mhurhangee/patent-ind-claim-en huggingface dataset:
Method for diagnosing electrical lines of a broadband lambda probe , wherein the electrical lines of the broadband lambda probe are connected to a connection (RE, IPN, APN, MES) of an evaluation and control unit , wherein the evaluation and control unit is, in particular, in the form of an ASIC and is designed to operate a broadband lambda probe , wherein the broadband lambda probe has electrical lines , wherein the evaluation and control unit has electrical connections (RE, IPN, APN, MES) for electrical connection to the electrical lines of the broadband lambda probe , wherein the evaluation and control unit has four electrical connections (RE, IPN, APN, MES), via which it is connected to four electrical lines of the broadband lambda probe, and the four electrical lines of the broadband lambda probe lead to electrodes of an electrochemical Nernst cell and of an electrochemical pump cell of the broadband lambda probe and to an ohmic resistor of the broadband lambda probe , wherein the evaluation and control unit has a device for determining a target value (Iq) of a current flowing into the electrical connections (RE, IPN, APN, MES) and for comparing this target value (Iq) with the current (Ip) actually flowing into the electrical connections, and wherein the evaluation and control unit has comparators for comparing the electrical potential (Up) applied to the electrical connections with predefined limits (L1, L2); wherein the diagnosis provides for the presence of a short circuit or shunt circuit of one of the electrical lines to be excluded precisely when neither the electrical potential (Up) applied to the associated connection (RE, IPN, APN, MES) is outside predefined limits (L1, L2) nor the electrical current (Ip) flowing into the associated connection (RE, IPN, APN, MES) differs from a target value (Iq, I'q) by more than a threshold value; and/or a short circuit or shunt circuit of one of the electrical lines is inferred precisely when at least one of the following conditions is met: - the electrical potential (Up) applied to the associated connection (RE, IPN, APN, MES) is outside predefined limits; - the electrical current (Ip) flowing into the associated connection (RE, IPN, APN, MES) differs from a target value (Iq, I'q) by more than a threshold value; wherein the diagnosis is cyclically carried out for all lines by means of the method. a short circuit or shunt circuit of one of the electrical lines is inferred precisely when at least one of the following conditions is met: - the electrical potential (Up) applied to the associated connection (RE, IPN, APN, MES) is outside predefined limits; - the electrical current (Ip) flowing into the associated connection (RE, IPN, APN, MES) differs from a target value (Iq, I'q) by more than a threshold value; - the electrical potential (Up) applied to the associated connection (RE, IPN, APN, MES) is outside predefined limits; - the electrical current (Ip) flowing into the associated connection (RE, IPN, APN, MES) differs from a target value (Iq, I'q) by more than a threshold value; wherein the diagnosis is cyclically carried out for all lines by means of the method.
Method for the production of a stable fruit preparation comprising the steps of addition of active pectin methyl esterase (PME) to a fruit preparation to perform an enzymation step on the fruit preparation, followed by inactivation of PME in the fruit preparation to obtain a stable fruit preparation, wherein gelation is prevented or at least significantly reduced during the presence of active PME in the fruit preparation by applying mechanical stress to the fruit preparation comprising active PME, wherein the method provides an improved consistency as determined by a reduction of Bostwick units of at least 1 Bostwick unit in [cm/min], wherein the Bostwick units are measured according to the standard ASTMF1080-93, including equilibration of the samples at 20°C with an additional agitation with a propeller stirrer for 25 sec at 25 rpm, and wherein the reduction of Bostwick units is the reduction compared to the fruit preparation without enzymation and also compared with the enzymated food preparation, which is not exposed to a mechanical stress during enzymation.
A container-handling installation , comprising at least two conveying elements , each having at least one functional element (1619; 1629), which is provided for handling containers , a conveyance path for conveying the at least two conveying elements successively and independently of one another along the conveyance path and by means of conveyance path magnetic force units which are positioned along the conveyance path and which are at least partially separately controllable in order to interact with at least one magnetic force unit of the respective conveying element , and a bearing unit (1613, 1614; 1623, 1624; 1633, 1634) for each conveying element for mounting the conveying element such that the at least two conveying elements are mounted on a common shaft , characterized in that each conveying element is coupled to a first arm and a second arm , at the free end of each arm is positioned a part of the bearing unit (1613, 1614; 1623, 1624; 1633, 1634) of the conveying element . at least two conveying elements , each having at least one functional element (1619; 1629), which is provided for handling containers , a conveyance path for conveying the at least two conveying elements successively and independently of one another along the conveyance path and by means of conveyance path magnetic force units which are positioned along the conveyance path and which are at least partially separately controllable in order to interact with at least one magnetic force unit of the respective conveying element , and a bearing unit (1613, 1614; 1623, 1624; 1633, 1634) for each conveying element for mounting the conveying element such that the at least two conveying elements are mounted on a common shaft , characterized in that each conveying element is coupled to a first arm and a second arm , at the free end of each arm is positioned a part of the bearing unit (1613, 1614; 1623, 1624; 1633, 1634) of the conveying element .
