mhurhangee/patent-ind-claim-en huggingface dataset:
Method for manufacturing an electro-absorption modulator comprises steps consisting of: a) providing a planarized silicon wafer ; b) applying a first high reflection coating multilayer on said silicon wafer ; c) bonding at least one multiple quantum well modulator on said first high reflection coating multilayer , in order to obtain a wafer bonded assembly; d) thinning and etching said wafer bonded assembly; and e) applying a second high reflection coating multilayer on the thinned and etched wafer bonded assembly, the method being characterised in that said multiple quantum well modulator is grown by epitaxy process, then directly bonded on the first high reflection coating multilayer . a) providing a planarized silicon wafer ; b) applying a first high reflection coating multilayer on said silicon wafer ; c) bonding at least one multiple quantum well modulator on said first high reflection coating multilayer , in order to obtain a wafer bonded assembly; d) thinning and etching said wafer bonded assembly; and e) applying a second high reflection coating multilayer on the thinned and etched wafer bonded assembly,
Method for joining structural elements to form a component mad of at least one fibre-reinforced plastic, comprising the following method steps: a. providing at least two structural elements made of at least one fibre-reinforced plastic with a respective matrix; b. providing at least one sensor film element made of a thermoplastic material; c. arranging the at least one sensor film element on a surface of one of the structural elements or between surfaces to be joined of the at least two structural elements to be joined; d. producing the component to be joined in a curing process of the matrix of the structural elements, wherein the sensor film element is initially dissolved under the influence of heat and then cross-linked again and is hereby connected to the matrix of the structural elements . a. providing at least two structural elements made of at least one fibre-reinforced plastic with a respective matrix; b. providing at least one sensor film element made of a thermoplastic material; c. arranging the at least one sensor film element on a surface of one of the structural elements or between surfaces to be joined of the at least two structural elements to be joined; d. producing the component to be joined in a curing process of the matrix of the structural elements, wherein the sensor film element is initially dissolved under the influence of heat and then cross-linked again and is hereby connected to the matrix of the structural elements .
A device for reconstituting a bioactive agent and forming a paste, the device comprising: - a first container containing a liquid , - a second container containing the bioactive agent , - a base configured for receiving the first and second container, - a syringe containing a paste forming material , the syringe being attachable to the base, wherein the base has a first conduit for fluidly connecting the first container with the second container and a second conduit for fluidly connecting the second container with the syringe, and characterized in that the first container is configured to have pressure energy stored such that when the first and second containers are received at the base, the liquid is forced through the first conduit into the second container, thereby reconstituting the bioactive agent, and the reconstituted bioactive agent is forced through the second conduit into the syringe, such that a paste is formed. - a first container containing a liquid , - a second container containing the bioactive agent , - a base configured for receiving the first and second container, - a syringe containing a paste forming material , the syringe being attachable to the base, wherein the base has a first conduit for fluidly connecting the first container with the second container and a second conduit for fluidly connecting the second container with the syringe, and characterized in that the first container is configured to have pressure energy stored such that when the first and second containers are received at the base, the liquid is forced through the first conduit into the second container, thereby reconstituting the bioactive agent, and the reconstituted bioactive agent is forced through the second conduit into the syringe, such that a paste is formed.
A method for wireless communications, comprising: maintaining a number of one or more backoff counters, each backoff counter being used for flow control of one or more packets from a set of one or more queues, each queue being associated with an access class, AC; adjusting a probability of one or more of the ACs to access a wireless medium based on the number of backoff counters; performing flow control of the one or more packets from the set of queues after the adjustment; and outputting the one or more packets for transmission on the wireless medium. maintaining a number of one or more backoff counters, each backoff counter being used for flow control of one or more packets from a set of one or more queues, each queue being associated with an access class, AC; adjusting a probability of one or more of the ACs to access a wireless medium based on the number of backoff counters; performing flow control of the one or more packets from the set of queues after the adjustment; and outputting the one or more packets for transmission on the wireless medium.
A compound or phosphorylated derivatives thereof and/or phosphoric acid esters thereof.
