mhurhangee/patent-ind-claim-en huggingface dataset:
A process for preparing composite particles, the process comprising the steps of: (a) providing a plurality of porous particles comprising micropores and/or mesopores, wherein the total pore volume of micropores and mesopores as measured by nitrogen gas adsorption in accordance with the method provided in the description is in the range from 0.4 to 2.2 cm 3 /g, wherein micropores are pores of less than 2 nm in diameter and mesopores are pores of 2-50 nm in diameter; (b) contacting the porous particles with a precursor of an electroactive material at a temperature effective to cause deposition of the electroactive material in the pores of the porous particles to form intermediate particles; (c) discontinuing deposition of the electroactive material and separating by-products from the intermediate particles; (d) contacting the intermediate particles from step (c) with a precursor of an electroactive material, at a temperature effective to cause further deposition of the electroactive material in the pores of the intermediate particles; wherein the pressure in at least one of steps (b) and (d) is maintained at less than 200 kPa. (a) providing a plurality of porous particles comprising micropores and/or mesopores, wherein the total pore volume of micropores and mesopores as measured by nitrogen gas adsorption in accordance with the method provided in the description is in the range from 0.4 to 2.2 cm 3 /g, wherein micropores are pores of less than 2 nm in diameter and mesopores are pores of 2-50 nm in diameter; (b) contacting the porous particles with a precursor of an electroactive material at a temperature effective to cause deposition of the electroactive material in the pores of the porous particles to form intermediate particles; (c) discontinuing deposition of the electroactive material and separating by-products from the intermediate particles; (d) contacting the intermediate particles from step (c) with a precursor of an electroactive material, at a temperature effective to cause further deposition of the electroactive material in the pores of the intermediate particles;
Method for adjusting a range prediction of a motor vehicle on the basis of environmental conditions, wherein - an external temperature is detected and wherein - at least one environment sensor is used, which is selected from a group consisting of a distance-indicating sensor, a distance sensor, an ultrasound sensor, a radar sensor, an optical sensor, a camera and a laser scanner in order to determine a spatial environment of the motor vehicle , wherein - it is detected by means of the at least one environment sensor whether the motor vehicle is located in an internal space or an outside space, wherein - a range prediction for the motor vehicle is adjusted on the basis of the detected external temperature and the detected spatial environment, and wherein - by means of the environment sensor a change is recognised in the spatial environment of the motor vehicle , wherein the range prediction is adjusted on the basis of the recognised change in the spatial environment. - an external temperature is detected and wherein - at least one environment sensor is used, which is selected from a group consisting of a distance-indicating sensor, a distance sensor, an ultrasound sensor, a radar sensor, an optical sensor, a camera and a laser scanner in order to determine a spatial environment of the motor vehicle , wherein - it is detected by means of the at least one environment sensor whether the motor vehicle is located in an internal space or an outside space, wherein - a range prediction for the motor vehicle is adjusted on the basis of the detected external temperature and the detected spatial environment, and wherein - by means of the environment sensor a change is recognised in the spatial environment of the motor vehicle , wherein the range prediction is adjusted on the basis of the recognised change in the spatial environment.
A call-processing node for use in a communication system that is configured to provide a communication function to a communication terminal and includes a plurality of call-processing nodes , a call processing management database that is connected to each of the plurality of call-processing nodes and holds data of each communication terminal necessary for call processing, and a control node , which selects a call-processing node among the plurality of call-processing nodes for processing a call processing request from the communication terminal based on the states of the plurality of call-processing nodes , and which performs control so that the call processing request is directed to the selected call-processing node, whereby any of the plurality of call processing nodes is able to process a call processing request, the call-processing node comprising: call processing request accepting means configured to accept a call processing request; acquisition means configured to acquire, from the call processing management database , information of the communication terminal related to the call processing request each time a call processing request is accepted by the call processing request acceptingmeans , eitherevery time or when the call-processing node does not hold valid information of the communication terminal related to the call processing request, and wherein the information comprises state information indicating whether the corresponding mobile communication terminal is in communication or at standby; call processing means configured to perform call processing related to the request using the information acquired by the acquisition means ; and call processing result storage means configured to store, in the call processing management database , information of a result of the call processing performed by the call processing means . call processing request accepting means configured to accept a call processing request; acquisition means configured to acquire, from the call processing management database , information of the communication terminal related to the call processing request each time a call processing request is accepted by the call processing request acceptingmeans , eitherevery time or when the call-processing node does not hold valid information of the communication terminal related to the call processing request, and wherein the information comprises state information indicating whether the corresponding mobile communication terminal is in communication or at standby; call processing means configured to perform call processing related to the request using the information acquired by the acquisition means ; and call processing result storage means configured to store, in the call processing management database , information of a result of the call processing performed by the call processing means .
