mhurhangee/patent-ind-claim-en huggingface dataset:
Mixer device for an exhaust system of an internal combustion engine, comprising: - a bottom element with a rear side to be positioned facing away from an exhaust gas stream in an exhaust system and with a front side to be positioned facing the exhaust gas stream, wherein a reactant introduction opening is formed in the bottom element , wherein the reactant introduction opening is open to a reactant receiving volume formed in the bottom element expanding radially in the direction of an opening axis (A) on the front side of the bottom element starting from the reactant introduction opening , - a swirl generation element connected to the bottom element and enclosing the opening axis (A) in a ring-like manner, wherein a mixing volume adjoining the reactant receiving volume in the direction of the opening axis (A) is formed in the swirl generation element and a plurality of exhaust gas passage openings following one another in the circumferential direction about the opening axis (A) are provided in the swirl generation element , characterized in that a plurality of exhaust gas passage ducts , which are arranged in succession in the circumferential direction about the opening axis (A) and are open towards the reactant receiving volume , are provided in the bottom element , and in that at least one exhaust gas passage duct comprises an axially open groove-like depression provided on the front side of the bottom element . - a bottom element with a rear side to be positioned facing away from an exhaust gas stream in an exhaust system and with a front side to be positioned facing the exhaust gas stream, wherein a reactant introduction opening is formed in the bottom element , wherein the reactant introduction opening is open to a reactant receiving volume formed in the bottom element expanding radially in the direction of an opening axis (A) on the front side of the bottom element starting from the reactant introduction opening , - a swirl generation element connected to the bottom element and enclosing the opening axis (A) in a ring-like manner, wherein a mixing volume adjoining the reactant receiving volume in the direction of the opening axis (A) is formed in the swirl generation element and a plurality of exhaust gas passage openings following one another in the circumferential direction about the opening axis (A) are provided in the swirl generation element ,
Floor cleaning device having an elongate carrier element to which the end of a handle that is able to be gripped with both hands is attached and which has two parallel grooves extending in the direction of longitudinal extent of the carrier element , wherein a fastening portion of a first cleaning element is inserted and fixed in one of the grooves , and wherein a fastening portion of a second cleaning element is inserted and fixed in the other groove , and wherein the first cleaning element and the second cleaning element by a rotation of the floor cleaning device by 180 degrees about the direction of longitudinal extent of the handle are able to be brought in each case individually and successively into contact with a floor to be cleaned, characterized in that the grooves are of identical design.
A method of wireless data transmission to trigger a handover or a handover decision of the wireless data transmission from a first radio link to a second radio link, comprising: detecting , by a first radio access point a degradation of the first radio link established for a first frequency band between the first radio access point and a user equipment based on a link quality performance indicator, sending , by the first radio access point to a network entity , information regarding the degradation of the first radio link quality, sending , by the network entity addressed to the user equipment , a request for a measurement of radio link quality for at least one second radio link, wherein the second radio link is between a second radio access point operating in the first frequency band and the user equipment , receiving , by the network entity from the user equipment , a result of the measurement of the radio link quality for the second radio link, sending , by the network entity addressed to the user equipment , a trigger for a handover or a handover decision of the data transmission from the first radio link to the second radio link depending on the result of the measurement, wherein the request for a measurement of radio link quality for at least one second radio link and the trigger for the handover or the handover decision is sent via a third radio link between the user equipment and the network entity operating in a second frequency band, wherein the network entity is an evolved node B or 5G node or a base station, and wherein the first frequency band is above 6Ghz and the second frequency band is below 6Ghz. detecting , by a first radio access point a degradation of the first radio link established for a first frequency band between the first radio access point and a user equipment based on a link quality performance indicator, sending , by the first radio access point to a network entity , information regarding the degradation of the first radio link quality, sending , by the network entity addressed to the user equipment , a request for a measurement of radio link quality for at least one second radio link, wherein the second radio link is between a second radio access point operating in the first frequency band and the user equipment , receiving , by the network entity from the user equipment , a result of the measurement of the radio link quality for the second radio link, sending , by the network entity addressed to the user equipment , a trigger for a handover or a handover decision of the data transmission from the first radio link to the second radio link depending on the result of the measurement, wherein the request for a measurement of radio link quality for at least one second radio link and the trigger for the handover or the handover decision is sent via a third radio link between the user equipment and the network entity operating in a second frequency band, wherein the network entity is an evolved node B or 5G node or a base station, and wherein the first frequency band is above 6Ghz and the second frequency band is below 6Ghz.
