mhurhangee/patent-ind-claim-en huggingface dataset:
Method for an improved handling of a packet switched emergency call within a telecommunications network and/or for an enhanced handling of local emergency service information by a user equipment , wherein the packet switched emergency call is or is to be initiated by the user equipment while the user equipment is connected to the telecommunications network , the telecommunications network comprising an access network and a core network , and the access network being a packet switched oriented access network , wherein the user equipment comprises or is able to access local emergency service information being provisioned or provided to the user equipment by the telecommunications network or by another telecommunications network , wherein the method comprises at least the following steps: -- in a first step, the packet switched emergency call is initiated and an emergency uniform resource name is transmitted, by the user equipment , to a network node of the telecommunications network , wherein the emergency uniform resource name comprises both a country and/or network information and at least one out of an emergency type information and an emergency call telephone number information, -- in a second step subsequent to the first step, the packet switched emergency call is transferred or routed to a public safety answering point , wherein the public safety answering point is chosen in dependency of the transmitted emergency uniform resource name . -- in a first step, the packet switched emergency call is initiated and an emergency uniform resource name is transmitted, by the user equipment , to a network node of the telecommunications network , wherein the emergency uniform resource name comprises both a country and/or network information and at least one out of an emergency type information and an emergency call telephone number information, -- in a second step subsequent to the first step, the packet switched emergency call is transferred or routed to a public safety answering point , wherein the public safety answering point is chosen in dependency of the transmitted emergency uniform resource name .
A control method for a viscous semi-liquid frozen food dispenser comprising a stirring means configured to stir the food, a motor configured to drive the stirring means to rotate, a refrigerating means configured to input cold energy into the food, a rotation speed sensor configured to detect a stirring speed, and a temperature sensor configured to detect a food temperature, the control method comprising the steps of: a) refrigerating the food by the refrigerating means; b) comparing a food temperature detected by the temperature sensor with a target preset value of the food temperature, and determining to continue the refrigeration when the food temperature is greater than or equal to the target preset value of the food temperature, and to stop the refrigeration and keep stopping for a preset time when the food temperature is lower than the target preset value; c) intervening by corresponding adjustment of the target preset value of the food temperature when a data set collected from the rotation speed sensor shows that change trend of the rotation speed indicative of viscosity of the food product meets predefined intervention conditions for a temperature-increasing or temperature-reducing intervention; and d) returning to step a) for the next cycle. a) refrigerating the food by the refrigerating means; b) comparing a food temperature detected by the temperature sensor with a target preset value of the food temperature, and determining to continue the refrigeration when the food temperature is greater than or equal to the target preset value of the food temperature, and to stop the refrigeration and keep stopping for a preset time when the food temperature is lower than the target preset value; c) intervening by corresponding adjustment of the target preset value of the food temperature when a data set collected from the rotation speed sensor shows that change trend of the rotation speed indicative of viscosity of the food product meets predefined intervention conditions for a temperature-increasing or temperature-reducing intervention; and d) returning to step a) for the next cycle.
A dimming glass control device for a dimming glass , the dimming glass including a dimming film arranged on a rear glass for a vehicle, wherein the dimming film has a transmittance of light which is changed depending on application of an AC voltage, the dimming glass control device comprising: a voltage applying section configured to change the transmittance by application and non-application of the AC voltage to the dimming film ; a status detecting section configured to detect at least one status of a brightness/darkness status in an outside of the vehicle, a weather status, a status of switching-on instruction for a headlight, a status of operation instruction for a rear wiper in case of the rear wiper being provided in the vehicle, or a movement status of the vehicle; and a control section configured to cause the voltage applying section depending on a predetermined instruction to reduce the transmittance of the dimming film , characterised in that the control section is further configured to prohibit reduction of the transmittance by the voltage applying section , upon a detection result of the status detecting section indicating at least one state of the following states: a dark state in the outside of the vehicle which is equal to or darker than a predetermined degree; a rain state; a light on-state for which switching-on of the headlight has been instructed; a wiper on-state for which operation of the rear wiper has been instructed; or a backward moving state in which the vehicle moves backward. a voltage applying section configured to change the transmittance by application and non-application of the AC voltage to the dimming film ; a status detecting section configured to detect at least one status of a brightness/darkness status in an outside of the vehicle, a weather status, a status of switching-on instruction for a headlight, a status of operation instruction for a rear wiper in case of the rear wiper being provided in the vehicle, or a movement status of the vehicle; and a control section configured to cause the voltage applying section depending on a predetermined instruction to reduce the transmittance of the dimming film , characterised in that the control section is further configured to prohibit reduction of the transmittance by the voltage applying section , upon a detection result of the status detecting section indicating at least one state of the following states: a dark state in the outside of the vehicle which is equal to or darker than a predetermined degree; a rain state; a light on-state for which switching-on of the headlight has been instructed; a wiper on-state for which operation of the rear wiper has been instructed; or a backward moving state in which the vehicle moves backward. a dark state in the outside of the vehicle which is equal to or darker than a predetermined degree; a rain state; a light on-state for which switching-on of the headlight has been instructed; a wiper on-state for which operation of the rear wiper has been instructed; or a backward moving state in which the vehicle moves backward.
