mhurhangee/ep-ind-claims huggingface dataset:
A method for the selection of aptamers that comprises the following steps: a) combining a library of oligonucleotides that contain a random region flanked by two primer recognition sites (selection library) with blocker oligonucleotides (blockers) that anneal to the primer recognition sites to obtain a blocked selection library; b) exposing the blocked selection library to an immobilization field comprising random immobilized antisense oligonucleotides; c) removing sequences from the blocked selection library that are not bound to the immobilization field; d) recovering blocked selection library that were bound to the immobilization field; e) combining and incubating these recovered blocked selection library sequences with a target analyte; f) exposing the mixture of step e) with an immobilization field as in step b); g) retaining those blocked selection library sequences that do not bind to the immobilization field; h) exposing the retained blocked selection library sequences to PCR amplification; i) repeating steps a) to h) to achieve the level of selection desired. a) combining a library of oligonucleotides that contain a random region flanked by two primer recognition sites (selection library) with blocker oligonucleotides (blockers) that anneal to the primer recognition sites to obtain a blocked selection library; b) exposing the blocked selection library to an immobilization field comprising random immobilized antisense oligonucleotides; c) removing sequences from the blocked selection library that are not bound to the immobilization field; d) recovering blocked selection library that were bound to the immobilization field; e) combining and incubating these recovered blocked selection library sequences with a target analyte; f) exposing the mixture of step e) with an immobilization field as in step b); g) retaining those blocked selection library sequences that do not bind to the immobilization field; h) exposing the retained blocked selection library sequences to PCR amplification; i) repeating steps a) to h) to achieve the level of selection desired.
A cutting tip, comprising: a working end portion disposed along an axis of the cutting tip and including one or more cutting edges for machining a workpiece; and a mounting portion disposed along the axis of the cutting tip, the mounting portion includes a frustoconical supporting surface tip portion and a frustoconical threaded portion, wherein the frustoconical supporting surface tip portion provides axial support for the cutting tip relative to a cutting tip holder, wherein the frustoconical threaded portion is a continuously threaded portion adjacent to the frustoconical supporting surface tip portion, wherein the working end portion includes a first end proximate the one or more cutting edges and a second end and characterised in that the frustoconical supporting surface tip portion is farther from the first end of the working end portion than the frustoconical threaded portion. a working end portion disposed along an axis of the cutting tip and including one or more cutting edges for machining a workpiece; and a mounting portion disposed along the axis of the cutting tip, the mounting portion includes a frustoconical supporting surface tip portion and a frustoconical threaded portion, wherein the frustoconical supporting surface tip portion provides axial support for the cutting tip relative to a cutting tip holder, wherein the frustoconical threaded portion is a continuously threaded portion adjacent to the frustoconical supporting surface tip portion, wherein the working end portion includes a first end proximate the one or more cutting edges and a second end and characterised in that the frustoconical supporting surface tip portion is farther from the first end of the working end portion than the frustoconical threaded portion.
A flame scanner including terminals for connection to a controller, the flame scanner comprising: a photodiode to generate a detection signal; and a signal conditioner coupled to the photodiode, the signal conditioner to generate an output signal across the terminals, the output signal emulating an output of an ultraviolet tube flame scanner; wherein the signal conditioner comprises a pulse generator; wherein the signal conditioner comprises an amplifier to receive the detection signal and generate a voltage in response to the detection signal; characterized in that the signal conditioner comprises a voltage-to-frequency converter to receive the voltage and generate a waveform in response to the voltage; in that the pulse generator generates the output signal in response to the waveform and in that the pulse generator comprises components that are adjustable such that the signal conditioner can emulate different types of ultraviolet tube flame scanner. a photodiode to generate a detection signal; and a signal conditioner coupled to the photodiode, the signal conditioner to generate an output signal across the terminals, the output signal emulating an output of an ultraviolet tube flame scanner; wherein the signal conditioner comprises a pulse generator; wherein the signal conditioner comprises an amplifier to receive the detection signal and generate a voltage in response to the detection signal; characterized in that the signal conditioner comprises a voltage-to-frequency converter to receive the voltage and generate a waveform in response to the voltage; in that the pulse generator generates the output signal in response to the waveform and in that the pulse generator comprises components that are adjustable such that the signal conditioner can emulate different types of ultraviolet tube flame scanner.
