mhurhangee/ep-ind-claims huggingface dataset:
An electromagnetic flow meter comprising: a measurement tube having a flange part, the flange part being configured to be coupled to a piping-side flange by a bolt fastening; a lining material configured to cover an inside of the measurement tube and an inner periphery area having a predetermined diameter of a coupling-side surface of the flange part; a ring plate member (122x, 142, 124) configured to be placed between the flange part and the piping-side flange, and an annular wall member (122y, 142y, 125, 121a) configured to be placed between the flange part and the ring plate member, characterized in that a thickness of the ring plate member is changed on a surface thereof facing a portion of the lining material that is between the ring plate member and the flange part. a measurement tube having a flange part, the flange part being configured to be coupled to a piping-side flange by a bolt fastening; a lining material configured to cover an inside of the measurement tube and an inner periphery area having a predetermined diameter of a coupling-side surface of the flange part; a ring plate member (122x, 142, 124) configured to be placed between the flange part and the piping-side flange, and an annular wall member (122y, 142y, 125, 121a) configured to be placed between the flange part and the ring plate member, characterized in that a thickness of the ring plate member is changed on a surface thereof facing a portion of the lining material that is between the ring plate member and the flange part.
An adjustable interface device for connecting two components of a medical device for an occlusion crossing or atherectomy procedure, comprising: an elongate body having a first end, a second end, an interior channel, and a side wall that surrounds the interior channel, the interior channel configured to extend between the first end and the second end, the elongate body having a longitudinal axis that longitudinally extends through the interior channel, the side wall configured to define a first connector portion adjacent the second end, the first connector portion having an annular recess, the first connector portion configured to attach to a respective one of the two components of the medical device; an elongate member having a head end portion and a shaft portion that longitudinally extends from the head end portion, the shaft portion being located at least partially in the interior channel of the elongate body, the shaft portion configured to slidably move axially along the longitudinal axis to adjust a length of the adjustable interface device, the head end portion defining a second connector portion configured to attach to the other of the two components of the medical device; and an adapter having a threaded end portion and a snap-fit end portion, the snap-fit end portion having an annular protrusion configured for engagement with the annular recess of the first connector portion of the elongate body. an elongate body having a first end, a second end, an interior channel, and a side wall that surrounds the interior channel, the interior channel configured to extend between the first end and the second end, the elongate body having a longitudinal axis that longitudinally extends through the interior channel, the side wall configured to define a first connector portion adjacent the second end, the first connector portion having an annular recess, the first connector portion configured to attach to a respective one of the two components of the medical device; an elongate member having a head end portion and a shaft portion that longitudinally extends from the head end portion, the shaft portion being located at least partially in the interior channel of the elongate body, the shaft portion configured to slidably move axially along the longitudinal axis to adjust a length of the adjustable interface device, the head end portion defining a second connector portion configured to attach to the other of the two components of the medical device; and an adapter having a threaded end portion and a snap-fit end portion, the snap-fit end portion having an annular protrusion configured for engagement with the annular recess of the first connector portion of the elongate body.
A ceramic composite for light conversion, which is a solidified body and comprises at least two oxide phases including a first phase and a second phase which are continuously and three-dimensionally intertwined with one another, the first phase containing Ba or Sr, and being a Y 3 Al 5 O 12 phase activated with fluorescent Ce, the second phase being an Al 2 O 3 phase, and the Sr or Ba in the solidified body being contained in an amount of 0.01 to 1.00 part by mass based on 100 parts by mass of the solidified body, in terms of the oxide.
A method for simultaneously transferring a plurality of semiconductor device die from a wafer tape having a first side and a second side to a product substrate having a circuit trace thereon, the plurality of semiconductor device die being disposed on the first side of the wafer tape, the method comprising: securing the wafer tape via a first frame; clamping the product substrate via a second frame such that the circuit trace is disposed facing the plurality of semiconductor device die on the wafer tape; disposing a transfer element adjacent the second side of the wafer tape, a single tip end of the transfer element having a footprint sized so as to span across a group of semiconductor device die of the plurality of semiconductor device die, the tip end being the furthest distal end of the transfer element and the group of semiconductor device die includes more than one semiconductor device die; and actuating the transfer element to move the transfer element to a die transfer position at which the transfer element presses on the second side of the wafer tape to press each semiconductor device die of the group of semiconductor device die on the wafer tape into contact with the circuit trace on the product substrate, thereby transferring the group of semiconductor device die simultaneously onto the product substrate. securing the wafer tape via a first frame; clamping the product substrate via a second frame such that the circuit trace is disposed facing the plurality of semiconductor device die on the wafer tape; disposing a transfer element adjacent the second side of the wafer tape, a single tip end of the transfer element having a footprint sized so as to span across a group of semiconductor device die of the plurality of semiconductor device die, the tip end being the furthest distal end of the transfer element and the group of semiconductor device die includes more than one semiconductor device die; and actuating the transfer element to move the transfer element to a die transfer position at which the transfer element presses on the second side of the wafer tape to press each semiconductor device die of the group of semiconductor device die on the wafer tape into contact with the circuit trace on the product substrate, thereby transferring the group of semiconductor device die simultaneously onto the product substrate.