Reciprocating pump having a roller tappet and having a pump plunger which is operatively connected to the roller tappet , wherein the roller tappet has a roller support , a roller and a pin , wherein a first bearing eye and a second bearing eye are formed in the roller support , wherein the pin is mounted in the first bearing eye and in the second bearing eye , and wherein the roller is arranged on the pin in a rotatable manner, wherein the pin is mounted more flexibly in the first bearing eye than in the second bearing eye , characterized in that a cutout is formed in the first bearing eye , wherein the cutout is a continuous slot, so that the first bearing eye comprises two bearing legs which are separated from one another on one side.
Household electrical apparatus for preparing food comprising a container comprising a bottom surmounted by a peripheral wall open at the upper end thereof, a kneading hook driven in rotation by a motor according to a planetary movement, the rotation movement of the hook being composed of a rotation of the hook on itself about an axis S and a rotation movement about an axis P separate from the axis S and parallel to the axis S, and a counter tool fixed on a plate driven in rotation about the axis P, the counter tool comprising a working branch having a lower end immersed in the container , said hook comprising a working branch immersed in the container comprising a lower curved portion coming into the proximity of the bottom of the container and being extended by a raised portion , the height h 2 of the working branch of the counter tool being at least 20% lower than the height h 1 of the working branch of the hook , characterised in that the raised portion of the hook comprises an end , intermittently occupying, at each rotation of the hook about the axis S thereof, a position called intersection position wherein the end of the hook reaches less than 2cm from the lower end of the counter tool .
A method for providing feedback control, comprising: producing a plurality of RFID assemblies on a web; attaching each one of a plurality of RFID chips (10; 20) to a respective RFID assembly of said plurality of RFID assemblies, using at least one parameter defining how each of the plurality of RFID chips (10; 20) is attached to the respective one of the plurality of RFID assemblies; transporting the plurality of RFID assemblies to a measurement system (110; 210; 320); measuring at least one physical property of the respective one of the plurality of RFID assemblies via contact points (42; 112) of the measurement system (110; 210; 320); characterized in the steps: communicating a measurement of the least one physical property to a computing device ; computing an average value of the at least one physical property over said plurality of RFID assemblies; and changing at least one of the at least one parameters defining how the each one of the plurality of RFID chips (10; 20) is attached to the respective one of the plurality of RFID assemblies in response to the calculated average value of the at least one physical property, the change in the at least one of its parameters causing a change in the measured physical property. producing a plurality of RFID assemblies on a web; attaching each one of a plurality of RFID chips (10; 20) to a respective RFID assembly of said plurality of RFID assemblies, using at least one parameter defining how each of the plurality of RFID chips (10; 20) is attached to the respective one of the plurality of RFID assemblies; transporting the plurality of RFID assemblies to a measurement system (110; 210; 320); measuring at least one physical property of the respective one of the plurality of RFID assemblies via contact points (42; 112) of the measurement system (110; 210; 320); characterized in the steps: communicating a measurement of the least one physical property to a computing device ; computing an average value of the at least one physical property over said plurality of RFID assemblies; and changing at least one of the at least one parameters defining how the each one of the plurality of RFID chips (10; 20) is attached to the respective one of the plurality of RFID assemblies in response to the calculated average value of the at least one physical property, the change in the at least one of its parameters causing a change in the measured physical property. communicating a measurement of the least one physical property to a computing device ; computing an average value of the at least one physical property over said plurality of RFID assemblies; and changing at least one of the at least one parameters defining how the each one of the plurality of RFID chips (10; 20) is attached to the respective one of the plurality of RFID assemblies in response to the calculated average value of the at least one physical property, the change in the at least one of its parameters causing a change in the measured physical property.
