mhurhangee/ep-ind-claims huggingface dataset:
A living body optical measurement system comprising: a plurality of light irradiating units (101, 102, 103), each respectively including a code generating unit (711, 721, 731) for generating a distinct one of a set of modulation codes based on Hadamard codes, a modulating unit (112, 122, 132) for generating an intensity-modulated signal modulated by the distinct modulation code generated by the corresponding code generating unit, and a light source (113, 123, 133) blinking by the intensity-modulated signal supplied from the light modulating unit; a light detecting unit for detecting light transmitted through a living body irradiated by light sources contained in the plurality of light irradiating units, and for outputting an electric signal; and a signal processing unit for computing correlations between the output signal of the light detecting unit and a plurality of modulation codes, each being equivalent to one of the distinct modulation codes generated by the code generating units contained in each of the light irradiating units; characterized in that each of the plurality of modulation codes has a distinct bit sequence shifted from an original bit sequence of a corresponding Hadamard code by n/2 bits, where n is a bit cycle of the original bit sequence of the corresponding Hadamard code. a plurality of light irradiating units (101, 102, 103), each respectively including a code generating unit (711, 721, 731) for generating a distinct one of a set of modulation codes based on Hadamard codes, a modulating unit (112, 122, 132) for generating an intensity-modulated signal modulated by the distinct modulation code generated by the corresponding code generating unit, and a light source (113, 123, 133) blinking by the intensity-modulated signal supplied from the light modulating unit; a light detecting unit for detecting light transmitted through a living body irradiated by light sources contained in the plurality of light irradiating units, and for outputting an electric signal; and a signal processing unit for computing correlations between the output signal of the light detecting unit and a plurality of modulation codes, each being equivalent to one of the distinct modulation codes generated by the code generating units contained in each of the light irradiating units; characterized in that each of the plurality of modulation codes has a distinct bit sequence shifted from an original bit sequence of a corresponding Hadamard code by n/2 bits, where n is a bit cycle of the original bit sequence of the corresponding Hadamard code.
A polymer comprising a structural unit represented by the following general formula: wherein X 1 is a tetravalent organic group, Z 1 is a divalent organic group, and "k" is an integer of 1 to 3.
A focus adjustment method for a charged particle beam device having a magnetic field lens used for focus adjustment and an astigmatism corrector, the focus adjustment method comprising: acquiring a plurality of first images having different focuses by varying an excitation current of the magnetic field lens within a focus search range, and determining a reference value of the excitation current of the magnetic field lens based on the plurality of first images; removing hysteresis from the magnetic field lens by setting the excitation current of the magnetic field lens outside the focus search range before varying the excitation current of the magnetic field lens within the focus search range; removing hysteresis from the magnetic field lens by setting the excitation current of the magnetic field lens outside the focus search range after varying the excitation current of the magnetic field lens within the focus search range; and acquiring a plurality of second images having different focuses and different astigmatisms by varying the excitation current of the magnetic field lens using the reference value as a reference and varying a stigma correction value of the astigmatism corrector at each excitation current, and then determining an optimum value of the excitation current of the magnetic field lens and an optimum value of the stigma correction value based on the plurality of second images. acquiring a plurality of first images having different focuses by varying an excitation current of the magnetic field lens within a focus search range, and determining a reference value of the excitation current of the magnetic field lens based on the plurality of first images; removing hysteresis from the magnetic field lens by setting the excitation current of the magnetic field lens outside the focus search range before varying the excitation current of the magnetic field lens within the focus search range; removing hysteresis from the magnetic field lens by setting the excitation current of the magnetic field lens outside the focus search range after varying the excitation current of the magnetic field lens within the focus search range; and acquiring a plurality of second images having different focuses and different astigmatisms by varying the excitation current of the magnetic field lens using the reference value as a reference and varying a stigma correction value of the astigmatism corrector at each excitation current, and then determining an optimum value of the excitation current of the magnetic field lens and an optimum value of the stigma correction value based on the plurality of second images.