A shelf-stable cooking aid for coating and frying a food product, the cooking aid comprising: i) oil in an amount of 3-18% by weight of the total composition; ii) water in an amount of 40-58% by weight of the total composition; iii) modified starch in an amount of 2-5% by weight of the total composition; iv) salt in an amount of 3-9% by weight of the total composition; v) sugar in an amount of 3-28% by weight of the total composition; vi) flavourings in an amount of 5-40% by weight of the total composition; vii) emulsifier in an amount of 0.4-2% by weight of the total composition; and wherein the cooking aid has a viscosity in the range of 3 to 65 Pa.s at a shear rate of 1s -1 at 25°C, and the oil and water are in form of an emulsion and wherein the emulsifier is selected from the group consisting of protein based emulsifier, whey protein, pea protein, potato protein, egg yolk, lecithin, mustard, soy lecithin, sunflower lecithin, sodium phosphates, sodium stearoyl lactylate, diacetyl tartaric ester of monoglyceride (DATEM), polyglycerol-polyricinoleate (PGPR), monoglyceride and mono-diglyceride or a combination thereof. i) oil in an amount of 3-18% by weight of the total composition; ii) water in an amount of 40-58% by weight of the total composition; iii) modified starch in an amount of 2-5% by weight of the total composition; iv) salt in an amount of 3-9% by weight of the total composition; v) sugar in an amount of 3-28% by weight of the total composition; vi) flavourings in an amount of 5-40% by weight of the total composition; vii) emulsifier in an amount of 0.4-2% by weight of the total composition;
Alumina having a water desorption index H defined by the following formula of 0.15 or less in a water adsorption/desorption isotherm at 25°C: water desorption index H = V d 0.5 − V a 0.5 ÷ V a 0.9 where V d0.5 represents a water adsorption amount [mg/g] per 1 g of alumina in a desorption isotherm at a relative water vapor pressure of 0.5, V a0.5 represents a water adsorption amount [mg/g] per 1 g of alumina in an adsorption isotherm at a relative water vapor pressure of 0.5, and V a0.9 represents a water adsorption amount [mg/g] per 1 g of alumina in the adsorption isotherm at a relative water vapor pressure of 0.9 which alumina is obtainable by being pulverized by a jet mill using as a pulverizing gas superheated steam having a temperature of 150 to 500°C and a pressure of 0.5 to 5 MPa wherein the temperature and pressure of the superheated steam are the temperature and pressure at a discharge port of a jet nozzle of the jet mill. V d0.5 represents a water adsorption amount [mg/g] per 1 g of alumina in a desorption isotherm at a relative water vapor pressure of 0.5, V a0.5 represents a water adsorption amount [mg/g] per 1 g of alumina in an adsorption isotherm at a relative water vapor pressure of 0.5, and V a0.9 represents a water adsorption amount [mg/g] per 1 g of alumina in the adsorption isotherm at a relative water vapor pressure of 0.9 which alumina is obtainable by being pulverized by a jet mill using as a pulverizing gas superheated steam having a temperature of 150 to 500°C and a pressure of 0.5 to 5 MPa wherein the temperature and pressure of the superheated steam are the temperature and pressure at a discharge port of a jet nozzle of the jet mill.
A vehicle battery pack adapted to be mounted on a vehicle , comprising: a plurality of battery cells each comprising a terminal ; and a casing accommodating the plurality of battery cells , the casing comprising: a casing body made of resin, the casing body comprising an opening through which the plurality of battery cells is inserted and removed and at least one exposure hole through which the terminals are exposed outside the casing body ; and a cover closing the opening ; and at least one radiating fin member made of metal and secured to the casing body , characterized in that the radiating fin member covers the exposure hole of the casing body and faces the terminals . a plurality of battery cells each comprising a terminal ; and a casing accommodating the plurality of battery cells , the casing comprising: a casing body made of resin, the casing body comprising an opening through which the plurality of battery cells is inserted and removed and at least one exposure hole through which the terminals are exposed outside the casing body ; and a cover closing the opening ; and at least one radiating fin member made of metal and secured to the casing body , characterized in that the radiating fin member covers the exposure hole of the casing body and faces the terminals . a casing body made of resin, the casing body comprising an opening through which the plurality of battery cells is inserted and removed and at least one exposure hole through which the terminals are exposed outside the casing body ; and a cover closing the opening ; and at least one radiating fin member made of metal and secured to the casing body , characterized in that the radiating fin member covers the exposure hole of the casing body and faces the terminals .