An overbased metal detergent grease comprising a polyalkylene glycol wherein the polyalkylene glycol is a methoxypolyethylene glycol having a number average (M n ) molecular weight of 190 to 9000 M n , 350 to 1000 M n , or 350 to 750 M n , wherein the grease is made in a two-step process having a gelation step and a complexing step, wherein the polyalkylene glycol is added as a promotor during the gelation step.
An orthodontic system, comprising a plurality of orthodontic appliances each comprising a shell including one or more cavities shaped to receive a patient's teeth and comprising an interior surface and an exterior surface; and an elastic coating covering at least a portion of one or more of the interior surface or exterior surface of the shell, the elastic coating having a plurality of striations formed therein, wherein a stiffness of a portion of the orthodontic appliance corresponding to the portion of the shell covered with the elastic coating is determined by a stiffness of the elastic coating, and wherein the appliances are successively wearable by the patient to move one or more teeth from a first arrangement to a second arrangement.
A pharmaceutical composition for use in preventing or treating muscular diseases caused by muscle wasting or degeneration in a subject in need thereof comprising an Aster spathulifolius extract as an active ingredient, wherein the extract is an extract extracted by alcohol having 1 to 6 carbon atoms, or a mixture of water and alcohol having 1 to 6 carbon atoms.
A process for producing a device for measuring deformations on a ceramic matrix composite part , in particular an aeronautical part, according to which an electrically insulating coating is first produced on said part , and then a deformation gauge is placed on said coating , characterized in that said coating comprises a rare-earth oxide.
A vehicle antenna comprising an antenna case , a conductive base , an antenna part , a plastic base , a substrate part , and a circuit part; wherein the antenna case is configured to accommodate, in an inner space of the antenna case formed in a streamlined dome shape, the conductive base , the antenna part mounted on the plastic base , and the substrate part on which a circuit part is attached, wherein: the antenna case comprises an outer case and an inner case ; the inner case is formed to have an opened lower surface and an accommodation space therein, is configured to accommodate the antenna part comprising a plurality of radiation elements and the substrate part on which the circuit part is mounted, has fastening holes in a lower peripheral edge portion thereof, and is thereby configured to be fixed and fastened to the plastic base by means of screws; and the outer case is formed to have a lower surface opened toward a vehicle roof panel side and an accommodation space therein, covers the entire outer portion of the inner case fixedly fastened and coupled to the plastic base so that the inner case is inserted thereinto, comprises a plurality of main hook parts , and the plastic base comprises fastening parts , so that the main hook parts pass through the fastening parts provided to the plastic base and are forcibly hooked and fastened, and the outer case comprises sub supporters each formed on an inner side on the inner surface in a rectangular fin shape, having an inclination angle slightly further inward than the vertical downward direction, on a line at which the main hook parts are formed. the antenna case comprises an outer case and an inner case ; the inner case is formed to have an opened lower surface and an accommodation space therein, is configured to accommodate the antenna part comprising a plurality of radiation elements and the substrate part on which the circuit part is mounted, has fastening holes in a lower peripheral edge portion thereof, and is thereby configured to be fixed and fastened to the plastic base by means of screws; and the outer case is formed to have a lower surface opened toward a vehicle roof panel side and an accommodation space therein, covers the entire outer portion of the inner case fixedly fastened and coupled to the plastic base so that the inner case is inserted thereinto, comprises a plurality of main hook parts , and the plastic base comprises fastening parts , so that the main hook parts pass through the fastening parts provided to the plastic base and are forcibly hooked and fastened, and the outer case comprises sub supporters each formed on an inner side on the inner surface in a rectangular fin shape, having an inclination angle slightly further inward than the vertical downward direction, on a line at which the main hook parts are formed.
Circuit arrangement for generating a supply voltage (ΔU) with a controllable ground potential level - with a voltage source which provides the supply voltage (ΔU) ungrounded as a difference between two supply voltage potentials (U P , U N ), - with a control unit which generates an adjustable control voltage (U S ) to ground (M), and - with an operational amplifier , - which is connected by its voltage supply terminals to the supply voltage potentials (U P , U N ) of the voltage source , - to the inverting input (-) of which the control voltage (U S ) is applied, - the non-inverting input (+) of which is connected via a resistor network (R1, R2, R3) to the supply voltage potentials (U P , U N ) of the voltage source and to a ground terminal (M) and - the output of which is fed back to the inverting input (-) via a capacitor (C1), wherein a resistor (R7) lies in series with the capacitor (C1) between the output of the operational amplifier and its inverting input (-). - with a voltage source which provides the supply voltage (ΔU) ungrounded as a difference between two supply voltage potentials (U P , U N ), - with a control unit which generates an adjustable control voltage (U S ) to ground (M), and - with an operational amplifier , - which is connected by its voltage supply terminals to the supply voltage potentials (U P , U N ) of the voltage source , - to the inverting input (-) of which the control voltage (U S ) is applied, - the non-inverting input (+) of which is connected via a resistor network (R1, R2, R3) to the supply voltage potentials (U P , U N ) of the voltage source and to a ground terminal (M) and - the output of which is fed back to the inverting input (-) via a capacitor (C1), wherein a resistor (R7) lies in series with the capacitor (C1) between the output of the operational amplifier and its inverting input (-). - which is connected by its voltage supply terminals to the supply voltage potentials (U P , U N ) of the voltage source , - to the inverting input (-) of which the control voltage (U S ) is applied, - the non-inverting input (+) of which is connected via a resistor network (R1, R2, R3) to the supply voltage potentials (U P , U N ) of the voltage source and to a ground terminal (M) and - the output of which is fed back to the inverting input (-) via a capacitor (C1), wherein a resistor (R7) lies in series with the capacitor (C1) between the output of the operational amplifier and its inverting input (-).