Drawer front connecting device for the connection of a drawer front to a drawer side part , comprising a front connector which can be attached to the drawer side part and a mounting component which can be attached to the drawer front , wherein the mounting component can be fixed to the front connector in order to establish a connected state of the drawer front to the drawer side part , characterized in that the front connector has at least two connector plates which are oriented in a parallel manner and connected to one another and which are spaced apart from one another in a width direction of the front connector , wherein the front connector has an upper ramp and a lower ramp which are spaced apart from one another in a height direction of the front connector , wherein the upper ramp comprises an upper narrow side of a first connector plate and an upper narrow side of a second connector plate , wherein the two upper narrow sides lie in a common upper plane, and wherein the lower ramp comprises a lower narrow side of the first connector plate and a lower narrow side of the second connector plate , wherein the two lower narrow sides lie in a common lower plane, such that, for a fixing of the mounting component to the front connector , the two upper narrow sides of the upper ramp provide a two-track support surface for an upper supporting portion on the mounting component and the two lower narrow sides of the lower ramp provide a two-track support surface for a lower supporting portion on the mounting component if the mounting component is arranged on the front connector in a positionally correct manner, such that a displacement of the upper supporting portion and of the lower supporting portion along the respective ramp takes place during the connecting of the drawer front to the drawer side part , wherein a run-on bevel is arranged upstream of the upper ramp , the inclination of said run-on bevel in a profile direction being oriented in an angular manner with respect to the inclination in the profile direction of the upper narrow sides , wherein the run-on bevel leads up to the beginning of the upper ramp, with an inverse inclination relative to the inclination of the ramp, wherein the ramp and the run-on bevel form a pitched roof form, wherein the ramp forms one roof side and the run-on bevel forms the other roof side, up to a highest point in the contact region of the ramp to the run-on bevel.
A printing machine comprising one or more treatment stations, including at least one printing station and a device for transporting substrates in said machine, along a transport path from at least one input area supplying the printable and/or printed substrates up to at least one output area receiving the treated substrates, comprising a substrate conveyor for guiding and moving the substrates through the treatment stations, said conveyor comprising carriages that hold the substrates in a stationary position and that move along the transport path while transporting the substrates, 1. the substrate-transport device comprising a drive system for moving the carriages along the transport path; 2. the transport device being equipped with at least one displacement detection system for measuring the displacement of the carriage relative to the transport path and at least one other displacement detection system for measuring the displacement of the carriage relative to the treatment station(s), and 3. the carriage comprising a table for holding the substrate in a stationary position relative to the table, along the transport loop during the treatment(s) of the substrate and characterized in that the displacement detection system for measuring the displacement of the carriage relative to the transport path is a displacement sensor "O" comprising a movable part and a stationary part and the displacement detection system for measuring the displacement of the carriage relative to the treatment station(s) is a displacement sensor "M" comprising a movable part and a stationary part, the stationary part of the displacement sensor "O" is a ruler positioned along the transport path, the movable part of the displacement sensor "O" is a reader integrated in the carriage, the movable part of the displacement sensor "M" is a ruler fastened on the carriage, and the stationary part of the displacement sensor "M" is a reader integrated in the treatment station(s). 1. the substrate-transport device comprising a drive system for moving the carriages along the transport path; 2. the transport device being equipped with at least one displacement detection system for measuring the displacement of the carriage relative to the transport path and at least one other displacement detection system for measuring the displacement of the carriage relative to the treatment station(s), and 3. the carriage comprising a table for holding the substrate in a stationary position relative to the table, along the transport loop during the treatment(s) of the substrate
A method for manufacturing a fermented milk product, comprising sequentially performing a first step of mixing raw material milk and lactic acid bacteria to obtain a mixed liquid, and a second step of fermenting the mixed liquid, wherein the method is characterized in that a step of adding a Paenibacillus-derived protease to the raw material milk and/or the mixed liquid is performed before the second step is completed, wherein the protease is a Paenibacillus-derived neutral metalloprotease, which has an optimum pH for a proteolytic action on κ-casein of 7.0 to 8.0 and which is stable at a pH of 5.5 to 9.0, wherein the fermented milk product is a yoghurt or a drink type yoghurt, when the fermented milk product is a yoghurt, the nonfat milk solid content contained in the raw material milk is 3.0 to 20% by mass, and when the fermented milk product is a drink type yoghurt, the nonfat milk solid content contained in the raw material milk is 20% by mass or less, and wherein a ratio between the milk fat content (% by mass) contained in the raw material milk and the addition amount (PU/g) of the protease (the milk fat content: the addition amount of the protease) is 50 : 1 to 1 : 10. a first step of mixing raw material milk and lactic acid bacteria to obtain a mixed liquid, and a second step of fermenting the mixed liquid, wherein the method is characterized in that a step of adding a Paenibacillus-derived protease to the raw material milk and/or the mixed liquid is performed before the second step is completed, wherein the protease is a Paenibacillus-derived neutral metalloprotease, which has an optimum pH for a proteolytic action on κ-casein of 7.0 to 8.0 and which is stable at a pH of 5.5 to 9.0, wherein the fermented milk product is a yoghurt or a drink type yoghurt, when the fermented milk product is a yoghurt, the nonfat milk solid content contained in the raw material milk is 3.0 to 20% by mass, and when the fermented milk product is a drink type yoghurt, the nonfat milk solid content contained in the raw material milk is 20% by mass or less, and wherein a ratio between the milk fat content (% by mass) contained in the raw material milk and the addition amount (PU/g) of the protease (the milk fat content: the addition amount of the protease) is 50 : 1 to 1 : 10.
