mhurhangee/ep-ind-claims huggingface dataset:
A medical therapy arrangement for treating a patient, comprising: a garment worn by the patient, the garment having a first module electrically connected to a second module, the first module being provided with a first sub-control unit electrically connected to a first electrode and a second electrode placed at a first muscle of the patient and a third electrode and a fourth electrode placed at a second muscle antagonistic to the first muscle, the first sub-control unit being electrically connected to a master unit; the first sub-control unit configured to receive an instruction signal from the master unit, the master unit configured to send a first stimulation signal to the first sub-control unit, the first sub-control unit configured to stimulate the first muscle with the first stimulation signal, based on instructions in the instruction signal, by sending the first stimulation signal to the first electrode placed at the first muscle; and a measuring unit of the master unit configured to determine a first current value flowing from the first electrode through the first muscle to the second electrode and send the first current value to a central processing unit, characterized in that the first sub-control unit is configured to stimulate the first muscle with the first stimulation signal at a pulse frequency between 1Hz and 200Hz and the CPU is configured to measure a voltage signal between the third electrode and the fourth electrode mounted on the second muscle as a feedback signal (547,549) and to change the first stimulation signal as a result of the feedback signal (547, 549).. a garment worn by the patient, the garment having a first module electrically connected to a second module, the first module being provided with a first sub-control unit electrically connected to a first electrode and a second electrode placed at a first muscle of the patient and a third electrode and a fourth electrode placed at a second muscle antagonistic to the first muscle, the first sub-control unit being electrically connected to a master unit; the first sub-control unit configured to receive an instruction signal from the master unit, the master unit configured to send a first stimulation signal to the first sub-control unit, the first sub-control unit configured to stimulate the first muscle with the first stimulation signal, based on instructions in the instruction signal, by sending the first stimulation signal to the first electrode placed at the first muscle; and a measuring unit of the master unit configured to determine a first current value flowing from the first electrode through the first muscle to the second electrode and send the first current value to a central processing unit, characterized in that the first sub-control unit is configured to stimulate the first muscle with the first stimulation signal at a pulse frequency between 1Hz and 200Hz and the CPU is configured to measure a voltage signal between the third electrode and the fourth electrode mounted on the second muscle as a feedback signal (547,549) and to change the first stimulation signal as a result of the feedback signal (547, 549)..
A rotation angle detector comprising: a multipolar magnet ring magnetized multipolarly along a circumferential direction; at least one magnetic sensor group including N; N being a natural number of 3 or higher, except 4, magnetic sensors being placed along the circumferential direction of the multipolar magnet ring, and outputting angle information in association with the rotation of the multipolar magnet ring, the respective pieces of the angle information output from the N magnetic sensors having a phase difference therebetween of 360/N degrees in an electrical angle; and an arithmetic unit configured to calculate an average value of the angle information outputted from the N magnetic sensors included in the magnetic sensor group, and to calculate a rotation angle of the multipolar magnet ring based on the calculated average value, wherein the arithmetic unit is configured to offset the phase difference of the angle information outputted from the N magnetic sensors included in the magnetic sensor group, to calculate a total value of the angle information after offsetting, and to obtain the average value by dividing the calculated total value by N. a multipolar magnet ring magnetized multipolarly along a circumferential direction; at least one magnetic sensor group including N; N being a natural number of 3 or higher, except 4, magnetic sensors being placed along the circumferential direction of the multipolar magnet ring, and outputting angle information in association with the rotation of the multipolar magnet ring, the respective pieces of the angle information output from the N magnetic sensors having a phase difference therebetween of 360/N degrees in an electrical angle; and an arithmetic unit configured to calculate an average value of the angle information outputted from the N magnetic sensors included in the magnetic sensor group, and to calculate a rotation angle of the multipolar magnet ring based on the calculated average value, wherein the arithmetic unit is configured to offset the phase difference of the angle information outputted from the N magnetic sensors included in the magnetic sensor group, to calculate a total value of the angle information after offsetting, and to obtain the average value by dividing the calculated total value by N.
