mhurhangee/patent-ind-claim-en huggingface dataset:
A radio transmission apparatus with a passive radio transmission device (FU), which is arranged on a front side (SE) and a rear side (SZ) of an electrically conductive carrier plate, wherein the radio transmission device (FU) comprises on the front side (SE) of the carrier plate a first foil (FE) with a first antenna (AE) and a microchip (MC) coupled to the first antenna (AE) and comprises on the rear side (SZ) a second foil (FZ) with a second antenna (AZ), wherein the first foil (FE) is connected to the second foil (FZ) via a flexible web (ST), which is guided around an end face of the carrier plate connecting the front side (SE) to the rear side (SZ), so that the second antenna (AZ) is connected to the first antenna (AE) or the microchip (MC) via at least one connecting line running along the web (ST), in order to transmit information from the microchip (MC) using both the first antenna (AE) and the second antenna (AZ), wherein the first foil (FE), the second foil (FZ) and the web (ST) are combined as one component, characterized in that the carrier plate is the key blade (SR) of a key (SC), and wherein a layer for conducting the magnetic flux, which layer is designed as a ferrite foil (FF), is arranged between the carrier plate and the radio transmission device (FU). wherein the radio transmission device (FU) comprises on the front side (SE) of the carrier plate a first foil (FE) with a first antenna (AE) and a microchip (MC) coupled to the first antenna (AE) and comprises on the rear side (SZ) a second foil (FZ) with a second antenna (AZ), wherein the first foil (FE) is connected to the second foil (FZ) via a flexible web (ST), which is guided around an end face of the carrier plate connecting the front side (SE) to the rear side (SZ), so that the second antenna (AZ) is connected to the first antenna (AE) or the microchip (MC) via at least one connecting line running along the web (ST), in order to transmit information from the microchip (MC) using both the first antenna (AE) and the second antenna (AZ), wherein the first foil (FE), the second foil (FZ) and the web (ST) are combined as one component, characterized in that the carrier plate is the key blade (SR) of a key (SC), and wherein a layer for conducting the magnetic flux, which layer is designed as a ferrite foil (FF), is arranged between the carrier plate and the radio transmission device (FU).
A coated glass-based article comprising: a glass-based substrate having a first surface and a second surface opposing the first surface defining a substrate thickness (t) in a range of 0.1 millimeters to 3 millimeters, the glass-based substrate having a compressive region having a first compressive stress CS maximum at the first surface of the glass-based substrate extending to a depth of compression (DOC) and second local CS maximum at a depth of at least 25 μm from the first surface, the glass-based substrate having a substrate Young's modulus value; and a coating on the second surface, the coating having a coating Young's modulus value greater than the substrate Young's modulus value. wherein the glass-based substrate comprises a glass-based core substrate having a first side and a second side, the glass-based core substrate sandwiched between a glass-based first cladding substrate and a glass-based second cladding substrate, the first cladding substrate bonded to the first side and the second cladding substrate bonded to the second side by a covalent bond; and wherein the coating is a scratch resistant coating selected from Al 2 O 3 , Mn, AlO x N y , Si 3 N 4 , SiO x N y , Si u Al v O x N y , diamond, diamond-like carbon, Si x C y , Si x O y C z , ZrO 2 , TiO x N y and combinations thereof. a glass-based substrate having a first surface and a second surface opposing the first surface defining a substrate thickness (t) in a range of 0.1 millimeters to 3 millimeters, the glass-based substrate having a compressive region having a first compressive stress CS maximum at the first surface of the glass-based substrate extending to a depth of compression (DOC) and second local CS maximum at a depth of at least 25 μm from the first surface, the glass-based substrate having a substrate Young's modulus value; and a coating on the second surface, the coating having a coating Young's modulus value greater than the substrate Young's modulus value.
A wing for an airplane , extending from an inner wing end for being mounted to a base body of said airplane towards an outer wing end and having at least two winglets at the outer wing end, an upstream one of the winglets preceding a downstream one of the winglets in a flight direction (x), the upstream winglet having torsional elastic properties with regard to a longitudinal axis thereof such that a local angle of attack in a plane (xz) parallel to the flight direction (x) between said upstream winglet's chord line and an airflow direction at said upstream winglet's leading edge is reduced under high aerodynamic load conditions substantially above 1g, in particular above 2g, due to a torsional elastic reaction of the upstream winglet to said high aerodynamic load conditions, wherein the downstream winglet experiences a downwash of the upstream winglet , said downwash being reduced by said torsional elastic reaction of said upstream winglet , and wherein a local angle of attack in a plane (xz) parallel to the flight direction (x) between said downstream winglet's chord line and an airflow direction at said downstream winglet's leading edge is increased under said high aerodynamic load conditions at least in part due to said reduction of said downwash, such that stall appears at said downstream winglet .