A vehicle comprising: a vehicle structure at least partially surrounding an interior , the interior containing interior air ; and, a humidification system configured to be in fluid communication with a first air stream and the interior , the humidification system comprising: a humidifier configured to humidify the first air stream to form a humidified air stream that is fluidly communicated to the interior; and a water recovery zone configured to receive the interior air and to condense and separate water from the interior air, the water recovery zone configured to be in fluid communication with the humidifier and to provide the water to the humidifier, wherein said vehicle further comprises a valve that is in fluid communication with the interior and that is configured to exhaust a first portion of the interior air out of the vehicle to control pressure of the interior air remaining in the interior; and wherein the water recovery zone comprises a heat exchanger that is configured to receive the interior air and ambient air from outside the vehicle, the heat exchanger being further configured to cool a second portion of the interior air to form a cooled air stream via indirect heat exchange between the second portion of the interior air and the ambient air. a vehicle structure at least partially surrounding an interior , the interior containing interior air ; and, a humidification system configured to be in fluid communication with a first air stream and the interior , the humidification system comprising: a humidifier configured to humidify the first air stream to form a humidified air stream that is fluidly communicated to the interior; and a water recovery zone configured to receive the interior air and to condense and separate water from the interior air, the water recovery zone configured to be in fluid communication with the humidifier and to provide the water to the humidifier, a humidifier configured to humidify the first air stream to form a humidified air stream that is fluidly communicated to the interior; and a water recovery zone configured to receive the interior air and to condense and separate water from the interior air, the water recovery zone configured to be in fluid communication with the humidifier and to provide the water to the humidifier, wherein said vehicle further comprises a valve that is in fluid communication with the interior and that is configured to exhaust a first portion of the interior air out of the vehicle to control pressure of the interior air remaining in the interior; and wherein the water recovery zone comprises a heat exchanger that is configured to receive the interior air and ambient air from outside the vehicle, the heat exchanger being further configured to cool a second portion of the interior air to form a cooled air stream via indirect heat exchange between the second portion of the interior air and the ambient air.
A method performed by a communication terminal for handling communication, the method comprising: - receiv ing an indication that data is scheduled for the communication terminal on a data channel in a second cell where the communication terminal is being served by a radio access node in a first cell on a carrier of a licensed frequency spectrum and cross-carrier scheduled in the second cell on a carrier of an unlicensed frequency spectrum by the radio access node via the first cell , - attempting to detect the data channel intended for the communication terminal ; - in case the communication terminal does not detect the data channel intended for the communication terminal , indicating a Non-Acknowledgement, NACK, or Discontinuous Transmission, DTX, state to the radio access node on the first cell. - receiv ing an indication that data is scheduled for the communication terminal on a data channel in a second cell where the communication terminal is being served by a radio access node in a first cell on a carrier of a licensed frequency spectrum and cross-carrier scheduled in the second cell on a carrier of an unlicensed frequency spectrum by the radio access node via the first cell , - attempting to detect the data channel intended for the communication terminal ; - in case the communication terminal does not detect the data channel intended for the communication terminal , indicating a Non-Acknowledgement, NACK, or Discontinuous Transmission, DTX, state to the radio access node on the first cell.
