mhurhangee/patent-ind-claim-en huggingface dataset:
A thin film transistor, comprising: a substrate ; a source electrode and a drain electrode on the substrate ; an active layer on the source electrode and the drain electrode ; and an intermediate insulating layer , a portion of the intermediate insulating layer being arranged on the source electrode and the drain electrode and forming a raised profile away from the substrate , the intermediate insulating layer including a hollowed region that is corresponding to a region between the source electrode and the drain electrode ; wherein the active layer extends from the source electrode towards the drain electrode along a non-linear path, the non-linear path of the active layer comprises a first portion and a second portion connecting the first portion, the second portion extending in a direction away from the substrate and along the raised profile of the intermediate insulating layer , and the active layer along the first portion of the non-linear path contacts the source electrode and drain electrode , and the active layer along the second portion of the non-linear path contacts the intermediate insulating layer , characterised by that: the hollowed region exposes the substrate , and the non-linear path of the active layer further comprises a third portion which is located in the hollowed region and is in contact with the substrate . a substrate ; a source electrode and a drain electrode on the substrate ; an active layer on the source electrode and the drain electrode ; and an intermediate insulating layer , a portion of the intermediate insulating layer being arranged on the source electrode and the drain electrode and forming a raised profile away from the substrate , the intermediate insulating layer including a hollowed region that is corresponding to a region between the source electrode and the drain electrode ; wherein the active layer extends from the source electrode towards the drain electrode along a non-linear path, the non-linear path of the active layer comprises a first portion and a second portion connecting the first portion, the second portion extending in a direction away from the substrate and along the raised profile of the intermediate insulating layer , and the active layer along the first portion of the non-linear path contacts the source electrode and drain electrode , and the active layer along the second portion of the non-linear path contacts the intermediate insulating layer , characterised by that: the hollowed region exposes the substrate , and the non-linear path of the active layer further comprises a third portion which is located in the hollowed region and is in contact with the substrate .
A method of making a sink countertop for an aircraft galley or lavatory, the method comprising: (a) obtaining at least first and second layers , wherein the first layer includes at least first and second alignment openings defined therein, and wherein the second layer includes at least a first and second alignment openings defined therein, (b) disposing adhesive onto at least one of an upper surface of the first layer or a bottom surface of the second layer, (c) stacking the second layer on the first layer, (d) aligning the first alignment opening on the first layer with the first alignment opening on the second layer and aligning the second alignment opening on the first layer and the second alignment opening on the second layer, (e) inserting a first alignment rod through the first alignment opening in the first layer and the first alignment opening in the second layer and inserting a second alignment rod through the second alignment opening in the first layer and the second alignment opening in the second layer, (f) allowing the adhesive to dry to form a first stack assembly , and (g) machining the first stack assembly to remove at least a portion of a surface of the first layer and at least a portion of a surface of the second layer to form a first finished assembly . (a) obtaining at least first and second layers , wherein the first layer includes at least first and second alignment openings defined therein, and wherein the second layer includes at least a first and second alignment openings defined therein, (b) disposing adhesive onto at least one of an upper surface of the first layer or a bottom surface of the second layer, (c) stacking the second layer on the first layer, (d) aligning the first alignment opening on the first layer with the first alignment opening on the second layer and aligning the second alignment opening on the first layer and the second alignment opening on the second layer, (e) inserting a first alignment rod through the first alignment opening in the first layer and the first alignment opening in the second layer and inserting a second alignment rod through the second alignment opening in the first layer and the second alignment opening in the second layer, (f) allowing the adhesive to dry to form a first stack assembly , and (g) machining the first stack assembly to remove at least a portion of a surface of the first layer and at least a portion of a surface of the second layer to form a first finished assembly .
A temperature detection circuit comprising: a plurality of thermostats configured to change a level of signals to output, upon detecting an anomaly in temperature; a microprocessor configured to receive signals from the thermostats ; a plurality of circuits that connects between the thermostats and the microprocessor ; a connection point at which the circuits connect to each other; resistors in respective circuits that connect between the connection point and the thermostats ; and voltage detection terminals included respectively in circuits that connect between the resistors and the thermostats , a circuit that connects between the connection point and at least one of the resistors, and a circuit that connects between the connection point and the microprocessor . a plurality of thermostats configured to change a level of signals to output, upon detecting an anomaly in temperature; a microprocessor configured to receive signals from the thermostats ; a plurality of circuits that connects between the thermostats and the microprocessor ; a connection point at which the circuits connect to each other; resistors in respective circuits that connect between the connection point and the thermostats ; and voltage detection terminals included respectively in circuits that connect between the resistors and the thermostats , a circuit that connects between the connection point and at least one of the resistors, and a circuit that connects between the connection point and the microprocessor .
