mhurhangee/ep-ind-claims huggingface dataset:
A laminated iron core which is made of a rotor iron core or a stator iron core formed by laminating a plurality of iron core pieces, wherein: - at least one of an inner circumferential portion or an outer circumferential portion of the iron core piece is provided with a connection recess part which is connected with a connection part of each of a plurality of caulking pieces detachable from the connection recess part, - when viewed in an axial direction of the laminated iron core, an outer circumferential edge of the connection part has the same shape as an inner circumferential edge of the connection recess part, and - the inner circumferential edge of the connection recess part has a pair of side portions extending in the radial direction and a bottom portion which connects the pair of side portions, - the connection part is detachable in a radial direction from the connection recess part, characterized in that - the bottom portion is not configured by a single straight line when viewed in the axial direction of the laminated iron core, and - when viewed in the axial direction of the laminated iron core, the bottom portion is configured by any one of - a single circular arc, - a single curved line, - a plurality of straight lines, - a plurality of circular arcs, - a plurality of curved lines, and - a combination thereof. - at least one of an inner circumferential portion or an outer circumferential portion of the iron core piece is provided with a connection recess part which is connected with a connection part of each of a plurality of caulking pieces detachable from the connection recess part, - when viewed in an axial direction of the laminated iron core, an outer circumferential edge of the connection part has the same shape as an inner circumferential edge of the connection recess part, and - the inner circumferential edge of the connection recess part has a pair of side portions extending in the radial direction and a bottom portion which connects the pair of side portions, - the connection part is detachable in a radial direction from the connection recess part, characterized in that - the bottom portion is not configured by a single straight line when viewed in the axial direction of the laminated iron core, and - when viewed in the axial direction of the laminated iron core, the bottom portion is configured by any one of - a single circular arc, - a single curved line, - a plurality of straight lines, - a plurality of circular arcs, - a plurality of curved lines, and - a combination thereof. - a single circular arc, - a single curved line, - a plurality of straight lines, - a plurality of circular arcs, - a plurality of curved lines, and - a combination thereof.
An external functional device comprising at least one housing element with at least one flow channel and a valve apparatus, wherein the external functional device is configured as a blood treatment cassette with blood conveying channels for an extracorporeal blood treatment, wherein the valve apparatus comprises: - at least a valve insert which is elastic in at least one section thereof, which is arranged and designed to open or close the flow channel, wherein the valve insert comprises an elastic bending ring area, an elastic sealing ring as a first sealing device and a guiding device; - at least a receiving device for the valve insert, wherein the receiving device is provided in the housing element and comprises a second sealing device, wherein the valve insert is arranged in the receiving device to be form-locking and/or force-locking compressible against the second sealing device by means of force transmission and/or displacement imprint on the valve insert by means of the elastic sealing ring; wherein the valve insert is configured and arranged in the flow channel so that, due to its elasticity during displacement imprint and/or force application, it can be switched between at least three different valve states, wherein in a valve state no external force, no preload, or no significant preload acts on the valve insert, wherein this valve state corresponds to a bidirectional flow position through the flow channel. - at least a valve insert which is elastic in at least one section thereof, which is arranged and designed to open or close the flow channel, wherein the valve insert comprises an elastic bending ring area, an elastic sealing ring as a first sealing device and a guiding device; - at least a receiving device for the valve insert, wherein the receiving device is provided in the housing element and comprises a second sealing device, wherein the valve insert is arranged in the receiving device to be form-locking and/or force-locking compressible against the second sealing device by means of force transmission and/or displacement imprint on the valve insert by means of the elastic sealing ring;
A passive compression wave imaging system comprising an array of sensor elements arranged in a sparse array and processing means arranged to: store a plurality of samples of the output from each of the sensor elements over a sample period; derive from the stored samples a value for each of a set of image pixels; wherein for each of the image pixels the processing means is arranged to: a. define a plurality of different sets of weights for the elements of the sparse array; b. calculate a component of a pixel value from each of the sets of weights and the stored samples; and c. sum the components of the pixel value to produce a final pixel value; characterized in that for each of the pixels the weights are defined by a weight mask defined over a coarray of the sparse array, and the processing means is arranged to centre the weight mask at a different point in the coarray for each pixel. store a plurality of samples of the output from each of the sensor elements over a sample period; derive from the stored samples a value for each of a set of image pixels; wherein for each of the image pixels the processing means is arranged to: a. define a plurality of different sets of weights for the elements of the sparse array; b. calculate a component of a pixel value from each of the sets of weights and the stored samples; and c. sum the components of the pixel value to produce a final pixel value; a. define a plurality of different sets of weights for the elements of the sparse array; b. calculate a component of a pixel value from each of the sets of weights and the stored samples; and c. sum the components of the pixel value to produce a final pixel value; characterized in that for each of the pixels the weights are defined by a weight mask defined over a coarray of the sparse array, and the processing means is arranged to centre the weight mask at a different point in the coarray for each pixel.