An electrolyser module comprising a plurality of structural plates each having a sidewall extending between opposite end faces with a half cell chamber opening and at least two degassing chamber openings extending through said structural plate between said opposite end faces; said structural plates being arranged in face to face juxtaposition between opposite end pressure plates, each said half cell chamber opening at least partially housing electrolytic half cell components comprising at least an electrode, a bipolar plate in electrical communication with said electrode and a membrane, said structural plates and half cell components defining an array of series connected electrolytic cells surmounted by at least first and second degassing chambers each having an upper section above a lower section; said structural plates defining at least when in said face to face juxtaposition, respective gas-liquid passages extending between a top part of the half cell chambers and a bottom part of said upper section of said first and second degassing chambers to provide fluid communication between an anode part of said electrolytic cells and said first degassing chamber and between a cathode part of said electrolytic cells and said second degassing chamber; said structural plates further defining, at least when in said face to face juxtaposition respective degassed liquid passages extending between a bottom part of said first and second degassing chambers and a bottom part of said lower section of said half cell chambers for degassed liquid return from said first and second degassing chambers respectively to said anode and cathode parts of said electrolytic cells; said electrolyser module further comprising respective gas discharge and feed water passages extending therethrough and fluidly communicating with said degassing chambers for gas discharge from said degassing chambers and for feed water introduction into said degassing chambers, and wherein the electrolyser module also comprises at one or more cooling coils or cooling tubes in at least one of said first and second degassing chambers.
A laser beam machining device comprising a light exit point, which is provided for emitting unfocussed laser light, and a single lens after the light exit point in the direction of radiation, which focuses the laser light and is designed to guide the focussed laser light onto a machining point of a workpiece and which is movable in said direction of radiation, characterised in that a distance (m a, m b) between the lens and the light exit point and a distance (l a, l b) between the lens and the machining point of the workpiece and a distance between the light exit point and the aforementioned machining point are variable.
A method for preparing a borosilicate TON-framework type molecular sieve, comprising: (a) preparing a reaction mixture containing: at least one source of silicon; at least one source of boron; at least one source of an element selected from Groups 1 and 2 of the Periodic Table; hydroxide ions; a structure directing agent selected from the group consisting of a 1,3-dimethylimidazolium cation and a 1,4-bis(N-methylimidazolium)butane dication; and water; and (b) maintaining the reaction mixture under crystallization conditions sufficient to form crystals of the molecular sieve; wherein the molecular sieve is prepared from a reaction mixture comprising, in terms of mole ratios, the following: Si/B 20 to 200 M/Si 0.05 to 1.0 Q/Si 0.05 to 0.50 OH/Si 0.05 to 0.80 H 2 O/Si 15 to 100 wherein: M is selected from the group consisting of elements from Groups 1 and 2 of the Periodic Table; and Q is a structure directing agent selected from the group consisting of a 1,3-dimethylimidazolium cation and a 1,4-bis(N-methylimidazolium)butane dication. (a) preparing a reaction mixture containing: at least one source of silicon; at least one source of boron; at least one source of an element selected from Groups 1 and 2 of the Periodic Table; hydroxide ions; a structure directing agent selected from the group consisting of a 1,3-dimethylimidazolium cation and a 1,4-bis(N-methylimidazolium)butane dication; and water; and (b) maintaining the reaction mixture under crystallization conditions sufficient to form crystals of the molecular sieve; wherein M is selected from the group consisting of elements from Groups 1 and 2 of the Periodic Table; and Q is a structure directing agent selected from the group consisting of a 1,3-dimethylimidazolium cation and a 1,4-bis(N-methylimidazolium)butane dication.
A method for generating a reference frequency, the method comprising the steps of: generating a frequency reference signal; generating an RF local oscillator signal derived from the frequency reference signal at a communications synthesizer of a communications receiver; commanding a frequency adjustment for adjusting a frequency of the frequency reference signal; generating a GPS local oscillator signal, a frequency of the GPS local oscillator signal being derived from the reference signal; adjusting, in response to and substantially in synchronization with the commanding the frequency adjustment, the frequency of the GPS local oscillator signal based upon the frequency adjustment so as to maintain the frequency of the GPS local oscillator signal, wherein the adjusting step includes the sub-step of adjusting a relationship between the frequency of the GPS oscillator signal and the frequency of the frequency reference signal. generating a frequency reference signal; generating an RF local oscillator signal derived from the frequency reference signal at a communications synthesizer of a communications receiver; commanding a frequency adjustment for adjusting a frequency of the frequency reference signal; generating a GPS local oscillator signal, a frequency of the GPS local oscillator signal being derived from the reference signal; adjusting, in response to and substantially in synchronization with the commanding the frequency adjustment, the frequency of the GPS local oscillator signal based upon the frequency adjustment so as to maintain the frequency of the GPS local oscillator signal, wherein the adjusting step includes the sub-step of adjusting a relationship between the frequency of the GPS oscillator signal and the frequency of the frequency reference signal.