An anode, comprising: lithium metal, and a dopant, in the lithium metal, wherein the doped lithium is in the form of a foil having a thickness of at most 450 μm, the dopant is selected from the group consisting of aluminum, silver, gold, platinum, tin, bismuth, copper, indium, zinc, nickel and mixtures thereof, the dopant is present in an amount of 0.02 to 1.0 atomic percent, and the anode does not contain intermetallic compounds comprising lithium and the dopant. lithium metal, and a dopant, in the lithium metal, wherein the doped lithium is in the form of a foil having a thickness of at most 450 μm, the dopant is selected from the group consisting of aluminum, silver, gold, platinum, tin, bismuth, copper, indium, zinc, nickel and mixtures thereof, the dopant is present in an amount of 0.02 to 1.0 atomic percent, and the anode does not contain intermetallic compounds comprising lithium and the dopant.
A mobile telecommunications device placeable on the chest of a patient and arranged for monitoring the heart of the human or animal patient, the device comprising three motion sensors for measuring an effect of heart function and producing respective motion signals indicative of the effect, a processor arranged to receive the signals and analyse them and to produce an output indicating a condition of the heart, wherein the processor is arranged to: analyse the signals to produce a further motion signal, wherein the further motion signal is independent of the orientation of the device with respect to the chest; characterised in that the processor is further arranged to: scan a time window of the further motion signal and identify a first-occurring peak above a cut-off value within the window representative of a heart beat; and when the peak has been identified, shift the time window to a time interval starting a predetermined time after the peak and identify a next peak in the shifted window. scan a time window of the further motion signal and identify a first-occurring peak above a cut-off value within the window representative of a heart beat; and when the peak has been identified, shift the time window to a time interval starting a predetermined time after the peak and identify a next peak in the shifted window.
A multiband monopole antenna , comprising: a radiator element coupled to a feed point through at least two different current paths, the first current path being longer than the second current path to accommodate different frequency bands; aground plane ; a parasitic radiator coupled to the radiator element ; aground-plane switch coupled between a ground plane and the parasitic radiator for selectably disconnecting the ground plane from the parasitic radiator ; and a feed-point switch positioned at the feed point coupled between the radiator element and the feed point for selectively supplying current along the first current path or the second current path ; wherein a majority of the radiator element is shared by the first and second current paths. a radiator element coupled to a feed point through at least two different current paths, the first current path being longer than the second current path to accommodate different frequency bands; aground plane ; a parasitic radiator coupled to the radiator element ; aground-plane switch coupled between a ground plane and the parasitic radiator for selectably disconnecting the ground plane from the parasitic radiator ; and a feed-point switch positioned at the feed point coupled between the radiator element and the feed point for selectively supplying current along the first current path or the second current path ; wherein a majority of the radiator element is shared by the first and second current paths.
A water-proofing anti-sticking ink for sterilization monitoring indicator tapes, characterized by comprising a mesoporous nanomaterial, an oil-based binder, an oil-based diluent and a defoamer, wherein the solid content of the mesoporous nanomaterial accounts for 10-20% by mass, the oil-based binder accounts for 20-40% by mass, the oil-based diluent accounts for 50-60% by mass, and the defoamer accounts for 1-5% by mass.
Plug connection , having a plug connector and a mating plug connector , wherein the plug connector and the mating plug connector can be plugged together to form the plug connection , wherein the plug connector has a contact carrier with at least one contact chamber for receiving a contact partner, and the contact carrier is inserted into an outer housing of the plug connector , wherein each contact partner undergoes primary locking in its contact chamber and a secondary locking bar is provided for secondary locking of the contact partners in their contact chambers, wherein the outer housing has at least one locking hook cooperating with the contact carrier , wherein the contact carrier has a hook mating geometry , characterized in that the at least one locking hook is aligned at an angle to a centre axis of the outer housing , wherein the free end of the at least one locking hook and the hook mating geometry form a mutually corresponding undercut contour.
A method for preparing a steviol glycoside composition, which method comprises: producing a starting steviol glycoside composition comprising nitrogen; combining the steviol glycoside composition with water to form a steviol glycoside solution; and crystallizing a steviol glycoside composition from the steviol glycoside solution wherein the crystallization is carried out at pH 7.0 or above, wherein the crystallization is a recrystallization step, wherein the resulting steviol glycoside composition comprises less nitrogen than the starting steviol glycoside composition, wherein the nitrogen in said resulting steviol glycoside composition is in an amount of no more than 800ppm, wherein the resulting composition comprises at least 80% on a dry weight basis of at least one steviol glycoside selected from rebaudioside A, rebaudioside D and rebaudioside M, wherein the starting steviol glycoside composition is fermentatively produced. producing a starting steviol glycoside composition comprising nitrogen; combining the steviol glycoside composition with water to form a steviol glycoside solution; and crystallizing a steviol glycoside composition from the steviol glycoside solution wherein the crystallization is carried out at pH 7.0 or above, wherein the crystallization is a recrystallization step, wherein the resulting steviol glycoside composition comprises less nitrogen than the starting steviol glycoside composition, wherein the nitrogen in said resulting steviol glycoside composition is in an amount of no more than 800ppm, wherein the resulting composition comprises at least 80% on a dry weight basis of at least one steviol glycoside selected from rebaudioside A, rebaudioside D and rebaudioside M, wherein the starting steviol glycoside composition is fermentatively produced.
