mhurhangee/patent-ind-claim-en huggingface dataset:
A solid support having transposome complexes immobilized thereon, wherein each transposome complex comprises a transposase non-covalently bound to a double-stranded nucleic acid comprising a first and a second polynucleotide, wherein: the first polynucleotide comprises: (i) a 3' portion comprising a transposon end sequence, and (ii) a first tag comprising a first tag domain; the second polynucleotide comprises a region complementary to the transposon end sequence; at least some of the transposome complexes are homodimers, wherein the homodimers comprise a first plurality of homodimers comprising a first polynucleotide of a first sequence and a second plurality of homodimers comprising a first polynucleotide of a second sequence, wherein the first sequence is different to the second sequence; and the transposome complexes are immobilized to the solid support via the first polynucleotide of the first sequence or the first polynucleotide of the second sequence. the first polynucleotide comprises: (i) a 3' portion comprising a transposon end sequence, and (ii) a first tag comprising a first tag domain; (i) a 3' portion comprising a transposon end sequence, and (ii) a first tag comprising a first tag domain; the second polynucleotide comprises a region complementary to the transposon end sequence; at least some of the transposome complexes are homodimers, wherein the homodimers comprise a first plurality of homodimers comprising a first polynucleotide of a first sequence and a second plurality of homodimers comprising a first polynucleotide of a second sequence, wherein the first sequence is different to the second sequence; and the transposome complexes are immobilized to the solid support via the first polynucleotide of the first sequence or the first polynucleotide of the second sequence.
Loudspeaker module for a hearing device , - having a loudspeaker , which has a loudspeaker diaphragm and a drive for the loudspeaker diaphragm , - having a housing , in which the loudspeaker is arranged, and - having an antenna unit , which has an antenna coil having a coil axis , a tubular coil core , which forms a sound channel , and an antenna baseplate , in which a sound passage opening that opens into the sound channel is formed, wherein the antenna coil , the coil core and the antenna baseplate prescribe an antenna characteristic of the antenna unit , characterized in that the side wall of the housing on the diaphragm side is formed by the antenna baseplate . - having a loudspeaker , which has a loudspeaker diaphragm and a drive for the loudspeaker diaphragm , - having a housing , in which the loudspeaker is arranged, and - having an antenna unit , which has an antenna coil having a coil axis , a tubular coil core , which forms a sound channel , and an antenna baseplate , in which a sound passage opening that opens into the sound channel is formed, wherein the antenna coil , the coil core and the antenna baseplate prescribe an antenna characteristic of the antenna unit ,
A medical system , comprising a. a housing ; b. a preassembled functional module received in the housing , the preassembled functional module comprising b1. an analytical sensor for detecting at least one analyte in a body fluid of a user; b2. an electronics unit electrically connected to the analytical sensor ; b3. an insertion component for inserting the analytical sensor into a body tissue of the user; and b4. at least one sterility cap at least partially surrounding the insertion component ; c. at least one removable protective cap connected to the housing , covering the preassembled functional module ; wherein the sterility cap is configured for being pulled off from the insertion component when the protective cap is pulled off from the housing , wherein the sterility cap is connected to the protective cap at a distal end of the sterility cap by one or more of a form-fit connection, a force-fit connection. a. a housing ; b. a preassembled functional module received in the housing , the preassembled functional module comprising b1. an analytical sensor for detecting at least one analyte in a body fluid of a user; b2. an electronics unit electrically connected to the analytical sensor ; b3. an insertion component for inserting the analytical sensor into a body tissue of the user; and b4. at least one sterility cap at least partially surrounding the insertion component ; b1. an analytical sensor for detecting at least one analyte in a body fluid of a user; b2. an electronics unit electrically connected to the analytical sensor ; b3. an insertion component for inserting the analytical sensor into a body tissue of the user; and b4. at least one sterility cap at least partially surrounding the insertion component ; c. at least one removable protective cap connected to the housing , covering the preassembled functional module ;
A bra comprising: a braided textile component forming a first breast-covering portion and a second breast-covering portion, the first breast-covering portion and the second breast-covering portion each braided together with base strands of a first material having a first property; and a first lateral lacing and a second lateral lacing each integrated into the braided textile component and each including one or more strands of a second material having a second property that is different from the first property of the first material, wherein the first lateral lacing extends from a lower perimeter of the first breast-covering portion, along a lateral region of the first breast-covering portion, and to an upper region of the first breast-covering portion, and wherein the second lateral lacing extends from a lower perimeter of the second breast-covering portion, along a lateral region of the second breast-covering portion, and to an upper region of the second breast-covering portion.
