mhurhangee/ep-ind-claims huggingface dataset:
A device comprising: a tip that is sensitive to contact pressure; a sensor configured to detect the contact pressure; memory configured to store at least one pre-defined first threshold and a predefined second threshold on the contact pressure, wherein the first threshold defines tip state as one of a pen-up and a pen-down, wherein pressures below the first threshold defines pen-up and pressures above the first threshold define pen-down and the second threshold is below the first threshold; a circuit configured to: transmit in a hover transmission mode based on detecting pressures below the second threshold; switch to a writing transmission mode based on detecting a pressure at or above the second threshold, wherein the writing transmission mode frame rate is higher than a hover transmission mode frame rate; and terminate the writing transmission mode based on detecting the pen-up status for a first pre-defined period, and wherein the circuit is configured to switch to a synchronization transmission mode based on detecting the pen-up status for a second pre-defined period, the second pre-defined period being longer than the first predefined period, wherein the circuit is defined to transmit beacon signals at an accelerated rate during the synchronization transmission mode as compared to rate of transmitting beacon signals in the hover transmission mode. a tip that is sensitive to contact pressure; a sensor configured to detect the contact pressure; memory configured to store at least one pre-defined first threshold and a predefined second threshold on the contact pressure, wherein the first threshold defines tip state as one of a pen-up and a pen-down, wherein pressures below the first threshold defines pen-up and pressures above the first threshold define pen-down and the second threshold is below the first threshold; a circuit configured to: transmit in a hover transmission mode based on detecting pressures below the second threshold; switch to a writing transmission mode based on detecting a pressure at or above the second threshold, wherein the writing transmission mode frame rate is higher than a hover transmission mode frame rate; and terminate the writing transmission mode based on detecting the pen-up status for a first pre-defined period, transmit in a hover transmission mode based on detecting pressures below the second threshold; switch to a writing transmission mode based on detecting a pressure at or above the second threshold, wherein the writing transmission mode frame rate is higher than a hover transmission mode frame rate; and terminate the writing transmission mode based on detecting the pen-up status for a first pre-defined period, and wherein the circuit is configured to switch to a synchronization transmission mode based on detecting the pen-up status for a second pre-defined period, the second pre-defined period being longer than the first predefined period, wherein the circuit is defined to transmit beacon signals at an accelerated rate during the synchronization transmission mode as compared to rate of transmitting beacon signals in the hover transmission mode.
Compositions containing non-sulphated chondroitin, as active ingredient, for use for wound repair, for the treatment of articular, ocular, oncological pathologies, pathologies of the respiratory apparatus, osteoarthritis, interstitial cystitis.
An apparatus for detecting metabolites in a biological sample, the apparatus comprising: a sample receiving module arranged to receive the biological sample; a test material provided within a reaction zone of the sample receiving module, the test material being configured to support a plurality of metabolite-activated reactions upon receiving the biological sample, wherein the sample receiving module is further configured to apply the biological sample to the test material, whose properties are affected by the presence of metabolites to be detected; and a CMOS-based sensor unit having multiple sensing modalities, the sensor unit comprising a substrate having a first sensing element and a second sensing element fabricated thereon, wherein the first sensing element and the second sensing element have different sensing modalities and are arranged to detect simultaneously different properties of the test material within a common volume of the reaction zone, wherein the different properties relate to different metabolite-activated reactions thereby to enable simultaneous detection of a plurality of metabolites. a sample receiving module arranged to receive the biological sample; a test material provided within a reaction zone of the sample receiving module, the test material being configured to support a plurality of metabolite-activated reactions upon receiving the biological sample, wherein the sample receiving module is further configured to apply the biological sample to the test material, whose properties are affected by the presence of metabolites to be detected; and a CMOS-based sensor unit having multiple sensing modalities, the sensor unit comprising a substrate having a first sensing element and a second sensing element fabricated thereon, wherein the first sensing element and the second sensing element have different sensing modalities and are arranged to detect simultaneously different properties of the test material within a common volume of the reaction zone, wherein the different properties relate to different metabolite-activated reactions thereby to enable simultaneous detection of a plurality of metabolites.