A method for processing group message, characterized in comprising: receiving, by a push server, a message corresponding to a first group identifier sent from a public data network if a group corresponding to the first group identifier has an updated group message, wherein the message corresponding to the first group identifier is the updated group message or a group message notification; sending, by the push server, the message corresponding to the first group identifier to a core network node, so that the core network node sends the message corresponding to the first group identifier to a radio network controller, and the radio network controller acquires, according to the first group identifier, indication bit and time information for sending the message corresponding to the first group identifier, wherein the time information is calculated based on the first group identifier and a cycle length received in advance representing a discontinuous reception factor parameter; and sending, by the push server, the first group identifier, the indication bit, the time information and the message corresponding to the first group identifier to a base station, so that the base station sets a bit according to the indication bit, and sends the indication bit, the first group identifier and the message corresponding to the first group identifier to a user equipment belonging to the group corresponding to the first group identifier in a service range of the base station, according to the time information. receiving, by a push server, a message corresponding to a first group identifier sent from a public data network if a group corresponding to the first group identifier has an updated group message, wherein the message corresponding to the first group identifier is the updated group message or a group message notification; sending, by the push server, the message corresponding to the first group identifier to a core network node, so that the core network node sends the message corresponding to the first group identifier to a radio network controller, and the radio network controller acquires, according to the first group identifier, indication bit and time information for sending the message corresponding to the first group identifier, wherein the time information is calculated based on the first group identifier and a cycle length received in advance representing a discontinuous reception factor parameter; and sending, by the push server, the first group identifier, the indication bit, the time information and the message corresponding to the first group identifier to a base station, so that the base station sets a bit according to the indication bit, and sends the indication bit, the first group identifier and the message corresponding to the first group identifier to a user equipment belonging to the group corresponding to the first group identifier in a service range of the base station, according to the time information.
An elevator car, comprising: a body; and characterized by an acoustic response device; and a local or remote system configured to control an operation of the acoustic response device whereby an acoustic integrity check to determine a condition of the body is executable by the local or remote system; and wherein the acoustic response device comprises: a speaker to output an acoustic signal into an interior of the body; and a microphone to receive and record the echo from the interior. a body; and characterized by an acoustic response device; and a local or remote system configured to control an operation of the acoustic response device whereby an acoustic integrity check to determine a condition of the body is executable by the local or remote system; and wherein the acoustic response device comprises: a speaker to output an acoustic signal into an interior of the body; and a microphone to receive and record the echo from the interior. a speaker to output an acoustic signal into an interior of the body; and a microphone to receive and record the echo from the interior.
