mhurhangee/patent-ind-claim-en huggingface dataset:
DC voltage switch having a first and second node for series integration into a pole of a DC voltage network and having a third node for connection to the other pole of the DC voltage network , further comprising: - a mechanical switch arranged between the first and second node , - at least one pulse-current module arranged between the first and second node and in parallel with the mechanical switch , wherein the pulse-current module - has three module nodes and the first module node is connected to the first node and the second module node is connected to the second node and the third module node is connected to the third node ; - comprises four semiconductor switches (21...24), which are connected as bridges composed of two series of in each case two of the semiconductor switches (21...24), wherein the potential points between the semiconductor switches (21...24) of the two series correspond to the first and second module node and the outer ends of the two series of in each case two of the semiconductor switches (21...24) are connected in pairs to a fourth and fifth module node ; - comprises a pulse-current capacitor , which is connected in parallel with the two series of in each case two of the semiconductor switches (21...24); and - comprises a switchable semiconductor element between the fifth and third module node . - a mechanical switch arranged between the first and second node , - at least one pulse-current module arranged between the first and second node and in parallel with the mechanical switch , wherein the pulse-current module - has three module nodes and the first module node is connected to the first node and the second module node is connected to the second node and the third module node is connected to the third node ; - comprises four semiconductor switches (21...24), which are connected as bridges composed of two series of in each case two of the semiconductor switches (21...24), wherein the potential points between the semiconductor switches (21...24) of the two series correspond to the first and second module node and the outer ends of the two series of in each case two of the semiconductor switches (21...24) are connected in pairs to a fourth and fifth module node ; - comprises a pulse-current capacitor , which is connected in parallel with the two series of in each case two of the semiconductor switches (21...24); and - comprises a switchable semiconductor element between the fifth and third module node .
A method of preparing an isolated serum fraction of platelet rich fibrin (PRF), comprising the steps of: (i) centrifuging venous blood for 2-20 minutes at 1000-3000 g, whereby platelet rich plasma (PRP) is provided and red blood cell fraction is removed in the absence of any exogenous anticoagulant and in contact with a negatively charged surface; until, by spontaneously clotting the PRP, a coagel of PRF is obtained, (ii) squeezing the obtained PRF coagel to isolate its serum fraction (i. e. a PRF releasate), wherein the method is carried out in less than 6 hours, wherein no preservative agents are used and wherein the serum fraction is prepared without an intermediate freezing/thawing step. (i) centrifuging venous blood for 2-20 minutes at 1000-3000 g, whereby platelet rich plasma (PRP) is provided and red blood cell fraction is removed in the absence of any exogenous anticoagulant and in contact with a negatively charged surface; until, by spontaneously clotting the PRP, a coagel of PRF is obtained, (ii) squeezing the obtained PRF coagel to isolate its serum fraction (i. e. a PRF releasate), wherein the method is carried out in less than 6 hours, wherein no preservative agents are used and wherein the serum fraction is prepared without an intermediate freezing/thawing step.
A clothes treating apparatus, comprising: a cabinet having an accommodating space for accommodating clothes to be treated therein; a steam generator to generate steam; a solution storing container in which a functional solution for recovering a function of the clothes to be treated is stored; and a spray unit provided with a steam spraying portion connected to the steam generator to spray steam therethrough, and a solution spraying portion connected to the solution storing container to spray the functional solution therethrough, wherein the spray unit is configured in a manner that an outlet of the solution spraying portion is disposed in a negative pressure area formed by the steam sprayed through the steam spraying portion , and the functional solution is sprayed through the outlet of the solution spraying portion by the steam sprayed through the steam spraying portion , characterized in that the spray unit comprises a movable supporting portion to support the solution spraying portion such that the solution spraying portion is relatively movable with respect to the steam spraying portion after the movable supporting portion is coupled to the steam spraying portion . a cabinet having an accommodating space for accommodating clothes to be treated therein; a steam generator to generate steam; a solution storing container in which a functional solution for recovering a function of the clothes to be treated is stored; and a spray unit provided with a steam spraying portion connected to the steam generator to spray steam therethrough, and a solution spraying portion connected to the solution storing container to spray the functional solution therethrough, wherein the spray unit is configured in a manner that an outlet of the solution spraying portion is disposed in a negative pressure area formed by the steam sprayed through the steam spraying portion , and the functional solution is sprayed through the outlet of the solution spraying portion by the steam sprayed through the steam spraying portion ,
Surface burner having a distribution plate and a burner surface, which has at least a first fibre knit , and having a mixing chamber from which a fuel-air mixture is guided through the distribution plate to the burner surface, wherein the distribution plate has a monitoring region and a main region , wherein the fuel-air mixture flows through the first fibre knit in the main region , characterized in that the fuel-air mixture is uninfluenced by the first fibre knit in the monitoring region , wherein the monitoring region is free from the first fibre knit such that the distribution plate can be seen.