Cover for a coffee cup, the cover comprising: - a substantially flat circular central portion configured to engage an upper surface of a cup part of a coffee cup and to cover an upper opening of said coffee cup, the cover being configured for tearing when the coffee cup is being filled with fluid under pressure, - a skirt extending downwardly from the circumference of the central portion, the skirt having a skirt length, wherein the skirt length is larger than the thickness of the outer edge of the flange, the skirt being configured to be bent around the outer edge of the flange, characterised in that it further comprises: - a circular beaded edge defining the end of the skirt, wherein the beaded edge of the cover extends outwardly from the skirt over a distance and does not extend inwardly from the skirt, thereby providing free access of the upper surface of the cup part to engage an underside of the central portion of the cover including the corner of the central portion where the central portion meets the skirt, the beaded edge being configured to be deformed against an underside of the flange of the cup part in order to secure the cover onto the cup part and form the coffee cup. - a substantially flat circular central portion configured to engage an upper surface of a cup part of a coffee cup and to cover an upper opening of said coffee cup, the cover being configured for tearing when the coffee cup is being filled with fluid under pressure, - a skirt extending downwardly from the circumference of the central portion, the skirt having a skirt length, wherein the skirt length is larger than the thickness of the outer edge of the flange, the skirt being configured to be bent around the outer edge of the flange, - a circular beaded edge defining the end of the skirt, wherein the beaded edge of the cover extends outwardly from the skirt over a distance and does not extend inwardly from the skirt, thereby providing free access of the upper surface of the cup part to engage an underside of the central portion of the cover including the corner of the central portion where the central portion meets the skirt, the beaded edge being configured to be deformed against an underside of the flange of the cup part in order to secure the cover onto the cup part and form the coffee cup.
Method for grinding macroalgae in a process chamber, wherein at least a first conveying device (7.1) and at least a first grinding device (7.2) are arranged in the process chamber, wherein the method comprises the steps of: filling the macroalgae into the first conveying device (7.1); feeding the macroalgae to the first grinding device (7.2) by means of the first conveying device (7.1); grinding the macroalgae in the first grinding device (7.2) by means of pressure, friction and/or shearing; and discharging the ground macroalgae from the first grinding device (7.2) by subsequently conveyed macroalgae; characterized in that the moisture content of the macroalgae in the first conveying device (7.1) is set in such a way that the ground macroalgae are pasty when discharged from the first grinding device (7.2). filling the macroalgae into the first conveying device (7.1); feeding the macroalgae to the first grinding device (7.2) by means of the first conveying device (7.1); grinding the macroalgae in the first grinding device (7.2) by means of pressure, friction and/or shearing; and discharging the ground macroalgae from the first grinding device (7.2) by subsequently conveyed macroalgae; characterized in that the moisture content of the macroalgae in the first conveying device (7.1) is set in such a way that the ground macroalgae are pasty when discharged from the first grinding device (7.2).
A patient support comprising a frame, a deck supported by the frame, a mattress supported by the deck, an actuator configured to move at least one of a portion of the frame and a portion of the deck, characterised by a plurality of foot-actuated controls, each control associated with a specific function of the patient support, each control including a control member and a field sensor configured to detect a change in a field caused by a change in position of the control member, one of the controls configured to control operation of the actuator based upon the change in position and whether the direction of movement of the control member is up or down such that the at least one of a portion of the frame and a portion of the deck is moved in a corresponding direction, up or down.
