mhurhangee/patent-ind-claim-en huggingface dataset:
An HF module (M) comprising two filter units (FE), of which each comprises - a first HF filter (HF-F) with an input (I) and an output (o), - a first switch (SW1) with two possible switching states, wherein - in each filter unit (FE), the first switch (SW1) is connected to the input (I) of the first HF filter (HF-F), and - the two filter units (FE) are connected in parallel; wherein to at least one filter unit (FE), the following applies: - the filter unit (FE) comprises a second switch (SW2) with two possible switching states, - the first switch (SW1) is connected to the input (I), - the second switch (SW2) is connected to the output (o), - the filter unit (FE) comprises a second filter (HF-F) with an input (I) and an output (o), - the second filter (HF-F) is connected in parallel to the first filter (HF-F), - the filter unit (FE) implements a duplexer, wherein a common output of the duplexer is routed via the second switch (SW2), - the filter unit (FE) comprises a third switch (SW3) with two possible switching states, - the third switch (SW3) is connected to the input (I) of the second filter (HF-F). - a first HF filter (HF-F) with an input (I) and an output (o), - a first switch (SW1) with two possible switching states, wherein - in each filter unit (FE), the first switch (SW1) is connected to the input (I) of the first HF filter (HF-F), and - the two filter units (FE) are connected in parallel; wherein to at least one filter unit (FE), the following applies: - the filter unit (FE) comprises a second switch (SW2) with two possible switching states, - the first switch (SW1) is connected to the input (I), - the second switch (SW2) is connected to the output (o), - the filter unit (FE) comprises a second filter (HF-F) with an input (I) and an output (o), - the second filter (HF-F) is connected in parallel to the first filter (HF-F), - the filter unit (FE) implements a duplexer, wherein a common output of the duplexer is routed via the second switch (SW2), - the filter unit (FE) comprises a third switch (SW3) with two possible switching states, - the third switch (SW3) is connected to the input (I) of the second filter (HF-F). - the filter unit (FE) comprises a second switch (SW2) with two possible switching states, - the first switch (SW1) is connected to the input (I), - the second switch (SW2) is connected to the output (o), - the filter unit (FE) comprises a second filter (HF-F) with an input (I) and an output (o), - the second filter (HF-F) is connected in parallel to the first filter (HF-F), - the filter unit (FE) implements a duplexer, wherein a common output of the duplexer is routed via the second switch (SW2), - the filter unit (FE) comprises a third switch (SW3) with two possible switching states, - the third switch (SW3) is connected to the input (I) of the second filter (HF-F).
A method for producing a container which is at least partially constructed from a thermoplastic material, comprising at least one first compartment element and at least one second compartment element which is thermoplastically welded to the first in a joining region, the method comprising the following method steps: a) providing of at least one first and one second compartment element , each having a plate element with at least one joining zone of a thermoplastic material, comprising the outer edges of the compartment element, at least the second compartment element comprising a side wall arranged around the outer circumference of the plate element and each having a distal first and a proximal second outer edge , b) joining together of the at least two compartment elements such that the joining zones of thermoplastic material contact each other and one outer edge of the first compartment element fully abuts the first outer edge of the second compartment element and a full butt joint is formed between the two compartment elements , c) welding of the at least two compartment elements by means of at least one temperature-regulated nozzle , wherein the at least one nozzle is guided around the circumference of the butt joint while in contact to the butt joint, or the butt joint is guided along the at least one nozzle while in contact to the at least one nozzle , wherein the respective first and second outer edges of the compartment elements are plasticized and simultaneously plasticized welding filler is transferred to the butt joint so that a weld seam is formed between the two compartment elements , and d) obtaining a plastic container , wherein the at least two compartment elements are welded together. a) providing of at least one first and one second compartment element , each having a plate element with at least one joining zone of a thermoplastic material, comprising the outer edges of the compartment element, at least the second compartment element comprising a side wall arranged around the outer circumference of the plate element and each having a distal first and a proximal second outer edge , b) joining together of the at least two compartment elements such that the joining zones of thermoplastic material contact each other and one outer edge of the first compartment element fully abuts the first outer edge of the second compartment element and a full butt joint is formed between the two compartment elements , c) welding of the at least two compartment elements by means of at least one temperature-regulated nozzle , wherein the at least one nozzle is guided around the circumference of the butt joint while in contact to the butt joint, or the butt joint is guided along the at least one nozzle while in contact to the at least one nozzle , wherein the respective first and second outer edges of the compartment elements are plasticized and simultaneously plasticized welding filler is transferred to the butt joint so that a weld seam is formed between the two compartment elements , and d) obtaining a plastic container , wherein the at least two compartment elements are welded together.