A safety device for a needle of a medical device, the safety device comprising: • a ring arranged to be fixed with regard to the needle • a shield arranged to be mounted on the ring by a pivot link so as to define a closed position in which the shield covers the needle and an open position in which the shield does not cover the needle • a protective cap configured to surround the needle and to accommodate at least part of the shield in the closed position characterized in that the ring and the shield further comprise a locking unit adapted to lock the shield to the ring in the closed position, and in that the protective cap and the shield comprise a releasing unit adapted to release the locking unit during a portion of a removal movement of the protective cap. • a ring arranged to be fixed with regard to the needle • a shield arranged to be mounted on the ring by a pivot link so as to define a closed position in which the shield covers the needle and an open position in which the shield does not cover the needle • a protective cap configured to surround the needle and to accommodate at least part of the shield in the closed position characterized in that the ring and the shield further comprise a locking unit adapted to lock the shield to the ring in the closed position, and in that the protective cap and the shield comprise a releasing unit adapted to release the locking unit during a portion of a removal movement of the protective cap.
A nutritional supplement composition comprising a potato polysaccharide preparation obtained from raw potatos, wherein the potato polysaccharide preparation comprises at least 3,4-Furandimethanol,diacetate, 1,2,3,4,5-penta-o-acetyl-D-xylitol, 3,5-diacetoxy-benzylalchohol and D-glucitol-hexaacetate, wherein at least 80 percent of said potato polysaccharide preparation is potato polysaccharide.
Process for dyeing keratin fibres, in particular human keratin fibres such as the hair, in which the said fibres are treated with one or more cosmetic compositions containing, taken together or separately in the said composition(s), the following ingredients: a) one or more ortho-diphenol derivatives, b) one or more manganese salts or one or more zinc salts, c) hydrogen peroxide or one or more systems that generate hydrogen peroxide, d) one or more (bi)carbonates or one or more systems that generate (bi)carbonate(s), and e) one or more basifying agents other than the (bi)carbonate(s), and f) one or more salts chosen from titanium salts and scandium salts; it being understood that the pH of at least one of the compositions comprising at least one of the ingredients a), b), d), e) and/or f) is alkaline, i.e. greater than 7, and that the composition comprising f) the salt(s) chosen from titanium salts and scandium salts is applied to the keratin fibres as the last step of the dyeing process. a) one or more ortho-diphenol derivatives, b) one or more manganese salts or one or more zinc salts, c) hydrogen peroxide or one or more systems that generate hydrogen peroxide, d) one or more (bi)carbonates or one or more systems that generate (bi)carbonate(s), and e) one or more basifying agents other than the (bi)carbonate(s), and f) one or more salts chosen from titanium salts and scandium salts;
An electrical switch, in particular an electrical microswitch, comprising at least one electrical contact, wherein the contact is designed as a hollow form section of a component of an electrically conducting material, characterised in that the contact has a hollow cylindrical form, and the hollow form is designed from a planar material by reshaping the same, wherein the contact is designed by rolling up the material of the component arranged in the front region of the component, and contact surfaces are located in surface regions (a, a') of the contact.
A pharmaceutical composition for use in a method of treating hearing loss caused by loss of cochlear hair cells in a mammal above the age of 6 months, wherein the composition consists of a therapeutically effective amount of the active ingredient of one or more gamma secretase inhibitors and a pharmaceutically acceptable carrier, wherein the gamma secretase inhibitor is formulated for local administration to the ear of the mammal, wherein the therapeutically effective amount is an amount sufficient to restore hearing at one or more frequencies; and wherein the method consists of administering the composition to the ear of the mammal.