A temperature measurement system (200, 500), comprising: a first chip (202, 502), integrating a silicon transducer (220, 551) with at least one first PN junction element (230, 521); a first temperature measurement circuit (250, 510) electrically connected to the silicon transducer (220, 511) for measuring and obtaining a first difference value (Ta-Tb) between a temperature (Ta) of an object under test and a temperature (Tb) of the first chip (202, 502); at least one second PN junction element arranged at a second chip (204, 504) to sense a temperature (Tc) of the second chip (204, 504); a second temperature measurement circuit (250, 520) electrically connected to the first PN junction element (230, 521) and the second PN junction element configured for measuring and obtaining a second difference value (Tb-Tc) between the temperature (Tb) of the first chip (202, 502) and the temperature (Tc) of the second chip (204, 504); a third temperature measurement circuit (270, 530) comprising at least one third PN junction element (280, 532), and the third temperature measurement circuit (270, 530) arranged at the second chip (204, 504) to measure and obtain the temperature (Tc) of the second chip (204, 504); and a processing unit (290, 506) configured for calculating the first difference value (Ta-Tb), the second difference value (Tb-Tc) and the temperature value (Tc) of the second chip (204, 504) to obtain a temperature value (Ta) of the object under test. a first chip (202, 502), integrating a silicon transducer (220, 551) with at least one first PN junction element (230, 521); a first temperature measurement circuit (250, 510) electrically connected to the silicon transducer (220, 511) for measuring and obtaining a first difference value (Ta-Tb) between a temperature (Ta) of an object under test and a temperature (Tb) of the first chip (202, 502); at least one second PN junction element arranged at a second chip (204, 504) to sense a temperature (Tc) of the second chip (204, 504); a second temperature measurement circuit (250, 520) electrically connected to the first PN junction element (230, 521) and the second PN junction element configured for measuring and obtaining a second difference value (Tb-Tc) between the temperature (Tb) of the first chip (202, 502) and the temperature (Tc) of the second chip (204, 504); a third temperature measurement circuit (270, 530) comprising at least one third PN junction element (280, 532), and the third temperature measurement circuit (270, 530) arranged at the second chip (204, 504) to measure and obtain the temperature (Tc) of the second chip (204, 504); and a processing unit (290, 506) configured for calculating the first difference value (Ta-Tb), the second difference value (Tb-Tc) and the temperature value (Tc) of the second chip (204, 504) to obtain a temperature value (Ta) of the object under test.
Connection system for fastening a limb of a mannequin to a torso of the mannequin, in which the connection system has a torso connection element and a limb connection element and the limb connection element may be fastened to the torso connection element so that it may be detached, in which the limb connection element may be fastened to the torso connection element through a magnetic connection, in which one of the connection elements (14, 26) has a first stud, which may be introduced into a first opening of the other one of the connection elements (14, 26), characterised in that in the area of the first opening a first projection is provided, which may reach through to the first stud through a second projection when the connection elements (14, 26) are not in the completely connected state, in which the first stud has an end area, which finally may be introduced into the first opening when the connection elements (14, 26) are connected, in which the end area has the shape of a polygon in cross section and the first opening has the shape of a polygon in cross section and the end area may be introduced into the first opening at least partly with positive locking, in which the first stud sticks out from a main body of one of the connection elements (14, 26) at an angle of between 1° und 89, on which the first stud is formed or arranged.
A curing composition for use as a sealant, adhesive or coating compound comprising a polymer having two or more thiol groups per molecule, a compound having two or more isocyanate groups per molecule, and carbon black, and further comprising a filler containing 60 wt.% or more of silicic acid or a silicate, or further comprising an organic filler containing 90 wt.% or more of pulverized coal, wherein the polymer having two or more thiol groups per molecule is a polysulfide polyether polymer including a polyether section represented by -(R 1 O) n - where R 1 represents an alkylene group having the carbon number of 2 to 4, and n represents an integer of 6 to 200, a structural unit represented by -(C 2 H 4 OCH 2 OC 2 H 4 -S X), where x represents an integer of 1 to 5 in a main chain, and in addition, has thiol groups represented by -C 2 H 4 OCH 2 OC 2 H 4 -SH and/or -CH 2 CH CH 2 -SH at terminals; or a polysulfide polymer including a structural unit represented by -(C 2 H 4 OCH 2 OC 2 H 4 -S x), where x represents an integer of 1 to 5 in a main chain and has thiol groups represented by -C 2 H 4 OCH 2 OC 2 H 4 -SH at terminals, and the filler containing 60 wt.% or more of silicic acid or a silicate is perlite, white carbon, or acid clay.
