mhurhangee/patent-ind-claim-en huggingface dataset:
Method for carrying out a heat pump drying process for a drying appliance having a heat pump and a fan for generating process air, the method comprising the following steps: - providing a process air flow; - reading in a temperature signal , the temperature signal representing a current process air temperature, via an interface to a sensor device of the drying appliance ; and - controlling a fan unit for extracting heat from the coolant or refrigerant using a control signal , characterised in that in the control step , a coolant and/or refrigerant temperature is controlled using the temperature signal so that the laundry temperature does not exceed a predetermined target value in order to adjust the process air temperature. - providing a process air flow; - reading in a temperature signal , the temperature signal representing a current process air temperature, via an interface to a sensor device of the drying appliance ; and - controlling a fan unit for extracting heat from the coolant or refrigerant using a control signal , characterised in that in the control step , a coolant and/or refrigerant temperature is controlled using the temperature signal so that the laundry temperature does not exceed a predetermined target value in order to adjust the process air temperature.
Method for establishing a fluid conveying parameter of a fluid conveying apparatus, in particular for establishing a volume flow, comprising the steps of: - establishing excitement information for a mechanical excitation of at least one fluid conveying element of the fluid conveying apparatus in at least one spatial direction by means of at least a first sensor device, wherein one or more vibrations of the fluid conveying element is/are provided as a variable of the mechanical excitation , - providing operating information items, comprising at least one value of an operating variable of the fluid conveying apparatus by means of a provision device, - analysing the information items provided and established, - establishing the fluid conveying parameter , in particular of the volume flow, of the fluid conveying apparatus based on the analysed information items. - establishing excitement information for a mechanical excitation of at least one fluid conveying element of the fluid conveying apparatus in at least one spatial direction by means of at least a first sensor device, wherein one or more vibrations of the fluid conveying element is/are provided as a variable of the mechanical excitation , - providing operating information items, comprising at least one value of an operating variable of the fluid conveying apparatus by means of a provision device, - analysing the information items provided and established, - establishing the fluid conveying parameter , in particular of the volume flow, of the fluid conveying apparatus based on the analysed information items.
Use of 2-propylheptyl octanoate (INCI Propylheptyl Caprylate) in cosmetic preparations for reducing the sand-adhering properties of the preparation.
A nucleic acid molecule comprising a polynucleotide encoding an RNA-guided nuclease (RGN) polypeptide, wherein said polynucleotide comprises a nucleotide sequence encoding an RGN polypeptide comprising an amino acid sequence having at least 95% sequence identity to SEQ ID NOs: 11 or 27; wherein said RGN polypeptide binds a target DNA sequence in an RNA-guided sequence specific manner when bound to a guide RNA (gRNA) capable of hybridizing to said target DNA sequence.
An optical connector cleaning tool comprising: a cleaning portion configured to absorb a cleaning liquid ; and a container including a liquid supply port and configured to store the cleaning liquid, an atomizer configured to atomize the cleaning liquid stored in the container by ultrasonic atomization, wherein the atomizer includes an atomizing separation portion configured to cover the liquid supply port and pass not a liquid but mist; a supply portion configured to supply mist of the cleaning liquid atomized by the atomizer to the cleaning portion; and a control circuit configured to control an amount of the mist of the cleaning liquid supplied to the supply portion from the atomizing separation portion by controlling an operation time of the atomizer. a cleaning portion configured to absorb a cleaning liquid ; and a container including a liquid supply port and configured to store the cleaning liquid, an atomizer configured to atomize the cleaning liquid stored in the container by ultrasonic atomization, wherein the atomizer includes an atomizing separation portion configured to cover the liquid supply port and pass not a liquid but mist; a supply portion configured to supply mist of the cleaning liquid atomized by the atomizer to the cleaning portion; and a control circuit configured to control an amount of the mist of the cleaning liquid supplied to the supply portion from the atomizing separation portion by controlling an operation time of the atomizer.
