mhurhangee/patent-ind-claim-en huggingface dataset:
A bias circuit, comprising: a first transistor forming an input node ; a second transistor forming an output node ; and a plurality of switches disposed between the first transistor and the second transistor , wherein the plurality of switches is configured to charge the first transistor to a supply voltage and the second transistor to a ground during a first mode of operation, and couple the first transistor to the second transistor to approximate a final bias voltage during a second mode of operation, wherein the first transistor is driven by a first gate and the second transistor is driven by a second gate , characterized in that the plurality of switches are configured to selectively decouple the first gate from the second gate in the first mode of operation to disable current between the first transistor and the second transistor while independently selectively coupling and charging the first transistor to the supply voltage and the second transistor to the ground, and selectively couple the first gate to the second gate in the second mode of operation. a first transistor forming an input node ; a second transistor forming an output node ; and a plurality of switches disposed between the first transistor and the second transistor , wherein the plurality of switches is configured to charge the first transistor to a supply voltage and the second transistor to a ground during a first mode of operation, and couple the first transistor to the second transistor to approximate a final bias voltage during a second mode of operation, wherein the first transistor is driven by a first gate and the second transistor is driven by a second gate , characterized in that the plurality of switches are configured to selectively decouple the first gate from the second gate in the first mode of operation to disable current between the first transistor and the second transistor while independently selectively coupling and charging the first transistor to the supply voltage and the second transistor to the ground, and selectively couple the first gate to the second gate in the second mode of operation. wherein the plurality of switches is configured to charge the first transistor to a supply voltage and the second transistor to a ground during a first mode of operation, and couple the first transistor to the second transistor to approximate a final bias voltage during a second mode of operation, wherein the first transistor is driven by a first gate and the second transistor is driven by a second gate , characterized in that the plurality of switches are configured to selectively decouple the first gate from the second gate in the first mode of operation to disable current between the first transistor and the second transistor while independently selectively coupling and charging the first transistor to the supply voltage and the second transistor to the ground, and selectively couple the first gate to the second gate in the second mode of operation.
An apparatus for monitoring the fill level of containers for a container treatment system, wherein the apparatus comprises: a container receptacle for receiving a container ; a filling device which is arranged to fill a container received in the container receptacle with a liquid; a light source for emitting a light beam for passing through a container received in the container receptacle ; and a light-sensitive sensor which is arranged to receive the light beam only when the liquid in the container has a fill level at which the light beam was refracted by the liquid in the container when passing through the container , characterized in that the light source and/or the light-sensitive sensor is adjustable, namely pivotable towards and away from the container receptacle . a container receptacle for receiving a container ; a filling device which is arranged to fill a container received in the container receptacle with a liquid; a light source for emitting a light beam for passing through a container received in the container receptacle ; and a light-sensitive sensor which is arranged to receive the light beam only when the liquid in the container has a fill level at which the light beam was refracted by the liquid in the container when passing through the container , characterized in that the light source and/or the light-sensitive sensor is adjustable, namely pivotable towards and away from the container receptacle .
Filling device for a tabletting machine comprising a covering device and a cone , wherein a gap is formed between the covering device and the cone , said gap being designed to guide tabletting material from a filling tube of the filling device into a region of die openings of a die table , wherein the covering device is rotatably formed and the filling device comprises a drive unit for generating the rotational movement of the covering device and the filling device has no impeller and/or agitator blade.
A method, performed by a multiple universal subscriber identity module, multi-USIM, wireless device, comprising: sending, to a mobility management function of a core network, a registration request message comprising an indication for including a paging cause value in a paging message; receiving a first paging message comprising the paging cause value; and sending, based on the first paging message, a radio resource control, RRC, message requesting a connection setup. sending, to a mobility management function of a core network, a registration request message comprising an indication for including a paging cause value in a paging message; receiving a first paging message comprising the paging cause value; and sending, based on the first paging message, a radio resource control, RRC, message requesting a connection setup.
A compound for specifically binding to amyloid β-protein, wherein the compound has a structure as shown in formula I: wherein R 1 is-B(OH) 2 , R 2 is-NHCH 3 ; and wherein the boron element in R 1 is a nuclide 10 B with a large thermal neutron capture cross section. wherein R 1 is-B(OH) 2 , R 2 is-NHCH 3 ; and wherein the boron element in R 1 is a nuclide 10 B with a large thermal neutron capture cross section.
