mhurhangee/patent-ind-claim-en huggingface dataset:
A measurement system for analyzing a temporal variation of a magnetic flux which is produced by a magnetic field producer arranged at a movable rotor of a generator , the measurement system comprising: a sensor device comprising a printed circuit board ; a coil arranged at the printed circuit board ; and an attachment means comprising at least one magnet arranged at the printed circuit board and configured for removably attaching the printed circuit board at a stator of the generator such that the printed circuit board is located within an air gap of the generator ; an evaluation unit electrically coupled to the coil and adapted to measure an electrical quantity induced in the coil by a movement of the magnetic field producer and to compare the measured electrical quantity with a reference electrical quantity and, if the measured electrical quantity differs from the reference electrical quantity, identify the respective magnetic field producer as faulty. a sensor device comprising a printed circuit board ; a coil arranged at the printed circuit board ; and an attachment means comprising at least one magnet arranged at the printed circuit board and configured for removably attaching the printed circuit board at a stator of the generator such that the printed circuit board is located within an air gap of the generator ; a printed circuit board ; a coil arranged at the printed circuit board ; and an attachment means comprising at least one magnet arranged at the printed circuit board and configured for removably attaching the printed circuit board at a stator of the generator such that the printed circuit board is located within an air gap of the generator ; an evaluation unit electrically coupled to the coil and adapted to measure an electrical quantity induced in the coil by a movement of the magnetic field producer and to compare the measured electrical quantity with a reference electrical quantity and,
An automated method comprising: obtaining data identifying values of one or more controlled variables associated with an industrial process controller wherein at least one of the one or more controlled variables has been moved to an associated limit by the controller, characterized by the following steps: identifying periods when at least one of the one or more controlled variables has been moved to an associated limit by the controller; for each identified period, (i) identifying a standard deviation of predicted values over the identified period for the associated controlled variable and (ii) determining a control giveaway value for the associated controlled variable over the identified period based on the identified standard deviation of predicted values, the control giveaway value is indicative of an offset between an associated controlled variable's average value and the associated limit; identifying variances in the one or more controlled variables using the control giveaway values; and generating a graphical display identifying one or more impacts or causes for at least some of the variances. identifying periods when at least one of the one or more controlled variables has been moved to an associated limit by the controller; for each identified period, (i) identifying a standard deviation of predicted values over the identified period for the associated controlled variable and (ii) determining a control giveaway value for the associated controlled variable over the identified period based on the identified standard deviation of predicted values, the control giveaway value is indicative of an offset between an associated controlled variable's average value and the associated limit; identifying variances in the one or more controlled variables using the control giveaway values; and generating a graphical display identifying one or more impacts or causes for at least some of the variances.
An implantation set, comprising a dental implant, for implantation in a jawbone , said dental implant comprising: • an implant body which extends between a coronal and an apical end and which defines an enossal outer surface, wherein the implant body comprises a coronally open cavity as well as at least one exit opening from an inside to the enossal outer surface, • and a thermoplastic element in the solid state, said thermoplastic element being arranged in the cavity or being able to be brought into this, wherein the thermoplastic element can be brought into an at least partly flowable state by way of applying a pressing force which is directed apically into the cavity and mechanical oscillations and in this state at least a share of the flowable material of the thermoplastic element can be pressed through the at least one exit opening into surrounding bone tissue on account of the pressing force, when the implant body is arranged in an opening in the bone tissue and the enossal outer surface is in contact with the bone tissue, • wherein the implant body comprise an outer thread as well as a fastening structure for fastening an abutment or a superstructure, and wherein the fastening structure is present at least party in the cavity and/or is penetrated by this cavity, and wherein the implantation set further comprises a guide sleeve which can be brought into the cavity or is arranged in this and which at least regionally surrounds the thermoplastic element which is arranged in the cavity or which is brought into the cavity. • an implant body which extends between a coronal and an apical end and which defines an enossal outer surface, wherein the implant body comprises a coronally open cavity as well as at least one exit opening from an inside to the enossal outer surface, • and a thermoplastic element in the solid state, said thermoplastic element being arranged in the cavity or being able to be brought into this, wherein the thermoplastic element can be brought into an at least partly flowable state by way of applying a pressing force which is directed apically into the cavity and mechanical oscillations and in this state at least a share of the flowable material of the thermoplastic element can be pressed through the at least one exit opening into surrounding bone tissue on account of the pressing force, when the implant body is arranged in an opening in the bone tissue and the enossal outer surface is in contact with the bone tissue, • wherein the implant body comprise an outer thread as well as a fastening structure for fastening an abutment or a superstructure, and wherein the fastening structure is present at least party in the cavity and/or is penetrated by this cavity,