A conduit device (10;110;210;410) comprising: a hollow generally cylindrical body (15:115;215) having an interior bore (16;116) and an exterior surface (17; 117) comprising a tissue-growth promoting material adapted to promote growth of tissue on the exterior surface, characterised in that : the conduit device is adapted for placement within a wall of a heart; and the interior bore includes a valve (20;120;320;420) therein, the interior bore and the valve being adapted for engagement with an inflow tube of a heart pump therethrough. a hollow generally cylindrical body (15:115;215) having an interior bore (16;116) and an exterior surface (17; 117) comprising a tissue-growth promoting material adapted to promote growth of tissue on the exterior surface, characterised in that : the conduit device is adapted for placement within a wall of a heart; and the interior bore includes a valve (20;120;320;420) therein, the interior bore and the valve being adapted for engagement with an inflow tube of a heart pump therethrough. the conduit device is adapted for placement within a wall of a heart; and the interior bore includes a valve (20;120;320;420) therein, the interior bore and the valve being adapted for engagement with an inflow tube of a heart pump therethrough.
A nanosensor chip for detecting or quantifying target molecules in a liquid sample, the nanosensor chip comprising: a substrate with one or more compound nanopores ("compores", 120), wherein each compore comprises an aperture formed in the substrate with a central region that is thinner than the surrounding substrate and comprises therein a plurality of nanopores , characterized in that each of the nanopores has a larger opening and a smaller opening , and each of the nanopores is functionalized with a plurality of immobilized probe molecules affixed to a sidewall of the nanopore; and for each compore , a corresponding electrode structure having a shape that surrounds the plurality of nanopores and is arranged to conduct an aggregate current through the plurality of nanopores , whereby the aggregate current changes in response to binding of target molecules in the liquid sample to the probe molecules . a substrate with one or more compound nanopores ("compores", 120), wherein each compore comprises an aperture formed in the substrate with a central region that is thinner than the surrounding substrate and comprises therein a plurality of nanopores , characterized in that each of the nanopores has a larger opening and a smaller opening , and each of the nanopores is functionalized with a plurality of immobilized probe molecules affixed to a sidewall of the nanopore; and for each compore , a corresponding electrode structure having a shape that surrounds the plurality of nanopores and is arranged to conduct an aggregate current through the plurality of nanopores , whereby the aggregate current changes in response to binding of target molecules in the liquid sample to the probe molecules .
A method comprising: transmitting, from a wireless node, one or more first data units of a first data transmission queue via a first channel of a first frequency band of a plurality of frequency bands; selecting a second frequency band of the plurality of frequency bands; performing a context transfer at the wireless node from the first frequency band to the second frequency band; wherein the performing of the context transfer comprises reassigning or transferring of one or more subsequent data units and associated control data of the first data transmission queue to a second data transmission queue associated with the second frequency band; the reassigning or transferring of the one or more subsequent data units and associated control data comprising: providing an indication in a memory or in the data transmission queues that at least the one or more subsequent data units have been reassigned to the second frequency band or transferring at least the one more subsequent data units of the first data transmission queue to the second data transmission queue associated with the second frequency band; and transmitting, from the wireless node, the one or more subsequent data units via the second channel of the second frequency band. transmitting, from a wireless node, one or more first data units of a first data transmission queue via a first channel of a first frequency band of a plurality of frequency bands; selecting a second frequency band of the plurality of frequency bands; performing a context transfer at the wireless node from the first frequency band to the second frequency band; wherein the performing of the context transfer comprises reassigning or transferring of one or more subsequent data units and associated control data of the first data transmission queue to a second data transmission queue associated with the second frequency band; the reassigning or transferring of the one or more subsequent data units and associated control data comprising: providing an indication in a memory or in the data transmission queues that at least the one or more subsequent data units have been reassigned to the second frequency band or transferring at least the one more subsequent data units of the first data transmission queue to the second data transmission queue associated with the second frequency band; and transmitting, from the wireless node, the one or more subsequent data units via the second channel of the second frequency band. providing an indication in a memory or in the data transmission queues that at least the one or more subsequent data units have been reassigned to the second frequency band or transferring at least the one more subsequent data units of the first data transmission queue to the second data transmission queue associated with the second frequency band; and transmitting, from the wireless node, the one or more subsequent data units via the second channel of the second frequency band.