A stopper apparatus for robot rotary joint, for limiting the rotation angle of a turning shaft, characterized in that, the stopper apparatus comprises: a rotary protrusion, fixed to the shaft and extended from an outer circumference surface of the shaft; an ring-like orbit, fixed to a mounting housing of the robot rotary joint, inserting the shaft therein; a first slider and a second slider, rotatably accommodated in the orbit and able to push each other to rotate; a stop protrusion, fixed to the housing of a robot rotary joint and extended in the direction of the center of the shaft; wherein, the rotary protrusion is able to directly push the second slider to rotate, while it is not able to directly push the first slider to rotate; the shaft, the rotary protrusion and the second slider cannot be obstructed by the stop protrusion when rotated, while the first slider is able to be obstructed by the stop protrusion when rotated, thereby the relative rotation between the shaft and the housing can be stopped. a rotary protrusion, fixed to the shaft and extended from an outer circumference surface of the shaft; an ring-like orbit, fixed to a mounting housing of the robot rotary joint, inserting the shaft therein; a first slider and a second slider, rotatably accommodated in the orbit and able to push each other to rotate; a stop protrusion, fixed to the housing of a robot rotary joint and extended in the direction of the center of the shaft; wherein, the rotary protrusion is able to directly push the second slider to rotate, while it is not able to directly push the first slider to rotate; the shaft, the rotary protrusion and the second slider cannot be obstructed by the stop protrusion when rotated, while the first slider is able to be obstructed by the stop protrusion when rotated, thereby the relative rotation between the shaft and the housing can be stopped.
A method for the contactless detection of at least one movement sequence with a passage detection system, having at least one sensor unit for capturing at least one movement state within a capture range of the sensor unit, a transmitting unit for transmitting the at least one captured movement state, a computer unit with a receiving unit for receiving the at least one captured movement state, with an evaluation unit for evaluating the at least one captured movement state and with a provision unit for providing the at least one evaluated movement state and/or the at least one captured movement sequence, wherein the sensor unit comprises a plurality of sensors, at least two, particularly advantageously four sensors, which are arranged one above the other and/or diagonally to one another in the sensor unit, wherein the sensor unit is configured as a light barrier, one-way light barrier, reflection light barrier and/or light grid, wherein the method comprises the following steps: - capturing at least one first movement state and at least one second movement state within the capture range by the at least one sensor unit, wherein a first movement state and a second movement state are captured at different times, - transmitting the at least two captured movement states by the transmitting unit to the receiving unit of the computer unit, - receiving the at least two captured movement states by the receiving unit of the computer unit, - detecting at least one movement sequence on the basis of the at least two received movement states by the evaluation unit of the computer unit, - providing the at least two evaluated movement states and/or the at least two detected movement states by a provision unit of the computer unit, wherein the method further comprises: - determining a front profile line of a person and/or an object within the capture range on the basis of the at least one received movement state by the computer unit. - capturing at least one first movement state and at least one second movement state within the capture range by the at least one sensor unit, wherein a first movement state and a second movement state are captured at different times, - transmitting the at least two captured movement states by the transmitting unit to the receiving unit of the computer unit, - receiving the at least two captured movement states by the receiving unit of the computer unit, - detecting at least one movement sequence on the basis of the at least two received movement states by the evaluation unit of the computer unit, - providing the at least two evaluated movement states and/or the at least two detected movement states by a provision unit of the computer unit, wherein the method further comprises: - determining a front profile line of a person and/or an object within the capture range on the basis of the at least one received movement state by the computer unit.