An actuating mechanism for a clutch, having: - an actuating element that is configured to receive an actuating force (F B ) and to be moved by this actuating force (F B ) in a direction of actuation (X), - a transmission element that is configured to effect a movement in the direction of actuation (X), and - a compensating mechanism that is configured to apply a reinforcing contact force (Fv) for the friction-locked transmission of the actuating force (F B ) between the transmission element and the actuating element when an actuating force (F B ) is applied to the actuating element , this compensating mechanism having a friction element and a counter-face that are configured to create the reinforcing contact force (Fv) by means of friction locking when the actuating force (F B ) is applied, and the friction element and the counterface being configured to induce the reinforcing contact force (Fv) by a supporting force (F A ) that results from a deflection of the actuating force (F B ), the reinforcing contact force (Fv) having at least the magnitude of the supporting force (F A ), characterised in that , the counterface takes the form of the face of a groove that extends along the direction of actuation (X), and the friction element takes the form of a spring that is configured to be guided along the groove that extends along the direction of actuation (X). - an actuating element that is configured to receive an actuating force (F B ) and to be moved by this actuating force (F B ) in a direction of actuation (X), - a transmission element that is configured to effect a movement in the direction of actuation (X), and - a compensating mechanism that is configured to apply a reinforcing contact force (Fv) for the friction-locked transmission of the actuating force (F B ) between the transmission element and the actuating element when an actuating force (F B ) is applied to the actuating element , this compensating mechanism having a friction element and a counter-face that are configured to create the reinforcing contact force (Fv) by means of friction locking when the actuating force (F B ) is applied, and the friction element and the counterface being configured to induce the reinforcing contact force (Fv) by a supporting force (F A ) that results from a deflection of the actuating force (F B ), the reinforcing contact force (Fv) having at least the magnitude of the supporting force (F A ), characterised in that , the counterface takes the form of the face of a groove that extends along the direction of actuation (X), and the friction element takes the form of a spring that is configured to be guided along the groove that extends along the direction of actuation (X).
A low-odor liquid disinfectant/decontamination composition having sporicidal capabilities, comprising: a) a liquid comprising an acetyl donor in a solvent, wherein the acetyl donor comprises diacetylmethylamin (DAMA), and wherein DAMA is present in the acetyl donor portion in amounts ranging from 0.5 to 10 weight percent based upon the total weight of the components of the composition; b) a hydrogen peroxide solution, wherein the hydrogen peroxide has a pH of 4.5 and is present in solution in amounts less than 8 wt. %, prior to mixing with other components; c) an amine alkalinity source, wherein the alkalinity source comprises an anhydrous ammonia, ammonium hydroxide, triethylamine, triethanolamine, ethanolamine, diethanolamine, 2-(methylamino) ethanol, R-(-)-2- amino-1-butanol, 2(tert-butylamino) ethanol, or 2-(2-amino ethylamino) ethanol, or combinations thereof; d) optionally, a surfactant included in the liquid acetyl donor portion; e) optionally, a buffer; and water, wherein the liquid acetyl donor, hydrogen peroxide solution and alkalinity source are mixed just prior to use to form a peracetic acid solution having a pH of from 4 to 8. a) a liquid comprising an acetyl donor in a solvent, wherein the acetyl donor comprises diacetylmethylamin (DAMA), and wherein DAMA is present in the acetyl donor portion in amounts ranging from 0.5 to 10 weight percent based upon the total weight of the components of the composition; b) a hydrogen peroxide solution, wherein the hydrogen peroxide has a pH of 4.5 and is present in solution in amounts less than 8 wt. %, prior to mixing with other components; c) an amine alkalinity source, wherein the alkalinity source comprises an anhydrous ammonia, ammonium hydroxide, triethylamine, triethanolamine, ethanolamine, diethanolamine, 2-(methylamino) ethanol, R-(-)-2- amino-1-butanol, 2(tert-butylamino) ethanol, or 2-(2-amino ethylamino) ethanol, or combinations thereof; d) optionally, a surfactant included in the liquid acetyl donor portion; e) optionally, a buffer; and water,
A method of preventing settlement of a sessile organism on a structure in water, comprising irradiating light comprising the spectrum of 409 to 412 nm to the structure, wherein the light consists of the spectrum of a part of 400 to 440 nm, wherein the light is irradiated by an LED emitter, a mercury lamp, or a fluorescent tube.