Bag wall designed for producing a bag open on a top side by means of at least a connection seam and for closing said bag by means of at least one further connecting seam after being filled with bulk material, wherein at least one Kraft paper layer forming a Kraft paper core and essentially determining the load capacity of the bag which core is provided with fine openings in two-dimensional regions covering at least half of the surface of said core and is directly coated on both sides with a plastic layer each characterised in that both plastic layers consist of plastic material being miscible in liquid states and wherein the plastic layers are connected to each other by material fit through said openings during the coating.
An implantable medical device having a connector arrangement for establishing a two-pole electric contact between components of the implantable medical device , the connector arrangement comprising a first connector portion comprising a first contact element and a pin receptacle ; and a second connector portion comprising a second contact element and a contact pin ; and a printed circuit board wherein, the connector arrangement is configured to assume a connected state, in which the first contact element is in contact with the second contact element ; and the contact pin is received in the pin receptacle ; wherein at least a part of the first connector portion or at least a part of the second connector portion is mounted on the printed circuit board . a first connector portion comprising a first contact element and a pin receptacle ; and a second connector portion comprising a second contact element and a contact pin ; and a printed circuit board the first contact element is in contact with the second contact element ; and the contact pin is received in the pin receptacle ;
Monitoring method for controlling an autonomous motor vehicle according to at least two types of monitoring, said monitoring method comprising: - a step (E1) of receiving a general control decision (D G ) generated on the basis of a plurality of input data (data per, data nav, data loc); - a step (E4) of transmitting a plurality of particular control commands (D P1 , D P2 , D P3 ), each particular control command (D P1 , D P2 , D P3 ) being associated with one of the at least two types of monitoring; characterized in that said monitoring method comprises, prior to the step of transmitting the plurality of particular control commands (D P1 , D P2 , D P3 ) : - a step (E2) of generating switching coefficients (α 1 , ..., α N ; α' 1 , ..., α' N ; α" 1 , ..., α" N ) on the basis of the general control decision (D G ); - for each particular control command, a step (E3) of generating said particular control command (D P1 , D P2 , D P3 ) on the basis of basic functions (3522 1 , ..., 3522 N ) of the type of monitoring under consideration, said basic functions (3522 1 , ..., 3522 N ) being weighted by all or some of the switching coefficients (α 1 , ..., α N ; α' 1 , ..., α' N ; α" 1 , ..., α" N ), each basic function (3522 1 , ..., 3522 N ) being representative of a controller designed specifically for a particular operating mode of the autonomous motor vehicle. - a step (E1) of receiving a general control decision (D G ) generated on the basis of a plurality of input data (data per, data nav, data loc); - a step (E4) of transmitting a plurality of particular control commands (D P1 , D P2 , D P3 ), each particular control command (D P1 , D P2 , D P3 ) being associated with one of the at least two types of monitoring; characterized in that said monitoring method comprises, prior to the step of transmitting the plurality of particular control commands (D P1 , D P2 , D P3 ) : - a step (E2) of generating switching coefficients (α 1 , ..., α N ; α' 1 , ..., α' N ; α" 1 , ..., α" N ) on the basis of the general control decision (D G ); - for each particular control command, a step (E3) of generating said particular control command (D P1 , D P2 , D P3 ) on the basis of basic functions (3522 1 , ..., 3522 N ) of the type of monitoring under consideration, said basic functions (3522 1 , ..., 3522 N ) being weighted by all or some of the switching coefficients (α 1 , ..., α N ; α' 1 , ..., α' N ; α" 1 , ..., α" N ), each basic function (3522 1 , ..., 3522 N ) being representative of a controller designed specifically for a particular operating mode of the autonomous motor vehicle.
System for generating air comprising: - an electromechanical device generating an airflow equipped with an air inlet opening and an outlet , - a casing extending between a first end attached to the air inlet opening and a second end situated opposite the first end , said casing comprising two parts together defining a closed recess , each part comprising a hollow wall defining a channel extending between the two ends of the casing , each channel opening in front of the air inlet opening so that the electromechanical device is supplied with air routed by the channels , bypassing the recess of the casing, and - at least one electronic card for power supply or control of the electromechanical device arranged in the recess of the housing . - an electromechanical device generating an airflow equipped with an air inlet opening and an outlet , - a casing extending between a first end attached to the air inlet opening and a second end situated opposite the first end , said casing comprising two parts together defining a closed recess , each part comprising a hollow wall defining a channel extending between the two ends of the casing , each channel opening in front of the air inlet opening so that the electromechanical device is supplied with air routed by the channels , bypassing the recess of the casing, and - at least one electronic card for power supply or control of the electromechanical device arranged in the recess of the housing .