mhurhangee/patent-ind-claim-en huggingface dataset:
A cassette assembly comprising: a cover ; a first cassette half ; a second cassette half ; and a slider , wherein the cover is configured to be positioned onto the first cassette half and the second cassette half and keep the first cassette half and second cassette half together with the slider sandwiched between the first cassette half and the second cassette half ; the slider comprises N ≥2 test chambers in the form of through holes through the slider ; characterized in that each of the first cassette half and the second cassette half comprises: N waste tanks connected in series and separated by respective walls ; and an excessive liquid tank in fluid connection with the waste tanks by a vertical outlet channel and by an air valve ; an inlet port of the first cassette half is configured to receive a liquid to sequentially fill each waste tank and a head space defined above the waste tanks ; and the air valves are configured to be opened to drain liquid in the head spaces into the excessive liquid tanks through the vertical outlet channels and to form a separation of equal volumes of liquid in the waste tanks . a cover ; a first cassette half ; a second cassette half ; and a slider , wherein the cover is configured to be positioned onto the first cassette half and the second cassette half and keep the first cassette half and second cassette half together with the slider sandwiched between the first cassette half and the second cassette half ; the slider comprises N ≥2 test chambers in the form of through holes through the slider ; characterized in that each of the first cassette half and the second cassette half comprises: N waste tanks connected in series and separated by respective walls ; and an excessive liquid tank in fluid connection with the waste tanks by a vertical outlet channel and by an air valve ; N waste tanks connected in series and separated by respective walls ; and an excessive liquid tank in fluid connection with the waste tanks by a vertical outlet channel and by an air valve ; an inlet port of the first cassette half is configured to receive a liquid to sequentially fill each waste tank and a head space defined above the waste tanks ; and the air valves are configured to be opened to drain liquid in the head spaces into the excessive liquid tanks through the vertical outlet channels and to form a separation of equal volumes of liquid in the waste tanks .
A capacitive textile electrode for the capacitive measurement of electrical signals, in particular of biosignals, wherein the electrode has a multilayer structure, which comprises at least two electrically conductive layers of a textile material and at least one insulating layer arranged between the at least two electrically conductive layers and at least one amplifier electronics system for amplifying the electrical signals emitted by the capacitive electrode , wherein the amplifier electronics system is integrated in the multilayer structure of the capacitive electrode and comprises at least two connection areas wherein the at least two electrically conductive layers comprise one or all of the following features a), b) : a) at least one or more or all of the electrically conductive layers comprise(s) or consist(s) of a prefabricated textile EMC shielding material, b) at least one or more or all of the electrically conductive layers are formed as textile pieces trimmed by a laser beam, wherein the at least one insulating layer comprises at least one clearance , characterized in that each of the at least two electrically conductive layers comprises a contact link which is cut out of the textile material of the electrically conductive layers , wherein at least one of the contact links overlaps with the at least one clearance and is electrically connected with one of the at least two contact areas through the at least one clearance. a) at least one or more or all of the electrically conductive layers comprise(s) or consist(s) of a prefabricated textile EMC shielding material, b) at least one or more or all of the electrically conductive layers are formed as textile pieces trimmed by a laser beam,
Method for providing a temporary connection between two objects (101,102; 201,202; 301,302; 401,402; 501,502; 601,602; 801,802) that are movable in relation to each other, such that one (101;201;301;401;501;601;801) of the two objects is fixedly arranged while the other object (102;202;302;402;502;602;802) is movable relative to the first object, wherein one (201;301) of the objects is fixedly installed at a quay (203;303) and another (202;302) of the objects is fixedly installed on a boat or a ship (204;304) floating on a water surface by the quay, wherein the first of said objects comprises a first connecting means (114;214;314;414;514;614;814) and a second of said objects comprises a second connecting means (154;254;354;454;554;654;854), whereby said temporary connection is established by the two connecting means being approached and connected to each other, wherein the connection is a connection for delivering electrical power between the objects, whereby a control means (120;220;320) continuously controls the motions of a movable first robot (110;210;310;410;510;610;810), so that the first connecting means is thereby displaced relative to the first object, whereby a sensor means (130;230;330) continuously measures a relative position between the first object or the first connecting means and the second connecting means while the said objects move relative to each other, and, while said first and second objects move relative to each other, the control means, based upon a signal from the sensor means, continuously controls the first robot so that the first connecting means is displaced relative to the first object and up to the second connecting means, and connects to the second connecting means so that said temporary connection is thus established, wherein the objects are approachedfrom a first separated position, in which the objects are located at such a distance from each other so that it is not possible to establish the connection, to a parked position, in which the objects are located so close to each other that the first robot can reach to achieve said connection and in which respective equilibrium positions or centres of motion about which the objects possibly move are immobile in relation to each other, and wherein the control means is caused to control the first robot so that the connection is established while the objects move so that they are approachedfrom the first separated position towards the parked position and before the objects have time to reach the parked position.