A method for more efficiently providing security for an encrypted item via multi-level tagging, the method comprising: (a) identifying, by a device that a first encrypted item of a first message has attached a first tag as one of a first prefix or a first postfix to the first encrypted item that identifies the device as encrypting the item into the first encrypted item; (b) removing, by the device responsive to the identification that the first encrypted item of the first message has attached the first tag that identifies the device as encrypting the item into the first encrypted item, the first tag from the first encrypted item; (c) decrypting, by the device responsive to the identification that the first encrypted item of the first message has attached the first tag that identifies the device as encrypting the item into the first encrypted item, the first encrypted item with the first tag removed; (d) determining, by the device , that the decrypted item has attached a second tag as one of a second prefix or a second postfix to the decrypted item that identifies the device as encrypting the item into the first encrypted item; and (e) processing, by the device responsive to the determination that the decrypted item has attached the second tag that identifies the device as encrypting the item into the first encrypted item, the item from the first encrypted item. (a) identifying, by a device that a first encrypted item of a first message has attached a first tag as one of a first prefix or a first postfix to the first encrypted item that identifies the device as encrypting the item into the first encrypted item; (b) removing, by the device responsive to the identification that the first encrypted item of the first message has attached the first tag that identifies the device as encrypting the item into the first encrypted item, the first tag from the first encrypted item; (c) decrypting, by the device responsive to the identification that the first encrypted item of the first message has attached the first tag that identifies the device as encrypting the item into the first encrypted item, the first encrypted item with the first tag removed; (d) determining, by the device , that the decrypted item has attached a second tag as one of a second prefix or a second postfix to the decrypted item that identifies the device as encrypting the item into the first encrypted item; and (e) processing, by the device responsive to the determination that the decrypted item has attached the second tag that identifies the device as encrypting the item into the first encrypted item, the item from the first encrypted item.
A method for secure lifecycle tracking information of a microchip using e-fuses, whereas the microchip is identified with a unique key, the lifecycle tracking information is monitored by a counter value of a counter unit and counter values are stored on the microchip by setting e-fuse bits in e-fuses, wherein by means of a permutation performed by a deterministic algorithm using the microchip unique key as a random seed, the e-fuse bits representing e-fuse values are shuffled and re-mapped to the counter values, thereby enabling the e-fuse values to be uniquely assigned to the counter values.
A urinary alkalinization agent for use in a method for treatment or remission of cancer, or prevention of recurrence or metastasis of cancer, wherein the urinary alkalinization agent comprises sodium hydrogen carbonate and magnesium oxide, and wherein the urinary alkalinization agent is used in combination with an anti-cancer agent. wherein the urinary alkalinization agent comprises sodium hydrogen carbonate and magnesium oxide, and wherein the urinary alkalinization agent is used in combination with an anti-cancer agent.
A compound 4,4,4-Trifluoro-N-[ -2-[[ -5-(2-hydroxyethyl)-6-oxo-7H-pyrido[2,3-d] benzazepin-7-yl]amino]-1-methyl-2-oxo-ethyl]butanamide, or a pharmaceutically acceptable salt or hydrate thereof, for use in the treatment of a solid tumor cancer, wherein said treatment comprises administering: a. loading doses of said compound or a pharmaceutically acceptable salt or hydrate thereof at 75-150 mg/dose, wherein said loading doses are administered twice or three times per week, wherein up to 6 loading doses are administered over 14 days of one 28 day cycle; followed by b. a maintenance dose administration of 50 mg/dose administered three times per week for the remaining days of the first 28 day cycle, wherein an adult patient is being treated, wherein the use further comprises administering, during administration of the loading dose, 1-80 mg/day of a corticosteroid. a. loading doses of said compound or a pharmaceutically acceptable salt or hydrate thereof at 75-150 mg/dose, wherein said loading doses are administered twice or three times per week, wherein up to 6 loading doses are administered over 14 days of one 28 day cycle; followed by b. a maintenance dose administration of 50 mg/dose administered three times per week for the remaining days of the first 28 day cycle,
A ribbon needle weaving loom comprising a weaving point , at which warp threads are interweavable to each other by means of at least one weft thread , a device for feeding the warp threads , a device for feeding the at least one weft thread , further comprising a shed forming device for forming a shed from the warp threads , further comprising at least one weft thread insertion needle for inserting a weft thread loop into the shed , and comprising a reed for stopping the weft thread loop, wherein an electromechanic actuator for driving the weft thread insertion needle and a control device are provided, characterized in that the weft thread insertion needle beim weft insertion and die Position bei the actuator is configured in such manner as to allow preselection, by means of said control device , of the end position of the weft thread insertion needle at weft-insertion and of the position with retracted weft-insertion needle and/or preselection of the starting time point of the motion of the weft-insertion needle and/or preselection of the instantaneous speed of the motion of the weft-insertion needle, at least within a certain range.
