mhurhangee/patent-ind-claim-en huggingface dataset:
Shared-key encryption method using a key shared between a central server and a smart meter , the method being carried out by the smart meter, the method being characterized in that it comprises: - receiving a first message comprising a first password, the first message indicating the opening of a communication session, - determining a first fingerprint corresponding to a fingerprint of the first password, - obtaining a second predetermined fingerprint, and, when the first fingerprint is equal to the second fingerprint, then: - obtaining a predetermined encryption parameter, - generating an encryption key on the basis of the received first password and of the encryption parameter, - receiving a second message from the central server, the second message being encrypted and comprising a command to query a value of a meter of a metering module of the smart meter, and - decrypting the second message by means of the encryption key, - determining a new value for the encryption parameter, which new value is chosen so as to be equal to the value of the meter of the metering module that has been queried, - transmitting a third message to the central server, the third message comprising the new value of the encryption parameter and being encrypted by means of the encryption key, and - updating the value of the encryption parameter recorded on a storage module with the new value of the encryption parameter, the new value of the encryption parameter being used to determine a new encryption key, which is common to the central server and to the smart meter, during a new communication session. - receiving a first message comprising a first password, the first message indicating the opening of a communication session, - determining a first fingerprint corresponding to a fingerprint of the first password, - obtaining a second predetermined fingerprint, and, - obtaining a predetermined encryption parameter, - generating an encryption key on the basis of the received first password and of the encryption parameter, - receiving a second message from the central server, the second message being encrypted and comprising a command to query a value of a meter of a metering module of the smart meter, and - decrypting the second message by means of the encryption key, - determining a new value for the encryption parameter, which new value is chosen so as to be equal to the value of the meter of the metering module that has been queried, - transmitting a third message to the central server, the third message comprising the new value of the encryption parameter and being encrypted by means of the encryption key, and - updating the value of the encryption parameter recorded on a storage module with the new value of the encryption parameter, the new value of the encryption parameter being used to determine a new encryption key, which is common to the central server and to the smart meter, during a new communication session.
A method of manufacturing a transistor display panel, the method comprising: forming a buffer layer on a substrate ; forming a polycrystalline silicon layer on the buffer layer ;; forming an active layer by patterning the polycrystalline silicon layer ; forming a first insulating layer covering the buffer layer and the active layer ; exposing the active layer by polishing the first insulating layer using a polishing apparatus (CMP); and forming a second insulating layer that contacts the first insulating layer and the active layer , wherein exposing the active layer by polishing the first insulating layer includes coating a first slurry on a surface of the first insulating layer , the first slurry reducing a polishing rate of the active layer , and wherein the active layer and the first insulating layer are disposed on a same plane of the buffer layer . forming a buffer layer on a substrate ; forming a polycrystalline silicon layer on the buffer layer ;; forming an active layer by patterning the polycrystalline silicon layer ; forming a first insulating layer covering the buffer layer and the active layer ; exposing the active layer by polishing the first insulating layer using a polishing apparatus (CMP); and forming a second insulating layer that contacts the first insulating layer and the active layer , wherein exposing the active layer by polishing the first insulating layer includes coating a first slurry on a surface of the first insulating layer , the first slurry reducing a polishing rate of the active layer , and wherein the active layer and the first insulating layer are disposed on a same plane of the buffer layer .
A razor comprising: a razor blade cartridge including at least one razor blade ; a blade housing in which the at least one razor blade is accommodated, a cartridge frame assembled to the blade housing and configured to secure the at least one razor blade to the blade housing ; and a handle coupled to a rear surface of the razor blade cartridge , wherein: a first hook is formed at a rear surface of the blade housing ; a second hook is formed at a rear surface of the cartridge frame ; and the handle is configured to be engaged with the first hook and the second hook such that the handle is coupled to the rear surface of the razor blade cartridge ; wherein the first hook is aligned perpendicular to a direction in which the at least one razor blade is accommodated; and the second hook is aligned parallel to the direction in which the at least one razor blade is accommodated. a razor blade cartridge including at least one razor blade ; a blade housing in which the at least one razor blade is accommodated, a cartridge frame assembled to the blade housing and configured to secure the at least one razor blade to the blade housing ; and a handle coupled to a rear surface of the razor blade cartridge , wherein: a first hook is formed at a rear surface of the blade housing ; a second hook is formed at a rear surface of the cartridge frame ; and the handle is configured to be engaged with the first hook and the second hook such that the handle is coupled to the rear surface of the razor blade cartridge ; wherein the first hook is aligned perpendicular to a direction in which the at least one razor blade is accommodated; and the second hook is aligned parallel to the direction in which the at least one razor blade is accommodated. a first hook is formed at a rear surface of the blade housing ; a second hook is formed at a rear surface of the cartridge frame ; and the handle is configured to be engaged with the first hook and the second hook such that the handle is coupled to the rear surface of the razor blade cartridge ; wherein the first hook is aligned perpendicular to a direction in which the at least one razor blade is accommodated; and the second hook is aligned parallel to the direction in which the at least one razor blade is accommodated.