A method for detecting noise in an image, the method comprising the steps of: (a) segmenting the image into one or more windows; (b) applying a frequency transform to a window for obtaining a magnitude image in a frequency domain; (c) comparing a threshold value to values of the magnitude image for obtaining first threshold values; (d) applying a regression to one or more first threshold values for obtaining an estimated best fit; (e) determining a correlation factor from the estimated best fit; (f) if the correlation factor meets a predetermined value, calculate a streak angle; (g) if the correlation factor does not meet the predetermined value, applying a second threshold to the first threshold values to obtain revised first threshold values which are a subset of the previous first threshold values; and (h) repeating steps (d) though (g) using the revised first threshold values until the correlation factor meets the predetermined value in step (f) or until a maximum iteration of steps (d) through (g) is met. (a) segmenting the image into one or more windows; (b) applying a frequency transform to a window for obtaining a magnitude image in a frequency domain; (c) comparing a threshold value to values of the magnitude image for obtaining first threshold values; (d) applying a regression to one or more first threshold values for obtaining an estimated best fit; (e) determining a correlation factor from the estimated best fit; (f) if the correlation factor meets a predetermined value, calculate a streak angle; (g) if the correlation factor does not meet the predetermined value, applying a second threshold to the first threshold values to obtain revised first threshold values which are a subset of the previous first threshold values; and (h) repeating steps (d) though (g) using the revised first threshold values until the correlation factor meets the predetermined value in step (f) or until a maximum iteration of steps (d) through (g) is met.
A method for removing within a controlled environment enclosure capable of maintaining an aseptic condition a cover from a sealed pharmaceutical tub, the sealed tub sealed by the cover; characterised in that the method comprises peeling the cover from the tub by moving the tub while holding a gripping area of the cover substantially stationary.
Glued arrangement, preferably for a motor vehicle, comprising a first component, a second component, as well as at least one adhesive layer for connecting the two components (3, 4), • wherein the central layer comprises a central zone and an edge zone surrounding the central zone, • wherein in the hardened state the adhesive in the edge zone has a greater elasticity than the adhesive in the central zone, and • wherein both components (3, 4) are in contact both with the central zone and with the edge zone, characterized by a quotient (Q=F/G) of the area of the edge zone and the total area of the adhesive layer, • wherein the lower limit of the quotient is at least 0.01, preferably at least 0.05, • wherein the upper limit of the quotient is at most 0.4, especially preferably at most 0.3, and • wherein the E modulus of the central zone is at least 120%, preferably at least 150%, especially preferably at least 200%, of the E modulus of the edge zone. • wherein the central layer comprises a central zone and an edge zone surrounding the central zone, • wherein in the hardened state the adhesive in the edge zone has a greater elasticity than the adhesive in the central zone, and • wherein both components (3, 4) are in contact both with the central zone and with the edge zone, characterized by a quotient (Q=F/G) of the area of the edge zone and the total area of the adhesive layer, • wherein the lower limit of the quotient is at least 0.01, preferably at least 0.05, • wherein the upper limit of the quotient is at most 0.4, especially preferably at most 0.3, and • wherein the E modulus of the central zone is at least 120%, preferably at least 150%, especially preferably at least 200%, of the E modulus of the edge zone.
Method for validating a continuously measuring, non-invasive blood pressure measuring system equipped with a plethysmographic system which is suitable for obtaining - in a measuring phase - a plethysmographic signal v(t) at an extremity, • wherein the signal v(t) from the plethysmographic system, having at least one light source and at least one light detector, is fed to a control mechanism which changes the contact pressure pc(t) of the blood pressure measuring system at the extremity via a contol value u(t), • wherein based on the resulting contact pressure pc(t) the arterial blood pressure curve p A (t) is continuously determined, characterised in • that - in a validation or test phase - a signal derived from a previously recorded blood pressure curve is fed into the blood pressure measuring system via a coupling interface, wherein the light intensity of at least one light source is modulated based on the previously recorded blood pressure curve, and • that an output signal from a simulation module is fed to the coupling interface, to which a blood pressure curve recorded on a storage medium and the contact pressure pc(t) of the blood pressure measuring system are fed as input signals, wherein a simulated, continuous blood pressure curve is determined by the blood pressure measuring system. • wherein the signal v(t) from the plethysmographic system, having at least one light source and at least one light detector, is fed to a control mechanism which changes the contact pressure pc(t) of the blood pressure measuring system at the extremity via a contol value u(t), • wherein based on the resulting contact pressure pc(t) the arterial blood pressure curve p A (t) is continuously determined, • that - in a validation or test phase - a signal derived from a previously recorded blood pressure curve is fed into the blood pressure measuring system via a coupling interface, wherein the light intensity of at least one light source is modulated based on the previously recorded blood pressure curve, and • that an output signal from a simulation module is fed to the coupling interface, to which a blood pressure curve recorded on a storage medium and the contact pressure pc(t) of the blood pressure measuring system are fed as input signals, wherein a simulated, continuous blood pressure curve is determined by the blood pressure measuring system.