A method of key distribution from a first entity to a second entity comprising the steps of: the first entity communicating with a moveable key device so as to share a secret data with said moveable key device, wherein the communication between the first entity and the moveable device is protected by encrypting it with a quantum key derived by quantum key distribution between the first entity and the moveable device, relocating said moveable key device to a location having a quantum link with said second entity, transmitting a quantum signal from said moveable key device to said second entity on said quantum link, the quantum signal being based on said secret data; and said first entity and said second entity undertaking key agreement based on the quantum signal received by the second entity.
Fastening member arranged for tightening (S1) a wheel rim on a motor vehicle hub , the fastening member of overall axial extension (A2) comprising a screw provided with a head for axial bearing against a ring threaded around a smooth face of a rod of the screw , said smooth face being extended axially by an external thread of said rod of screws extending at its distal end, the axially opposite faces of the ring having at one of its said faces a partially spherical shape and at the other of its said faces a conical shape, characterized in that the distal face of the screw head is arranged in a spherical cap cooperating by fitting with a spherical cap of complementary shape that the ring has at its proximal face, the conical shaping face (1 1a) of the ring being arranged at its distal face in forming a member d The nesting with conical bearing surface.
A processing system , comprising: a detector including a plurality of detection elements arranged in a first direction and a second direction, the first direction and the second direction crossing each other, the detector being configured to perform a probe that includes transmitting an ultrasonic wave (US) toward a welding object and detecting a reflected wave (RW); and a processing device configured to receive a detection result of the reflected wave (RW) from the detector , perform a first determination of determining a joint and a non-joint at a plurality of points along the first and second directions of the welding object based on the detection result, calculate a first value and a second value as a circularness, the first value being of one selected from a roundness, a circularity, an ellipticity, or a ratio of a diameter of the first region (R1) to an equivalent circle diameter of the first region (R1), the second value being of another one selected from the roundness, the circularity, the ellipticity, or the ratio, and perform a second determination of comparing the first value to a first threshold and comparing the second value to a second threshold so as to determine an appropriateness of a result of the first determination, the first threshold and the second threshold being preset. a detector including a plurality of detection elements arranged in a first direction and a second direction, the first direction and the second direction crossing each other, the detector being configured to perform a probe that includes transmitting an ultrasonic wave (US) toward a welding object and detecting a reflected wave (RW); and a processing device configured to receive a detection result of the reflected wave (RW) from the detector , perform a first determination of determining a joint and a non-joint at a plurality of points along the first and second directions of the welding object based on the detection result, calculate a first value and a second value as a circularness, the first value being of one selected from a roundness, a circularity, an ellipticity, or a ratio of a diameter of the first region (R1) to an equivalent circle diameter of the first region (R1), the second value being of another one selected from the roundness, the circularity, the ellipticity, or the ratio, and perform a second determination of comparing the first value to a first threshold and comparing the second value to a second threshold so as to determine an appropriateness of a result of the first determination, the first threshold and the second threshold being preset.
A weighing device for open table pallet wrapping machines, which are equipped with a fixed frame and an open turntable , characterised in that it comprises a floating table , superposable on the open turntable and vertically movable relative to it, a plurality of load cells fixed to the open turntable , and rigid constraining means interposed between the floating table and the load cells , in which the constraining means , suitable for engaging in the floating table and for being fixed to the load cells , do not interfere with the open turntable , the turntable being equipped with through holes.
A robotic system for use in an environment, the robotic system comprising a multi-sectional show robot , wherein the multi-sectional show robot comprises: a primary robot comprising a controller and one or more sensors , wherein the one or more sensors are configured to acquire feedback indicative of a first environment surrounding the primary robot ; and a secondary robot configured to removably couple to the primary robot to transition the multi-sectional show robot between a disengaged configuration, in which the primary robot is decoupled from the secondary robot , and an engaged configuration, in which the primary robot is coupled to the secondary robot , wherein the controller is configured to operate the primary robot based on the feedback and a first control scheme with the multi-sectional show robot in the disengaged configuration and to operate the primary robot based on a second control scheme with the multi-sectional show robot in the engaged configuration. a primary robot comprising a controller and one or more sensors , wherein the one or more sensors are configured to acquire feedback indicative of a first environment surrounding the primary robot ; and a secondary robot configured to removably couple to the primary robot to transition the multi-sectional show robot between a disengaged configuration, in which the primary robot is decoupled from the secondary robot , and an engaged configuration, in which the primary robot is coupled to the secondary robot , wherein the controller is configured to operate the primary robot based on the feedback and a first control scheme with the multi-sectional show robot in the disengaged configuration and to operate the primary robot based on a second control scheme with the multi-sectional show robot in the engaged configuration.