A process to prepare a carbon molecular sieve adsorbent composition comprising: depositing polymer on an activated carbon, the activated carbon comprising micropores having, as a whole, an effective micropore size greater than 6 Angstroms, wherein the polymer is deposited in or around the micropores, the deposition being performed by either: impregnating the activated carbon with at least one monomer and then polymerizing the at least one monomer such that the polymer is formed; or impregnating the activated carbon with at least one partially polymerized monomer and allowing or facilitating completion of polymerization of the at least one partially polymerized monomer after impregnation such that the polymer is formed; carbonizing the activated carbon and the deposited polymer together at a temperature of from 400 °C to 1000 °C to form a modified activated carbon having, as a whole, micropores that have an effective micropore size ranging from greater than 4.3 Angstroms to 6 Angstroms; characterized in that the process further comprises: annealing the modified activated carbon under an inert atmosphere and at a temperature ranging from 1100 °C to 1500 °C to form the carbon molecular sieve adsorbent composition having: an effective micropore size of from 4.0 Angstroms to 4.3 Angstroms determined by the high throughput transient adsorption method as described in the description. depositing polymer on an activated carbon, the activated carbon comprising micropores having, as a whole, an effective micropore size greater than 6 Angstroms, wherein the polymer is deposited in or around the micropores, the deposition being performed by either: impregnating the activated carbon with at least one monomer and then polymerizing the at least one monomer such that the polymer is formed; or impregnating the activated carbon with at least one partially polymerized monomer and allowing or facilitating completion of polymerization of the at least one partially polymerized monomer after impregnation such that the polymer is formed; impregnating the activated carbon with at least one monomer and then polymerizing the at least one monomer such that the polymer is formed; or impregnating the activated carbon with at least one partially polymerized monomer and allowing or facilitating completion of polymerization of the at least one partially polymerized monomer after impregnation such that the polymer is formed; carbonizing the activated carbon and the deposited polymer together at a temperature of from 400 °C to 1000 °C to form a modified activated carbon having, as a whole, micropores that have an effective micropore size ranging from greater than 4.3 Angstroms to 6 Angstroms; characterized in that the process further comprises: annealing the modified activated carbon under an inert atmosphere and at a temperature ranging from 1100 °C to 1500 °C to form the carbon molecular sieve adsorbent composition having: an effective micropore size of from 4.0 Angstroms to 4.3 Angstroms determined by the high throughput transient adsorption method as described in the description.
A method for producing a meat broth composition, the method comprising steps of: primary heating of one or more base material selected from the group consisting of meat and seafood in water at 90-100°C for 3-35 minutes; secondary heating of the base material, which has undergone primary heating, in water at a pressure of 1.2 - 2.7 kgf/cm 2 and at 105-130°C for 25-100 minutes to elute meat broth from the base material; and heating and sterilizing the meat broth extracted in the secondary heating step at 90-130°C for 10-60 minutes, wherein the method further comprises a step of washing the heated base material with cold water after the primary heating step, wherein the meat broth composition comprises 2-pentyl-furan in an amount of less than 3.0 μg/100 g; 2-heptanal in an amount of less than 1.0 μg/100 g; or 3-octanone in an amount of less than 1.0 p.g/100 g. primary heating of one or more base material selected from the group consisting of meat and seafood in water at 90-100°C for 3-35 minutes; secondary heating of the base material, which has undergone primary heating, in water at a pressure of 1.2 - 2.7 kgf/cm 2 and at 105-130°C for 25-100 minutes to elute meat broth from the base material; and heating and sterilizing the meat broth extracted in the secondary heating step at 90-130°C for 10-60 minutes, wherein the method further comprises a step of washing the heated base material with cold water after the primary heating step, wherein the meat broth composition comprises 2-pentyl-furan in an amount of less than 3.0 μg/100 g; 2-heptanal in an amount of less than 1.0 μg/100 g; or 3-octanone in an amount of less than 1.0 p.g/100 g.