Control device for a mass transport means which has an on-board computer connected via first data lines to first peripheral devices in order to exchange data therewith via the IBIS or IBIS-IP protocol, characterized in that - the control device is configured to be connected to the on-board computer via a central data line ; - the control device is configured to be connected via second data lines to second peripheral devices in order to exchange data therewith without the IBIS or IBIS-IP protocol; - the control device has a radio interface which is adapted to set up a wireless radio connection to a wireless user interface in such a way that data exchange takes place between the wireless user interface and both the first peripheral devices and the second peripheral devices via the control device ; - wherein the first peripheral devices have a video camera , a rear display , a front display , a side display , a ticket validator , a passenger counter and/or TFT monitors ; and - wherein the second peripheral devices have a door signal generator , a route signal generator, a beacon signal generator, a tachometer signal generator , a carriage stop signal generator, a CAN bus , a LAN/Ethernet connection, an RS232 interface, a USB connection, an emergency button, and/or an electroacoustic system . - the control device is configured to be connected to the on-board computer via a central data line ; - the control device is configured to be connected via second data lines to second peripheral devices in order to exchange data therewith without the IBIS or IBIS-IP protocol; - the control device has a radio interface which is adapted to set up a wireless radio connection to a wireless user interface in such a way that data exchange takes place between the wireless user interface and both the first peripheral devices and the second peripheral devices via the control device ; - wherein the first peripheral devices have a video camera , a rear display , a front display , a side display , a ticket validator , a passenger counter and/or TFT monitors ; and - wherein the second peripheral devices have a door signal generator , a route signal generator, a beacon signal generator, a tachometer signal generator , a carriage stop signal generator, a CAN bus , a LAN/Ethernet connection, an RS232 interface, a USB connection, an emergency button, and/or an electroacoustic system .
An assembly comprising an outlet guide vane , a liner of the outlet guide vane and an external structure for supporting the outlet guide vane , and a seal which seals a gap between the vane and the liner , the seal comprising: a joint section for joining with the liner ; characterised in that the seal further comprises: a flexible fillet section elongated from the joint section and tapering toward a tip so as to warp along the outlet guide vane to form a round corner between the outlet guide vane and the liner when the tip is placed in contact with the outlet guide vane ; and a flexible rib section projecting from an inner surface of the seal and so dimensioned as to get in contact with an upper surface of the external structure for securing the outlet guide vane to keep gas tightness. a joint section for joining with the liner ; characterised in that the seal further comprises: a flexible fillet section elongated from the joint section and tapering toward a tip so as to warp along the outlet guide vane to form a round corner between the outlet guide vane and the liner when the tip is placed in contact with the outlet guide vane ; and a flexible rib section projecting from an inner surface of the seal and so dimensioned as to get in contact with an upper surface of the external structure for securing the outlet guide vane to keep gas tightness. a flexible fillet section elongated from the joint section and tapering toward a tip so as to warp along the outlet guide vane to form a round corner between the outlet guide vane and the liner when the tip is placed in contact with the outlet guide vane ; and a flexible rib section projecting from an inner surface of the seal and so dimensioned as to get in contact with an upper surface of the external structure for securing the outlet guide vane to keep gas tightness.
A process of manufacturing an organic light emitting diode, the process comprising: providing a component within an organic light emitting diode manufacturing system , the component including a thermal chemical vapor deposition coating applied over a surface thereof, forming the thermal chemical vapor deposition coating from thermal decomposition of dimethylsilane, and transporting a material over the surface including the chemical vapor deposition coating ; wherein the component is selected from the group consisting of a feed tube , an ultra-high vacuum (UHV) component, a shower head, a deflector plate, a fitting, and combinations thereof; wherein the chemical vapor deposition coating is applied under conditions of between 7 kPa (1.0 psia) and 1 MPa (200 psia) and between 200 °C and 600 °C, the chemical vapor deposition has a thickness of between 100 nm and 10,000 nm, and the chemical vapor deposition coating is oxidized. providing a component within an organic light emitting diode manufacturing system , the component including a thermal chemical vapor deposition coating applied over a surface thereof, forming the thermal chemical vapor deposition coating from thermal decomposition of dimethylsilane, and transporting a material over the surface including the chemical vapor deposition coating ; wherein the component is selected from the group consisting of a feed tube , an ultra-high vacuum (UHV) component, a shower head, a deflector plate, a fitting, and combinations thereof; wherein the chemical vapor deposition coating is applied under conditions of between 7 kPa (1.0 psia) and 1 MPa (200 psia) and between 200 °C and 600 °C, the chemical vapor deposition has a thickness of between 100 nm and 10,000 nm, and the chemical vapor deposition coating is oxidized.