A device for delivering a compound to an olfactory region of a nasal cavity or the turbinate regions of the nasal cavity comprising: a canister capable of containing a liquid propellant, a diffuser in communication with the canister , such that liquid propellant exiting the canister comes into contact with the diffuser , wherein the diffuser is a frit encompassing a porous member, and is capable of converting liquid propellant exiting the canister into gaseous propellant, a compound chamber that is capable of containing the compound, which compound chamber is in communication with the diffuser such that following contact with the diffuser , the gaseous propellant comes into contact with the compound in the compound chamber , and a nozzle in communication with the compound chamber . a canister capable of containing a liquid propellant, a diffuser in communication with the canister , such that liquid propellant exiting the canister comes into contact with the diffuser , wherein the diffuser is a frit encompassing a porous member, and is capable of converting liquid propellant exiting the canister into gaseous propellant, a compound chamber that is capable of containing the compound, which compound chamber is in communication with the diffuser such that following contact with the diffuser , the gaseous propellant comes into contact with the compound in the compound chamber , and a nozzle in communication with the compound chamber .
Method for extracting guilloche patterns (601-608) from a secure document likely to be degraded, characterized in that it comprises the following operations: - determining a contrast card (c) of at least one portion of the secure document that includes the guilloche patterns; - identifying , on this contrast card an optimal percolation trajectory; and - extracting the optimal percolation trajectory, said trajectory corresponding to the guilloche pattern. - determining a contrast card (c) of at least one portion of the secure document that includes the guilloche patterns; - identifying , on this contrast card an optimal percolation trajectory; and - extracting the optimal percolation trajectory, said trajectory corresponding to the guilloche pattern.
A method for screening a pulp suspension, the method comprising directing a pulp suspension to a screening space between a filtering screen and a rotating drum-type rotor, screening a part of the fibres in the pulp suspension in the screening space through the screen, directing at least a part of the flow passing through the screen to at least one accept outlet, directing a reject flow to at least one reject outlet, characterized in that the method further comprising sealing a cylindrical part of the rotor by means of a ring shaped part attached to the cylindrical part of the rotor and preventing flow through it, directing a residual pulp flow from the screening space to a dilution space, the dilution space being bordered at least partly by the filtering screen and by the bottom of the rotor , mixing at least a part of the dilution flow with at least a part of a preliminary reject flow for forming a recirculated pulp flow , mixing the residual pulp flow with a recirculated pulp flow at least partly in the dilution space, screening a part of the fibres in the pulp suspension in the dilution space through the filtering screen, directing at least a part of a dilution flow to a reject space where it mixes with a preliminary reject flow, and directing the recirculated pulp flow to the dilution space. directing a pulp suspension to a screening space between a filtering screen and a rotating drum-type rotor, screening a part of the fibres in the pulp suspension in the screening space through the screen, directing at least a part of the flow passing through the screen to at least one accept outlet, directing a reject flow to at least one reject outlet, sealing a cylindrical part of the rotor by means of a ring shaped part attached to the cylindrical part of the rotor and preventing flow through it, directing a residual pulp flow from the screening space to a dilution space, the dilution space being bordered at least partly by the filtering screen and by the bottom of the rotor , mixing at least a part of the dilution flow with at least a part of a preliminary reject flow for forming a recirculated pulp flow , mixing the residual pulp flow with a recirculated pulp flow at least partly in the dilution space, screening a part of the fibres in the pulp suspension in the dilution space through the filtering screen, directing at least a part of a dilution flow to a reject space where it mixes with a preliminary reject flow, and directing the recirculated pulp flow to the dilution space.
