mhurhangee/ep-ind-claims huggingface dataset:
A temperature controller, in particular for electric heating units of cooking hobs, with a temperature controller housing, with a temperature sensor having an expansion element generating a temperature-dependent travel in a direction of action, with at least a switching system which has a spring switch on a spring switch base, on which the expansion element or an actuation element that is moved with the latter, acts so as to switch the switching system, wherein the spring switch is attached to the spring switch base with one end (16.2) remote from its spring contact, wherein the spring switch base is fixedly and non-displaceably held on the temperature controller housing at one end (16.1) remote from the attachment of its spring switch, and interacts with an adjustment element, which is held with one section or end (24.1) on a region (5.1) of the temperature controller housing, and, with a further section or end (24.1), abuts against the spring switch base, and with which the spring switch base, together with the spring switch, can be displaced relative to the expansion element and/or to the actuation element with an alteration of the distance between the region (5.1) of the temperature controller housing and the spring switch base, for purposes of setting the switching point of the switching system, characterised in that, the adjustment element is an element of elongated configuration with a longitudinal direction, wherein the adjustment element can be permanently deformed for purposes of adjustment in an adjustment direction transverse to its longitudinal direction with an alteration of the distance between the sections or ends (24.1, 24.2).
A computer implemented method for building a relation of a database of encrypted data items, wherein an insertion of a data item in an existing relation is performed by a traversal method for traversing the exiting relation until reaching an insert position, the traversal method comprising at a currently traversed data item of the existing relation: an order comparing step comprising comparing the data item to be inserted with the currently traversed data item resulting in a current comparison result, and a decision step comprising executing a decision logic for selecting one of a first and second sub-relations of the existing relation based on the current comparison result in order to perform a next action, wherein the next action comprises a selection of a next data item to be traversed or to identify the insert position in the selected sub-relation, wherein each of the first and second sub-relations comprises zero or more data items succeeding and preceding the currently traversed data item respectively, the method comprising: upon receiving a data item to be inserted, if the relation is empty inserting the received data item into the relation; the method being characterized by: predefining a reference data item; if the relation is not empty inserting the received data item into the relation using the traversal method, wherein the order comparing step comprises: in case a comparison result of the currently traversed data item with the reference data item is different from a comparison result of the received data item with the reference data item inverting the decision logic; and using the inverted decision logic in the decision step; providing the relation. predefining a reference data item; if the relation is not empty inserting the received data item into the relation using the traversal method, wherein the order comparing step comprises: in case a comparison result of the currently traversed data item with the reference data item is different from a comparison result of the received data item with the reference data item inverting the decision logic; and using the inverted decision logic in the decision step; providing the relation.
Seat for a vehicle, comprising a bucket, said bucket comprising a seat base and a backrest integral with or rigidly fixed to said seat base, comprising a supporting structure on which the bucket is fixed, and comprising attachment for fixing said supporting structure to a vehicle structure, a height of the bucket on the supporting structure being adjustable, wherein the supporting structure comprises a lower sub-assembly which forms a seat subframe and of which at least one bucket support is mounted movable in height in a substantially vertical direction determined by at least one lower guide rail, fixed in a seat reference system, of said lower structure; characterized in that: - the supporting structure comprises an upper sub-assembly assembled with the lower sub-assembly and movable in rotation relative to said lower sub-assembly around a pivot axis which is substantially perpendicular to a plane of overall symmetry XZ of the seat and is situated on the lower sub-assembly in a zone close to a lower end of the lower guide rails and situated on the upper sub-assembly in a zone close to a lower end of said upper sub-assembly; the upper sub-assembly comprises at least one upper guide rail which is substantially vertical and situated above the at least one lower guide rail; and - the bucket is fixed to the bucket support in an articulated manner at the seat base around an axis perpendicular to the plane of overall symmetry of the seat, and comprises at least one guide element fixed to the backrest and sliding in at least one upper guide rail. - the supporting structure comprises an upper sub-assembly assembled with the lower sub-assembly and movable in rotation relative to said lower sub-assembly around a pivot axis which is substantially perpendicular to a plane of overall symmetry XZ of the seat and is situated on the lower sub-assembly in a zone close to a lower end of the lower guide rails and situated on the upper sub-assembly in a zone close to a lower end of said upper sub-assembly; the upper sub-assembly comprises at least one upper guide rail which is substantially vertical and situated above the at least one lower guide rail; and - the bucket is fixed to the bucket support in an articulated manner at the seat base around an axis perpendicular to the plane of overall symmetry of the seat, and comprises at least one guide element fixed to the backrest and sliding in at least one upper guide rail.