An electronic circuit chip for an RFID tag , the electronic circuit chip comprising an access circuit configured for coupling the electronic circuit chip to an antenna element of the RFID tag , a memory device being connected to the access circuit , and a transceive buffer , which is connected between the memory device and the access circuit , wherein the memory device is configured for storing a secret value, the transceive buffer is configured for receiving the secret value from the memory device , temporally storing the received secret value, and forwarding the temporally stored secret value to the access circuit , and the electronic circuit chip is configured for making retrievable the secret value from the memory device and deleting the secret value from the memory device , wherein deleting the secret value is accomplished if the secret value has been retrieved by means of a procedure for retrieving the stored secret value. an access circuit configured for coupling the electronic circuit chip to an antenna element of the RFID tag , a memory device being connected to the access circuit , and a transceive buffer , which is connected between the memory device and the access circuit , wherein
A spring module for making a spring cushion of furniture, the spring module comprising a conical spring , a spring bracket configured to accommodate the conical spring therein, the spring bracket comprising a square base , the base having a spring fixing part for seating an end of the conical spring ; an end cover arranged opposite to the base ; and a plurality of flexible straps , both ends of each flexible strap in the plurality of flexible straps being fixedly connected to the base and the end cover respectively, wherein the flexible straps are positioned outside the conical spring , wherein when the one end of the conical spring is arranged on the spring fixing part , the other end of the conical spring abuts against the end cover , and wherein the spring module further comprises locking structures arranged on four sides of the base, the locking structures are configured to match with the locking structures of another adjacently arranged spring module , thus limiting relative movement between adjacently arranged spring modules . a spring bracket configured to accommodate the conical spring therein, the spring bracket comprising a square base , the base having a spring fixing part for seating an end of the conical spring ; an end cover arranged opposite to the base ; and a plurality of flexible straps , both ends of each flexible strap in the plurality of flexible straps being fixedly connected to the base and the end cover respectively, wherein the flexible straps are positioned outside the conical spring , a square base , the base having a spring fixing part for seating an end of the conical spring ; an end cover arranged opposite to the base ; and a plurality of flexible straps , both ends of each flexible strap in the plurality of flexible straps being fixedly connected to the base and the end cover respectively, wherein the flexible straps are positioned outside the conical spring , wherein when the one end of the conical spring is arranged on the spring fixing part , the other end of the conical spring abuts against the end cover , and wherein the spring module further comprises locking structures arranged on four sides of the base, the locking structures are configured to match with the locking structures of another adjacently arranged spring module , thus limiting relative movement between adjacently arranged spring modules .
Braking device for a motor vehicle, which has a service brake and an automated parking brake and comprises at least one brake pad and a brake disk , wherein the brake pad can be placed against the brake disk , characterized in that , on the basis of activation of the parking brake, the brake pad can be placed against the brake disk by means of an elastic element in such a way that no braking force or only a small braking force acting on the motor vehicle is built up.
A handheld vacuum cleaner , comprising: a housing provided with an air inlet and an air outlet ; a dust cup disposed in the housing ; an electric motor disposed between the air inlet and the dust cup, wherein a dusty airstream entering the housing from the air inlet flows through the dust cup and the electric motor successively and is exhausted from the air outlet ; and a communicating channel is provided between the air inlet and the dust cup characterized in that the communication channel comprises two first sub-channels that are provided and located on the two sides of the dust cup respectively. a housing provided with an air inlet and an air outlet ; a dust cup disposed in the housing ; an electric motor disposed between the air inlet and the dust cup, wherein a dusty airstream entering the housing from the air inlet flows through the dust cup and the electric motor successively and is exhausted from the air outlet ; and a communicating channel is provided between the air inlet and the dust cup characterized in that the communication channel comprises two first sub-channels that are provided and located on the two sides of the dust cup respectively.