Method for operating radar sensors in a motor vehicle , wherein the radar sensors are installed in different installation positions in the motor vehicle , characterised in that after the installation of a radar sensor in an installation position, configuration information comprising an operating software and/or configuration parameters is transmitted by a central control device communicating with the radar sensors to the radar sensor and is used there for configuring the radar sensor , after which the radar sensor is operated according to the configuration information, wherein as configuration information operating parameters are used describing adjustments of the measurement process relating to the installation surroundings, wherein operating parameters are used which take into consideration properties of a component of the motor vehicle to be penetrated with radiation during the measuring process and/or detected by secondary radar lobes, wherein as operating parameters at least one evaluation parameter describing a detection threshold and/or at least one tracking parameter related to tracking an object and/or at least one misalignment parameter related to monitoring a misalignment and/or at least one evaluation parameter related to a rapid Fourier transformation and/or at least one transmitting parameter describing the number of chirps and/or the frequency bandwidth are used.
A mobile robot for inspecting a turbomachine comprising at least a measuring device and a body including an assembly of at least three rigid segments each having two opposite longitudinal ends, characterized in that the longitudinal ends of each segment are equipped with a hinge including a ball joint , each ball joint comprising a motorized wheel mounted therearound, the measuring device being mounted on a ball joint located at a longitudinal end of the body.
A composition comprising a cellulase and a poly alpha-1,3-glucan ether compound represented by the structure: wherein (i) n is at least 6, (ii) each R is independently an H or an organic group, and (iii) the compound has a degree of substitution of 0.05 to 3.0. (i) n is at least 6, (ii) each R is independently an H or an organic group, and (iii) the compound has a degree of substitution of 0.05 to 3.0.
A catching device for a traveling body with at least two retaining means which can be brought into a blocked state and into an un-blocked state and which are designed, in the blocked state, to retain the traveling body on a rail , wherein at least one retaining means can be or is connected to the traveling body in such a manner that the retaining means and the traveling body can be slid relative to one another within a limited sliding displacement , wherein, to unblock the retaining means after a catching process, the traveling body is set in motion in one direction, and wherein a first sliding displacement of a first retaining means is longer than a second sliding dis-placement of a second retaining means , characterized in that for unblocking the retaining means , first the retaining means with the shorter second sliding displacement is unblocked or released and in a second step, the retaining means with the longer first sliding displacement is unblocked. with at least two retaining means which can be brought into a blocked state and into an un-blocked state and which are designed, in the blocked state, to retain the traveling body on a rail , wherein at least one retaining means can be or is connected to the traveling body in such a manner that the retaining means and the traveling body can be slid relative to one another within a limited sliding displacement , wherein, to unblock the retaining means after a catching process, the traveling body is set in motion in one direction, and wherein a first sliding displacement of a first retaining means is longer than a second sliding dis-placement of a second retaining means , characterized in that for unblocking the retaining means , first the retaining means with the shorter second sliding displacement is unblocked or released and in a second step, the retaining means with the longer first sliding displacement is unblocked.
A catheter device , comprising: a tube to be inserted into a body; a light emitting unit , which is provided on a distal end side of the tube , and includes an infrared light emitting element configured to emit infrared light for verifying a position of the tube ; a light receiving unit configured to receive the infrared light radiated from the light emitting unit ; a power supply line configured to supply electric power to the infrared light emitting element ; and a conduction detection unit including a visible light emitting element configured to notify a conduction state between the power supply line and the infrared light emitting element by means of visible light. a tube to be inserted into a body; a light emitting unit , which is provided on a distal end side of the tube , and includes an infrared light emitting element configured to emit infrared light for verifying a position of the tube ; a light receiving unit configured to receive the infrared light radiated from the light emitting unit ; a power supply line configured to supply electric power to the infrared light emitting element ; and a conduction detection unit including a visible light emitting element configured to notify a conduction state between the power supply line and the infrared light emitting element by means of visible light.
Household appliance for the treatment of laundry items , having a control facility and at least one operating device comprising a data unit and an operating means , wherein the at least one operating device is configured to exchange data wirelessly with the control facility and wherein a treatment program database is stored in the data unit, characterised in that the at least one operating device is designed to allow an input of at least one user appointment BT1, and wherein the at least one operating device is furthermore designed to perform a data reconciliation between at least one user appointment BT1 and the treatment program database on the basis of an assignment routine and to determine at least one treatment program B BT1 and to output an item of information to a user within a specified time period Δt BT1 before the at least one user appointment BT1.