An ophthalmic inspection device, comprising: a circular lens, wherein said lens comprises a central optically clear region with a concave tissue interface surface and a convex inspection surface; a tubular cylindrical lens handle, wherein said tubular cylindrical lens handle is concentric with said circular lens and protrudes laterally from said convex inspection surface; an inspection device base, wherein said inspection device base is ring-shaped and concentric with said circular lens, wherein said inspection device base abuts a rim of said concave tissue interface surface; and a finger rest feature, wherein said finger rest feature is disposed between said tubular cylindrical lens handle and said inspection device base; and wherein said circular lens, said tubular cylindrical lens handle, said finger rest feature, and said inspection device base are a single piece; characterized by: said concave tissue interface surface, said convex inspection surface, the surface of said tubular cylindrical lens handle, the surface of said finger rest feature, and the surface of said inspection device base being portions of a continuous 3-dimensional molded surface of the single piece being an injection molded single plastic piece, wherein the surface of said tubular cylindrical lens handle has a molded frosted texture that prevents light reflection through said tubular cylindrical lens handle towards said circular lens. a circular lens, wherein said lens comprises a central optically clear region with a concave tissue interface surface and a convex inspection surface; a tubular cylindrical lens handle, wherein said tubular cylindrical lens handle is concentric with said circular lens and protrudes laterally from said convex inspection surface; an inspection device base, wherein said inspection device base is ring-shaped and concentric with said circular lens, wherein said inspection device base abuts a rim of said concave tissue interface surface; and a finger rest feature, wherein said finger rest feature is disposed between said tubular cylindrical lens handle and said inspection device base; and wherein said circular lens, said tubular cylindrical lens handle, said finger rest feature, and said inspection device base are a single piece; said concave tissue interface surface, said convex inspection surface, the surface of said tubular cylindrical lens handle, the surface of said finger rest feature, and the surface of said inspection device base being portions of a continuous 3-dimensional molded surface of the single piece being an injection molded single plastic piece, wherein the surface of said tubular cylindrical lens handle has a molded frosted texture that prevents light reflection through said tubular cylindrical lens handle towards said circular lens.
Method for ascertaining at least one mean capacity loss of a battery storage device comprising the steps: - providing results of a measurement series on the battery storage device with a plurality of load cycles, wherein the load cycles comprise a charging phase and a discharging phase and wherein the results comprise values of a current measurement, - ascertaining a first and a second discharge capacity (Q 0,i, Q meas,i) of the battery storage device from the results of the measurement series by way of a first and a second calculation rule, wherein a calibration of the current measurement is included differently in the first and the second calculation rule, wherein the calibration is a calculation rule for correcting values of the current measurement, - carrying out an optimisation process such that a calibration of the current measurement is ascertained with which the greatest match of the ascertained first and second discharge capacity (Q 0,i, Q meas,i) is achieved. - providing results of a measurement series on the battery storage device with a plurality of load cycles, wherein the load cycles comprise a charging phase and a discharging phase and wherein the results comprise values of a current measurement, - ascertaining a first and a second discharge capacity (Q 0,i, Q meas,i) of the battery storage device from the results of the measurement series by way of a first and a second calculation rule, wherein a calibration of the current measurement is included differently in the first and the second calculation rule, wherein the calibration is a calculation rule for correcting values of the current measurement, - carrying out an optimisation process such that a calibration of the current measurement is ascertained with which the greatest match of the ascertained first and second discharge capacity (Q 0,i, Q meas,i) is achieved.
Method for operating a surroundings detection system of a vehicle having at least one transceiver unit, wherein the transceiver unit emits frequency-modulated signals, and the transceiver unit and/or one or more further transceiver units receive echo signals of the emitted signals, characterized in that phase information R(t) and amplitude information x corr (t) is determined from the received echo signals, and a signal evaluation function Q 1 (t) or Q 2 (t) is acquired, wherein Q 1 t = R t n * x corr t m and Q 2 t = R t − k t n * x corr t m, wherein k(t) is a threshold value function and n and m are real numbers, as a result of which the received echo signals are filtered, with the result that ground echo signal components are suppressed.