An air-conditioning system comprising a refrigerant circuit having an indoor heat exchanger ; a thermal storage heat exchanger connected to the refrigerant circuit ; a refrigerant container for introducing a liquid refrigerant, wherein the air-conditioning system is configured to perform a first cooling operation in which the thermal storage heat exchanger serves as a radiator and the indoor heat exchanger serves as an evaporator; a refrigerant introduction pipe (77; 82) connected to the thermal storage heat exchanger and the refrigerant container (13; 14); and a first opening/closing mechanism (76; 83) configured to open and close the refrigerant introduction pipe (77; 82); a control unit ; characterized in that the control unit is configured to adjust the first opening/closing mechanism (76; 83) so as to open the first opening/closing mechanism (76; 83) when the operational mode is switched to the first cooling operation so that the refrigerant container (13; 14) and the indoor heat exchanger are connected, in parallel, to the thermal storage heat exchanger such that parts of the refrigerant that has flowed out of the thermal storage heat exchanger flows into the refrigerant container (13; 14) and the indoor heat exchanger . a refrigerant circuit having an indoor heat exchanger ; a thermal storage heat exchanger connected to the refrigerant circuit ; a refrigerant container for introducing a liquid refrigerant, wherein the air-conditioning system is configured to perform a first cooling operation in which the thermal storage heat exchanger serves as a radiator and the indoor heat exchanger serves as an evaporator; a refrigerant introduction pipe (77; 82) connected to the thermal storage heat exchanger and the refrigerant container (13; 14); and a first opening/closing mechanism (76; 83) configured to open and close the refrigerant introduction pipe (77; 82); a control unit ; characterized in that the control unit is configured to adjust the first opening/closing mechanism (76; 83) so as to open the first opening/closing mechanism (76; 83) when the operational mode is switched to the first cooling operation so that the refrigerant container (13; 14) and the indoor heat exchanger are connected, in parallel, to the thermal storage heat exchanger such that parts of the refrigerant that has flowed out of the thermal storage heat exchanger flows into the refrigerant container (13; 14) and the indoor heat exchanger .
A battery pack , comprising: a plurality of battery modules ; a tray including a mounting plate which extends horizontally so that the plurality of battery modules is mounted on the mounting plate , wherein the mounting plate includes a feed pipe disposed on one side of the mounting plate and configured to receive a refrigerant from outside, and a discharge pipe disposed on the other side of the mounting plate and configured to discharge the refrigerant to the outside, and wherein the mounting plate includes a plurality of refrigerant channels , each refrigerant channel extending from one side of the mounting plate to the other side of the mounting plate and being in communication with the feed pipe or the discharge pipe ; characterized in that wherein the battery module includes: an inlet (P1) configured to feed the refrigerant into the battery module ; and an outlet (P2) configured to discharge the refrigerant out of the battery module , and in that the mounting plate includes: an inlet port connected with the inlet (P1) to feed the refrigerant from the refrigerant channel to the battery module ; and an outlet port connected with the outlet (P2) to discharge the refrigerant from the battery module to the refrigerant channel . a plurality of battery modules ; a tray including a mounting plate which extends horizontally so that the plurality of battery modules is mounted on the mounting plate , wherein the mounting plate includes a feed pipe disposed on one side of the mounting plate and configured to receive a refrigerant from outside, and a discharge pipe disposed on the other side of the mounting plate and configured to discharge the refrigerant to the outside, and wherein the mounting plate includes a plurality of refrigerant channels , each refrigerant channel extending from one side of the mounting plate to the other side of the mounting plate and being in communication with the feed pipe or the discharge pipe ; characterized in that wherein the battery module includes: an inlet (P1) configured to feed the refrigerant into the battery module ; and an outlet (P2) configured to discharge the refrigerant out of the battery module , and in that the mounting plate includes: an inlet port connected with the inlet (P1) to feed the refrigerant from the refrigerant channel to the battery module ; and an outlet port connected with the outlet (P2) to discharge the refrigerant from the battery module to the refrigerant channel . an inlet (P1) configured to feed the refrigerant into the battery module ; and an outlet (P2) configured to discharge the refrigerant out of the battery module , and in that the mounting plate includes: an inlet port connected with the inlet (P1) to feed the refrigerant from the refrigerant channel to the battery module ; and an outlet port connected with the outlet (P2) to discharge the refrigerant from the battery module to the refrigerant channel . an inlet port connected with the inlet (P1) to feed the refrigerant from the refrigerant channel to the battery module ; and an outlet port connected with the outlet (P2) to discharge the refrigerant from the battery module to the refrigerant channel .
