mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating a cooking appliance , food being treated on at least one food support by means of at least one treatment device in at least one cooking chamber and the treatment device being controlled according to at least one treatment program by means of at least one control device , characterised in that, in order to take into account an influence of the food support on the treatment of the food, at least one characteristic variable for the food support is ascertained and provided to the control device , and in that , for this purpose, high-frequency measuring radiation having at least two frequencies of between 100 megahertz and 10 terahertz that differ from one another by at least 100 MHz is emitted into the cooking chamber , received again and evaluated, and in that at least one scattering parameter for the measuring radiation which is reflected, transmitted or absorbed in the cooking chamber is determined according to frequency on the basis of at least one comparison of the received measuring radiation with the emitted measuring radiation, and in that the characteristic variable for the food support is ascertained on the basis of the scattering parameter.
A receptacle for dispensing cosmetic product comprising: - a base adapted to receive a cup containing the product; - a cover being rotatable between a position in which the receptacle is closed and a position in which the receptacle is open, connected to the base by a first pivot connection at the rear part of the receptacle ; - an intermediate platform for holding the cup in position, this platform being located between the base and the cover , comprising means for braking the cover on opening and closing, located in the rear part of the receptacle , characterized in that the intermediate platform is rotatable between a closed position adapted to clamp the cup and an open position allowing the cup to be removed, this platform being connected to the base by a second pivot connection at the rear part of the receptacle , and in that the receptacle also comprises means for braking the platform on opening and closing, located in the rear part of the receptacle . - a base adapted to receive a cup containing the product; - a cover being rotatable between a position in which the receptacle is closed and a position in which the receptacle is open, connected to the base by a first pivot connection at the rear part of the receptacle ; - an intermediate platform for holding the cup in position, this platform being located between the base and the cover , comprising means for braking the cover on opening and closing, located in the rear part of the receptacle , characterized in that the intermediate platform is rotatable between a closed position adapted to clamp the cup and an open position allowing the cup to be removed, this platform being connected to the base by a second pivot connection at the rear part of the receptacle , and in that the receptacle also comprises means for braking the platform on opening and closing, located in the rear part of the receptacle .
A conductive ink composition comprising conductive solids and a medium, characterised in that : the conductive solids comprise glass flakes coated with an electrically conductive coating; wherein the electrically conductive coating comprises a conductor selected from the group comprising silver, nickel, gold, metal nanoparticles, indium tin oxide, fluorine doped tin oxide; the glass flakes have average diameter 30 μm to 400 μm and an average thickness in a range from 0.1 μm to 8 μm; and wherein the glass flakes have an aspect ratio of average diameter divided by average thickness of greater than or equal to three; and wherein the conductive ink composition comprises a percentage by weight of glass flakes coated with an electrically conductive coating less than or equal to 50%; and wherein the conductive ink composition comprises a second conductive particulate material selected from the group comprising graphite, graphene, carbon nanoparticles. the conductive solids comprise glass flakes coated with an electrically conductive coating; wherein the electrically conductive coating comprises a conductor selected from the group comprising silver, nickel, gold, metal nanoparticles, indium tin oxide, fluorine doped tin oxide; the glass flakes have average diameter 30 μm to 400 μm and an average thickness in a range from 0.1 μm to 8 μm; and wherein the glass flakes have an aspect ratio of average diameter divided by average thickness of greater than or equal to three; and wherein the conductive ink composition comprises a percentage by weight of glass flakes coated with an electrically conductive coating less than or equal to 50%; and wherein the conductive ink composition comprises a second conductive particulate material selected from the group comprising graphite, graphene, carbon nanoparticles.
A method of assembling or disassembling a gear assembly of a wind turbine , the gear assembly comprising a first helical gear and a second helical gear configured for rotatable engagement with the first helical gear , the method comprising transmitting a control signal to cause: axial movement of the first helical gear at an axial speed relative to the second helical gear along a rotational axis of the first helical gear ; and, rotational movement of the first helical gear at a first rotation speed relative to the second helical gear about the rotational axis of the first helical gear , wherein one of the axial speed and the first rotation speed is a predetermined speed, and the other of the axial speed and first rotation speed is determined in dependence on the predetermined speed, and wherein the control signal causes the axial and rotational movement of the first helical gear to occur simultaneously to engage or disengage the first and second helical gears . axial movement of the first helical gear at an axial speed relative to the second helical gear along a rotational axis of the first helical gear ; and, rotational movement of the first helical gear at a first rotation speed relative to the second helical gear about the rotational axis of the first helical gear , wherein one of the axial speed and the first rotation speed is a predetermined speed, and the other of the axial speed and first rotation speed is determined in dependence on the predetermined speed, and wherein the control signal causes the axial and rotational movement of the first helical gear to occur simultaneously to engage or disengage the first and second helical gears .