A method for treating objects , in the case of which method: - objects to be treated are transported through a basin by means of a transport apparatus ; - treatment solution is introduced into the basin by means of at least one feed device which is provided with upwardly directed outlet openings , and the treatment solution is sprayed out upward here by means of the upwardly directed outlet openings with the configuration of treatment solution jets ; - the objects being transported through the basin above the upwardly directed outlet openings ; - during the transport of the objects through the basin , a downwardly pointing surface of the objects being brought into contact with the treatment solution jets ; - the at least one feed device is configured as a tube-in-tube system with an outer tube and an inner tube which is arranged in the outer tube , the treatment solution being introduced into the outer tube via downwardly directed outlet openings of the inner tube , and the treatment solution jets being sprayed out of the outer tube upward into the basin . - objects to be treated are transported through a basin by means of a transport apparatus ; - treatment solution is introduced into the basin by means of at least one feed device which is provided with upwardly directed outlet openings , and the treatment solution is sprayed out upward here by means of the upwardly directed outlet openings with the configuration of treatment solution jets ; - the objects being transported through the basin above the upwardly directed outlet openings ; - during the transport of the objects through the basin , a downwardly pointing surface of the objects being brought into contact with the treatment solution jets ; - the at least one feed device is configured as a tube-in-tube system with an outer tube and an inner tube which is arranged in the outer tube , the treatment solution being introduced into the outer tube via downwardly directed outlet openings of the inner tube , and the treatment solution jets being sprayed out of the outer tube upward into the basin .
A tensioner comprising: a shaft ; a base ; a pivot arm pivotally engaged with the base; a pulley journalled to the pivot arm; a first spring urging a first damping member into frictional engagement with the pivot arm, the first spring being engaged with the base, the first damping member imparting a damping force greater in a first pivot arm direction than in a second pivot arm direction; and a second spring disposed in the pivot arm and urging a second damping member into frictional engagement with a base surface , characterised in that : the base surface comprises an arcuate form having a radius (R1) that is variable from a minimum value to a maximum value. a shaft ; a base ; a pivot arm pivotally engaged with the base; a pulley journalled to the pivot arm; a first spring urging a first damping member into frictional engagement with the pivot arm, the first spring being engaged with the base, the first damping member imparting a damping force greater in a first pivot arm direction than in a second pivot arm direction; and a second spring disposed in the pivot arm and urging a second damping member into frictional engagement with a base surface , characterised in that : the base surface comprises an arcuate form having a radius (R1) that is variable from a minimum value to a maximum value.
A system to test a power conversion device, comprising: - at least one power conversion device (100a-100d) to serve as a test target, each power conversion device to perform DC voltage conversion between a primary side DC terminal and a secondary side DC terminal for inputting and outputting DC voltage; - a testing power supply for the test target; and - a first connection member (PL1) to electrically connect the testing power supply and an input side of the test target; characterized by a second connection member (PL2) to electrically connect an output side of the test target and the testing power supply for transmitting DC current from the output side of the test target to the input side of the test target. - at least one power conversion device (100a-100d) to serve as a test target, each power conversion device to perform DC voltage conversion between a primary side DC terminal and a secondary side DC terminal for inputting and outputting DC voltage; - a testing power supply for the test target; and - a first connection member (PL1) to electrically connect the testing power supply and an input side of the test target;
Arrangement for cooling (NKAA, NKK) a power module with at least one power unit (LE) in a housing, having at least one heat sink (NKK), characterized in that the arrangement for cooling has at least one heat-sink cover (NKKA), and at least a part of the power module, in particular the housing, at least a part of the heat sink (NKK) and/or at least a part of the heat-sink cover (NKKA) are/is configured in such a way that, after attachment of the heat-sink cover (NKKA), the heat sink (NKK) is fixed in the housing, in particular by way of clamping, through interaction of the configuration of heat sink (NKK), heat-sink cover (NKKA) and/or housing, wherein the configuration is realized at least partially as an at least partial form fit and/or force fit of heat sink (NKK), heat-sink cover (NKKA) and/or housing and the force fit is configured by way of formation of at least one clamp and/or at least one snap-action hook (SH) in the heat-sink cover (NKAA) and cutout in the housing and/or heat sink (NKK) and vice versa.
A method of producing a brewer's wort comprising adding to a mash, a glucoamylase that is at least 90% identical to the sequence shown in SEQ ID NO: 1, and wherein the mash comprises malted and unmalted grain.