A method (S200) implemented by a computer system for managing blood loss of a patient, comprising: accessing (S210) an image of a physical sample; extracting (S220) a feature from an area of the image corresponding to the physical sample; estimating (S230) a blood volume indicator of the physical sample based on the extracted feature; estimating (S240) a patient blood loss based on the blood volume indicator; estimating (S250) a euvolemic patient hemoglobin concentration based on an estimated patient blood volume and the estimated patient blood loss; accessing (S260) a measured patient hemoglobin concentration; and generating (S270) a volemic status indicator based on a comparison between the measured patient hemoglobin concentration and the estimated euvolemic patient hemoglobin. accessing (S210) an image of a physical sample; extracting (S220) a feature from an area of the image corresponding to the physical sample; estimating (S230) a blood volume indicator of the physical sample based on the extracted feature; estimating (S240) a patient blood loss based on the blood volume indicator; estimating (S250) a euvolemic patient hemoglobin concentration based on an estimated patient blood volume and the estimated patient blood loss; accessing (S260) a measured patient hemoglobin concentration; and generating (S270) a volemic status indicator based on a comparison between the measured patient hemoglobin concentration and the estimated euvolemic patient hemoglobin.
A pharmaceutical composition for pulmonary delivery to the respiratory tract of a patient comprising spray-dried particles which comprise rapamycin in crystalline form and a pharmaceutically acceptable excipient, wherein the pharmaceutically acceptable excipient comprises a phospholipid, a salt and one or more of an amino acid and a sugar, and wherein the salt is selected from sodium chloride, sodium citrate, sodium lactate and potassium chloride, and the phospholipid is DPPC, and wherein the spray-dried particles have a tap density of less than 0.075 g/cm 3 .
A method comprising: receiving a first traffic and scheduling information from a first control entity, wherein the first control entity belongs to a first LTE radio transceiver; and receiving a second system traffic and scheduling information from a second control entity, wherein the second control entity belongs to a second radio transceiver co-located with the first LTE radio transceiver, characterized by the method further comprising: determining , based on the first and the second traffic and scheduling information, control information to be sent to the first and the second control entity, wherein the first and the second radio transceivers are scheduled for transmitting or receiving radio signals over specific time duration based at least in part on the control information and thereby mitigating co-existence interference, and wherein the control information contains instruction to trigger the first LTE radio transceiver to send recommendation of ON/OFF duration or ON/OFF ratio or ON/OFF duty cycle or starting time for DRX operation to an LTE base station. receiving a first traffic and scheduling information from a first control entity, wherein the first control entity belongs to a first LTE radio transceiver; and receiving a second system traffic and scheduling information from a second control entity, wherein the second control entity belongs to a second radio transceiver co-located with the first LTE radio transceiver, determining , based on the first and the second traffic and scheduling information, control information to be sent to the first and the second control entity, wherein the first and the second radio transceivers are scheduled for transmitting or receiving radio signals over specific time duration based at least in part on the control information and thereby mitigating co-existence interference, and wherein the control information contains instruction to trigger the first LTE radio transceiver to send recommendation of ON/OFF duration or ON/OFF ratio or ON/OFF duty cycle or starting time for DRX operation to an LTE base station.