A composition for use in tendon repair, or in alleviating inflammation in a joint of a subject, said composition comprising a suspension of micronized particles, said particles comprising a dehydrated amnion layer and a dehydrated chorion layer, wherein the composition is formulated into a liquid or gel, and wherein the epithelium layer of the dehydrated amnion layer has been substantially removed.
A method for producing a particulate water absorbing agent including (i) a water absorbent resin having been subjected to a surface cross-linking treatment with use of an organic surface cross-linking agent and (ii) a liquid permeability improving agent, the method comprising the steps of: adding an organic surface cross-linking agent to a water absorbent resin having a cross-linked structure; adding a liquid permeability improving agent to the water absorbent resin after the step of adding the organic surface cross-linking agent; adding a lubrication improving agent to the water absorbent resin after the step of adding the liquid permeability improving agent; and pneumatically transporting the particulate water absorbing agent, wherein the particulate water absorbing agent is pneumatically transported while having on its surface a layer of the liquid permeability improving agent and a layer of the lubrication improving agent in this successive order from the water absorbent resin. adding an organic surface cross-linking agent to a water absorbent resin having a cross-linked structure; adding a liquid permeability improving agent to the water absorbent resin after the step of adding the organic surface cross-linking agent; adding a lubrication improving agent to the water absorbent resin after the step of adding the liquid permeability improving agent; and pneumatically transporting the particulate water absorbing agent, wherein the particulate water absorbing agent is pneumatically transported while having on its surface a layer of the liquid permeability improving agent and a layer of the lubrication improving agent in this successive order from the water absorbent resin.
A vehicle , comprising: a communication unit configured to perform communication with a remote control device ; a position acquiring unit configured to recognize a position of the remote control device when the communication unit receives an instruction signal for remotely parking or taking-out the vehicle from the remote control device ; and a controller configured to restrict an operation for remotely parking or taking-out the vehicle based at least on the position of the remote control device , characterised in that : when the instruction signal for remotely parking or taking-out the vehicle is received, the controller is configured to control the position acquiring unit to obtain a signal strength of the instruction signal delivered from the remote control device and received via a low-frequency antenna in order to determine the position of the remote control device . a communication unit configured to perform communication with a remote control device ; a position acquiring unit configured to recognize a position of the remote control device when the communication unit receives an instruction signal for remotely parking or taking-out the vehicle from the remote control device ; and a controller configured to restrict an operation for remotely parking or taking-out the vehicle based at least on the position of the remote control device , characterised in that : when the instruction signal for remotely parking or taking-out the vehicle is received, the controller is configured to control the position acquiring unit to obtain a signal strength of the instruction signal delivered from the remote control device and received via a low-frequency antenna in order to determine the position of the remote control device .
A hydrogen-producing catalyst comprising: a composite containing Al, Ce, and Zr; and Rh, wherein when a ratio of the number of Al atoms to the number of Ce atoms (Al/Ce) in the composite measured by X-ray fluorescence (XRF) analysis is R 1 and a ratio of the number of Al atoms to the number of Ce atoms (Al/Ce) in the composite measured by an X-ray photoelectron spectroscopy (XPS) method is R 2 , a value of R 2 /R 1 is greater than 2.25 and less than 5.92. a composite containing Al, Ce, and Zr; and Rh, wherein when a ratio of the number of Al atoms to the number of Ce atoms (Al/Ce) in the composite measured by X-ray fluorescence (XRF) analysis is R 1 and a ratio of the number of Al atoms to the number of Ce atoms (Al/Ce) in the composite measured by an X-ray photoelectron spectroscopy (XPS) method is R 2 , a value of R 2 /R 1 is greater than 2.25 and less than 5.92.