An aircraft comprising: - a structure , - a landing gear , mounted on the structure of the aircraft, and - at least one obstacle detector , wherein the obstacle detector is attached to an arm , said arm being mounted on the structure so as to be movable between a rest position, in which the arm is collapsed, and a detection position, in which the arm is deployed, characterized in that the landing gear is retractable and has a retracted configuration, in which the landing gear is accommodated in a box formed in the structure , and an extended configuration, in which the landing gear is deployed, the arm being mounted in the box of the landing gear , the obstacle detector being located in proximity to a lower portion of the landing gear distant from the structure of the aircraft , when the arm is deployed. - a structure , - a landing gear , mounted on the structure of the aircraft, and - at least one obstacle detector ,
A passive entry system for an automotive vehicle comprising: a control unit configured to broadcast a wake-up signal to prompt a fob to power-up if the fob is in a low-power consumption mode and to transmit signals through a plurality of antennas coupled to the vehicle ; and a fob configured to recognize the wake-up signal and to generate a response signal for the control unit in response to recognize the wake-up signal, the fob including a fob controller programmed to: receive signals transmitted from each of the plurality of antennas coupled to the vehicle ; retrieve constant values from a memory; calculate a magnetic integrity defining the relative position of each of the plurality of antennas ; and selectively allow access to the vehicle when magnetic integrity is found. a control unit configured to broadcast a wake-up signal to prompt a fob to power-up if the fob is in a low-power consumption mode and to transmit signals through a plurality of antennas coupled to the vehicle ; and a fob configured to recognize the wake-up signal and to generate a response signal for the control unit in response to recognize the wake-up signal, the fob including a fob controller programmed to: receive signals transmitted from each of the plurality of antennas coupled to the vehicle ; retrieve constant values from a memory; calculate a magnetic integrity defining the relative position of each of the plurality of antennas ; and selectively allow access to the vehicle when magnetic integrity is found. receive signals transmitted from each of the plurality of antennas coupled to the vehicle ; retrieve constant values from a memory; calculate a magnetic integrity defining the relative position of each of the plurality of antennas ; and selectively allow access to the vehicle when magnetic integrity is found.
A LED retrofit lamp unit suitable for use in a H4 headlamp for providing a low and a high beam, at least comprising - two LED light sources arranged on two opposing sides of a support member to emit in opposed half-spaces, - a heat sink in thermal contact with said support member of the LED light sources , and - an electrical connector socket for mounting the LED retrofit lamp unit in a lamp holder of the H4 headlamp, characterized in that , the electrical connector socket is designed such that when the LED retrofit lamp unit is correctly mounted in the H4 headlamp, a symmetry plane between the two light sources separating the opposed half-spaces is tilted around an optical axis of the H4 headlamp by an angle of between 5° and 30° against a horizontal plane, wherein the tilting angle of between 5° and 30° is achieved due to a tilted orientation between the electrical connector socket and the support member of the LED retrofit lamp unit. - two LED light sources arranged on two opposing sides of a support member to emit in opposed half-spaces, - a heat sink in thermal contact with said support member of the LED light sources , and - an electrical connector socket for mounting the LED retrofit lamp unit in a lamp holder of the H4 headlamp, the electrical connector socket is designed such that when the LED retrofit lamp unit is correctly mounted in the H4 headlamp, a symmetry plane between the two light sources separating the opposed half-spaces is tilted around an optical axis of the H4 headlamp by an angle of between 5° and 30° against a horizontal plane, wherein the tilting angle of between 5° and 30° is achieved due to a tilted orientation between the electrical connector socket and the support member of the LED retrofit lamp unit.