A portable optic metrology thermal chamber module comprising: a housing defining a thermal chamber , with a thermally isolated environment therein isolated from ambient atmosphere , the thermal chamber being arranged for holding an optic device under test within the isolated environment ; the housing having an optic stimulus entry aperture configured and disposed with respect to the optic device under test within the thermal chamber , for entry of a stimulus beam , from a metrology system stimulus source outside the thermal chamber , through the optic stimulus entry aperture onto an entry pupil of the optic device under test to an image analyzer ; and a module mount coupling connected to the housing , the module mount coupling defining a module mounting interface of the portable optic metrology thermal chamber module so as to modularly mount the portable optic metrology thermal chamber module to a support of a metrology system of the metrology system stimulus source , the module mounting interface being configured so as to removably couple the portable optic metrology thermal chamber module as a unit to the support in a predetermined position relative to the metrology system stimulus source , and the housing is sized and shaped so that the portable optic metrology thermal chamber module is portable as a unit for moving to and removing from the predetermined position of the metrology system . a housing defining a thermal chamber , with a thermally isolated environment therein isolated from ambient atmosphere , the thermal chamber being arranged for holding an optic device under test within the isolated environment ; the housing having an optic stimulus entry aperture configured and disposed with respect to the optic device under test within the thermal chamber , for entry of a stimulus beam , from a metrology system stimulus source outside the thermal chamber , through the optic stimulus entry aperture onto an entry pupil of the optic device under test to an image analyzer ; and a module mount coupling connected to the housing , the module mount coupling defining a module mounting interface of the portable optic metrology thermal chamber module so as to modularly mount the portable optic metrology thermal chamber module to a support of a metrology system of the metrology system stimulus source , the module mounting interface being configured so as to removably couple the portable optic metrology thermal chamber module as a unit to the support in a predetermined position relative to the metrology system stimulus source , and the housing is sized and shaped so that the portable optic metrology thermal chamber module is portable as a unit for moving to and removing from the predetermined position of the metrology system .
A method of associating a hygiene monitoring device to a station device , the station device being associated with a user or spatial location unique for the user, the hygiene monitoring device being configured to monitor a hygienic state of a user, the method comprising: the hygiene monitoring device obtaining, when in use, a station identifier (SID) from the station device; and the hygiene monitoring device storing the station identifier wherein the hygiene monitoring device obtains the station identifier when placed within a defined spatial region in the proximity of the station device, and wherein the hygiene monitoring device is removably attachable to a hygiene article wearable by the user, and monitors a hygienic state of the hygiene article. the hygiene monitoring device obtaining, when in use, a station identifier (SID) from the station device; and the hygiene monitoring device storing the station identifier wherein the hygiene monitoring device obtains the station identifier when placed within a defined spatial region in the proximity of the station device, and wherein the hygiene monitoring device is removably attachable to a hygiene article wearable by the user, and monitors a hygienic state of the hygiene article.
A method for operation of at least one node in a communication network comprising: adjusting, with a controller in a first node , a resistance of a first potentiometer in the first node to a first resistance level that the controller in the first node determines randomly, the first potentiometer in the first node being connected to an output of a transceiver in the first node and to a shared communication medium, in which multiple nodes transmit and receive data in a manner where any transmission from a single node is received by all other nodes that are connected to the shared communication medium; and transmitting, with the transceiver in the first node , a first data bit through the output that is connected to the shared communication medium with the first potentiometer producing the first resistance level, so that the first data bit is randomly generated with voltage levels that are within a valid voltage range for a controller area network CAN, bus transmission. adjusting, with a controller in a first node , a resistance of a first potentiometer in the first node to a first resistance level that the controller in the first node determines randomly, the first potentiometer in the first node being connected to an output of a transceiver in the first node and to a shared communication medium, in which multiple nodes transmit and receive data in a manner where any transmission from a single node is received by all other nodes that are connected to the shared communication medium; and transmitting, with the transceiver in the first node , a first data bit through the output that is connected to the shared communication medium with the first potentiometer producing the first resistance level, so that the first data bit is randomly generated with voltage levels that are within a valid voltage range for a controller area network CAN, bus transmission.
A cooking apparatus comprising: a plurality of induction heating coils (L) including a first heating coil (L1) and a second heating coil (L2) that are concentric and form a high power burner (HB), and at least one of a third heating coil (L3) and a fourth heating coil (L4) forming a low power burner (LB); a first power supply unit ; a second power supply unit different from the first power supply unit ; characterized by a switching unit that performs a switching so that one of power supplied by the first power supply unit and power supplied by the second power supply unit is selectively provided to the first heating coil (L1) and the other one is selectively provided to the second heating coil (L2), the third heating coil (L3) and the fourth heating coil (L4). a plurality of induction heating coils (L) including a first heating coil (L1) and a second heating coil (L2) that are concentric and form a high power burner (HB), and at least one of a third heating coil (L3) and a fourth heating coil (L4) forming a low power burner (LB); a first power supply unit ; a second power supply unit different from the first power supply unit ; characterized by a switching unit that performs a switching so that one of power supplied by the first power supply unit and power supplied by the second power supply unit is selectively provided to the first heating coil (L1) and the other one is selectively provided to the second heating coil (L2), the third heating coil (L3) and the fourth heating coil (L4).