A method , comprising: collecting, from one or more nodes of a radio access network, a first set of operations and management parameters ; collecting, from a distributed antenna system, a second set of operations and management parameters , wherein the distributed antenna system includes a head-end unit and one or more remote units, wherein the head-end unit of the distributed antenna system is between the one or more nodes of the radio access network and one or more remote units; determining, by a processing device, target operations and management parameters for the radio access network and the distributed antenna system based on the first set of operations and management parameters and the second set of operations and management parameters; and jointly optimizing the radio access network and the distributed antenna system based on the first set of operations and management parameters, the second set of operations and management parameters, and the target operations and management parameters , characterized in that jointly optimizing the radio access network and the distributed antenna system includes providing instructions regarding the target operations and management parameters to the one or more nodes of the radio access network and the head-end unit of the distributed antenna system. collecting, from one or more nodes of a radio access network, a first set of operations and management parameters ; collecting, from a distributed antenna system, a second set of operations and management parameters , wherein the distributed antenna system includes a head-end unit and one or more remote units, wherein the head-end unit of the distributed antenna system is between the one or more nodes of the radio access network and one or more remote units; determining, by a processing device, target operations and management parameters for the radio access network and the distributed antenna system based on the first set of operations and management parameters and the second set of operations and management parameters; and jointly optimizing the radio access network and the distributed antenna system based on the first set of operations and management parameters, the second set of operations and management parameters, and the target operations and management parameters , characterized in that jointly optimizing the radio access network and the distributed antenna system includes providing instructions regarding the target operations and management parameters to the one or more nodes of the radio access network and the head-end unit of the distributed antenna system.
Method for operating a network-infrastructure network unit (BS) of a cell-based wireless communication network (CELL), the method comprising: - receiving a scheduling request message (BSR) for a first sidelink channel (SC1) in an unlicensed frequency band (NLFB) from a roadside network unit (UE1) on an uplink channel (UC), - ascertaining a first scheduling grant message (G1), the first scheduling grant message (G1) comprising an allocation of at least one sidelink resource of the first sidelink channel (SC1) to the roadside network unit (UE1), - sending the first scheduling grant message (G1) to the roadside network unit (UE1) on a downlink channel (DC); - receiving an indication (I) that the allocated sidelink resource of the first sidelink channel (SC1) is in use from the roadside network unit (UE1) on the uplink channel (UC), the method characterized by : - ascertaining a second scheduling grant message (G2), the second scheduling grant message (G2) comprising an allocation of at least one sidelink resource of a second sidelink channel (SC2) in a licensed frequency band (LFB) to the roadside network unit (UE1); and - sending the second scheduling grant message (G2) to the roadside network unit (UE1) on the downlink channel (DC). - receiving a scheduling request message (BSR) for a first sidelink channel (SC1) in an unlicensed frequency band (NLFB) from a roadside network unit (UE1) on an uplink channel (UC), - ascertaining a first scheduling grant message (G1), the first scheduling grant message (G1) comprising an allocation of at least one sidelink resource of the first sidelink channel (SC1) to the roadside network unit (UE1), - sending the first scheduling grant message (G1) to the roadside network unit (UE1) on a downlink channel (DC); - receiving an indication (I) that the allocated sidelink resource of the first sidelink channel (SC1) is in use from the roadside network unit (UE1) on the uplink channel (UC), - ascertaining a second scheduling grant message (G2), the second scheduling grant message (G2) comprising an allocation of at least one sidelink resource of a second sidelink channel (SC2) in a licensed frequency band (LFB) to the roadside network unit (UE1); and - sending the second scheduling grant message (G2) to the roadside network unit (UE1) on the downlink channel (DC).
A system for transforming rotating motion into linear motion comprising: a first link ; a second link coupled to the first link and coupled to a means for receiving linear motion; an arm coupled to the second link , the arm coupled to a means for producing rotating motion; and characterized in that the system comprising a first gear to which a first link is coupled; a second gear coupled to the first gear and to a third gear ; once rotation has started with the means for producing rotating motion, the third gear being stationary while the first and second gears rotate around the third gear and while the first link pivots and translates through space with the first gear , the second link driving the means for receiving linear motion while receiving stabilizing supporting forces from the first link . a first link ; a second link coupled to the first link and coupled to a means for receiving linear motion; an arm coupled to the second link , the arm coupled to a means for producing rotating motion; and characterized in that the system comprising a first gear to which a first link is coupled; a second gear coupled to the first gear and to a third gear ; once rotation has started with the means for producing rotating motion, the third gear being stationary while the first and second gears rotate around the third gear and while the first link pivots and translates through space with the first gear , the second link driving the means for receiving linear motion while receiving stabilizing supporting forces from the first link .
A kit for making an adhesive comprising: a first part which includes a first solution comprising a polymer component, wherein the polymer component comprises a polymer having three or more aldehyde groups; and a second part which includes a second solution comprising a dendrimer component, wherein the dendrimer component comprises a dendrimer having at least 2 branches with one or more surface groups, and from 20 % to 100 % of the one or more surface groups comprise an amine; wherein at least one of the polymer and the dendrimer is substituted with one or more substituents capable of photoreversible dimerization. a first part which includes a first solution comprising a polymer component, wherein the polymer component comprises a polymer having three or more aldehyde groups; and a second part which includes a second solution comprising a dendrimer component, wherein the dendrimer component comprises a dendrimer having at least 2 branches with one or more surface groups, and from 20 % to 100 % of the one or more surface groups comprise an amine; wherein at least one of the polymer and the dendrimer is substituted with one or more substituents capable of photoreversible dimerization.