A recombinant adenovirus comprising a nucleotide sequence having at least 90% sequence identity over the entire sequence of SEQ ID NO: 12, or of its complementary sequence, wherein the adenovirus comprises a deletion in or of the E1 region, E3 region and/or E4 region said deletion rendering said recombinant virus a replication-defective virus.
A locking unit for a locking system of a door, in particular a self-locking additional locking element for a driving rod lock, with at least - a lock housing, - a locking element, - a latch that protrudes out of the lock housing with a latch segment and can be pressed back into the lock housing against a spring force, which in the installed state with the door in the closed state engages into a latch recess of a closure strip that is mounted or can be mounted to the door frame, and - a release lever situated on the latch, wherein the release lever is actuated by the closure strip while closing the door in such a way that a locking element is automatically moved from an unlocked position included in the lock housing into a locked position excluded from the lock housing, wherein the release lever can be actuated by a trip tab integrated into the latch recess, which divides the latch recess into at least two partial recesses (7a, 7b). - a lock housing, - a locking element, - a latch that protrudes out of the lock housing with a latch segment and can be pressed back into the lock housing against a spring force, which in the installed state with the door in the closed state engages into a latch recess of a closure strip that is mounted or can be mounted to the door frame, and - a release lever situated on the latch,
A drainage device for kitchen and bath facilities, said drainage device comprising: a drainage mechanism and an operating mechanism, said drainage mechanism is configured to be placed on a lower outlet of a basin, said drainage mechanism comprising: a downspout body provided with a hinged linkage unit operable to move an upper portion of the linkage in a vertical direction and a guide unit for guiding vertical movement; a pipe cover connected with an upper portion of the linkage unit; and a coupling member which is led out from a sidewall of the downspout body, wherein one end of the coupling member is connected with the linkage unit, and the other end of the coupling member is connected with an operating mechanism which is adapted to operate the linkage unit; wherein the linkage unit comprises a lower rocking rod, a middle linking rod hingedly connected with the lower rocking rod, and a lifting rod guided by the guide unit, wherein the coupling member is connected with the lower rocking rod, and a lower frame is provided in the downspout body, wherein a lower end of the lower rocking rod is hingedly connected with the lower frame; wherein the coupling member comprises a coupling wire made of steel and a coupling base, wherein the coupling base is connected with the lower rocking rod, characterized in that a first coupling ball is provided on one end of the coupling wire and rotatably stuck in the coupling base. a downspout body provided with a hinged linkage unit operable to move an upper portion of the linkage in a vertical direction and a guide unit for guiding vertical movement; a pipe cover connected with an upper portion of the linkage unit; and a coupling member which is led out from a sidewall of the downspout body, wherein one end of the coupling member is connected with the linkage unit, and the other end of the coupling member is connected with an operating mechanism which is adapted to operate the linkage unit; wherein the linkage unit comprises a lower rocking rod, a middle linking rod hingedly connected with the lower rocking rod, and a lifting rod guided by the guide unit, wherein the coupling member is connected with the lower rocking rod, and a lower frame is provided in the downspout body, wherein a lower end of the lower rocking rod is hingedly connected with the lower frame; wherein the coupling member comprises a coupling wire made of steel and a coupling base, wherein the coupling base is connected with the lower rocking rod, characterized in that a first coupling ball is provided on one end of the coupling wire and rotatably stuck in the coupling base.
Assembly, in particular for measuring a process variable, consisting of a measuring instrument having a process connection and a housing, which is partially rotationally symmetrical at least in the region of the process connection, and of an adapter (200, 200a) having a through-hole, which extends in the axial direction, and a sealing web in the through-hole, there being a releasable and sealed connection between the measuring instrument and the adapter by way of two sealing surfaces, characterized in that at least one of the sealing surfaces has a parylene coating.