An apparatus for separating ions, comprising: a FAIMS analyzer (32; 52) having an ion inlet for receiving ions into the FAIMS analyzer, the FAIMS analyzer comprising a first electrode and a second electrode spaced apart from the first electrode, a space between the first electrode and the second electrode defining an analyzer region (326; 502) for separating a subset of ions from the received ions; characterized by: a temperature sensor disposed for sensing a temperature that is based upon a temperature within the analyzer region (326; 502) and for providing an output signal in dependence upon the sensed temperature; and, a temperature controller comprising either a heat exchanger or a heat exchange passage (126, 128, 218) in thermal communication with at least one of the first and second electrodes and in communication with the temperature sensor for controllably affecting the temperature within the analyzer region (326; 502) in response to the output signal of the temperature sensor, wherein the temperature controller is configured to controllably generate a temperature gradient between the first and second electrodes. a FAIMS analyzer (32; 52) having an ion inlet for receiving ions into the FAIMS analyzer, the FAIMS analyzer comprising a first electrode and a second electrode spaced apart from the first electrode, a space between the first electrode and the second electrode defining an analyzer region (326; 502) for separating a subset of ions from the received ions; a temperature sensor disposed for sensing a temperature that is based upon a temperature within the analyzer region (326; 502) and for providing an output signal in dependence upon the sensed temperature; and, a temperature controller comprising either a heat exchanger or a heat exchange passage (126, 128, 218) in thermal communication with at least one of the first and second electrodes and in communication with the temperature sensor for controllably affecting the temperature within the analyzer region (326; 502) in response to the output signal of the temperature sensor, wherein the temperature controller is configured to controllably generate a temperature gradient between the first and second electrodes.
Connector for a flexible container for receiving a medical liquid, said connector comprising an inner conduit for the passage of the liquid and a collar for receiving, at one of its ends, a functional part of said connector, said collar, at its other end, being connected to and in fluid communication with an elastically deformable pinching element, said elastically deformable element being continued by a junction element that can be integrated in said flexible container, said junction element having a fin at each of its lateral edges, said fins each forming a continuation of the central part of said junction element, characterized in that - the central part of said junction element comprises, on each of the upper and lower faces of said junction element, at least one half-dome placed at the end of said junction element and forming a projection from the rest of the corresponding face of said junction element, said at least one half-dome defining, at its summit, a single point of instability with a hollow pressing member of a welding tool in order to ensure self-positioning of said junction element in said pressing member, - said elastically deformable pinching element having the shape of a tubular part with a cross section diverging from the tubular shape, said fins are placed in the continuation of said cross section diverging from the tubular shape, and in that - said at least one half-dome is in the continuation of the tubular part of said pinching element. - the central part of said junction element comprises, on each of the upper and lower faces of said junction element, at least one half-dome placed at the end of said junction element and forming a projection from the rest of the corresponding face of said junction element, said at least one half-dome defining, at its summit, a single point of instability with a hollow pressing member of a welding tool in order to ensure self-positioning of said junction element in said pressing member, - said elastically deformable pinching element having the shape of a tubular part with a cross section diverging from the tubular shape, said fins are placed in the continuation of said cross section diverging from the tubular shape, and in that - said at least one half-dome is in the continuation of the tubular part of said pinching element.
A particle filtering device comprising: a filtration membrane which separates a particle by filtering a sample; a first body connected to an inlet side of the filtration membrane, which supplies the sample to the inlet side of the filtration membrane; and a second body connected to an outlet side of the filtration membrane, which accommodates a permeate whose particle is separated through the filtration membrane, wherein the particle filtering device has a structure in which the permeate is accommodated between the second body and the outlet side of the filtration membrane wherein the second body includes an outlet space formed under the outlet side of the filtration membrane, and the permeate is accommodated in the outlet space. a filtration membrane which separates a particle by filtering a sample; a first body connected to an inlet side of the filtration membrane, which supplies the sample to the inlet side of the filtration membrane; and a second body connected to an outlet side of the filtration membrane, which accommodates a permeate whose particle is separated through the filtration membrane, wherein the particle filtering device has a structure in which the permeate is accommodated between the second body and the outlet side of the filtration membrane wherein the second body includes an outlet space formed under the outlet side of the filtration membrane, and the permeate is accommodated in the outlet space.
An antenna device comprising a cell structure including a plurality of cells arranged in a matrix, each cell comprising a rectangular patch conductor, a GND conductor, and a connection via that connects the patch conductor and the GND conductor, and further comprising a first antenna element and a second antenna element arranged over the cell structure, characterized in that the first and second antenna elements are inverted F antenna element conductors (904,905), and the first antenna element and the second antenna element are connected to a supply line which is arranged in parallel with the connection via, and are connected to the GND conductor by GND elements (902, 903) which are arranged in parallel with the connection via, respectively, and the first antenna element is arranged parallel with a long side of the patch conductor, and the second antenna element is arranged parallel with a short side of the patch conductor.