A connector adapter for a connector assembly for a gas delivery conduit for providing gases to a patient, the connector adapter being configured to releasably attach a first conduit connector to a second conduit connector , the connector adapter comprising: a conduit body having two locking fingers configured to releasably attach to the first conduit connector , the locking fingers protruding longitudinally from the conduit body; characterized in that the locking fingers each having a locking recess formed on an exterior surface of the respective locking finger , the locking recesses configured to engage with locking tabs formed on the interior surface of the first conduit connector ; and each locking finger widens from its end to its base where the locking finger connects with the conduit body of the connector adapter . a conduit body having two locking fingers configured to releasably attach to the first conduit connector , the locking fingers protruding longitudinally from the conduit body; characterized in that the locking fingers each having a locking recess formed on an exterior surface of the respective locking finger , the locking recesses configured to engage with locking tabs formed on the interior surface of the first conduit connector ; and each locking finger widens from its end to its base where the locking finger connects with the conduit body of the connector adapter .
Device for practising sport activities configured to be associable to an exercise machine , said device for practising sporting activities comprising: - a plurality of diffusers configured to emit stimuli and including at least one loudspeaker configured to emit music or the like, - control means of said device for practising sports activities , including a programme of the activities to be performed and the relative intensity of said activities, - connection means with a device for detecting a psychophysical parameter , - said control means being configured to adjust said stimuli propagated by said diffusers according to the values measured by said device for detecting a psychophysical parameter , and - characterised in that said diffusers comprise - fragrance diffusers configured to diffuse a plurality of fragrances correlated to the values measured by said device for detecting psychophysical parameters and controlled by the control means , - said fragrances having the purpose to stimulate the increase or decrease in the intensity of the physical activity. - a plurality of diffusers configured to emit stimuli and including at least one loudspeaker configured to emit music or the like, - control means of said device for practising sports activities , including a programme of the activities to be performed and the relative intensity of said activities, - connection means with a device for detecting a psychophysical parameter , - said control means being configured to adjust said stimuli propagated by said diffusers according to the values measured by said device for detecting a psychophysical parameter , and - characterised in that said diffusers comprise - fragrance diffusers configured to diffuse a plurality of fragrances correlated to the values measured by said device for detecting psychophysical parameters and controlled by the control means , - said fragrances having the purpose to stimulate the increase or decrease in the intensity of the physical activity.
A method for improving network-to-network communications in a collection of networks, the method comprising: for each of a plurality of nodes in a first network, automatically obtaining a list of network addresses which have communicated with the node; for each of at least a subset of the plurality of nodes in the first network, culling the node's list of network addresses for additions to a set of external nodes which have a likelihood of future communications with the node of the first network that meets or exceeds a predefined likelihood threshold; automatically generating a graph which connects one or more nodes of the first network with one or more of the external nodes; based on at least the graph, automatically identifying external nodes which have a strength of connection with the first network that meets or exceeds a predefined connection strength threshold; automatically grouping at least a portion of the external nodes into a candidate external network; and utilizing an identification of the candidate external network to improve communications between the first network and the candidate external network. for each of a plurality of nodes in a first network, automatically obtaining a list of network addresses which have communicated with the node; for each of at least a subset of the plurality of nodes in the first network, culling the node's list of network addresses for additions to a set of external nodes which have a likelihood of future communications with the node of the first network that meets or exceeds a predefined likelihood threshold; automatically generating a graph which connects one or more nodes of the first network with one or more of the external nodes; based on at least the graph, automatically identifying external nodes which have a strength of connection with the first network that meets or exceeds a predefined connection strength threshold; automatically grouping at least a portion of the external nodes into a candidate external network; and utilizing an identification of the candidate external network to improve communications between the first network and the candidate external network.