A bore measurement unit comprising: an elongate main body having a first end and a second end; a first adjustment mechanism disposed near said first end, the first adjustment mechanism expanding or contracting to relative diameters; a second adjustment mechanism disposed near said second end, the second adjustment mechanism expanding or contracting to relative diameters; a measuring portion associated with said main body, the measuring portion adapted to measure the internal diameter of the bore of a hollow member; the bore measurement unit being arranged so that when said elongate main body is inserted into a bore of a hollow member, said first and second adjustment mechanisms are expanded to generally center said elongate main body within said bore such that said measuring portion may measure the internal diameter thereof, wherein said first adjustment mechanism comprises a fixed collar fixedly positioned about said elongate main body, a sliding collar configured in a sliding relation about said elongate main body, and three arms (126a, 126b, 126c) connecting said first fixed collar to said first sliding collar, said arms each being hinged to collectively triangulate to form a relative diameter, wherein sliding of said sliding collar toward said fixed collar increases the relative diameter of said first adjustment mechanism and sliding of said sliding collar away from said fixed collar decreases the relative diameter of said first adjustment mechanism. an elongate main body having a first end and a second end; a first adjustment mechanism disposed near said first end, the first adjustment mechanism expanding or contracting to relative diameters; a second adjustment mechanism disposed near said second end, the second adjustment mechanism expanding or contracting to relative diameters; a measuring portion associated with said main body, the measuring portion adapted to measure the internal diameter of the bore of a hollow member; the bore measurement unit being arranged so that when said elongate main body is inserted into a bore of a hollow member, said first and second adjustment mechanisms are expanded to generally center said elongate main body within said bore such that said measuring portion may measure the internal diameter thereof, wherein said first adjustment mechanism comprises a fixed collar fixedly positioned about said elongate main body, a sliding collar configured in a sliding relation about said elongate main body, and three arms (126a, 126b, 126c) connecting said first fixed collar to said first sliding collar, said arms each being hinged to collectively triangulate to form a relative diameter, wherein sliding of said sliding collar toward said fixed collar increases the relative diameter of said first adjustment mechanism and sliding of said sliding collar away from said fixed collar decreases the relative diameter of said first adjustment mechanism.
A door lock system for an automotive door, comprising: a latch, including a pawl and ratchet combination and an exterior latch release mechanism to activate the pawl electromechanically and release the ratchet an outside door handle, an electronic controller to energize the exterior latch release mechanism to activate the pawl electromechanically, a switch connected to the controller to provide a signal to unlock and release the latch, and a key cylinder accessible from an exterior of a vehicle door and mechanically coupled to the exterior latch release mechanism to activate the pawl mechanically to release the ratchet, characterised in that the latch further comprises a cable hole in a latch cover to provide access for an emergency key release cable mechanically coupling the key cylinder to the exterior latch release mechanism with one end of emergency key release cable being coupled to a lever in the key cylinder. a latch, including a pawl and ratchet combination and an exterior latch release mechanism to activate the pawl electromechanically and release the ratchet an outside door handle, an electronic controller to energize the exterior latch release mechanism to activate the pawl electromechanically, a switch connected to the controller to provide a signal to unlock and release the latch, and a key cylinder accessible from an exterior of a vehicle door and mechanically coupled to the exterior latch release mechanism to activate the pawl mechanically to release the ratchet, characterised in that the latch further comprises a cable hole in a latch cover to provide access for an emergency key release cable mechanically coupling the key cylinder to the exterior latch release mechanism with one end of emergency key release cable being coupled to a lever in the key cylinder.
A digital signal processing optical transmission apparatus characterized by comprising: a digital signal processing circuit that is adapted to output a digital signal based on an information source; a D/A converter (3a or 3b) that is adapted to convert said digital signal into an analog signal; a laser device that is adapted to generate laser light; an optical modulator that is adapted to modulate said laser light based on said analog signal; an average power calculation unit (30, 51) that is adapted to accumulate the digital signal sent to said D/A converter (3a or 3b) from said digital signal processing circuit for a fixed period of time, and calculate an average power control signal corresponding to the average power of said digital signal; and an optical power variable unit (31, 61) that is adapted to control modulated light outputted from said optical modulator in response to said average power control signal so as to provide an optical transmission signal which is proportional to said average power; wherein said average power calculation unit (30, 51) is adapted to control said optical power variable unit (31, 61) in such a manner that average power of said optical transmission signal becomes constant. a digital signal processing circuit that is adapted to output a digital signal based on an information source; a D/A converter (3a or 3b) that is adapted to convert said digital signal into an analog signal; a laser device that is adapted to generate laser light; an optical modulator that is adapted to modulate said laser light based on said analog signal; an average power calculation unit (30, 51) that is adapted to accumulate the digital signal sent to said D/A converter (3a or 3b) from said digital signal processing circuit for a fixed period of time, and calculate an average power control signal corresponding to the average power of said digital signal; and an optical power variable unit (31, 61) that is adapted to control modulated light outputted from said optical modulator in response to said average power control signal so as to provide an optical transmission signal which is proportional to said average power; wherein said average power calculation unit (30, 51) is adapted to control said optical power variable unit (31, 61) in such a manner that average power of said optical transmission signal becomes constant.