Pneumatic vehicle tyre having a profiled tread, which is subdivided into two shoulder block rows and two central block rows by a central circumferential groove formed to a maximum profile depth (T) and by two shoulder-side circumferential grooves that are likewise formed to a maximum profile depth (T), wherein transverse grooves extend between the blocks in the central block rows , said transverse grooves widening continuously in plan view in the direction of the shoulder-side circumferential grooves , opening into the central circumferential groove and into the shoulder-side circumferential grooves , and each being made up of two transverse-groove portions that extend at an obtuse angle (α 1 ) to one another, wherein the transverse-groove portion that opens into the shoulder-side circumferential groove has a shorter extension length than the transverse-groove portion that opens into the central circumferential groove , wherein the blocks in the central block rows are subdivided by in each case one auxiliary groove , extending between the transverse grooves that are adjacent in the circumferential direction, into two block parts that are substantially the same size and are coupled together, and wherein the auxiliary grooves extend at an angle of (γ 1 ) of 5° to 15° to the circumferential direction and between the longer transverse-groove portions of the transverse grooves , characterized in that , in the end portion, on the block inner side, of the longer transverse-groove portion , a bottom elevation is formed, over the course of which the transverse-groove depth is reduced to 40% to 60% of the profile depth (T), and wherein the depth (t 1 , t 2 ) in the other regions of the transverse-groove portions is 70% to 90% of the profile depth (T), wherein the auxiliary grooves have a continuously increasing width in plan view and along their extension, and open out with their one wider end in each case in the region of a bottom elevation and with their other, narrower end preferably in each case away from the bottom elevation .
A container holding device for holding one or more containers , each container comprising a top region with a top edge , a bottom edge and an outer diameter d1 , a neck region having an outer diameter d2 < d1 , a shoulder region and a body region with an outer diameter d3 > d1 , wherein the container holding device comprises - a base plate having an upper surface and a bottom surface , wherein the base plate comprises one or more holes having a diameter d4, each hole extending from the upper surface to the bottom surface and having a central symmetry axis L axis orthogonal to said base plate ; - two or more holding elements that are located around each hole beneath the bottom surface of the base plate and that are designed in the form of a flexible holding arm that comprises a holding nose that is located at the bottom part of the flexible holding arm; wherein the holding elements are adapted and arranged i) to contact with the holding nose the outer surface of a container that is placed into the container holding device at the bottom edge of the top region , such that the container is hanging in the container holding device in a first position p1 in which the holding elements preferably do not exert any force on the outer surface of the container that is, with respect to said central symmetry axis L axis , radial; and ii) to contact with the holding nose the outer surface of the container in the shoulder region of the container , thereby stabilizing the container if the container is raised upwards in the container holding device towards a second position p2; and wherein d4 ≥ d1. - a base plate having an upper surface and a bottom surface , wherein the base plate comprises one or more holes having a diameter d4, each hole extending from the upper surface to the bottom surface and having a central symmetry axis L axis orthogonal to said base plate ; - two or more holding elements that are located around each hole beneath the bottom surface of the base plate and that are designed in the form of a flexible holding arm that comprises a holding nose that is located at the bottom part of the flexible holding arm; i) to contact with the holding nose the outer surface of a container that is placed into the container holding device at the bottom edge of the top region , such that the container is hanging in the container holding device in a first position p1 in which the holding elements preferably do not exert any force on the outer surface of the container that is, with respect to said central symmetry axis L axis , radial; and ii) to contact with the holding nose the outer surface of the container in the shoulder region of the container , thereby stabilizing the container if the container is raised upwards in the container holding device towards a second position p2;
A method of programming and reading data of a resistive random access memory, RRAM, array of X memory cells comprising: forming individual memory bits to each include Y coupled memory cells , where Y is an integer greater than 1, and to thereby form the RRAM array to have no more than X/Y memory bits ; the Y coupled memory cells within each memory bit being arranged in parallel within each memory bit such that a reading current through each memory bit is a summed total of the currents of the memory cells within the memory bit and the Y coupled memory cells of each memory bit being each maintained in a same resistive state as one another during reading and programming operations; the memory bits having Y memory cells providing enhanced reliability as compared to memory bits having only single memory cells ; and wherein the memory cells are configured to be non-simultaneously programmed relative to one another, with each of the memory cells being uniquely addressed by a wordline/bitline combination; and non-simultaneously programming one or more of the memory cells of a memory bit relative to others of the memory cells of the memory bit; the programming including addressing the Y coupled memory cells of the memory bit by a combination of wordlines and a single bitline. forming individual memory bits to each include Y coupled memory cells , where Y is an integer greater than 1, and to thereby form the RRAM array to have no more than X/Y memory bits ; the Y coupled memory cells within each memory bit being arranged in parallel within each memory bit such that a reading current through each memory bit is a summed total of the currents of the memory cells within the memory bit and the Y coupled memory cells of each memory bit being each maintained in a same resistive state as one another during reading and programming operations; the memory bits having Y memory cells providing enhanced reliability as compared to memory bits having only single memory cells ; and wherein the memory cells are configured to be non-simultaneously programmed relative to one another, with each of the memory cells being uniquely addressed by a wordline/bitline combination; and non-simultaneously programming one or more of the memory cells of a memory bit relative to others of the memory cells of the memory bit; the programming including addressing the Y coupled memory cells of the memory bit by a combination of wordlines and a single bitline.