Method for producing a fermented milk product comprising diacetyl, wherein the fermented milk product is yoghurt, which method comprises fermentation of a milk based substrate with lactic acid bacteria and the addition of a lactase enzyme for increasing the amount of diacetyl in fermented milk products during storage of the fermented milk product, wherein the lactase enzyme contributes to the formation of diacetyl, said method further comprising a step of storing the fermented milk product for a period of at least 7 days and wherein said lactic acid bacteria are Lactobacillus delbruekii subsp. bulgaricus and Streptococcus salivarius thermophilus and wherein said milk is from a mammal source
A negative pressure wound dressing comprising a backing layer , an adhesive skin contact layer and an absorbent structure arranged between the backing layer and the adhesive skin contact layer , wherein the adhesive skin contact layer is configured to detachably adhere the dressing to a dermal surface, wherein the backing layer comprises a coupling member configured to connect the dressing to a negative pressure source, wherein the absorbent structure comprises a wound contact layer arranged to contact the wound when the adhesive skin contact layer is adhered to the skin adjacent the wound, the wound contact layer having a first surface and a second surface , wherein the first surface of the wound contact layer contacts the wound in use, wherein the first surface comprises warp stitches, and characterised in that the wound contact layer comprises a plurality of gel-forming fibres, the second surface comprises warp and weft stitches, and the first surface does not comprise any weft stitches.
A compound or a tautomer thereof, or a pharmaceutically acceptable salt of said compound or said tautomer, said compound selected from the group consisting of:
Traction battery for a battery-electric powered mobile working machine, in particular an industrial truck, which traction battery is configured as a high-power battery and has a battery tray within which modules which are each constructed from at least one battery cell are arranged, and having a battery management system which comprises monitoring and control apparatuses, characterized in that the electronics components and operator control elements of the battery management system , which are not integrated into the modules , are arranged so as to bear against a side wall of the battery tray and are accessible via at least one opening of the side wall in order to allow the electronics components of the battery management system to be replaced in the event of a fault.
A method in a distributed unit, DU, of a distributed base station, the distributed base station including the DU and a central unit, CU, for managing early data communication with a user equipment, UE, the method comprising: communicating (1402; 304; 403; 405; 504), by the DU , with the UE using a temporary identifier of the UE; characterized by further comprising receiving (1404; 306; 490; 590), from the CU , a first CU-to-DU message requesting a configured resources configuration for the UE; transmitting (1406; 308A; 308B; 490: 590), to the CU , a DU-to-CU message including the configured resources configuration for the UE ; receiving (310A; 310B, from the CU , a second CU-to-DU message including a message including the configured resources configuration and a configured scheduling RNTI, CS-RNTI, indicating to release a radio resource control connection; extracting the message from the second CU-to-DU message; and transmitting (311A; 311B; 312A; 312B) the message to the UE ; communicating (1408; 392A, 392B; 492; 592) with the UE in accordance with the configured resources configuration while the radio resource control connection between the UE and the distributed base station is not active. communicating (1402; 304; 403; 405; 504), by the DU , with the UE using a temporary identifier of the UE; characterized by further comprising receiving (1404; 306; 490; 590), from the CU , a first CU-to-DU message requesting a configured resources configuration for the UE; transmitting (1406; 308A; 308B; 490: 590), to the CU , a DU-to-CU message including the configured resources configuration for the UE ; receiving (310A; 310B, from the CU , a second CU-to-DU message including a message including the configured resources configuration and a configured scheduling RNTI, CS-RNTI, indicating to release a radio resource control connection; extracting the message from the second CU-to-DU message; and transmitting (311A; 311B; 312A; 312B) the message to the UE ; communicating (1408; 392A, 392B; 492; 592) with the UE in accordance with the configured resources configuration while the radio resource control connection between the UE and the distributed base station is not active.