A catalytic article comprising a substrate having an inlet and outlet and coated with a first coating comprising a blend of platinum on a support with low ammonia storage with a first SCR catalyst; a second coating comprising a second SCR catalyst; wherein the second coating at least partially overlaps the first coating, and wherein the first SCR catalyst is a Cu-SCR catalyst or a Fe-SCR catalyst, wherein the support with low ammonia storage is a siliceous support comprising a zeolite with silica-to-alumina ratio of ≥100; and wherein the support with low ammonia storage is a support that stores less than 0.001 mmol NH 3 per m 3 of support.
A combustion chamber structure , particularly for a rocket engine, comprising: - a liner that surrounds a combustion chamber and has an outer surface facing away from the combustion chamber , with coolant channels extending in the longitudinal direction of the liner and being formed on the outer surface of the liner , and - a connecting structure that fluidly connects a coolant chamber to the coolant channels , characterized in that the liner is made of a one-piece part and widens at a longitudinal end of the liner forming a widened portion, and the liner , at this widened portion, forms a plurality of walls delimiting the coolant chamber for collecting and/or distributing a coolant that extends in the circumferential direction of the liner . - a liner that surrounds a combustion chamber and has an outer surface facing away from the combustion chamber , with coolant channels extending in the longitudinal direction of the liner and being formed on the outer surface of the liner , and - a connecting structure that fluidly connects a coolant chamber to the coolant channels , the liner is made of a one-piece part and widens at a longitudinal end of the liner forming a widened portion, and the liner , at this widened portion, forms a plurality of walls delimiting the coolant chamber for collecting and/or distributing a coolant that extends in the circumferential direction of the liner .
An angled connector comprising: - a plug-in end for plugging in the connector and - a cable end , at which a cable can be guided out of the connector , wherein - the cable can be guided from the plug-in end to the cable end in cable channels (KG1, KG2) of two guide sleeves , wherein the two guide sleeves are coupled to one another such that the cable channels (KG1, KG2) are arranged so as to form a corner with respect to one another, and - the two cable channels (KG1, KG2) of the first and second guide sleeve are substantially straight, wherein the two guide sleeves are coupled to another at the corner by means of a clamp connection, characterized in that each of the two cable channels (KG1, KG2) is entirely straight and unangled. - a plug-in end for plugging in the connector and - a cable end , at which a cable can be guided out of the connector , wherein - the cable can be guided from the plug-in end to the cable end in cable channels (KG1, KG2) of two guide sleeves , wherein the two guide sleeves are coupled to one another such that the cable channels (KG1, KG2) are arranged so as to form a corner with respect to one another, and - the two cable channels (KG1, KG2) of the first and second guide sleeve are substantially straight, wherein the two guide sleeves are coupled to another at the corner by means of a clamp connection, characterized in that each of the two cable channels (KG1, KG2) is entirely straight and unangled.
A device for the repair of a phalangeal joint, the device comprising: a first anchor ; a second anchor ; and a flexible spacer connecting the first anchor and the second anchor, wherein the flexible spacer is comprised of a polymeric composition, the flexible spacer comprising: a plurality of elongate fibers extending between the first and second anchors; and a polymeric matrix interspersed with the plurality of elongate fibers , characterised in that the first and second anchors are comprised of porous metallic structures. a first anchor ; a second anchor ; and a flexible spacer connecting the first anchor and the second anchor, wherein the flexible spacer is comprised of a polymeric composition, the flexible spacer comprising: a plurality of elongate fibers extending between the first and second anchors; and a polymeric matrix interspersed with the plurality of elongate fibers , characterised in that the first and second anchors are comprised of porous metallic structures. a plurality of elongate fibers extending between the first and second anchors; and a polymeric matrix interspersed with the plurality of elongate fibers , characterised in that the first and second anchors are comprised of porous metallic structures.