Method for producing a high-pressure fuel pump comprising a pump housing and a cup-shaped cover element , wherein the pump housing and the cover element are connected to each other by an encircling weld seam, characterized by the following steps: - bringing the pump housing into contact with a bottom electrode , - gripping the cover element with a collet chuck and contacting the cover element with an electrode , - bringing the open side of the cover element into contact with that side of the pump housing which lies opposite the bottom electrode , wherein the cover element is centered on that side of the pump housing which lies opposite the bottom electrode , - pressing the cover element onto the pump housing in the direction of the bottom electrode and introducing an electrical current from the electrode via the cover element and the pump housing into the bottom electrode such that melting occurs at the contact point between cover element and pump housing and then the cover element is connected to the pump housing in an integrally bonded manner. - bringing the pump housing into contact with a bottom electrode , - gripping the cover element with a collet chuck and contacting the cover element with an electrode , - bringing the open side of the cover element into contact with that side of the pump housing which lies opposite the bottom electrode , wherein the cover element is centered on that side of the pump housing which lies opposite the bottom electrode , - pressing the cover element onto the pump housing in the direction of the bottom electrode and introducing an electrical current from the electrode via the cover element and the pump housing into the bottom electrode such that melting occurs at the contact point between cover element and pump housing and then the cover element is connected to the pump housing in an integrally bonded manner.
An induction heating cooker comprising: an outer shell having an opening portion in an upper portion of the outer shell ; a top plate configured to cover the opening portion and on which an object to be heated is placed; and a plurality of heating coil units provided under the top plate inside the outer shell and configured to heat the object to be heated ; wherein a first ferrite is provided under each of the plurality of heating coil units , the heating coil units are placed closely to each other and include a heating coil unit placed at an end, and a heating coil unit adjacent to the heating coil unit placed at the end, a second ferrite is provided adjacently to the heating coil unit placed at the end, and the second ferrite is placed in an opposite side with respect to the heating coil unit placed at the end, from the heating coil unit adjacent to the heating coil unit placed at the end, and between the outer shell and the heating coil unit placed at the end, characterized by a shield box in which the plurality of heating coil units are placed, wherein in a corner portion of the shield box, a third ferrite is placed in such a way as to face a side wall of the corner portion, wherein the third ferrite has a shape which is substantially symmetrical with respect to a shape of a side wall of the shield box located at a position diagonal to the corner portion. an outer shell having an opening portion in an upper portion of the outer shell ; a top plate configured to cover the opening portion and on which an object to be heated is placed; and a plurality of heating coil units provided under the top plate inside the outer shell and configured to heat the object to be heated ; wherein a first ferrite is provided under each of the plurality of heating coil units , the heating coil units are placed closely to each other and include a heating coil unit placed at an end, and a heating coil unit adjacent to the heating coil unit placed at the end, a second ferrite is provided adjacently to the heating coil unit placed at the end, and the second ferrite is placed in an opposite side with respect to the heating coil unit placed at the end, from the heating coil unit adjacent to the heating coil unit placed at the end, and between the outer shell and the heating coil unit placed at the end, characterized by a shield box in which the plurality of heating coil units are placed, wherein in a corner portion of the shield box, a third ferrite is placed in such a way as to face a side wall of the corner portion, wherein the third ferrite has a shape which is substantially symmetrical with respect to a shape of a side wall of the shield box located at a position diagonal to the corner portion.