Three-way mixer (1; 1') comprising a mixer housing having a cylindrical bore , having a first and a second inlet , which both lead to the cylindrical bore on the jacket side, and having an outlet that extends away from the cylindrical bore on the jacket side, and comprising a rotary valve that is mounted in the cylindrical bore so as to be rotatable about the cylinder axis , can be actuated from the outside, and is formed as a blocking wall that is formed as a partial circle around the cylinder axis and can be rotated between a first blocking position in which the first inlet is blocked, and a second blocking position, in which the second inlet is blocked, in order to adjust the mixing ratio of the two inlets , characterized by a throttle element (10; 10'), which is movably mounted in the cylindrical bore in front of the outlet and can be actuated from the outside for adjusting the flow rate through the outlet .
Surface cleaning machine, comprising a cleaning roller holder , a cleaning roller which is arranged on the cleaning roller holder , a drive device for imparting rotational drive to the cleaning roller , and a sweeping element which is associated with the cleaning roller and feeds sweepings to the cleaning roller , characterized in that the sweeping element is arranged for rotary motion on the cleaning roller holder .
A heart support device for circulatory assistance, the heart support device comprising: a chamber body defining a chamber having an internal volume configured to be filled with blood, the chamber body having a first opening , wherein the chamber body and the first opening are dimensioned to be disposed within a chamber of the human heart; a dynamic volume body configured to be inflated or deflated to alternately increase or decrease the interior volume of the chamber; a catheter comprising at least one lumen in fluid communication with the dynamic volume body and configured to deliver fluid to the dynamic volume body to inflate the dynamic volume body; and a directional flow structure configured to direct a flow of blood out of the chamber in a direction substantially aligned with a direction in which the catheter extends; wherein the device further comprises a vortex inducing arrangement. a chamber body defining a chamber having an internal volume configured to be filled with blood, the chamber body having a first opening , wherein the chamber body and the first opening are dimensioned to be disposed within a chamber of the human heart; a dynamic volume body configured to be inflated or deflated to alternately increase or decrease the interior volume of the chamber; a catheter comprising at least one lumen in fluid communication with the dynamic volume body and configured to deliver fluid to the dynamic volume body to inflate the dynamic volume body; and a directional flow structure configured to direct a flow of blood out of the chamber in a direction substantially aligned with a direction in which the catheter extends; wherein the device further comprises a vortex inducing arrangement.
A method for transferring system messages using Session Initiation Protocol, SIP, of a client terminal in a system for providing communication service using the SIP, comprising the steps of: receiving , from a server , an SIP request message including a first feature tag indicating that the SIP request message is a system message, in response to the SIP request message, generating an SIP response message including a header and a message body, wherein the header includes a second feature tag indicating that the SIP response message is a system message and a Multipurpose Internet Mail Extension, MIME, content type indicating that system message related content is included in the message body of the SIP response message; and transmitting the SIP response message to the server. receiving , from a server , an SIP request message including a first feature tag indicating that the SIP request message is a system message, in response to the SIP request message, generating an SIP response message including a header and a message body, wherein the header includes a second feature tag indicating that the SIP response message is a system message and a Multipurpose Internet Mail Extension, MIME, content type indicating that system message related content is included in the message body of the SIP response message; and transmitting the SIP response message to the server.
Device for the cosmetic treatment of keratin materials with an electric current, comprising: - an end piece comprising at least two electrodes connected to the same polarities of at least one current generator, wherein the end piece has an external surface provided with at least one relief , wherein said relief has at least one boss on which the electrodes are disposed, wherein the boss comprises a rotary head, - at least one counter electrode , - a power supply system , the electrodes being managed independently of one another by the power supply system . - an end piece comprising at least two electrodes connected to the same polarities of at least one current generator, wherein the end piece has an external surface provided with at least one relief , wherein said relief has at least one boss on which the electrodes are disposed, wherein the boss comprises a rotary head, - at least one counter electrode , - a power supply system ,