A display panel comprising: a substrate including a display part with a plurality of pixels for displaying an image; an adhesive layer covering the display part on the substrate ; and a heat dissipation member on the adhesive layer , wherein the heat dissipation member comprises: a first metal layer ; a middle layer provided on the first metal layer and including a plurality of partition walls ; and a second metal layer provided on the middle layer so that the middle layer is provided between the first metal layer and the second metal layer , characterized in that the middle layer further includes an organic layer and in that the plurality of partition walls comprises a first partition wall including a first material and a second partition wall including a second material different from the first material. a substrate including a display part with a plurality of pixels for displaying an image; an adhesive layer covering the display part on the substrate ; and a heat dissipation member on the adhesive layer , wherein the heat dissipation member comprises: a first metal layer ; a middle layer provided on the first metal layer and including a plurality of partition walls ; and a second metal layer provided on the middle layer so that the middle layer is provided between the first metal layer and the second metal layer , characterized in that the middle layer further includes an organic layer and in that the plurality of partition walls comprises a first partition wall including a first material and a second partition wall including a second material different from the first material. a first metal layer ; a middle layer provided on the first metal layer and including a plurality of partition walls ; and a second metal layer provided on the middle layer so that the middle layer is provided between the first metal layer and the second metal layer , characterized in that the middle layer further includes an organic layer and in that the plurality of partition walls comprises a first partition wall including a first material and a second partition wall including a second material different from the first material.
A masked chimeric antigen receptor (mCAR), comprising: a. a masking peptide; b. antigen-specific targeting domain (ASTD); c. a transmembrane domain; d. at least one co-stimulatory domain; and e. an intracellular signaling domain, wherein the antigen-specific targeting domain comprises an antigen-specific single chain Fv (scFv) fragment, wherein the masking peptide comprises a mask, wherein the mask is a peptide that specifically binds the antigen-specific targeting domain, and a cleavage site, wherein the masking peptide is linked to a chimeric antigen receptor (CAR) by a linker, said CAR comprises the ASTD, the transmembrane domain, the at least one co-stimulatory domain, and the intracellular signaling domain, wherein the masking peptide can be cleaved, and wherein the mCAR in an uncleaved state comprises the structural arrangement from N-terminus to C-terminus as follows: mask-linker-cleavage site-linker-antigen specific targeting domain-transmembrane domain-costimulatory domain-intracellular signaling domain. a. a masking peptide; b. antigen-specific targeting domain (ASTD); c. a transmembrane domain; d. at least one co-stimulatory domain; and e. an intracellular signaling domain,
A method of inspecting a part , the method comprising: manufacturing a standoff fixture (110; 210; 310) specific to the part ; coupling the standoff fixture (110; 210; 310) to a laser measurement device ; engaging the standoff fixture (110; 210; 310) with the part ; and actuating the laser measurement device to detect a geometric specification of a feature of the part , wherein the standoff fixture (110; 210; 310) comprises a plurality of legs (112A-C; 212A-D; 312A-C), characterized in that manufacturing the standoff fixture (110; 210; 310) comprises manufacturing the plurality of legs (112A-C; 212A-D; 312A-C) of the standoff fixture (110; 210; 310) specific to the feature of the part , wherein: the part comprises a rotor disk of a gas turbine engine ; engaging the plurality of legs (112A-C; 212A-D; 312A-C) against the part comprises engaging a first leg of the plurality of legs (112A-C; 212A-D; 312A-C) against a web of the rotor disk ; and engaging the plurality of legs (112A-C; 212A-D; 312A-C) against the part comprises engaging a second leg of the plurality of legs (112A-C; 212A-D; 312A-C) against a flange of the rotor disk . manufacturing a standoff fixture (110; 210; 310) specific to the part ; coupling the standoff fixture (110; 210; 310) to a laser measurement device ; engaging the standoff fixture (110; 210; 310) with the part ; and actuating the laser measurement device to detect a geometric specification of a feature of the part , wherein the standoff fixture (110; 210; 310) comprises a plurality of legs (112A-C; 212A-D; 312A-C), characterized in that manufacturing the standoff fixture (110; 210; 310) comprises manufacturing the plurality of legs (112A-C; 212A-D; 312A-C) of the standoff fixture (110; 210; 310) specific to the feature of the part , wherein: the part comprises a rotor disk of a gas turbine engine ; engaging the plurality of legs (112A-C; 212A-D; 312A-C) against the part comprises engaging a first leg of the plurality of legs (112A-C; 212A-D; 312A-C) against a web of the rotor disk ; and engaging the plurality of legs (112A-C; 212A-D; 312A-C) against the part comprises engaging a second leg of the plurality of legs (112A-C; 212A-D; 312A-C) against a flange of the rotor disk . the part comprises a rotor disk of a gas turbine engine ; engaging the plurality of legs (112A-C; 212A-D; 312A-C) against the part comprises engaging a first leg of the plurality of legs (112A-C; 212A-D; 312A-C) against a web of the rotor disk ; and engaging the plurality of legs (112A-C; 212A-D; 312A-C) against the part comprises engaging a second leg of the plurality of legs (112A-C; 212A-D; 312A-C) against a flange of the rotor disk .