A target sodium silicate solution, comprising: biogenic silica in an amorphous state; sodium hydroxide; and water, wherein the target sodium silicate solution has a ratio R of SiO 2 :Na 2 O by weight that is greater than or equal to 1.8, wherein the target sodium silicate solution has a combined chloride ion and sulfate ion concentration that is equivalent to less than or equal to 250 ppm in a standardized sodium silicate solution that has approximately 37% solids by weight and that has a ratio R by weight of SiO 2 to Na 2 O that is approximately 3.3, and wherein the target sodium silicate solution has a total organic content that is equivalent to less than approximately 30 ppm in the standardized sodium silicate solution. biogenic silica in an amorphous state; sodium hydroxide; and water, wherein the target sodium silicate solution has a ratio R of SiO 2 :Na 2 O by weight that is greater than or equal to 1.8, wherein the target sodium silicate solution has a combined chloride ion and sulfate ion concentration that is equivalent to less than or equal to 250 ppm in a standardized sodium silicate solution that has approximately 37% solids by weight and that has a ratio R by weight of SiO 2 to Na 2 O that is approximately 3.3, and wherein the target sodium silicate solution has a total organic content that is equivalent to less than approximately 30 ppm in the standardized sodium silicate solution.
Flexible polymer multilayer reinforced pipe comprising an inner shell , one or more reinforcing layers arranged thereon and a cover layer arranged above all reinforcing layers , wherein the inner shell comprises an inner layer of a polyphenylene sulphide based composition and an outer layer , wherein the inner and the outer layers are bonded to each other by an intermediate layer , characterised in that the polyphenylene sulphide based composition of which the inner layer is made has a modulus of elasticity between 1.0 and 2.5 GPa, the outer layer and the cover layer of the multilayer pipe are made of a polypropylene based composition stabilised with antioxidants, and the intermediate layer is made of a polypropylene based composition containing functional groups having reactivity towards the polyphenylene sulphide that is contained in the composition of which the inner layer is made.
Cleaning device, comprising a base , an air-conduit device which is arranged on the base , and at least one chamber (38; 38'; 106) with a wall which delimits a cavity , an inlet device (58; 108) for a fluid stream and an outlet device being arranged on the wall , and at least one fluid channel (76; 78; 76'; 78'; 116) running in the cavity between the inlet device (58; 108) and the outlet device , wherein at least one partition wall (72; 72'; 112) is arranged in the cavity , said partition wall (72; 72'; 112) producing an acoustic shielding effect between the inlet device (58; 108) and the outlet device , characterized in that a liquid outlet device is arranged on the at least one chamber (38; 38'; 106) and/or in that at least one channel for discharging liquid is associated with the at least one chamber (38; 38'; 106).
A pharmaceutical composition for oral delivery for use in a method of treating a disorder selected from a neurological disorder or a seizure disorder, comprising administering to a patient in need thereof, said pharmaceutical composition for oral delivery comprising: 74 weight % to 86 weight % of a sugar sphere core wherein the sugar sphere core has a particle size of 500-710 μm; a huperzine layer coating the sugar sphere, wherein the huperzine layer comprises 0.4 to 1 weight % huperzine or a pharmaceutically acceptable salt of huperzine that is equivalent to 0.95% to 1 weight % huperzine, and one or more excipients, wherein the total amount of excipients is 5 weight % to 9 weight %; 7 weight % to 16 weight % of a plasticized ethyl cellulose polymer layer coating the huperzine layer, wherein the huperzine layer contains a therapeutically effective amount of huperzine; and wherein the therapeutically effective amount of huperzine is twice a day dose of 3.0 mg to 4.0 mg or up to the maximum tolerated dose. 74 weight % to 86 weight % of a sugar sphere core wherein the sugar sphere core has a particle size of 500-710 μm; a huperzine layer coating the sugar sphere, wherein the huperzine layer comprises 0.4 to 1 weight % huperzine or a pharmaceutically acceptable salt of huperzine that is equivalent to 0.95% to 1 weight % huperzine, and one or more excipients, wherein the total amount of excipients is 5 weight % to 9 weight %; 7 weight % to 16 weight % of a plasticized ethyl cellulose polymer layer coating the huperzine layer, wherein the huperzine layer contains a therapeutically effective amount of huperzine; and wherein the therapeutically effective amount of huperzine is twice a day dose of 3.0 mg to 4.0 mg or up to the maximum tolerated dose.