A low volatile organic content aqueous or waterborne polymer coatings composition comprising (i) an additive composition of one or more phosphorus acid salts, preferably a phosphoric acid salt, and one or more polyalkoxylates having from 2 to 15 polyalkoxylate chains and an ethylene oxide content ranging from 20 to 70 wt.%, based on the total weight of polyalkoxylate solids in the composition and wherein: the one or more phosphorus acid salts is a phosphate or a polyphosphate salts with a cation chosen from an alkali metals, alkaline earth metals, ammonium, and quaternary ammonium groups; the one or more polyalkoxylates is a polyalkoxylate of an active hydrogen compound chosen from polyols having 3 or more hydroxyl groups, difunctional aminoalcohols, diamines, triamines, polyamines, and phenolic resins having 3 to 8 hydroxyl groups; and at least one of the one or more polyalkoxylates has a number average molecular weight (Mn) of from 800 to 10,000; (ii) one or more aqueous polymer chosen from emulsion polymers, aqueous dispersion polymers and mixtures thereof and wherein the amount of (i) the additive composition ranges from 0.1 to 5 wt.% as solids, based on the total weight of solids in the composition. the one or more phosphorus acid salts is a phosphate or a polyphosphate salts with a cation chosen from an alkali metals, alkaline earth metals, ammonium, and quaternary ammonium groups; the one or more polyalkoxylates is a polyalkoxylate of an active hydrogen compound chosen from polyols having 3 or more hydroxyl groups, difunctional aminoalcohols, diamines, triamines, polyamines, and phenolic resins having 3 to 8 hydroxyl groups; and at least one of the one or more polyalkoxylates has a number average molecular weight (Mn) of from 800 to 10,000; (ii) one or more aqueous polymer chosen from emulsion polymers, aqueous dispersion polymers and mixtures thereof and wherein the amount of (i) the additive composition ranges from 0.1 to 5 wt.% as solids, based on the total weight of solids in the composition.
Method for displaying images on a display means in a motor vehicle, including the steps of: - providing a vehicle image of at least one region of the motor vehicle, - capturing an image of an environment (10 to 13) of the motor vehicle with at least one camera (5a to 5d) of the motor vehicle, and - displaying an overall image on the display means, which is produced from the vehicle image and the image of the environment (10 to 13), wherein the overall image includes at least one blind region (14', 16', 18', 19') associated with the environment (10 to 13), for which image data is not present, characterized by - detecting that an object external to the motor vehicle enters said blind region (14', 16', 18', 19') based on sensor data of at least one sensor (22 to 27, 28, 29) of the motor vehicle different from said camera (5a to 5d), and - highlighting the blind region (14', 16', 18', 19') in the overall image depending on the presence of the detected object. - providing a vehicle image of at least one region of the motor vehicle, - capturing an image of an environment (10 to 13) of the motor vehicle with at least one camera (5a to 5d) of the motor vehicle, and - displaying an overall image on the display means, which is produced from the vehicle image and the image of the environment (10 to 13), wherein the overall image includes at least one blind region (14', 16', 18', 19') associated with the environment (10 to 13), for which image data is not present, characterized by - detecting that an object external to the motor vehicle enters said blind region (14', 16', 18', 19') based on sensor data of at least one sensor (22 to 27, 28, 29) of the motor vehicle different from said camera (5a to 5d), and - highlighting the blind region (14', 16', 18', 19') in the overall image depending on the presence of the detected object.