A method of sending control information, the method being carried out by a base station and comprising: acquiring an index, in a preset Demodulation Reference Signal, DMRS, configuration table, of DMRS configuration information of a physical downlink shared channel; and sending the index to a terminal through downlink control information, characterized in that, the method further comprises: sending indication information to the terminal through the downlink control information, wherein the indication information is configured to indicate a Transmission Reception Point, TRP, type of a TRP corresponding to the index, and the TRP type is single-point transmission or multi-point transmission, wherein the index comprises a first-level index and a second-level index corresponding to the first-level index; the first-level index is an index associated with the total number of ports in the DMRS configuration table; the second-level index is an index associated with a port number in the DMRS configuration table. acquiring an index, in a preset Demodulation Reference Signal, DMRS, configuration table, of DMRS configuration information of a physical downlink shared channel; and sending the index to a terminal through downlink control information, characterized in that, the method further comprises: sending indication information to the terminal through the downlink control information, wherein the indication information is configured to indicate a Transmission Reception Point, TRP, sending indication information to the terminal through the downlink control information, wherein the indication information is configured to indicate a Transmission Reception Point, TRP, type of a TRP corresponding to the index, and the TRP type is single-point transmission or multi-point transmission, wherein the index comprises a first-level index and a second-level index corresponding to the first-level index; the first-level index is an index associated with the total number of ports in the DMRS configuration table; the second-level index is an index associated with a port number in the DMRS configuration table.
An acoustic wave bandpass filter comprising at least two bulk acoustic wave resonators, laterally acoustically coupled together, each resonator comprising a layer of piezoelectric material (P iezo) and at least one first electrode (E s1, E s2, E s) and/or one second electrode (E i1, E i2, E s), said bulk waves propagating in a direction perpendicular to the plane of the layer of piezoelectric material, characterised in that: - it further comprises at least one first phononic crystal structure (CP 1) having a periodic arrangement of a plurality of acoustically different materials generating stop bands corresponding to frequency ranges, for which no acoustic wave propagates between said resonators, and being disposed so as to be able to decrease the transmission coefficient of the lateral acoustic waves in a direction parallel to the plane of the piezoelectric layer; - the first phononic crystal structure is formed in a matrix of dielectric material or with patterns made of dielectric material. - it further comprises at least one first phononic crystal structure (CP 1) having a periodic arrangement of a plurality of acoustically different materials generating stop bands corresponding to frequency ranges, for which no acoustic wave propagates between said resonators, and being disposed so as to be able to decrease the transmission coefficient of the lateral acoustic waves in a direction parallel to the plane of the piezoelectric layer; - the first phononic crystal structure is formed in a matrix of dielectric material or with patterns made of dielectric material.
A method for managing multiple component carriers comprising a primary component carrier and a secondary component carrier, performed by a wireless communications device wirelessly connected to a radio access network, the method comprising: transmitting, on a secondary component carrier, a Random Access Preamble, RAP, message to the radio access network; receiving, on the secondary component carrier, a Random Access Response, RAR, message corresponding to the RAP message from the radio access network; performing, on the secondary component carrier, a scheduled transmission indicating a User Equipment Identification, UE ID, or Cell-Radio Network Temporary Identifier, C-RNTI, to the radio access network in response to the RAR message; and receiving, on the secondary component carrier, a message for contention resolution corresponding to the scheduled transmission from the radio access network; characterized in that: the method further comprises determining whether to start or restart a deactivation timer to count an activation time period for the secondary component carrier according to the message for contention resolution, wherein the secondary component carrier is deactivated upon expiry of the deactivation timer. transmitting, on a secondary component carrier, a Random Access Preamble, RAP, message to the radio access network; receiving, on the secondary component carrier, a Random Access Response, RAR, message corresponding to the RAP message from the radio access network; performing, on the secondary component carrier, a scheduled transmission indicating a User Equipment Identification, UE ID, or Cell-Radio Network Temporary Identifier, C-RNTI, to the radio access network in response to the RAR message; and receiving, on the secondary component carrier, a message for contention resolution corresponding to the scheduled transmission from the radio access network; characterized in that: the method further comprises determining whether to start or restart a deactivation timer to count an activation time period for the secondary component carrier according to the message for contention resolution, wherein the secondary component carrier is deactivated upon expiry of the deactivation timer. the method further comprises determining whether to start or restart a deactivation timer to count an activation time period for the secondary component carrier according to the message for contention resolution, wherein the secondary component carrier is deactivated upon expiry of the deactivation timer.
A carrying device comprising a single hook portion having a shoulder blade rest arranged at a free end of the hook portion, a front portion connected to the hook portion and an object support element connected to the front portion, said object support element being configured to carry an object, the hook portion being configured to be placed on the user from one side and to extend over a user's shoulder so that the shoulder blade rest engages the shoulder blades of the user and so that the front portion is resting on a user's front torso, wherein the hook portion comprises a width adjusting mechanism configured to adjust the width of a hook opening of the hook portion.