and the current position of a leading edge of the door leaf are detected, characterized in that the direction of movement of the door leaf is detected and the failure routine is initiated depending on the current position of the object and the leading edge of the door leaf as well as the direction of movement of the door leaf.