A method for the preparation of compound of formula , the method comprises two steps STEP1 and STEP2, in STEP1 compound of formula is reacted in a reaction REAC1 with KNO 2 in the presence of HCl providing the diazonium salt of compound of formula ; in STEP2 the diazonium salt of compound of formula is reacted in a reaction REAC2 with KI providing compound of formula . the method comprises two steps STEP1 and STEP2, in STEP1 compound of formula is reacted in a reaction REAC1 with KNO 2 in the presence of HCl providing the diazonium salt of compound of formula ; in STEP2 the diazonium salt of compound of formula is reacted in a reaction REAC2 with KI providing compound of formula .
A compound having Formula I : or a pharmaceutically acceptable salt or hydrate thereof, wherein: R 1 is selected from the group consisting of ethyl and cyclopropyl; R 2a , R 2b , R 3a , and R 3b are selected from the group consisting of hydrogen and C 1-4 alkyl; X is selected from the group consisting of -N(-Y-Z)- and -CH[N(H)-Y-Z]-; Y is selected from the group consisting of -C(=O)- and -S(=O) 2 -; Z is selected from the group consisting of -CH=CH 2 , -CH=C(H)CH 2 NH 2 , -CH=C(H)CH 2 N(H)CH 3 , -CH=C(H)CH 2 N(CH 3 ) 2 , -CH=C(H)CH 2 CH 2 NH 2 , -CH=C(H)CH 2 CH 2 N(H)CH 3 , -CH=C(H)CH 2 CH 2 N(CH 3 ) 2 , -CH 2 Cl, -CH 2 Br, and -CH 2 I; n is 0 or 1; and m is 0 or 1. R 1 is selected from the group consisting of ethyl and cyclopropyl; R 2a , R 2b , R 3a , and R 3b are selected from the group consisting of hydrogen and C 1-4 alkyl; X is selected from the group consisting of -N(-Y-Z)- and -CH[N(H)-Y-Z]-; Y is selected from the group consisting of -C(=O)- and -S(=O) 2 -; Z is selected from the group consisting of -CH=CH 2 , -CH=C(H)CH 2 NH 2 , -CH=C(H)CH 2 N(H)CH 3 , -CH=C(H)CH 2 N(CH 3 ) 2 , -CH=C(H)CH 2 CH 2 NH 2 , -CH=C(H)CH 2 CH 2 N(H)CH 3 , -CH=C(H)CH 2 CH 2 N(CH 3 ) 2 , -CH 2 Cl, -CH 2 Br, and -CH 2 I; n is 0 or 1; and m is 0 or 1.
A wireless receiver for detecting data packets in a received signal, comprising: means for detecting the presence of a data packet in the received signal using a packet detection test comprising a variable detection parameter, for generating a multilevel packet detect signal in response to detection of a data packet, wherein the multilevel packet detect signal indicates a probability that a packet was detected, and for adjusting the detection parameter based on a false detection metric; means for processing the data packet according to one of at least three processing paths based on the received multilevel packet detect signal, and for generating an error signal in the event of a failure to decode or extract valid data from the data packet; and means for determining the false detection metric based on the error signal. means for detecting the presence of a data packet in the received signal using a packet detection test comprising a variable detection parameter, for generating a multilevel packet detect signal in response to detection of a data packet, wherein the multilevel packet detect signal indicates a probability that a packet was detected, and for adjusting the detection parameter based on a false detection metric; means for processing the data packet according to one of at least three processing paths based on the received multilevel packet detect signal, and for generating an error signal in the event of a failure to decode or extract valid data from the data packet; and means for determining the false detection metric based on the error signal.