A method of operating an active clearance control for a gas turbine engine having a low speed spool including an inner shaft interconnecting a fan , a low pressure compressor and a low pressure turbine and a high speed spool including an outer shaft interconnecting a high pressure compressor and a high pressure turbine , the method comprising: a) determining an operating state of the gas turbine engine ; and b) directing a first fluid source in response to a first operating state or a second fluid source in response to a second operating state to at least one active clearance control manifold , wherein the first source is a first intake and the second source is a second intake , the second intake is configured to receive compressor fluid from the high pressure compressor and the at least one active clearance control manifold includes a first manifold and a second manifold ; characterised in that : the first intake is located in the low pressure compressor , and in that the second operation state includes wind milling. a) determining an operating state of the gas turbine engine ; and b) directing a first fluid source in response to a first operating state or a second fluid source in response to a second operating state to at least one active clearance control manifold , wherein the first source is a first intake and the second source is a second intake , the second intake is configured to receive compressor fluid from the high pressure compressor and the at least one active clearance control manifold includes a first manifold and a second manifold ;
A method of preparing a graft for eliminating a bone defect in a patient's jaw , comprising the steps of: (a) taking a three-dimensional image of the patient's jaw or a part of the jaw where the jaw-bone defect is located; (b) making a virtual model of the jaw or of the part of the jaw where the bone defect is located based on the three-dimensional image to obtain a virtual jaw model; (c) making a virtual model of the graft based on the virtual jaw model to obtain a virtual graft model, wherein the virtual graft model has an inner surface , which corresponds to the jaw arch of the virtual jaw model in the region of the bone defect and with which the virtual graft model is adjacent to the virtual jaw model in the region of the bone defect, and a longitudinal edge that faces the cemento-enamel junction and that is formed spaced by an offset to the level of the cemento-enamel junction; and (d) producing the graft based on the virtual graft model. (a) taking a three-dimensional image of the patient's jaw or a part of the jaw where the jaw-bone defect is located; (b) making a virtual model of the jaw or of the part of the jaw where the bone defect is located based on the three-dimensional image to obtain a virtual jaw model; (c) making a virtual model of the graft based on the virtual jaw model to obtain a virtual graft model, wherein the virtual graft model has an inner surface , which corresponds to the jaw arch of the virtual jaw model in the region of the bone defect and with which the virtual graft model is adjacent to the virtual jaw model in the region of the bone defect, and a longitudinal edge that faces the cemento-enamel junction and that is formed spaced by an offset to the level of the cemento-enamel junction; and (d) producing the graft based on the virtual graft model.
Method for producing vehicle seat components , in particular components of a seat adjuster, by processing a semi-finished product by cutting, with the method steps of - locally heating the semi-finished product in the region of an intended cutting line of the vehicle seat components to be cut out, and - cutting the vehicle seat components out of the semi-finished product by precision cutting along the cutting line during or shortly after the heating. - locally heating the semi-finished product in the region of an intended cutting line of the vehicle seat components to be cut out, and - cutting the vehicle seat components out of the semi-finished product by precision cutting along the cutting line during or shortly after the heating.
A composition comprising a crosslinked graft copolymer, wherein the graft copolymer portion of the crosslinked graft copolymer comprises: (i) a backbone comprising dextran, and (ii) poly alpha-1,3-glucan side chains comprising at least about 50% alpha-1,3-glucosidic linkages; wherein one or more crosslinks of the crosslinked graft copolymer are covalent. (i) a backbone comprising dextran, and (ii) poly alpha-1,3-glucan side chains comprising at least about 50% alpha-1,3-glucosidic linkages;
A molding apparatus comprising a nozzle, a guide member guiding a molding material to the nozzle, and a heating device , wherein a prevention structure is so provided as to prevent melting of the molding material during transportation of the molding material through the guide member , wherein the prevention structure is a heat insulation structure, and wherein the heat insulation structure is a gap provided between the heating device and the guide member , wherein air is present in the gap , characterized in that the guide member is a cooling structure provided with a blowing structure. a prevention structure is so provided as to prevent melting of the molding material during transportation of the molding material through the guide member , wherein the prevention structure is a heat insulation structure, and wherein the heat insulation structure is a gap provided between the heating device and the guide member , wherein air is present in the gap , characterized in that the guide member is a cooling structure provided with a blowing structure.
An insect monitoring device comprising: an open-ended insect inspection cylinder for connection at one end, in use, to an outlet from a means to intercept flying insects of an insect interception trap , where sectional dimensions of the inspection cylinder are sized to prevent an insect selected for observation from flying through the inspection cylinder , and instead requiring the insect to walk through the inspection cylinder ; an insect detector associated with the inspection cylinder to detect insects inside the inspection cylinder ; and a camera system associated with the inspection cylinder and the insect detector to capture images of insects inside the inspection cylinder detected by the insect detector. an open-ended insect inspection cylinder for connection at one end, in use, to an outlet from a means to intercept flying insects of an insect interception trap , where sectional dimensions of the inspection cylinder are sized to prevent an insect selected for observation from flying through the inspection cylinder , and instead requiring the insect to walk through the inspection cylinder ; an insect detector associated with the inspection cylinder to detect insects inside the inspection cylinder ; and a camera system associated with the inspection cylinder and the insect detector to capture images of insects inside the inspection cylinder detected by the insect detector.