An electric power tool comprising: a motor that is adapted to rotationally drive a tool element; an operation input receiving device (9, 10) that is adapted to receive an operation input to operate a rotation speed of the motor from an operator of the electric power tool; a rotation speed control device (131, 21-26, 12) that is adapted to control the rotation speed of the motor in accordance with the operation input inputted through the operation input receiving device; a counter (135, 131) that is adapted to perform a counting operation to count, as a count value, an elapsed time required for the motor to rotate by a predetermined amount; a reset device that is adapted to reset the count value of the counter to an initial value when the motor rotates by the predetermined amount; a reference time changing device that is adapted to change a reference time, which is used as a determination criterion to determine whether or not a lock state of the motor has occurred, in accordance with the operation input inputted through the operation input receiving device; a lock state determination device that is adapted to determine that the lock state has occurred when the count value of the counter has reached the reference time; characterized by an invalidation device that is adapted to perform, in a case where a false determination of occurrence of the lock state is caused due to the operation input inputted through the operation input receiving device, at least one of a first invalidation operation to invalidate the lock state determination device and a second invalidation operation to invalidate continuation of the counting operation by the counter. a motor that is adapted to rotationally drive a tool element; an operation input receiving device (9, 10) that is adapted to receive an operation input to operate a rotation speed of the motor from an operator of the electric power tool; a rotation speed control device (131, 21-26, 12) that is adapted to control the rotation speed of the motor in accordance with the operation input inputted through the operation input receiving device; a counter (135, 131) that is adapted to perform a counting operation to count, as a count value, an elapsed time required for the motor to rotate by a predetermined amount; a reset device that is adapted to reset the count value of the counter to an initial value when the motor rotates by the predetermined amount; a reference time changing device that is adapted to change a reference time, which is used as a determination criterion to determine whether or not a lock state of the motor has occurred, in accordance with the operation input inputted through the operation input receiving device; a lock state determination device that is adapted to determine that the lock state has occurred when the count value of the counter has reached the reference time;
Suspension arrangement to suspend a container to a vehicle, said suspension arrangement comprises a first bracket and a second bracket (1") and a third bracket, wherein said brackets each have at least one supporting part for engaging a supported surface of said container, wherein the supporting parts of said brackets (1',1",1′′′) are arranged in a triangular support position relative to each other, such that a support side of said container is capable of resting against the supporting parts and be supported in three various contact points, wherein each of said brackets (1',1",1′′′) comprises a hooking part, such that the hooking part is capable of engaging a complementary hooking member disposed on the container relative to the supported surface characterized in that said hooking part is adjustably attached to said bracket (1',1",1′′′), and wherein said bracket comprises adjustable means for adjusting the hooking part relative to the bracket (1',1",1′′′).
Process for pelletizing polymer melts, at above ambient pressure, in a pelletizing chamber into which a cutting apparatus has been inserted, which comprises the following steps: (a) flooding the pelletizing chamber with a gas which is inert toward the polymer melt and whose pressure is that at which the pelletizing process is carried out, (b) injecting the polymer melt into the pelletizing chamber, (c) displacing the gas from the pelletizing chamber via a liquid as soon as the polymer melt begins to flow through the cutting apparatus, this melt being cut into pellets. (a) flooding the pelletizing chamber with a gas which is inert toward the polymer melt and whose pressure is that at which the pelletizing process is carried out, (b) injecting the polymer melt into the pelletizing chamber, (c) displacing the gas from the pelletizing chamber via a liquid as soon as the polymer melt begins to flow through the cutting apparatus, this melt being cut into pellets.
A synergistic herbicidal mixture comprising an herbicidally effective amount of (a) aminopyralid and (b) 2,4-D, in which the weight ratio of 2,4-D to aminopyralid on an acid equivalent (ae) basis is between 10:1 and 20:1 or is 20:1.
A method of manufacturing of a blow molded container comprising: a. disposing a preform into a primary mold cavity; b. applying pressurized air to urge the preform to conform to the shape of the primary mold cavity to form a primary article; c. permitting the primary article to shrink to a predetermined volume; d. disposing the primary article into a second mold cavity; e. applying pressurized air to urge the primary article to conform to the second mold cavity to form an intermediate article; wherein the method further comprises f. trimming off at least a portion of the intermediate article to form a final container, and applying pressurized air to urge the primary article to conform to the second mold cavity to form the intermediate article is performed such that a finish region of the intermediate article includes more spherulitic crystallinity compared to a body region of the intermediate article; wherein the permitting the primary article to shrink to the predetermined volume is induced through application of a vacuum. a. disposing a preform into a primary mold cavity; b. applying pressurized air to urge the preform to conform to the shape of the primary mold cavity to form a primary article; c. permitting the primary article to shrink to a predetermined volume; d. disposing the primary article into a second mold cavity; e. applying pressurized air to urge the primary article to conform to the second mold cavity to form an intermediate article; wherein the method further comprises f. trimming off at least a portion of the intermediate article to form a final container, and applying pressurized air to urge the primary article to conform to the second mold cavity to form the intermediate article is performed such that a finish region of the intermediate article includes more spherulitic crystallinity compared to a body region of the intermediate article;