Compounds meeting general formula: where: - R 1 is a hydroxyl or amino group; - R 2 is a hydrogen or methyl radical; - A is a group selected from among: - n is an integer from 5 to 13, and the different enantiomers and mixtures thereof in any proportion, the pharmaceutically salts thereof, and their solvates. - R 1 is a hydroxyl or amino group; - R 2 is a hydrogen or methyl radical; - A is a group selected from among: - n is an integer from 5 to 13,
A beverage dispenser apparatus, comprising: a housing; a number of concentration pumps positioned within the housing configured to pump beverage concentrates; a number of flavor pumps positioned within the housing configured to pump flavor concentrates; a carbon dioxide source positioned within the housing configured to provide carbon dioxide; a quick connect mechanism configured to connect to the carbon dioxide source; a throttling mechanism positioned within the quick connect mechanism to prevent overpressure within the beverage dispenser apparatus; a refrigerated carbonator positioned within the housing and operative to receive the carbon dioxide from the carbon dioxide source via the quick connect mechanism and thereby generate carbonated water, wherein the refrigerated carbonator includes an outer insulating jacket, a plain water reservoir concentric within the outer insulating jacket, and a carbonated water reservoir concentric within the plain water reservoir, and wherein the refrigerated carbonator is configured to provide the carbonated water; and a dispensing nozzle configured to mix fluid streams received from the concentration pumps, the flavor pumps, and the refrigerated carbonator. a housing; a number of concentration pumps positioned within the housing configured to pump beverage concentrates; a number of flavor pumps positioned within the housing configured to pump flavor concentrates; a carbon dioxide source positioned within the housing configured to provide carbon dioxide; a quick connect mechanism configured to connect to the carbon dioxide source; a throttling mechanism positioned within the quick connect mechanism to prevent overpressure within the beverage dispenser apparatus; a refrigerated carbonator positioned within the housing and operative to receive the carbon dioxide from the carbon dioxide source via the quick connect mechanism and thereby generate carbonated water, wherein the refrigerated carbonator includes an outer insulating jacket, a plain water reservoir concentric within the outer insulating jacket, and a carbonated water reservoir concentric within the plain water reservoir, and wherein the refrigerated carbonator is configured to provide the carbonated water; and a dispensing nozzle configured to mix fluid streams received from the concentration pumps, the flavor pumps, and the refrigerated carbonator.
An operation method for a wind farm which comprises wind turbine generators (2, 3), a plurality of feeders (14, 16) to which at least one of the wind turbine generators (2, 3) is connected, and a substation disposed between the feeders (14, 16) and a grid, the operation method comprising: a terminal voltage detection step of detecting terminal voltage of a generator belonging to each of the wind turbine generators (2, 3); a provisional control step of, when fall of the terminal voltage is detected in the terminal voltage detection step, reducing mechanical input to the generator of each of the wind turbine generators (2, 3) and increasing reactive current outputted from the generator; and a fault spread suppression step of, when it turns out after starting the provisional control step that the fall of the terminal voltage occurs in association with a fault on a feeder side (14, 16) of the wind farm, reducing the reactive current which is increased in the provisional control step so as to suppress spread of the fault inside the wind farm without shut down of the wind turbine generators (2, 3). a terminal voltage detection step of detecting terminal voltage of a generator belonging to each of the wind turbine generators (2, 3); a provisional control step of, when fall of the terminal voltage is detected in the terminal voltage detection step, reducing mechanical input to the generator of each of the wind turbine generators (2, 3) and increasing reactive current outputted from the generator; and a fault spread suppression step of, when it turns out after starting the provisional control step that the fall of the terminal voltage occurs in association with a fault on a feeder side (14, 16) of the wind farm, reducing the reactive current which is increased in the provisional control step so as to suppress spread of the fault inside the wind farm without shut down of the wind turbine generators (2, 3).
A method comprising: determining, by a user equipment, UE, that it has data for transmission; and transmitting, by the UE, the data (1006, 1008) in a plurality of time-frequency resources (1002, 1004) determined in accordance with a mapping; at least one of the time-frequency resources being in a region available for scheduling grant-based traffic; and at least one of the time-frequency resources being in a region that is not used for grant-based traffic, and wherein transmitting the data in a plurality of time-frequency resources comprises transmitting an initial grant-free transmission of the data and transmitting at least one grant-free retransmission of the data; wherein at least one of the grant-free transmissions is transmitted in the region available for grant-based traffic and at least one of the grant-free transmissions is transmitted in the region that is not used for grant-based traffic. determining, by a user equipment, UE, that it has data for transmission; and transmitting, by the UE, the data (1006, 1008) in a plurality of time-frequency resources (1002, 1004) determined in accordance with a mapping; at least one of the time-frequency resources being in a region available for scheduling grant-based traffic; and at least one of the time-frequency resources being in a region that is not used for grant-based traffic, and wherein transmitting the data in a plurality of time-frequency resources comprises transmitting an initial grant-free transmission of the data and transmitting at least one grant-free retransmission of the data; wherein at least one of the grant-free transmissions is transmitted in the region available for grant-based traffic and at least one of the grant-free transmissions is transmitted in the region that is not used for grant-based traffic.