A brazed plate heat exchanger comprising an end plate and a stack of heat exchanger plates provided with a pattern comprising ridges (R) and grooves (G) adapted to form contact points between neighbouring heat exchanger plates such that the heat exchanger plates form interplate flow channels for media to exchange heat over the heat exchanger plates, the heat exchanger plates further being provided with port openings (01-04) for selective fluid communication with the flow channels, wherein the port openings are surrounded by port opening areas for sealing against a corresponding port opening area of a neighbouring heat exchanger plate, wherein neighbouring heat exchanger plates are connected by brazing joints at said contact points , wherein the end plate is provided with port openings (O1-O4) and flat areas around the port openings in a common plane, wherein a plurality of ridges (R) of the heat exchanger plates, in an area overlapping any of said flat areas of the end plate , are formed with an indentation , wherein said indentations of a heat exchanger plate adjacent the end plate connect a flow channel, formed between the end plate and the adjacent heat exchanger plate , with a neighbouring flow channel to allow distribution of media between them, characterised in that a contact point is arranged on the ridge (R) on both sides of at least one of said indentations connecting a flow channel, formed between the end plate and the adjacent heat exchanger plate , with a neighbouring flow channel to allow distribution of media between them, and that a brazing joint for connecting neighbouring heat exchanger plates is arranged between the port opening area and at least one of said indentations .
A RFID tag assembly for attaching to a tire, the RFID tag assembly consisting of: a first polyester layer ; a second polyester layer adjacent the first polyester layer , the second polyester layer including an etched antenna and an RFID chip; and a third polyester layer adjacent the second polyester layer , the third polyester layer surrounding at least a part of the first and second layers and being configured for being secured by heat to an innerliner of the tire. a first polyester layer ; a second polyester layer adjacent the first polyester layer , the second polyester layer including an etched antenna and an RFID chip; and a third polyester layer adjacent the second polyester layer , the third polyester layer surrounding at least a part of the first and second layers and being configured for being secured by heat to an innerliner of the tire.
A cryptographic system to implement a proxy re-encryption function in a cryptographic scheme according to which when two pieces of information correspond to each other, a ciphertext in which is set one of the two pieces of information is capable of being decrypted with a decryption key in which is set the other one of the two pieces of information, the cryptographic system comprising: an encryption device to output a ciphertext ct 0 in which is set one of attribute information x 0 and attribute information v 0 corresponding to each other; a re-encryption key generation device to acquire a decryption key k* in which is set the other one of the attribute information x 0 and the attribute information v 0 , and output a re-encryption key rk 1 that includes a decryption key k *rk 0 obtained by multiplying the acquired decryption key k* by a random number r 1 , and includes a ciphertext ct' 1 obtained by encrypting the random number r 1 with one of attribute information x 1 and attribute information v 1 corresponding to each other being set; and a re-encryption device to output a re-encrypted ciphertext ct 1 that includes a session key K' 0 and the ciphertext ct' 1; the session key K' 0 generated by computing a pairing operation between the ciphertext ct 0 and the decryption key k *rk 0 . an encryption device to output a ciphertext ct 0 in which is set one of attribute information x 0 and attribute information v 0 corresponding to each other; a re-encryption key generation device to acquire a decryption key k* in which is set the other one of the attribute information x 0 and the attribute information v 0 , and output a re-encryption key rk 1 that includes a decryption key k *rk 0 obtained by multiplying the acquired decryption key k* by a random number r 1 , and includes a ciphertext ct' 1 obtained by encrypting the random number r 1 with one of attribute information x 1 and attribute information v 1 corresponding to each other being set; and a re-encryption device to output a re-encrypted ciphertext ct 1 that includes a session key K' 0 and the ciphertext ct' 1; the session key K' 0 generated by computing a pairing operation between the ciphertext ct 0 and the decryption key k *rk 0 .
The invention relates to a device for autopiloting a motor vehicle, comprising at least one higher-level control device , a first controller , a second controller , at least one actuator, a unit for detecting at least one actual actuator output variable of the actuator, and also a monitoring unit , wherein the higher-level control device is designed so as to determine a target actuator output variable and transmit it to the first controller and to the monitoring unit , wherein the first controller is designed so as to determine, based on the target actuator output variable and on at least one further variable, a control signal for the actuator, wherein the monitoring unit and/or the higher-level control device are designed such that the first controller is deactivated and the second controller is activated in the event of a predefined deviation of the actual actuator output variable from the target actuator output variable, characterized in that the second controller has at least one input variable fewer than the first controller.