Electric drive, comprising - a motor arrangement with a plurality of electric machines, - an output arrangement, and - a transmission stage which is connected on one side to the motor arrangement and on the other side to the output arrangement, with a transmission sun which is connected to the output arrangement, and a plurality of transmission planets which are connected in each case to one of the electric machines, are arranged in an annular manner around the transmission sun, and roll on the latter in a torque-transmitting manner, characterized in that - the transmission stage has a rotatably mounted transmission internal gear, on which the transmission planets roll in a torque-transmitting manner, and - the output arrangement has a summing stage which is configured as a Ravigneaux set with a summing internal gear which is fixed to the housing, with a summing spider on which two sets of summing planets (56, 56') which mesh with one another and of which one meshes with the summing internal gear are mounted rotatably, and with two summing suns (58, 58'), of which in each case one meshes with one of the summing planetary sets (56, 56'), the transmission internal gear being connected fixedly to the one summing sun, and the transmission sun being connected fixedly to the other summing sun. - a motor arrangement with a plurality of electric machines, - an output arrangement, and - a transmission stage which is connected on one side to the motor arrangement and on the other side to the output arrangement, with a transmission sun which is connected to the output arrangement, and a plurality of transmission planets which are connected in each case to one of the electric machines, are arranged in an annular manner around the transmission sun, and roll on the latter in a torque-transmitting manner, - the transmission stage has a rotatably mounted transmission internal gear, on which the transmission planets roll in a torque-transmitting manner, and - the output arrangement has a summing stage which is configured as a Ravigneaux set with a summing internal gear which is fixed to the housing, with a summing spider on which two sets of summing planets (56, 56') which mesh with one another and of which one meshes with the summing internal gear are mounted rotatably, and with two summing suns (58, 58'), of which in each case one meshes with one of the summing planetary sets (56, 56'),
A die for flanging, comprising an upper die that is movable and a lower die that is held stationary, said upper die being provided with a pressure plate for stamping a workpiece, said lower die being provided with a forming die for supporting said workpiece, wherein cushioning element is arranged at least in a blank pressing region of said pressure plate for pressing the workpiece located on the forming die tightly, and said cushioning element is made of polyurethane, wherein the upper die has an upper shoe plate bearing other members of the upper die and wherein said cushioning element is arranged in the region of flanging line characterised in that said cushioning element is planar and wherein a flanging insert for flanging the workpiece is fixed to the upper shoe plate through a screw, wherein in the stamping process, the flanging insert forces the workpiece to form a flanged portion along a flanging line.
A magnetic coupling device for coupling at least a first and a second member (10, 11), coaxial with one another, so that they can at least perform a joint rotary movement about a common axis or a relative rotary movement, depending on the intensity of a torque applied to one of said members, wherein at least one of said members (10, 11) has axially extending magnetised areas each consisting of a row of axially aligned magnets (12', 13'), wherein, for coupling said at least a first and a second member (10, 11) so that they can perform, in addition to said rotary movements, also a joint translatory movement along said axis or a relative translatory movement, depending on the intensity of an axial force applied to one of said members, the magnets in the different rows are magnets (12', 13') with the same polarity arranged adjacent to each other in the respective row, the magnets (12', 13') in a row having opposite polarity with respect to the magnets (12', 13') in the adjacent rows and characterized in that the magnets (12', 13') in a row are axially offset with respect to the magnets of an adjacent row so that ends of the magnets of different rows are not aligned to form a circumference perpendicular to the axis of the first and second member (10, 11).
Surface-modified calcium oxide particles, characterized in that these are present: • with a mean particle size of 1 to 10 micrometers; • a content of oleic acid of 0.5 to 5%; • a content of calcium oxide of 95 to 99%, or • with a mean particle size of 1 to 10 micrometers; • a content of dodecylphosphonic acid of 0.25 to 2%; • a content of calcium oxide of 96 to 99%, or • with a mean particle size of 1 to 10 micrometers; • a content of stearic acid of 0.5 to 5%; • a content of calcium oxide of 95 to 99%, or • with a mean particle size of 0.5 to 2 micrometers; • a content of oleic acid of 0.2 to 5%; • a content of calcium oxide in the particles of 90 to 99% forms; • as a 5-20% by mass dispersion in rapeseed oil. • with a mean particle size of 1 to 10 micrometers; • a content of oleic acid of 0.5 to 5%; • a content of calcium oxide of 95 to 99%, or • with a mean particle size of 1 to 10 micrometers; • a content of dodecylphosphonic acid of 0.25 to 2%; • a content of calcium oxide of 96 to 99%, or • with a mean particle size of 1 to 10 micrometers; • a content of stearic acid of 0.5 to 5%; • a content of calcium oxide of 95 to 99%, or • with a mean particle size of 0.5 to 2 micrometers; • a content of oleic acid of 0.2 to 5%; • a content of calcium oxide in the particles of 90 to 99% forms; • as a 5-20% by mass dispersion in rapeseed oil.