Device for analyzing particles, comprising • a glass capillary tube as a measuring cell, comprising a hollow channel for receiving or conducting a measurement sample containing the particles , said hollow channel having a hollow-channel longitudinal axis and a hollow-channel inner wall , • a light source for generating a light beam and an optical apparatus for coupling the light beam into the hollow channel at a coupling site for the purpose of illuminating the measurement sample, the light beam having an angle of incidence Φ with respect to the hollow-channel longitudinal axis of less than 2° when entering the hollow channel , and • a detector for detecting scattered light emerging from the hollow channel , characterized in that • the hollow channel has an internal diameter D H in the range from 10 μm to 60 μm, and • the light beam has a radial light intensity distribution having a minimum beam diameter D L , wherein the following applies to the diameter ratio D L /D H : 0.05 < D L /D H < 2.00. • a glass capillary tube as a measuring cell, comprising a hollow channel for receiving or conducting a measurement sample containing the particles , said hollow channel having a hollow-channel longitudinal axis and a hollow-channel inner wall , • a light source for generating a light beam and an optical apparatus for coupling the light beam into the hollow channel at a coupling site for the purpose of illuminating the measurement sample, the light beam having an angle of incidence Φ with respect to the hollow-channel longitudinal axis of less than 2° when entering the hollow channel , and • a detector for detecting scattered light emerging from the hollow channel , characterized in that • the hollow channel has an internal diameter D H in the range from 10 μm to 60 μm, and • the light beam has a radial light intensity distribution having a minimum beam diameter D L , wherein the following applies to the diameter ratio D L /D H : 0.05 < D L /D H < 2.00.
A dialysis system for wirelessly charging a portable medical device related to dialysis treatment via radiofrequency transmissions from a dialysis machine, the dialysis system comprising: a dialysis machine comprising a sensor configured to detect a presence of a portable medical device, and a transmitter configured to transmit radiofrequency signals from the dialysis machine to the portable medical device to power a component of the portable medical device; and the portable medical device related to dialysis treatment, the device comprising a receiver that includes an antenna configured to wirelessly receive energy from radiofrequency signals from the dialysis machine, a generator coupled to the receiver, the generator configured to convert the radiofrequency signals into electrical energy, an energy cell coupled to the generator, the energy cell configured to store the electrical energy, and a power consumption component communicably coupled to the energy cell to consume the stored electrical energy. a dialysis machine comprising a sensor configured to detect a presence of a portable medical device, and a transmitter configured to transmit radiofrequency signals from the dialysis machine to the portable medical device to power a component of the portable medical device; and a sensor configured to detect a presence of a portable medical device, and a transmitter configured to transmit radiofrequency signals from the dialysis machine to the portable medical device to power a component of the portable medical device; and the portable medical device related to dialysis treatment, the device comprising a receiver that includes an antenna configured to wirelessly receive energy from radiofrequency signals from the dialysis machine, a generator coupled to the receiver, the generator configured to convert the radiofrequency signals into electrical energy, an energy cell coupled to the generator, the energy cell configured to store the electrical energy, and a power consumption component communicably coupled to the energy cell to consume the stored electrical energy. a receiver that includes an antenna configured to wirelessly receive energy from radiofrequency signals from the dialysis machine, a generator coupled to the receiver, the generator configured to convert the radiofrequency signals into electrical energy, an energy cell coupled to the generator, the energy cell configured to store the electrical energy, and a power consumption component communicably coupled to the energy cell to consume the stored electrical energy.
A method for drawing pixels from a sampling region, wherein the pixels are drawn at a higher resolution from a low resolution sampling region, the method comprising: receiving a fragment with a low resolution sampling region from a rasterizer; applying temporal supersampling to the fragment over a plurality of prior frames for obtaining a plurality of color values within the sampling region, wherein the applying of the supersampling comprises sampling at a different location every frame according to a sampling pattern; reconstituting a plurality of high resolution pixels in a buffer based on the plurality of color values obtained via the temporal supersampling; and sending , from the buffer, the plurality of pixels for presentation on a display, characterised in that the sampling pattern is a quasi-random jittered sampling pattern. receiving a fragment with a low resolution sampling region from a rasterizer; applying temporal supersampling to the fragment over a plurality of prior frames for obtaining a plurality of color values within the sampling region, wherein the applying of the supersampling comprises sampling at a different location every frame according to a sampling pattern; reconstituting a plurality of high resolution pixels in a buffer based on the plurality of color values obtained via the temporal supersampling; and sending , from the buffer, the plurality of pixels for presentation on a display, characterised in that the sampling pattern is a quasi-random jittered sampling pattern.