A diesel engine with an exhaust gas treatment device including a DOC disposed in an exhaust gas passage and a DPF disposed downstream of the DOC wherein a DPF regeneration control device is configured to control execution of forced regeneration that removes PM deposited on the DPF by increasing a temperature of the DPF , the DPF regeneration control device comprising: a valve control unit configured to throttle a valve opening of at least one of an intake throttle valve or an exhaust throttle valve so that an upstream temperature of the DOC reaches a predetermined temperature; and a deposition condition determination unit characterized in that the deposition condition determination unit is configured to determine whether a deposition condition that a SOF deposition amount on the DOC exceeds a predetermined deposition amount is satisfied, the SOF being the soluble organic fraction, wherein the valve control unit includes a throttle amount decrease control execution unit configured to calculate a throttle amount decrease amount of the valve opening when the deposition condition is satisfied and configured to execute throttle amount decrease control to decrease a throttle amount of the valve opening when the deposition condition is satisfied to be smaller than when the deposition condition is not satisfied. a valve control unit configured to throttle a valve opening of at least one of an intake throttle valve or an exhaust throttle valve so that an upstream temperature of the DOC reaches a predetermined temperature; and a deposition condition determination unit characterized in that the deposition condition determination unit is configured to determine whether a deposition condition that a SOF deposition amount on the DOC exceeds a predetermined deposition amount is satisfied, the SOF being the soluble organic fraction, wherein the valve control unit includes a throttle amount decrease control execution unit configured to calculate a throttle amount decrease amount of the valve opening when the deposition condition is satisfied and configured to execute throttle amount decrease control to decrease a throttle amount of the valve opening when the deposition condition is satisfied to be smaller than when the deposition condition is not satisfied.
A method of operating a work vehicle system that includes at least one harvesting work vehicle with a harvesting arrangement , the harvesting arrangement being one of a conditioning arrangement configured to condition a crop material and a windrowing arrangement configured to form a windrow of the crop material , the method comprising: receiving, by a processor of a control system from a memory element , a stored setting for a variable parameter of the harvesting arrangement ; processing, by the processor , a control signal based, at least in part, on the stored setting; and changing, with an actuator , the variable parameter of the harvesting arrangement according to the control signal characterized in that the method further comprising detecting, with a sensor , an actual setting of the harvesting arrangement and saving the actual setting as the stored setting, and receiving, by the processor , location data that corresponds to an actual location of the at least one harvesting work vehicle within a field; further comprising associating, within the memory element , the location data with the stored setting; and wherein processing the control signal includes processing the control signal based, at least in part, on the stored setting and the associated location data.
Pneumatic vehicle tyre with a material ring inside it, adhesively attached to the inner surface opposite from the tread , the material ring adhering to a self-sealing sealant , which at least immediately after its application has a tackiness required for the adhesive attachment of the material ring , the material ring arranged on the sealant being closed-cell and airtight, characterized in that the closed-cell material ring is covered over its radially inner surface completely with a covering film , either lies with its radially outer surface fully flush on the sealant or is supported on the sealant by means of two or more supports , the width of the closed-cell material ring corresponding approximately to the width of the sealant ply .
An automated sealing process for sealing a casing, the casing comprising a first casing portion having a first sealing surface , and a second casing portion having a second sealing surface configured to engage the first sealing surface, the first casing portion being assembled from at least two components such that the first sealing surface comprises a joint between the components, the process comprising: applying a surface treatment to the joint of the first sealing surface using an automated treatment apparatus having an applicator configured to engage the joint of the first sealing surface and shaped to apply the surface treatment to a portion of the first sealing surface which is adjacent to the joint; and applying a sealant to at least one of the first sealing surface and the second sealing surface prior to bringing the first and second sealing surfaces into engagement. applying a surface treatment to the joint of the first sealing surface using an automated treatment apparatus having an applicator configured to engage the joint of the first sealing surface and shaped to apply the surface treatment to a portion of the first sealing surface which is adjacent to the joint; and applying a sealant to at least one of the first sealing surface and the second sealing surface prior to bringing the first and second sealing surfaces into engagement.