Household refrigeration appliance, having a thermally insulated housing , which delimits a coolable interior chamber that is provided for storing food and is accessible through an opening and which comprises a frame-like end face which frames the opening of the housing , a refrigeration apparatus provided for cooling the coolable interior chamber , a door leaf for opening and closing the opening of the housing , said door leaf being mounted by means of at least one hinge in such a manner that it can pivot in relation to an axis (A), a cover provided for covering the hinge and a trigger apparatus arranged within the cover which is designed as a magnetic sensor or has a magnetic sensor which is arranged within the cover and interacts with a permanent magnet fastened in or on the door leaf for actuating an apparatus of the household refrigeration appliance, characterised in that the trigger apparatus is designed to activate at least the apparatus of the household refrigeration appliance as a function of an opening angle (α) of the door leaf , the magnetic sensor is arranged within the cover such that it is arranged at a predetermined point upstream of the end face of the housing so that the permanent magnet is then disposed in the operating area of the magnetic sensor when the door leaf has the predetermined opening angle (α), and the permanent magnet is arranged in or on the door leaf in such a manner that its north pole and south pole are aligned horizontally in particular in the pivot direction of the door leaf and when the door leaf pivots over the predetermined opening angle (α), the magnetic sensor is able to recognise a north pole/south pole switch and a south pole/north pole switch of the permanent magnet .
A method for activating and deactivating multiple secondary cells (150A-B) by a wireless device using carrier aggregation, the method comprising: receiving a first message requesting activation or deactivation of a first secondary cell, first SCell ; initiating a first procedure to activate or deactivate the first SCell , wherein the first procedure is to be completed within a first delay period; while performing the first procedure to activate or deactivate the first SCell , receiving a second message to activate, deactivate, configure or deconfigure a second SCell ; modifying the first procedure by replacing the first delay period with a second delay period within which to complete the first procedure, the second delay period being greater than the first delay period. receiving a first message requesting activation or deactivation of a first secondary cell, first SCell ; initiating a first procedure to activate or deactivate the first SCell , wherein the first procedure is to be completed within a first delay period; while performing the first procedure to activate or deactivate the first SCell , receiving a second message to activate, deactivate, configure or deconfigure a second SCell ; modifying the first procedure by replacing the first delay period with a second delay period within which to complete the first procedure, the second delay period being greater than the first delay period.
A flake-form conductive filler comprising a flake-form base material and a silver coating covering the entire surface of said flake-form base material, said flake-form base material containing copper, and said flake-form conductive filler having a ratio a/b between a peak intensity "a" derived from a silver plane and a peak intensity "b" derived from a silver plane at 2 or less in an X-ray diffraction measurement, said ratio a/b being calculated from a relative integrated intensity by using an X-ray diffraction device "RINT2000" by Rigaku Co. for a coating film, comprising the flake-form conductive filler, coated on a glass plate.
A metal can comprising: - a metal can body comprising a side wall , a first end of which is connected to a bottom and a second end of which delimits an access opening , said second end including a roll that ends by a free edge , - a metal lid suitable to close said access opening , said metal can including a peripheral skirt that includes an interlocking strip adapted to cooperate by interlocking with said second end of the side wall , and - a peel-off tab which is sealed, by a heat-seal material, to the circumference of the peripheral skirt of the metal lid and of the second end of the side wall of the metal can body , characterized in that the roll of said second end of the side wall is oriented outward, away from the access opening , and in that said peel-off tab includes a strip that partially covers said roll , in a sealed manner, to ensure to ensure the sealing of said metal can , said peel-off tab is sealed by means of two annular sealing areas, i.e.: - an upper sealing area that is interposed between, on the one hand, an upper strip of said peel-off tab and, on the other hand, a sealing strip of the peripheral skirt of said metal lid , and - a lower sealing area that is interposed between, on the one hand, a lower strip of said peel-off tab and, on the other hand, said second end of the side wall of the can body . - a metal can body comprising a side wall , a first end of which is connected to a bottom and a second end of which delimits an access opening , said second end including a roll that ends by a free edge , - a metal lid suitable to close said access opening , said metal can including a peripheral skirt that includes an interlocking strip adapted to cooperate by interlocking with said second end of the side wall , and - a peel-off tab which is sealed, by a heat-seal material, to the circumference of the peripheral skirt of the metal lid and of the second end of the side wall of the metal can body , characterized in that the roll of said second end of the side wall is oriented outward, away from the access opening , and in that said peel-off tab includes a strip that partially covers said roll , in a sealed manner, to ensure to ensure the sealing of said metal can , said peel-off tab is sealed by means of two annular sealing areas, i.e.: - an upper sealing area that is interposed between, on the one hand, an upper strip of said peel-off tab and, on the other hand, a sealing strip of the peripheral skirt of said metal lid , and - a lower sealing area that is interposed between, on the one hand, a lower strip of said peel-off tab and, on the other hand, said second end of the side wall of the can body . - an upper sealing area that is interposed between, on the one hand, an upper strip of said peel-off tab and, on the other hand, a sealing strip of the peripheral skirt of said metal lid , and - a lower sealing area that is interposed between, on the one hand, a lower strip of said peel-off tab and, on the other hand, said second end of the side wall of the can body .