A compound for use in the treatment or prophylaxis of interstitial lung disease in a subject, wherein said compound is Ifenprodil.
A dispensing package comprising: a. An interior region comprising at least one wipe, the interior region being defined by a top surface , a bottom surface , a front surface , a back surface , a first side and a second side; b. the top surface including an aperture for access to the interior region, the top surface being releasably sealed by a top cover ; c. the bottom surface having a coating of an adhesive area on at least a portion of the bottom surface , wherein the adhesive area is releasably covered by a leaflet, where the leaflet has an area at least as large as the adhesive area , and characterized in that the leaflet is secured to the bottom surface of the package at a leaflet securement area , d. wherein the leaflet includes an anti-adhesive coated surface and an opposed non- adhered surface , wherein the region of the leaflet at the leaflet securement area lacks the anti-adhesive coating, and the leaflet securement area is adhered to the adhesive area . a. An interior region comprising at least one wipe, the interior region being defined by a top surface , a bottom surface , a front surface , a back surface , a first side and a second side; b. the top surface including an aperture for access to the interior region, the top surface being releasably sealed by a top cover ; c. the bottom surface having a coating of an adhesive area on at least a portion of the bottom surface , wherein the adhesive area is releasably covered by a leaflet, where the leaflet has an area at least as large as the adhesive area , and
A method for cleaning flue gas by means of a filter unit , wherein the flue gas is supplied to a filtering separator , and wherein the filtering separator is received in a housing , and the housing comprises a pre-filter side before the filtering separator and a clean side after the filtering separator , wherein prior to entrance of the flue gas into the housing an adsorbent is injected into the flue gas , so that the part of the harmful substances before passing the filtering separator is adsorbed by the adsorbent and separated in the filtering separator , characterised in that on the clean side of the housing a filter element with an adsorbent formed from activated carbon made from dust-free spherical carbon is arranged, wherein the filter element is configured as a flat filter cartridge through which flue gas exiting the filtering separator flows evenly across its surface, and which can be inserted into and removed from a reception on the clean side of the housing , and that the flue gas flows through the adsorbent in the filter element , whereby harmful substances from the group at least comprising mercury and/or dioxin and/or furan and/or further heavy metals are separated from the flue gas .
Guide bar drive of a warp-knitting machine having a motor assembly which has a rotatingly driven drive element which has an axis of rotation and interacts with a drive tappet , wherein an operative connection between the drive element and the drive tappet is arranged eccentrically to the axis of rotation and the operative connection has a pin which is arranged eccentrically on the drive element and engages in an eye of the drive tappet, characterized in that a barrel bearing is arranged between the pin and the eye .
A method for making a liquid/liquid or gas biphasic system using a first liquid or a gas and a second liquid non-miscible with each other, comprising: - forming a first liquid or gas layer on a first hydrophobic surface, - introducing a drop of the second liquid within the first liquid or gas and in contact with said first hydrophobic surface, - displacing the drop of the second liquid on said first hydrophobic surface along a determined path so that the drop of the second liquid encounters at least one wetting defect , the wetting defect causing, upon passing of the drop of the second liquid over this defect, failure of the triple line of contact of the drop of the second liquid on the first hydrophobic surface and inclusion of first liquid or gas in the drop of the second liquid. - forming a first liquid or gas layer on a first hydrophobic surface, - introducing a drop of the second liquid within the first liquid or gas and in contact with said first hydrophobic surface, - displacing the drop of the second liquid on said first hydrophobic surface along a determined path so that the drop of the second liquid encounters at least one wetting defect , the wetting defect causing, upon passing of the drop of the second liquid over this defect, failure of the triple line of contact of the drop of the second liquid on the first hydrophobic surface and inclusion of first liquid or gas in the drop of the second liquid.