Strip of flat closures coupled together, made of plastic, wherein each closure comprises a body with an opening therein for receiving and holding the access side of a flexible packaging, as well as a slot delimited by leg parts, which extends between the perimeter of the body and the opening, and coupling parts (32a, 32b) for coupling to an adjacent closure, characterized in that the plastic is a plastic foam.
Method for rehabilitating lines, in particular sewers, shafts, or the like, comprising the following method steps, in particular in this sequence: a. Inserting a lining sleeve into the line, wherein the lining sleeve comprises at least one curable ply that can be cured and/or cures by activation and also an outer film arranged on the outside around the curable ply, wherein the lining sleeve comprises at least one temperature measuring device that is designed and set up to measure a temperature on the outer side of the curable ply at a multiplicity of measuring points and/or continuously, and is arranged between the curable ply and the outer film; b. Introducing a curing device comprising a radiation source, with which the curing of the curable ply is activated, into the lining sleeve; c. Expanding the lining sleeve, in particular by means of a fluid, preferably compressed air, so that the lining sleeve lies against the inner wall of the line; d. Advancing the curing device through the line system, wherein the curing device is activated or has been activated for curing the curable and/or curing ply, and wherein the advancement of the curing device in the lining sleeve and/or the power output of the radiation source of the curing device is controlled in an open-loop or closed-loop manner depending on the temperature measured by the temperature measuring device on the outer side of the curable ply. a. Inserting a lining sleeve into the line, wherein the lining sleeve comprises at least one curable ply that can be cured and/or cures by activation and also an outer film arranged on the outside around the curable ply, wherein the lining sleeve comprises at least one temperature measuring device that is designed and set up to measure a temperature on the outer side of the curable ply at a multiplicity of measuring points and/or continuously, and is arranged between the curable ply and the outer film; b. Introducing a curing device comprising a radiation source, with which the curing of the curable ply is activated, into the lining sleeve; c. Expanding the lining sleeve, in particular by means of a fluid, preferably compressed air, so that the lining sleeve lies against the inner wall of the line; d. Advancing the curing device through the line system, wherein the curing device is activated or has been activated for curing the curable and/or curing ply, and wherein the advancement of the curing device in the lining sleeve and/or the power output of the radiation source of the curing device is controlled in an open-loop or closed-loop manner depending on the temperature measured by the temperature measuring device on the outer side of the curable ply.
Medical assembly, preferably a sterilized one, comprising a medical article and a package containing said article, said package comprising a hollow support element inside which said article is free, said package comprising: - a first protective element, called a stopper, which can be coupled to the support element of said article, preferably by engagement with partial overlap, in such a way that the support element has a grip part that protrudes from said stopper, said support element delimiting on its own, or in cooperation with the stopper, a first chamber that encloses said article, - a second hollow protective element, called a cover, said cover being able to be coupled to the stopper, preferably by engagement with partial overlap, in such a way as to delimit, in cooperation with said stopper, a second chamber inside which there extends the grip part of the support element, and, in the state when the cover is coupled to the stopper, a part of the stopper protruding from the cover said stopper comprising a peripheral wall called an internal wall, and a peripheral wall called an external wall which surrounds said internal peripheral wall with clearance in order to define, between said peripheral walls (320, 340), an annular space for engagement of that part of the cover intended to be coupled to said stopper, the internal peripheral wall defining a space for engagement of that part of the support element intended to be coupled to said stopper in that the internal face of the internal peripheral wall of the stopper is provided with retaining means for retaining that part of the support element engaged inside the space delimited by said internal peripheral wall of the stopper characterized in that said retaining means comprise lugs which are intended to be in bearing contact with the support element in the state when said support element is engaged in the stopper, and in that the lugs are distributed on the internal peripheral face of the stopper, about the axis of said stopper, by being spaced apart at angles from one another. - a first protective element, called a stopper, which can be coupled to the support element of said article, preferably by engagement with partial overlap, in such a way that the support element has a grip part that protrudes from said stopper, said support element delimiting on its own, or in cooperation with the stopper, a first chamber that encloses said article, - a second hollow protective element, called a cover,