A method for manufacturing a medical glass container comprising: a processing process of placing a glass container on an outer peripheral surface of each of a first roller and a second roller , which are disposed side by side in such a manner that axis lines are parallel to each other, so that an axis line of the glass container is parallel to the axis lines of the first roller and the second roller and an entire outer peripheral surface corresponding to a region deteriorated by processing in an inner surface of the glass container is made to abut on the outer peripheral surface of each of the first roller and the second roller , and then applying a flame ejected from a point burner to the region deteriorated by processing in the inner surface of the glass container while rotating the glass container by rotating the first roller and the second roller around the axis lines, wherein the flame ejected from the point burner has heating power allowing removal of the region deteriorated by processing formed in the inner surface of the glass container , wherein members forming at least the outer peripheral surface of each of the first roller and the second roller have heat dissipation performance higher than heat dissipation performance of stainless steel. a processing process of placing a glass container on an outer peripheral surface of each of a first roller and a second roller , which are disposed side by side in such a manner that axis lines are parallel to each other, so that an axis line of the glass container is parallel to the axis lines of the first roller and the second roller and an entire outer peripheral surface corresponding to a region deteriorated by processing in an inner surface of the glass container is made to abut on the outer peripheral surface of each of the first roller and the second roller , and then applying a flame ejected from a point burner to the region deteriorated by processing in the inner surface of the glass container while rotating the glass container by rotating the first roller and the second roller around the axis lines, wherein the flame ejected from the point burner has heating power allowing removal of the region deteriorated by processing formed in the inner surface of the glass container , wherein members forming at least the outer peripheral surface of each of the first roller and the second roller have heat dissipation performance higher than heat dissipation performance of stainless steel.
A urinal apparatus configured for insertion in an outlet of a urinal, the urinal apparatus comprising: a hollow body defining an upper housing and a lower housing ; an internal consumable detergent/deodoriser ; a resealing valve ; and an externally mounted consumable cap element ; wherein the upper housing provides an open chamber configured to receive and retain the internal consumable detergent/deodoriser and wherein the lower housing is configured to support and retain the resealing valve , which is operable to allow flow of fluid, such as urine, from above, but is operable to prevent back flow from below the resealing valve ; and wherein the externally mounted consumable cap element includes an axial opening at least partway through, wherein the opening is configured to receive at least part of the upper housing , wherein a body of the cap element comprises a plurality of radially extending fins , wherein one of the upper housing or the consumable cap element includes an upper member comprising an array of holes , which, in use, facilitate fluid flow through the apparatus and wherein the array of holes are configured to interact with an extraction tool for insertion and extraction of the urinal apparatus into and from a urinal as a unit. a hollow body defining an upper housing and a lower housing ; an internal consumable detergent/deodoriser ; a resealing valve ; and an externally mounted consumable cap element ; wherein the upper housing provides an open chamber configured to receive and retain the internal consumable detergent/deodoriser and wherein the lower housing is configured to support and retain the resealing valve , which is operable to allow flow of fluid, such as urine, from above, but is operable to prevent back flow from below the resealing valve ; and wherein the externally mounted consumable cap element includes an axial opening at least partway through, wherein the opening is configured to receive at least part of the upper housing , wherein a body of the cap element comprises a plurality of radially extending fins , wherein one of the upper housing or the consumable cap element includes an upper member comprising an array of holes , which, in use, facilitate fluid flow through the apparatus and wherein the array of holes are configured to interact with an extraction tool for insertion and extraction of the urinal apparatus into and from a urinal as a unit.
A method of moving customer data relating to a service to a secure storage under control of the customer upon termination of the service, the method comprising: exchanging, by a service provider , messages with a customer client device for registering by the service provider the customer for a service under control of an orchestrator of the service provider, wherein exchanging messages includes the service provider receiving service access information for the secure storage from the customer client device; prior to termination of the service storing, by the service provider, said customer data and said service access information in at least one networkable persistent storage associated with the service provider; terminating the service in response to a command; and upon termination of the service copying, by the orchestrator of the service provider, the customer data from said at least one networkable persistent storage to the secure storage and thereafter deleting the customer data and the service access information from said at least one networkable persistent storage and from the orchestrator. exchanging, by a service provider , messages with a customer client device for registering by the service provider the customer for a service under control of an orchestrator of the service provider, wherein exchanging messages includes the service provider receiving service access information for the secure storage from the customer client device; prior to termination of the service storing, by the service provider, said customer data and said service access information in at least one networkable persistent storage associated with the service provider; terminating the service in response to a command; and upon termination of the service copying, by the orchestrator of the service provider, the customer data from said at least one networkable persistent storage to the secure storage and thereafter deleting the customer data and the service access information from said at least one networkable persistent storage and from the orchestrator.
A method of joining a FeCrAl alloy to a FeNiCr alloy by welding using a filler metal, wherein the filler metal comprises in weight% (wt%): C 0.01 to 0.1; Si less than or equal to 1.5; Mn less than or equal to 2.0; Cr 14.0-27.0; Ni less than or equal to 2.0; Mo less than or equal to 1.5; V less than or equal to 0.35; Ti and/or Zr 0.4 to 1.0; Al less than or equal to 0.7; Nb 0.3 to 1.5; N less than or equal to 0.02; balance Fe and inevitable impurities.