An audio dynamic range compression method for an audio signal , this method comprising: - a step of acquiring an audio signal ; - a step of selecting a first time instant ( t i ) of the audio signal ; - a step of calculating a plurality of partial gains corresponding, respectively, to a plurality of observation windows of the audio signal which are centred on said first time instant ( t i ), the width of these observation windows following a geometric progression with predefined common difference and first term; - a step of summing the partial gains calculated as a first correcting term ( S i ); - a step of applying the first correcting term ( S i ) to the audio signal at said first time instant ( t i ). - a step of acquiring an audio signal ; - a step of selecting a first time instant ( t i ) of the audio signal ; - a step of calculating a plurality of partial gains corresponding, respectively, to a plurality of observation windows of the audio signal which are centred on said first time instant ( t i ), the width of these observation windows following a geometric progression with predefined common difference and first term; - a step of summing the partial gains calculated as a first correcting term ( S i ); - a step of applying the first correcting term ( S i ) to the audio signal at said first time instant ( t i ).
Mounting box configured for mounting an electrical device into a cavity of a wall , wherein the cavity is at least provided with a side wall , the mounting box comprising • an outer body comprising at least one expansion element provided in a side wall that extends in a depth direction, wherein the expansion element is configured for being pressed against the side wall of the cavity , and a first expansion control element arranged for pressing the expansion element against the side wall of the cavity from a resting state to a securing state, and • an inner body , arranged to be mounted into the outer body and arranged for receiving the electrical device , characterized in that the outer body comprises a plurality of expansion elements , and wherein the expansion elements are individually controllable by the expansion control element , and in that the inner body comprises adjustment means arranged for moving the inner body in the depth direction inside the outer body , regardless of the condition of the expansion element . • an outer body comprising at least one expansion element provided in a side wall that extends in a depth direction, wherein the expansion element is configured for being pressed against the side wall of the cavity , and a first expansion control element arranged for pressing the expansion element against the side wall of the cavity from a resting state to a securing state, and • an inner body , arranged to be mounted into the outer body and arranged for receiving the electrical device ,
A macular carotenoid composition comprising lutein including trans-lutein, (R,R)-zeaxanthin and (R,S)-zeaxanthin, along with one or more food grade excipients, for use in increasing macular pigment optical density (MPOD) levels and treating psychological stress in a subject, wherein the macular carotenoid composition is derived from a plant extract/oleoresin containing xanthophylls/xanthophylls esters and comprises at least 85% by weight of total xanthophylls, of which at least 80% by weight being trans-lutein, at least 6% by weight being (R,R)-zeaxanthin and at least 6% by weight being (R,S)-zeaxanthin, wherein the ratio of trans-lutein to (R,R)-zeaxanthin and (R,S)-zeaxanthin is in the range of 4:1 to 6:1 and the ratio of (R,R)-zeaxanthin and (R,S)-zeaxanthin is in the range of 80:20 to 20:80, and wherein the composition is administered daily and comprises at least 0.005 mg/kg body weight of lutein and at least 0.001 mg/kg body weight of (R,R)-zeaxanthin and (R,S)-zeaxanthin.