A device for communicating over a powerline comprising a means of simultaneously sending and/or receiving data over a plurality of wideband frequency bands, wherein the wideband frequency bands comprise one or more wideband frequency bands of frequency greater than 30MHz, wherein the device comprises an analogue filtering means of separating individual wideband frequency bands from the plurality of wideband frequency bands, and wherein the device comprises a decision logic component that determines which one of a plurality of powerline technologies enabling bi-directional communication between devices connected to a powerline and their associated wideband frequency bands to use for sending or receiving data.
Formwork carrier comprising: - an upper belt, - a lower belt and - a strip connecting the upper belt to the lower belt, a first connecting tab being mounted on the first end of the formwork carrier, the connecting tab having a first coupling part for releasable longitudinal connection to a second coupling part of a further formwork carrier, the first connecting tab having a fastening limb on each of opposite longitudinal sides of the strip, a second connecting tab being mounted on the second end of the formwork carrier, the connecting tab having a second coupling part for releasable longitudinal connection to a first coupling part of the further formwork carrier, a first connecting tab of the further formwork carrier having the first coupling part of the further formwork carrier; characterised in that - the first connecting tab of the further formwork carrier is identical to the first connecting tab of the formwork carrier; - the first coupling part of the formwork carrier is designed as a suspension member and the second coupling part of the formwork carrier is designed as a receiving member, the first and the second coupling part of the formwork carrier differing from one another; and - the first coupling part of the formwork carrier or of the further formwork carrier can be suspended from above into the second coupling part of the formwork carrier or the further formwork carrier, respectively. - an upper belt, - a lower belt and - a strip connecting the upper belt to the lower belt, - the first connecting tab of the further formwork carrier is identical to the first connecting tab of the formwork carrier; - the first coupling part of the formwork carrier is designed as a suspension member and the second coupling part of the formwork carrier is designed as a receiving member, the first and the second coupling part of the formwork carrier differing from one another; and - the first coupling part of the formwork carrier or of the further formwork carrier can be suspended from above into the second coupling part of the formwork carrier or the further formwork carrier, respectively.
Transport container for conveying metal melts, having an outer wall and an inner refractory concrete lining, wherein the concrete lining is built up from precast concrete elements (26, 27, 28), characterised in that the transport container has an insulation, and in that the precast concrete elements (26, 27, 28) of the concrete lining are joined to the insulation by way of chemically bonded mortars.
Control method for increasing the exhaust gas temperature of an internal combustion engine, which has at least one exhaust gas aftertreatment device (9, 11) in its exhaust tract, and which has an exhaust gas recirculation system, to which a regulating system is assigned, wherein the regulating system has an exhaust gas recirculation valve, a flap valve incorporated into the exhaust tract, and a bypass arranged in the area of the flap valve, in which a valve is arranged, wherein the exhaust gas back-pressure is increased via the regulating system, whilst maintaining the exhaust gas recirculation rate, in that the degree of opening of the exhaust gas recirculation valve and that of the valve are jointly controlled by one control structure, so that an exhaust gas back-pressure setting and an exhaust gas recirculation rate setting are achieved, wherein the aggregate opening area of both valves together is considered, comprising a first step in which the regulating system increases the exhaust gas back-pressure, whilst maintaining the exhaust gas recirculation rate, wherein in the first step the fuel injection quantity into the combustion chamber is increased during the main injection, and a second step in which the main injection is deferred to a later time if the required exhaust gas temperature is not achieved by means of the first step, wherein the fuel injection quantity into the combustion chamber is again increased.
A computer-implemented method comprising: providing fault geometry data and fracture data for a fracture; estimating magnitude and orientation parameter values (σ H and θ H) of a far field stress and a theoretical orientation parameter value (θ theo) based at least in part on the fault geometry data and the fracture data; and determining an undisturbed orientation parameter value (θ und) for the fracture wherein the determining comprises subtracting the theoretical orientation parameter value (θtheo) from an observed orientation parameter value (θ obs) that is based at least in part on the fracture data. providing fault geometry data and fracture data for a fracture; estimating magnitude and orientation parameter values (σ H and θ H) of a far field stress and a theoretical orientation parameter value (θ theo) based at least in part on the fault geometry data and the fracture data; and determining an undisturbed orientation parameter value (θ und) for the fracture wherein the determining comprises subtracting the theoretical orientation parameter value (θtheo) from an observed orientation parameter value (θ obs) that is based at least in part on the fracture data.