Machine tool having a carrier spindle and a rolling-tool apparatus for the deep rolling of in particular blade elements of a rotor region of a jet engine , having a tool carrier , which can be connected to the carrier spindle and to which two pliers-type bodies are connected in a rotatable manner, wherein the pliers-type bodies are each formed with a rolling region , and wherein it is possible to vary a distance between the rolling regions in dependence on a rotary movement of the pliers-type bodies , wherein, when the carrier spindle is connected to the tool carrier , an axis of said carrier spindle runs between the rolling regions , through a point of contact between the rolling regions , said point of contact being present when the distance between the rolling regions is equal to zero, wherein the pliers-type bodies are designed such that they can be rotated in relation to the tool carrier about a common rotary bearing , characterized in that a distance between the rolling regions remains constant while the pliers-type bodies rotate together about the common rotary bearing .
A communication method , comprising: contending for access to a communication medium shared between a first Radio Access Technology, RAT, and a second RAT; encoding a first portion of a channel reservation message defined by the first RAT with a transmission opportunity duration associated with the second RAT, wherein the first portion corresponds to a Medium Access Control, MAC, header of the channel reservation message; encoding a second portion of the channel reservation message with the transmission opportunity duration, wherein the second portion corresponds to a Physical, PHY, header of the channel reservation message; encoding the second portion of the channel reservation message with an operator identifier associated with the second RAT, wherein the encoding of the second portion comprises, selecting a duration for the channel reservation message based on the transmission opportunity duration, the operator identifier, or a combination thereof; and transmitting , over the communication medium, the channel reservation message including the first and second portions to reserve the communication medium based on the contending . contending for access to a communication medium shared between a first Radio Access Technology, RAT, and a second RAT; encoding a first portion of a channel reservation message defined by the first RAT with a transmission opportunity duration associated with the second RAT, wherein the first portion corresponds to a Medium Access Control, MAC, header of the channel reservation message; encoding a second portion of the channel reservation message with the transmission opportunity duration, wherein the second portion corresponds to a Physical, PHY, header of the channel reservation message; encoding the second portion of the channel reservation message with an operator identifier associated with the second RAT, wherein the encoding of the second portion comprises, selecting a duration for the channel reservation message based on the transmission opportunity duration, the operator identifier, or a combination thereof; and transmitting , over the communication medium, the channel reservation message including the first and second portions to reserve the communication medium based on the contending .
An in-ear earphone , comprising: a body shaped to fit in a wearer's ear; a nozzle extending from the body towards the ear canal of the wearer's ear, the nozzle including an acoustic passage to conduct sound waves to the ear canal of the wearer; an ear canal sealing structure extending from the nozzle; and a sensor coupled to the nozzle, the sensor including a light emitter and a light detector , the light emitter and the light detector being both positioned at or near an outside surface of the sensor so that they can be pressed against the sealing structure; wherein the sealing structure comprises a thin sheet of material forming a hollow shape surrounding the nozzle and sensor; characterized in that the body, nozzle, sealing structure, and sensor are arranged such that when the earphone is located in the wearer's ear, the sensor is arranged for facing and being aligned with the tragus of the ear, the body is arranged such that the concha presses against the body which thereby presses the sensor and the sealing structure against the tragus, such that the sealing structure is in contact with both the sensor and the tragus, thereby simultaneously forming an acoustic seal to the entrance to the ear canal and providing optical coupling between the sensor and the tragus with minimal air gaps between the sensor, the sealing structure, and the tragus. a body shaped to fit in a wearer's ear; a nozzle extending from the body towards the ear canal of the wearer's ear, the nozzle including an acoustic passage to conduct sound waves to the ear canal of the wearer; an ear canal sealing structure extending from the nozzle; and a sensor coupled to the nozzle, the sensor including a light emitter and a light detector , the light emitter and the light detector being both positioned at or near an outside surface of the sensor so that they can be pressed against the sealing structure; wherein the sealing structure comprises a thin sheet of material forming a hollow shape surrounding the nozzle and sensor; characterized in that the body, nozzle, sealing structure, and sensor are arranged such that when the earphone is located in the wearer's ear, the sensor is arranged for facing and being aligned with the tragus of the ear, the body is arranged such that the concha presses against the body which thereby presses the sensor and the sealing structure against the tragus, such that the sealing structure is in contact with both the sensor and the tragus, thereby simultaneously forming an acoustic seal to the entrance to the ear canal and providing optical coupling between the sensor and the tragus with minimal air gaps between the sensor, the sealing structure, and the tragus.