A process for extracting at least one substance of interest from a source, the process comprising the following steps: - providing a mixture comprising water, a plant, animal, mineral, prokaryote, and/or unicellular eukaryote source comprising the at least one substance of interest or at least one precursor thereof, at least one surfactant, and at least one lipophilic compound; - emulsifying the mixture, leading to the formation of an emulsion; wherein the emulsion comprises: - a continuous aqueous phase; and - a discontinuous lipid phase comprising the at least one lipophilic compound, the at least one surfactant, and the at least one substance of interest extracted from the source during emulsification; wherein the process further comprises adding at least one cryoprotectant to the mixture and freeze-drying the emulsion; and wherein adding at least one cryoprotectant to the mixture is carried out after emulsifying the mixture, in a weight-to-volume ratio comprised between 5% w/v and 10% w/v based on the total volume of the mixture excluding the source. - providing a mixture comprising water, a plant, animal, mineral, prokaryote, and/or unicellular eukaryote source comprising the at least one substance of interest or at least one precursor thereof, at least one surfactant, and at least one lipophilic compound; - emulsifying the mixture, leading to the formation of an emulsion; wherein the emulsion comprises: - a continuous aqueous phase; and - a discontinuous lipid phase comprising the at least one lipophilic compound, the at least one surfactant, and the at least one substance of interest extracted from the source during emulsification; - a continuous aqueous phase; and - a discontinuous lipid phase comprising the at least one lipophilic compound, the at least one surfactant, and the at least one substance of interest extracted from the source during emulsification; wherein the process further comprises adding at least one cryoprotectant to the mixture and freeze-drying the emulsion; and wherein adding at least one cryoprotectant to the mixture is carried out after emulsifying the mixture, in a weight-to-volume ratio comprised between 5% w/v and 10% w/v based on the total volume of the mixture excluding the source.
Test system for high-voltage components, comprising a plurality of system components, including at least one inverter and an HV filter , wherein the system components are at least predominantly distributed among a plurality of closed cuboid-like transport containers and are permanently arranged therein in such a manner that they can each be manually carried, and wherein the transport containers have standard connecting elements which are guided through their wall and which are configured to connect the system components, wherein a cooling apparatus which is arranged in a separate transport container is provided as a system component and can be connected to at least one of the other transport containers by means of tube connections such that a system component arranged therein can be cooled thereby.
Current distribution device , which is adapted to be stationary or movable, in particular socket, socket strip, plug adapter, cable reel, construction current distributor, connecting cable or extension cable, which serves to provide one or more electrical consumers with a mains voltage which is supplied by an electrical line equipped with a protective conductor , with a protective conductor monitoring device for detecting a protective conductor fault on the electrical line , the protective conductor monitoring device comprising a first connection point which can be electrically connected or is connected to the protective conductor , the protective conductor monitoring device further comprising: a first circuit arrangement adapted, to provide, in a state in which the first connection point is connected to the protective conductor , a measurement potential (MP) dependent on the resistance between the first connection point and the ground of the protective conductor , a second circuit arrangement adapted to provide a comparison potential (VP), a comparator arrangement having a comparator , which comparator arrangement is adapted to compare the measurement potential (MP) with the comparison potential (VP) and to provide, in accordance with the comparison result, a detection signal (ES) for detecting a protective conductor fault, a second connection point , which can be electrically connected or is connected to a phase conductor of the electrical line , a third connection point , which can be electrically connected or is electrically connected to a neutral conductor of the electrical line , and a rectifier arrangement which is preferably equipped with a rectifier bridge and which is adapted to convert an alternating voltage present between the second connection point and the third connection point into a rectified voltage and to supply this to the comparator arrangement as supply voltage via the output of the rectifier arrangement , the first circuit arrangement being adapted to derive the measurement potential (MP) from a voltage, which is present between an output terminal of the rectifier arrangement and a node electrically connected to the first connection point , and to provide the measurement potential (MP) to the comparator arrangement , and the second circuit arrangement is adapted to derive the comparison potential (VP) from the rectified voltage present between the two output terminals of the rectifier arrangement and to provide it to the comparator arrangement .
An air filter for filtering air in a refrigerator , comprising: a housing having a hollow body including at least a front wall , a pair of side walls , and a top and bottom wall , wherein at least one wall includes at least one aperture for the passage of air; and a filter element for removable placement within the housing, wherein air enters the at least one aperture, makes contact with the filter element, and leaves the air filter; said air filter being characterised by at least one cantilever attaching means for removably securing the housing to the refrigeration apparatus, the cantilever attaching means comprising a pair of spaced apart hooks projecting outwardly from the housing , wherein the spaced apart hooks are opposing each other. a housing having a hollow body including at least a front wall , a pair of side walls , and a top and bottom wall , wherein at least one wall includes at least one aperture for the passage of air; and a filter element for removable placement within the housing, wherein air enters the at least one aperture, makes contact with the filter element, and leaves the air filter; said air filter being characterised by at least one cantilever attaching means for removably securing the housing to the refrigeration apparatus, the cantilever attaching means comprising a pair of spaced apart hooks projecting outwardly from the housing , wherein the spaced apart hooks are opposing each other.