A method for artifact management in intravascular rotational imaging, the method comprising the steps of: acquiring rotational image data from a rotating probe of an intravascular rotational imaging system by employing a helical scanning pattern over N revolutions, where N is greater than 1, wherein each frame of the image data comprises a seam line artifact and a guidewire shadow artifact; processing the data to produce an intravascular image, wherein the seam line artifact overlaps with the guidewire artifact in the image; and displaying the processed image. acquiring rotational image data from a rotating probe of an intravascular rotational imaging system by employing a helical scanning pattern over N revolutions, where N is greater than 1, wherein each frame of the image data comprises a seam line artifact and a guidewire shadow artifact; processing the data to produce an intravascular image, wherein the seam line artifact overlaps with the guidewire artifact in the image; and displaying the processed image.
Safety valve assembly for water inlet hoses of washing machines and dishwashers, of the type comprising a valve body formed by an upper half-shell and a lower half-shell, an inner shank equipped with an upper part provided at a ring nut for fixing to the water inlet faucet and a lower valve guide, wherein an axial chamber is formed between the lower valve guide and said shank and wherein an annular chamber is formed between the shank and said half-shells (91,92), a membrane being provided to divide said annular chamber into an upper compartment and a lower compartment, a filter being further arranged at said upper portion of the shank, coupled by interlocking to a respective upper valve guide, said filter being provided with a filtering part and with axial feet (54a, 54b, 54c), each provided with a respective seat (55a, 55b, 55c), characterized in that said upper valve guide, at its attachment to the filter, has feet (56a, 56b, 56c) also having seats (57a, 57b, 57c), which, in the coupled condition of the upper valve guide with the filter, form, together with the corresponding seats (55a, 55b, 55c) of the filter, a slot suitable for receiving a gasket in the coupling position of the filter and the upper valve guide.
Method of modernising a drive of a lift installation, wherein an existing drive is replaced by a new drive, the new drive is arranged outside the space occupied by the existing drive and the position of cage and counterweight relative to one another and with respect to shaft space boundaries remains substantially unchanged, characterised in that the new drive is transported in its entirety or in modules by means of the existing drive and the cage into the vicinity of the installing location, preferably an uppermost storey, the new drive is if required assembled and/or completed in the vicinity of the installing location and the new drive is raised in the shaft head and fastened, wherein advantageously a traction or hoist device is used for the raising.
A battery management system for a battery including a sensor for measuring a swelling of the battery, the battery management system comprising: a controller in electrical communication with the sensor, the controller being configured to execute a program stored in the controller to determine a state of health percentage of the battery based on a reading from the sensor; wherein the controller is configured to execute a program stored in the controller to determine a state of health percentage of the battery by correlating changes in force measurement signals from the sensor to a force incremental capacity curve stored in a memory of the controller, and wherein the force incremental capacity curve is derived by: (i) measuring a force indicative of swelling within a reference battery over a time period of charge or discharge, wherein the battery is a same type as the reference battery; (ii) taking the change of stored charge with respect to changes in force at given times over the time period of charge or discharge to calculate the derivative of the charge or discharge capacity with respect to force (dQ/dF); and (iii) correlating the derivative of the charge or discharge capacity with respect to force (dQ/dF) versus voltage. a controller in electrical communication with the sensor, the controller being configured to execute a program stored in the controller to determine a state of health percentage of the battery based on a reading from the sensor; wherein the controller is configured to execute a program stored in the controller to determine a state of health percentage of the battery by correlating changes in force measurement signals from the sensor to a force incremental capacity curve stored in a memory of the controller, and wherein the force incremental capacity curve is derived by: (i) measuring a force indicative of swelling within a reference battery over a time period of charge or discharge, wherein the battery is a same type as the reference battery; (ii) taking the change of stored charge with respect to changes in force at given times over the time period of charge or discharge to calculate the derivative of the charge or discharge capacity with respect to force (dQ/dF); and (iii) correlating the derivative of the charge or discharge capacity with respect to force (dQ/dF) versus voltage. (i) measuring a force indicative of swelling within a reference battery over a time period of charge or discharge, wherein the battery is a same type as the reference battery; (ii) taking the change of stored charge with respect to changes in force at given times over the time period of charge or discharge to calculate the derivative of the charge or discharge capacity with respect to force (dQ/dF); and (iii) correlating the derivative of the charge or discharge capacity with respect to force (dQ/dF) versus voltage.