A system comprising at least two devices , one device comprising one or more processors configured to: receive , from one or more source devices , first information relating to a plurality of programs provided by a media content service provider, the plurality of programs including media content; generate a program schedule based on the first information, the program schedule identifying at least a program of the plurality of programs; publish , for delivery to at least one other device of the system, the program schedule for enrichment using second information that is different from the first information, the at least one other device of the system is configured to subscribe to receive the published program schedule; receive from the at least one other device the second information based on publishing the program schedule, wherein the at least one other device is configured to aggregate the second information from a plurality of external source devices that are different from the one or more source devices and is further configured to provide the second information to the one device , determining that more than a threshold quantity of the plurality of external source devices provide the second information that is different from the first information; and generate an enriched program schedule using the program schedule and the second information replacing the first information based on determining that more than the threshold quantity of the plurality of external source devices provide the second information that is different from the first information. receive , from one or more source devices , first information relating to a plurality of programs provided by a media content service provider, the plurality of programs including media content; generate a program schedule based on the first information, the program schedule identifying at least a program of the plurality of programs; publish , for delivery to at least one other device of the system, the program schedule for enrichment using second information that is different from the first information, the at least one other device of the system is configured to subscribe to receive the published program schedule; receive from the at least one other device the second information based on publishing the program schedule, wherein the at least one other device is configured to aggregate the second information from a plurality of external source devices that are different from the one or more source devices and is further configured to provide the second information to the one device , determining that more than a threshold quantity of the plurality of external source devices provide the second information that is different from the first information; and generate an enriched program schedule using the program schedule and the second information replacing the first information based on determining that more than the threshold quantity of the plurality of external source devices provide the second information that is different from the first information.
A valve packing assembly , comprising: a first end ring consisting of a first inner ring and a first outer ring , the first end ring configured to position the first inner ring adjacent to a movable valve stem of a valve and to position the first outer ring away from the movable valve stem ; a second end ring consisting of a second inner ring and a second outer ring , the second end ring configured to position the second inner ring adjacent to the movable valve stem and to position the second outer ring away from the movable valve stem ; and at least one sealing ring configured to be positioned between the first end ring and the second end ring , characterized in that each of the first inner ring and the second inner ring defines an annular recess configured to retain a respective one of the first outer ring or the second outer ring in a volume defined between the first inner ring or the second inner ring , a body of the valve , and the at least one sealing ring . a first end ring consisting of a first inner ring and a first outer ring , the first end ring configured to position the first inner ring adjacent to a movable valve stem of a valve and to position the first outer ring away from the movable valve stem ; a second end ring consisting of a second inner ring and a second outer ring , the second end ring configured to position the second inner ring adjacent to the movable valve stem and to position the second outer ring away from the movable valve stem ; and at least one sealing ring configured to be positioned between the first end ring and the second end ring , characterized in that each of the first inner ring and the second inner ring defines an annular recess configured to retain a respective one of the first outer ring or the second outer ring in a volume defined between the first inner ring or the second inner ring , a body of the valve , and the at least one sealing ring .
A fluid coupling, comprising: a first member configured for connection with a first fluid conduit ; a second member configured for connection with a second fluid conduit ; a nut disposed at least partially around the first member, the nut configured to engage the second member; and a sleeve configured to rotate the nut and cause or facilitate engagement between the nut and the second member, wherein the sleeve includes a tab configured to engage a recess of a flange of the second member, wherein the nut includes an internal curved portion , the first member includes a flange , and the internal curved portion is configured to abut the flange of the first member. a first member configured for connection with a first fluid conduit ; a second member configured for connection with a second fluid conduit ; a nut disposed at least partially around the first member, the nut configured to engage the second member; and a sleeve configured to rotate the nut and cause or facilitate engagement between the nut and the second member, wherein the sleeve includes a tab configured to engage a recess of a flange of the second member, wherein the nut includes an internal curved portion , the first member includes a flange , and the internal curved portion is configured to abut the flange of the first member.