Cable-pull actuation system for a parking brake comprising - a body which houses electric motor means, - a rod, suitable to operate along an actuation direction (X-X), at a first end, an actuation member of a drum brake and/or a parking brake, - means of transmission which operatively connect the electric motor means to a second end of the rod integral in translation with a screw, having a thread, - wherein said screw is engaged, by means of the thread, to a nut screw actuated in rotation by said means of transmission, - where pre-loading means are provided, acting in contrast on the screw, said pre-loading means being pre-loaded in compression by a pusher so as to exert a pre-load traction on the rod to offset variations of load on the rod, - wherein the pre-loading means are configured to exert a thrust action on the rod following the annulment of axial clearances, in the actuation direction (X-X), between the nut screw and said body, so as to allow an incremental compression of the pre-loading means with respect to the pre-load value, characterized in that the nut screw is coupled according to a prismatic coupling with a bushing operatively connected to the electric motor means, so as to rotate and slide axially relative thereto. - a body which houses electric motor means, - a rod, suitable to operate along an actuation direction (X-X), at a first end, an actuation member of a drum brake and/or a parking brake, - means of transmission which operatively connect the electric motor means to a second end of the rod integral in translation with a screw, having a thread, - wherein said screw is engaged, by means of the thread, to a nut screw actuated in rotation by said means of transmission, - where pre-loading means are provided, acting in contrast on the screw, said pre-loading means being pre-loaded in compression by a pusher so as to exert a pre-load traction on the rod to offset variations of load on the rod, - wherein the pre-loading means are configured to exert a thrust action on the rod following the annulment of axial clearances, in the actuation direction (X-X), between the nut screw and said body, so as to allow an incremental compression of the pre-loading means with respect to the pre-load value,
Wheel bearing arrangement for a vehicle, comprising a first ball bearing arranged at an outboard side and a second ball bearing arranged at an inboard side relatively to a wheel to be supported, wherein each ball bearing is an angular contact ball bearing (ACBB) comprising an inner ring and an outer ring, wherein both rings (4, 5) have raceways (6, 7) for balls being located between the rings (4, 5), characterized in that the bearing rings (4, 5) are made from a ball bearing steel produced by a powder metallurgical process using a powder metallurgy component including 0.5 to 2.0 weight-% C, a maximum of 0.035 weight-% S, 3.0 to 5.0 weight-% Cr, 1.0 to 4.0 weight-% V, 1.0 to 12.0 weight-% W and 2.0 to 12.0 weight-% Mo, wherein an osculation (r O /D B) between the raceway of the outer ring and the balls 88) of each bearing, being defined as the ratio of a radius (r O) of the raceway to a diameter (D B) of the balls, is substantially equal to the osculation (r I /D B) between the raceway of the corresponding inner ring and the balls, wherein each raceway (6, 7) of the first bearing fulfills the equation: 0.54 < r I / O / D B < 0.545, and wherein each raceway (6, 7) of the second bearing fulfills the equation: 0.53 < r I / O / D B < 0.535. 0.5 to 2.0 weight-% C, a maximum of 0.035 weight-% S, 3.0 to 5.0 weight-% Cr, 1.0 to 4.0 weight-% V, 1.0 to 12.0 weight-% W and 2.0 to 12.0 weight-% Mo,
A label assembly, comprising; a base layer, the base layer having an adhesive disposed over all or substantially all of a surface area for affixing to an article; a plurality of informational layers stacked on the base layer, each of the informational layers having at least one of fixed or variable printed information; and at least one RFID device associated with the base layer; wherein the base layer and subsequent informational layers are permanently bound by an adhesive disposed proximate at least one edge of at least one of the base layer or the informational layers, wherein the surfaces of the informational layers are configured to repeatedly peel apart and reseal, other than where permanently bound by the adhesive; characterized in that the at least one RFID device is a far field RFID device, and wherein the label assembly further comprising near field RFID devices (405, 410, 415, 420) associated with each of the informational layers, wherein the near field RFID devices (405, 410, 415, 420) couple with the far field RFID device of the base layer.