A steel bar for a downhole member having a chemical composition consisting of, by mass%: C: 0.020% or less, Si: 1.0% or less, Mn: 1.0% or less, P: 0.03% or less, S: 0.01% or less, Cu: 0.10 to 2.50%, Cr: 10 to 14%, Ni: 1.5 to 7.0%, Mo: 0.2 to 3.0%, Ti: 0.05 to 0.3%, V: 0.01 to 0.10%, Nb: 0.1% or less, Al: 0.001 to 0.1%, N: 0.05% or less, B: 0 to 0.005%, Ca: 0 to 0.008%, and Co: 0 to 0.5%, with the balance being Fe and impurities, characterized by when an Mo content in the chemical composition of the steel bar for a downhole member is defined as [Mo amount] (mass%), and an Mo content in precipitate at a position that bisects a line connecting a surface of the steel bar for a downhole member to a center of a cross-section perpendicular to a lengthwise direction of the steel bar for a downhole member is defined as [total Mo amount in precipitate at R/2 position] (mass%), the steel bar for a downhole member satisfies Formula , and when an Mo content in precipitate at a center position in a cross-section perpendicular to the lengthwise direction of the steel bar for a downhole member is defined as [total Mo amount in precipitate at center position], the steel bar for a downhole member satisfies Formula ; Mo amount − 4 × total Mo amount in precipitate at R / 2 position ≥ 1.30 Total Mo amount in precipitate at center position − total Mo amount in precipitate at R / 2 position ≤ 0.03 wherein, [Mo amount], [total Mo amount in precipitate at R/2 position] and [total Mo amount in precipitate at centre position] are measured in accordance with the description. C: 0.020% or less, Si: 1.0% or less, Mn: 1.0% or less, P: 0.03% or less, S: 0.01% or less, Cu: 0.10 to 2.50%, Cr: 10 to 14%, Ni: 1.5 to 7.0%, Mo: 0.2 to 3.0%, Ti: 0.05 to 0.3%, V: 0.01 to 0.10%, Nb: 0.1% or less, Al: 0.001 to 0.1%, N: 0.05% or less, B: 0 to 0.005%, Ca: 0 to 0.008%, and Co: 0 to 0.5%, with the balance being Fe and impurities, characterized by when an Mo content in the chemical composition of the steel bar for a downhole member is defined as [Mo amount] (mass%), and an Mo content in precipitate at a position that bisects a line connecting a surface of the steel bar for a downhole member to a center of a cross-section perpendicular to a lengthwise direction of the steel bar for a downhole member is defined as [total Mo amount in precipitate at R/2 position] (mass%), the steel bar for a downhole member satisfies Formula , and when an Mo content in precipitate at a center position in a cross-section perpendicular to the lengthwise direction of the steel bar for a downhole member is defined as [total Mo amount in precipitate at center position], the steel bar for a downhole member satisfies Formula ; Mo amount − 4 × total Mo amount in precipitate at R / 2 position ≥ 1.30 Total Mo amount in precipitate at center position − total Mo amount in precipitate at R / 2 position ≤ 0.03 wherein, [Mo amount], [total Mo amount in precipitate at R/2 position] and [total Mo amount in precipitate at centre position] are measured in accordance with the description.
Device for remotely commanding a crane mounted to a truck and for moving said truck, comprising: - a commanding panel comprising a plurality of command members controllable by an operator for commanding motions of the crane ; - a device controlling unit operatively connected to the commanding panel , configured to generate crane motions commanding messages based on commands given by the operator to the command members ; - a transmission unit operatively connected to the device controlling unit and configured to transmit to a crane controlling unit said crane motions commanding messages, characterized in that : - the command members of the command panel are further controllable by the operator for commanding motions of the truck ; the device controlling unit is further configured to generate truck motions commanding messages based on commands given by the operator to the command members ; the transmission unit is further configured to transmit to the crane controlling unit said truck motions commanding messages. - a commanding panel comprising a plurality of command members controllable by an operator for commanding motions of the crane ; - a device controlling unit operatively connected to the commanding panel , configured to generate crane motions commanding messages based on commands given by the operator to the command members ; - a transmission unit operatively connected to the device controlling unit and configured to transmit to a crane controlling unit said crane motions commanding messages, - the command members of the command panel are further controllable by the operator for commanding motions of the truck ; the device controlling unit is further configured to generate truck motions commanding messages based on commands given by the operator to the command members ; the transmission unit is further configured to transmit to the crane controlling unit said truck motions commanding messages.