An aircraft water tank comprising: a cylindrical section ; dome sections provided on both sides of the cylindrical section ; and a mouthpiece provided in a center of each of the dome sections ; the dome sections being provided with an inner liner and a fiber-reinforced resin layer provided on an outer peripheral surface of the inner liner ; the inner liner and the fiber-reinforced resin layer being provided with coaxially positioned first and second openings , respectively; each of the mouthpieces being provided with a cylindrical mouthpiece body that passes through the openings , and an annular wall section that extends outward in a radial direction from around the entire outer circumference of the mouthpiece body between the inner liner and the fiber-reinforced resin layer , and is attached to the inner liner and the fiber-reinforced resin layer around the circumferences of the openings , wherein the annular wall section has an outer surface shape on a side directly attached to the fiber-reinforced resin layer , the surface shape of the annular wall section being formed by a uniform tension curved surface, wherein the entireties of the outer surfaces of the annular wall sections are attached to those portions of the fiber-reinforced resin layer surrounding the second openings ; wherein the uniform tension curved surface is a surface by means of which stress caused by internal pressure of the aircraft water tank is uniformly distributed throughout the fiber-reinforced resin layer over the dome sections , and wherein the inner liner is formed from a polyolefin, characterised in that the inner liner is thicker in portions thereof surrounding the first openings than in other portions thereof. a cylindrical section ; dome sections provided on both sides of the cylindrical section ; and a mouthpiece provided in a center of each of the dome sections ;
An aqueous alkali metal glyphosate composition comprising: (a) an aqueous concentrate comprising at least 30 wt.% acid equivalents of an alkali metal glyphosate; (b) a surfactant blend comprising an etheramine component, wherein the etheramine component comprises poly oxyethylene isodecyloxypropylamine and/or poly oxyethylene isotridecyloxypropylamine; and (c) propylene glycol; wherein the pH of the aqueous concentrate is adjusted to be within the range of 4.0 to 4.5. (a) an aqueous concentrate comprising at least 30 wt.% acid equivalents of an alkali metal glyphosate; (b) a surfactant blend comprising an etheramine component, wherein the etheramine component comprises poly oxyethylene isodecyloxypropylamine and/or poly oxyethylene isotridecyloxypropylamine; and (c) propylene glycol;
A method of synthesis of compounds of general formula (I) wherein R is linear or branched (C1-C8) alkyl, (C5-C6) cycloalkyl or benzyl, the method comprising the following steps: step a) Friedel-Crafts reaction of precursor of general formula (II) wherein R is as defined above, with oxalyldichloride, resulting in formation of a compound of general formula (III), wherein R is as defined above, followed by step b) Lewis acid catalyzed condensation reaction of the compound of general formula (III) with diaminomaleonitrile (DAMN) resulting in formation of the compound of general formula (I). step a) Friedel-Crafts reaction of precursor of general formula (II) wherein R is as defined above, with oxalyldichloride, resulting in formation of a compound of general formula (III), wherein R is as defined above, followed by step b) Lewis acid catalyzed condensation reaction of the compound of general formula (III) with diaminomaleonitrile (DAMN) resulting in formation of the compound of general formula (I).
An apparatus for manufacturing 3-dimensional concrete elements comprising a projection head for spraying concrete material, wherein the projection head comprises a projection nozzle for spraying the concrete material and is repeatedly moved along a predefined path by a control means, characterized in that at least two guiding surfaces are provided on both sides of the projection nozzle and define a volume in between, such that the projection nozzle is adapted to spray the concrete material into said volume, and in that the projection head is configured to adjust the position of the at least two guiding surfaces during the movement of the projection nozzle so as to create a 3-dimensional concrete structure made of a plurality of projected concrete layers.