A lamp socket (1, 31) adapter to be mated to a lamp socket by which electrical power delivered to the lamp socket can be supplied to a light bulb (50, 60) that is attached to the lamp socket adapter, said lamp socket adapter comprising: an electrically-insulating base (3, 33); an electrically-conductive screw thread (7, 37) surrounding said base by which to enable said lamp socket adapter to be rotated into mating engagement with and coupled to the lamp socket; an electrically-conductive center pole (5, 35) projecting downwardly from said base; a first electrical conductor (17, 47) located within said base and having a first terminal (19, 49) connected to said screw thread and a second terminal (18, 48) positioned to make contact with a first electrical contact (56, 62) of the light bulb to be attached to said lamp socket adapter; a second electrical conductor (14, 44) located within said base and having a first terminal (16, 46) connected to said center pole and a second terminal (15, 45) positioned to make contact with a second electrical contact (54, 62) of the light bulb; characterised in that a bulb pedestal (10, 40) is coextensively connected to and stands upwardly from said base (3, 33) to establish a seat for supporting the light bulb (50, 60) and attaching the light bulb to said lamp socket adapter so that the first (56, 62) and the second (54, 62) contacts of the light bulb will be aligned to make contact with the second terminal (18, 48 and 15, 45) of each of said first (17, 47) and second (14, 44) electrical conductors located within said base (3, 33); and a socket grip (9, 39) extends horizontally across the top of said base (3, 33). an electrically-insulating base (3, 33); an electrically-conductive screw thread (7, 37) surrounding said base by which to enable said lamp socket adapter to be rotated into mating engagement with and coupled to the lamp socket; an electrically-conductive center pole (5, 35) projecting downwardly from said base; a first electrical conductor (17, 47) located within said base and having a first terminal (19, 49) connected to said screw thread and a second terminal (18, 48) positioned to make contact with a first electrical contact (56, 62) of the light bulb to be attached to said lamp socket adapter; a second electrical conductor (14, 44) located within said base and having a first terminal (16, 46) connected to said center pole and a second terminal (15, 45) positioned to make contact with a second electrical contact (54, 62) of the light bulb; characterised in that a bulb pedestal (10, 40) is coextensively connected to and stands upwardly from said base (3, 33) to establish a seat for supporting the light bulb (50, 60) and attaching the light bulb to said lamp socket adapter so that the first (56, 62) and the second (54, 62) contacts of the light bulb will be aligned to make contact with the second terminal (18, 48 and 15, 45) of each of said first (17, 47) and second (14, 44) electrical conductors located within said base (3, 33); and a socket grip (9, 39) extends horizontally across the top of said base (3, 33).
A shaving blade cartridge comprising: a housing extending along a longitudinal axis (X-X) having a top side and a bottom side opposite to the top side and first and second longitudinal sides (15, 17) each extending longitudinally along the longitudinal axis (X-X) between the top and bottom sides (11, 13), at least one primary cutting blade mounted on the housing between the first and second longitudinal sides (11, 13), having a cutting edge, a trimming element having a trimming edge, the trimming edge and the cutting edge being opposite, two clips (87, 89) retaining the at least one primary cutting blade on the housing, wherein the fixation of the trimming element is independent of the clips, the shaving blade cartridge being characterized by a rear element, wherein the trimming element is sandwiched between the rear element and the housing. a housing extending along a longitudinal axis (X-X) having a top side and a bottom side opposite to the top side and first and second longitudinal sides (15, 17) each extending longitudinally along the longitudinal axis (X-X) between the top and bottom sides (11, 13), at least one primary cutting blade mounted on the housing between the first and second longitudinal sides (11, 13), having a cutting edge, a trimming element having a trimming edge, the trimming edge and the cutting edge being opposite, two clips (87, 89) retaining the at least one primary cutting blade on the housing, wherein the fixation of the trimming element is independent of the clips, the shaving blade cartridge being characterized by a rear element, wherein the trimming element is sandwiched between the rear element and the housing.
A method of monitoring bending strain on a wind turbine blade, comprising: locating at least three strain sensors on the turbine blade, in use each strain sensor providing a strain measurement, the strain sensors located such that edgewise and flapwise bending can be determined from the strain measurements; calculating a plurality of resultant bending strains using the strain measurements; calculating an average resultant bending strain from the plurality of resultant bending strains; and calculating a confidence value for a first sensor based on a comparison of resultant bending strains derived from the strain measurement from the first sensor with the average resultant bending strain. locating at least three strain sensors on the turbine blade, in use each strain sensor providing a strain measurement, the strain sensors located such that edgewise and flapwise bending can be determined from the strain measurements; calculating a plurality of resultant bending strains using the strain measurements; calculating an average resultant bending strain from the plurality of resultant bending strains; and calculating a confidence value for a first sensor based on a comparison of resultant bending strains derived from the strain measurement from the first sensor with the average resultant bending strain.
A method for producing a wood-based board, especially an MDF or HDF board, by scattering a mat of wood fibers or wood chips wetted with a first binder, which is subsequently pressed in a hot-press to form a board of desired thickness, the pressing being preceded by the scattered application, to a top side (1.1) of the mat, of a powder mixture of color pigments and a second binder as priming agent, characterized in that the powder mixture is scattered on by means of at least two scattering apparatuses and the mat after the scattered application of the powder mixture is sprayed with water.