Drone for searching and marking a target, comprising: - an aerial vehicle provided with at least one rotor participating in the lift and/or propulsion of said drone , - a mission system , and - a device for fixing said mission system to said aerial vehicle said mission system comprising: - a structure , fixed with respect to said aerial vehicle , - a calculator , - at least one detection device for detecting a target, and - a distribution device for distributing at least one marking element, said distribution device being provided with at least one compartment designed to contain a marking element, said distribution device being configured so as to release said marking element contained in a compartment so as to mark a location of a detected target, characterised in that said distribution device comprises a rotary engine , a distributor provided with multiple compartments and a base provided with an opening , said rotary engine allowing a relative rotation of said distributor with respect to said base so that said opening is disposed below a compartment so as to release said marking element contained in said compartment . - an aerial vehicle provided with at least one rotor participating in the lift and/or propulsion of said drone , - a mission system , and - a device for fixing said mission system to said aerial vehicle - a structure , fixed with respect to said aerial vehicle , - a calculator , - at least one detection device for detecting a target, and - a distribution device for distributing at least one marking element, said distribution device being provided with at least one compartment designed to contain a marking element, said distribution device being configured so as to release said marking element contained in a compartment so as to mark a location of a detected target,
Device for treating a plurality of surfaces of objects, comprising at least one treatment apparatus capable of carrying out a treatment on a surface of an object which is presented opposite said treatment apparatus; characterized in that it also comprises: - a shuttle having at least two locations which are suitable for receiving objects, said shuttle being movably mounted between a first position and a second position, passing through intermediate positions in which it presents a surface of the objects positioned in said locations to be opposite said processing apparatus(es); - a first handling apparatus , capable of positioning an object in a first of said locations , when said shuttle is in said first position; - a second handling apparatus capable of removing an object which is positioned in the second of said locations ; and - a third handling apparatus capable of removing an object which is positioned in said first location and turning it before positioning it in said second location . - a shuttle having at least two locations which are suitable for receiving objects, said shuttle being movably mounted between a first position and a second position, passing through intermediate positions in which it presents a surface of the objects positioned in said locations to be opposite said processing apparatus(es); - a first handling apparatus , capable of positioning an object in a first of said locations , when said shuttle is in said first position; - a second handling apparatus capable of removing an object which is positioned in the second of said locations ; and - a third handling apparatus capable of removing an object which is positioned in said first location and turning it before positioning it in said second location .
A non-naturally occurring microbial organism having a pathway from acetyl-CoA and pyruvate to butadiene, crotyl alcohol, or 3-buten-2-ol, wherein said pathway includes 4-hydroxy-2-oxovalerate as a pathway intermediate compound, said microbial organism comprising at least one heterologous nucleic acid encoding an enzyme of said pathway, the enzyme comprising 3-hydroxybutyraldehyde dehydratase, and wherein said pathway comprises acetyl-CoA reductase, 4-hydroxy 2-oxovalerate aldolase, 4-hydroxy 2-oxovalerate decarboxylase selected from pyruvate decarboxylase (EC 4.1.1.1), benzoylformate decarboxylase (EC 4.1.1.7), alpha-ketoglutarate decarboxylase and branched-chain alpha-ketoacid decarboxylase (EC 4.1.1.71), 3-hydroxybutyraldehyde dehydratase, and crotyl aldehyde reductase, and optionally crotyl alcohol vinylisomerase, or 1K and 3-buten-2-ol dehydratase, or crotyl alcohol dehydratase/vinylisomerase.
A cargo detection system of a refrigerated cargo container , comprising: a cargo sensor body configured to detect presence of cargo in the refrigerated cargo container ; characterized by : a sensor bracket configured for securing the cargo sensor body at a refrigeration unit of the refrigerated cargo container ; a temperature sensor disposed at the cargo sensor body configured to detect a temperature of the cargo sensor body; and a temperature controller operably connected to the temperature sensor and configured to activate the cargo sensor body for collection of data only when the temperature of the cargo sensor body is above a threshold. a cargo sensor body configured to detect presence of cargo in the refrigerated cargo container ; characterized by : a sensor bracket configured for securing the cargo sensor body at a refrigeration unit of the refrigerated cargo container ; a temperature sensor disposed at the cargo sensor body configured to detect a temperature of the cargo sensor body; and a temperature controller operably connected to the temperature sensor and configured to activate the cargo sensor body for collection of data only when the temperature of the cargo sensor body is above a threshold. a sensor bracket configured for securing the cargo sensor body at a refrigeration unit of the refrigerated cargo container ; a temperature sensor disposed at the cargo sensor body configured to detect a temperature of the cargo sensor body; and a temperature controller operably connected to the temperature sensor and configured to activate the cargo sensor body for collection of data only when the temperature of the cargo sensor body is above a threshold.