A transport case for a folding bicycle, wherein the transport case comprises - a base and - at least a first wall element that is connected to the base along an edge of said base, wherein the first wall element can be fixed to an element of the transport case by means of a first connection device , so that an interior of the transport case has a first volume, and wherein the first wall element can be fixed to an element of the transport case by means of a second connection device , so that the interior of the transport case has a second volume, wherein the first volume is greater than the second volume, wherein the transport case can be used as a rucksack when the first wall element is fixed by means of the second connection device wherein the base of the transport case is preferably arranged in such a way that it faces a back of the wearer of the rucksack, wherein at least two tabs are arranged on the base wherein said tabs can be brought into a first position, in which they cover the base on its outer side, and into a second position. - a base and - at least a first wall element that is connected to the base along an edge of said base, wherein the first wall element can be fixed to an element of the transport case by means of a first connection device , so that an interior of the transport case has a first volume, and wherein the first wall element can be fixed to an element of the transport case by means of a second connection device , so that the interior of the transport case has a second volume, wherein the first volume is greater than the second volume, wherein the transport case can be used as a rucksack when the first wall element is fixed by means of the second connection device wherein the base of the transport case is preferably arranged in such a way that it faces a back of the wearer of the rucksack, wherein at least two tabs are arranged on the base wherein said tabs can be brought into a first position, in which they cover the base on its outer side, and into a second position.
An automation module for building automation, which is designed for at least partial in-wall installation in a house wall, with a high voltage region and a low voltage region as well as comprising an insulation region for separating the high voltage region from the low voltage region ; a first printed circuit board with at least one input interface ; a second printed circuit board with at least one control unit ; and a third printed circuit board with at least one switching element ; wherein the first, second and third printed circuit boards (41, 41'; 42; 61) as well as the insulation region are arranged one above the other in layers, wherein the insulation region is in the form of an insulation plate , and wherein the first printed circuit board and the second printed circuit board are arranged in the low-voltage region and the third printed circuit board is arranged in the high-voltage region . an insulation region for separating the high voltage region from the low voltage region ; a first printed circuit board with at least one input interface ; a second printed circuit board with at least one control unit ; and a third printed circuit board with at least one switching element ; wherein the first, second and third printed circuit boards (41, 41'; 42; 61) as well as the insulation region are arranged one above the other in layers, wherein the insulation region is in the form of an insulation plate , and wherein the first printed circuit board and the second printed circuit board are arranged in the low-voltage region and the third printed circuit board is arranged in the high-voltage region .
Advertising medium comprising a canvas and a tension frame by which the canvas can be stretched from a slack transport position to a stretched display position, wherein the tension frame comprises a first part with a support and a first set of tension rods that are attached with their one ends to the support and, in the transport position, extend away from the support essentially in parallel with each other, and a second part with a sliding sleeve that is slidably mounted on the first part , and a second set of tension rods that are attached with their one ends to the sliding sleeve and, in the transport position, extend away from the sliding sleeve in a direction opposite to the first set , characterized in that the tension rods of the first set are rigidly anchored with their one ends to the support and the tension rods of the second set are rigidly anchored with their one ends to the sliding sleeve , and the tension rods of the two sets are elastically bendable, wherein the sliding sleeve is slidable between the transport position, in which it is slid over said first set , and the display position, in which the tension rods of the two sets are respectively bent and stretch the canvas with their respective other ends (7", 11").
Closed capsule designed to be extracted under pressure in an extraction system, containing a substance for the preparation of a beverage, comprising a closed chamber containing the said substance, a cup and a membrane welded at the periphery of the said cup , characterized in that the capsule further comprises means inside the said chamber allowing said capsule to be opened at the time of its use and allowing the said beverage to flow out without any contact with its extraction system, and the means allowing opening are arranged in a housing at the bottom of the cup and consist of an element with puncturing means covered by a thin film , arranged such that when water is introduced in the capsule, the raise in pressure will press the thin film against the puncturing means to tear the thin film .