A permanent magnet motor, comprising a rotor component and a stator component , the rotor component comprises alternating poles and permanent magnet poles alternately arranged in a circumferential direction; the stator component comprises stator teeth portions arranged on an inner circumferential side of the stator component and spaced apart in a circumferential direction; a first air gap is formed between an inner circumferential surface of the stator teeth portion and an outer circumferential surface of a corresponding permanent magnet pole ; a second air gap is formed between the inner circumferential surface of the stator teeth portion and an outer circumferential surface of a corresponding alternating pole ; an average thickness of the first air gap is δ1; an average thickness of the second air gap is δ2, wherein 0.4 ≤ δ2 / δ1 ≤ 0.9, and a thickness of a permanent magnet of the permanent magnet poles is t, wherein t/(δ2 + δ1) ≥ 1.5, characterized in that the rotor component comprises a rotor core ; a plurality of mounting slots are arranged on the rotor core and spaced apart in a circumferential direction; permanent magnets are arranged in the mounting slots ; polarities of the permanent magnets facing an outer periphery of the rotor core are same; adjacent mounting slots are spaced apart by soft magnetic material; first air slot are respectively arranged between two ends of the mounting slot and adjacent soft magnetic material thereto in a circumferential direction; and two second air slots are arranged between one side of the mounting slot and the outer periphery of the rotor core ; one of the second air slots is arranged at a first end of the mounting slot , and another second air slot is arranged at a second end of the mounting slot ; and the two second air slots extend in opposite directions in the circumferential direction. an average thickness of the first air gap is δ1; an average thickness of the second air gap is δ2, wherein 0.4 ≤ δ2 / δ1 ≤ 0.9, and a thickness of a permanent magnet of the permanent magnet poles is t, wherein t/(δ2 + δ1) ≥ 1.5, characterized in that the rotor component comprises a rotor core ; a plurality of mounting slots are arranged on the rotor core and spaced apart in a circumferential direction; permanent magnets are arranged in the mounting slots ; polarities of the permanent magnets facing an outer periphery of the rotor core are same; adjacent mounting slots are spaced apart by soft magnetic material; first air slot are respectively arranged between two ends of the mounting slot and adjacent soft magnetic material thereto in a circumferential direction; and two second air slots are arranged between one side of the mounting slot and the outer periphery of the rotor core ; one of the second air slots is arranged at a first end of the mounting slot , and another second air slot is arranged at a second end of the mounting slot ; and the two second air slots extend in opposite directions in the circumferential direction.
Roller device for pool covers, to be installed next to a perimeter edge of a pool for automatic unfolding and folding of a flexible and raised cover for temporary covering of the pool basin, comprising: - a tubular rotary shaft , on which the cover is rolled and unrolled, having a free end and a motor end ; - two support feet , for supporting the ends of the rotary shaft and maintaining it raised above the ground; and - a rotary shaft drive mechanism, for rotary displacement of the rotary shaft in two corresponding directions with the rolling and unrolling of the cover on the rotary shaft ; wherein each of the support feet comprises: - an internal bracket , anchored to the perimeter edge of the pool by means of joining elements , which in turn comprises: - a central circular housing for coupling the corresponding end of the rotary shaft ; and - an external casing for covering the bracket , so that the ends of the rotary shaft and the drive mechanism are completely housed inside their corresponding support foot and protected from the elements; and wherein the drive mechanism comprises: - a motor linked to the rotary shaft , configured to drive said rotary shaft ; - a motor rotation inverter; and - a limit switch mechanism of the motor ; the device being characterized in that each internal bracket also comprises a bearing system located around the central housing and integrated in the bracket , for directly supporting and guiding of the rotation of the rotary shaft , and in that the motor is located inside the motor end of the rotary shaft . - a tubular rotary shaft , on which the cover is rolled and unrolled, having a free end and a motor end ; - two support feet , for supporting the ends of the rotary shaft and maintaining it raised above the ground; and - a rotary shaft drive mechanism, for rotary displacement of the rotary shaft in two corresponding directions with the rolling and unrolling of the cover on the rotary shaft ; - an internal bracket , anchored to the perimeter edge of the pool by means of joining elements , which in turn comprises: - a central circular housing for coupling the corresponding end of the rotary shaft ; and - a central circular housing for coupling the corresponding end of the rotary shaft ; and - an external casing for covering the bracket , - a motor linked to the rotary shaft , configured to drive said rotary shaft ; - a motor rotation inverter; and - a limit switch mechanism of the motor ;