mhurhangee/patent-ind-claim-en huggingface dataset:
Stand mixer comprising: at least a bowl and at least one ice cream maker fitting ; the ice cream maker fitting comprising: a double wall vessel comprising an outer wall and an inner wall , which are coupled so as to define between the outer wall and the inner wall a sealed space , wherein a refrigerant fluid is arranged; the double wall vessel being sized so as to be arranged, in use, inside the bowl of the stand mixer ; a fixing system configured to fix the double wall vessel to the bowl of the stand mixer ; wherein the fixing system comprises an annular element extending about an axis (D) and provided with an inner edge and an outer edge ; the inner edge being coupled to the double wall vessel and the outer edge being coupled to the bowl of the stand mixer . a double wall vessel comprising an outer wall and an inner wall , which are coupled so as to define between the outer wall and the inner wall a sealed space , wherein a refrigerant fluid is arranged; the double wall vessel being sized so as to be arranged, in use, inside the bowl of the stand mixer ; a fixing system configured to fix the double wall vessel to the bowl of the stand mixer ; wherein the fixing system comprises an annular element extending about an axis (D) and provided with an inner edge and an outer edge ; the inner edge being coupled to the double wall vessel and the outer edge being coupled to the bowl of the stand mixer .
An apparatus for controlling an earphone and a media player in communication with the earphone, comprising: an ambient sound detector configured to detect an ambient sound volume level; a processor configured to select an adjustment value to be applied to an audio volume level to be produced by an earphone speaker of the earphone based on the ambient sound volume level; and a controller configured to adjust the audio volume level of the earphone speaker based on the adjustment value selected by the processor ; wherein the processor is configured to generate a first prompt signal when the ambient sound detector detects an ambient sound volume level higher than a threshold level; and the controller is configured to receive and output the first prompt signal, wherein the processor is configured to generate a second prompt signal when the ambient sound detector detects an ambient sound volume level higher than the threshold level upon lapse of a first time interval after the first prompt signal is generated; and the controller is configured to output the second prompt signal at least once upon receiving the second prompt signal, and discontinue output of system sound from the earphone speaker after the second prompt signal is output for N times, N is an integer greater than 1. an ambient sound detector configured to detect an ambient sound volume level; a processor configured to select an adjustment value to be applied to an audio volume level to be produced by an earphone speaker of the earphone based on the ambient sound volume level; and a controller configured to adjust the audio volume level of the earphone speaker based on the adjustment value selected by the processor ; wherein the processor is configured to generate a first prompt signal when the ambient sound detector detects an ambient sound volume level higher than a threshold level; and the controller is configured to receive and output the first prompt signal, wherein the processor is configured to generate a second prompt signal when the ambient sound detector detects an ambient sound volume level higher than the threshold level upon lapse of a first time interval after the first prompt signal is generated; and the controller is configured to output the second prompt signal at least once upon receiving the second prompt signal, and discontinue output of system sound from the earphone speaker after the second prompt signal is output for N times, N is an integer greater than 1.
A method for initializing a spatial web of trust for a sensor platform array , the method comprising: arranging the sensor platform array in multiple sensor groups (G1, G2) within a restricted workspace , such that sensor platform pairs are formed within a close-field range from adjacent corresponding sensor platforms of the multiple sensor groups (G1, G2); exchanging, for each sensor platform pair , sensor-specific identification keys between the sensor platforms of the sensor platform pair using respective transceivers of the sensor platforms ; progressively repositioning the multiple sensor groups (G1, G2) to form unique sensor platform pairs within the close-field range; and in response to the repositioning, progressively exchanging, for each sensor platform pair , the sensor-specific identification keys between the sensor platforms of the sensor platform pair , until each sensor platform of the sensor platform array has exchanged a respective one of the sensor-specific identification keys with every other sensor platform in the sensor platform array , thereby initializing the spatial web of trust. arranging the sensor platform array in multiple sensor groups (G1, G2) within a restricted workspace , such that sensor platform pairs are formed within a close-field range from adjacent corresponding sensor platforms of the multiple sensor groups (G1, G2); exchanging, for each sensor platform pair , sensor-specific identification keys between the sensor platforms of the sensor platform pair using respective transceivers of the sensor platforms ; progressively repositioning the multiple sensor groups (G1, G2) to form unique sensor platform pairs within the close-field range; and in response to the repositioning, progressively exchanging, for each sensor platform pair , the sensor-specific identification keys between the sensor platforms of the sensor platform pair , until each sensor platform of the sensor platform array has exchanged a respective one of the sensor-specific identification keys with every other sensor platform in the sensor platform array , thereby initializing the spatial web of trust.
A method of moving a controlled amount of a fluid comprising: providing: a first fluid stream comprising a first fluid flowing in a laminar flow; a second fluid stream comprising a second fluid flowing in a laminar flow adjacent to said first fluid stream; and a third fluid stream comprising a third fluid flowing in a laminar flow adjacent to said second fluid stream so that said second fluid stream is disposed between said first fluid stream and said third fluid stream ; where said first fluid stream , said second fluid stream , and said third fluid stream are separated by polarity or hydrophobicity or surface free energy of the surface upon which they are disposed, or by the use of electrowetting techniques or by the use of directed laminar flow; using a pulse laser to generate a cavitation bubble in said first fluid , wherein the cavitation bubble imparts a sufficient velocity to a portion of the first fluid to thereby move a controlled volume of said second fluid that is operatively coupled to the first fluid into the third fluid stream to form a controlled volume droplet in said third fluid stream ; wherein the controlled volume of the second fluid is about 1 microliter or less; and wherein the cavitation bubble has a duration of about 1 millisecond or less; and wherein the cavitation bubble is generated by irradiation of a volume of the first fluid with the pulse laser . a first fluid stream comprising a first fluid flowing in a laminar flow; a second fluid stream comprising a second fluid flowing in a laminar flow adjacent to said first fluid stream; and a third fluid stream comprising a third fluid flowing in a laminar flow adjacent to said second fluid stream so that said second fluid stream is disposed between said first fluid stream and said third fluid stream ; where said first fluid stream , said second fluid stream , and said third fluid stream are separated by polarity or hydrophobicity or surface free energy of the surface upon which they are disposed, or by the use of electrowetting techniques or by the use of directed laminar flow; using a pulse laser to generate a cavitation bubble in said first fluid , wherein the cavitation bubble imparts a sufficient velocity to a portion of the first fluid to thereby move a controlled volume of said second fluid that is operatively coupled to the first fluid into the third fluid stream to form a controlled volume droplet in said third fluid stream ; wherein the controlled volume of the second fluid is about 1 microliter or less; and wherein the cavitation bubble has a duration of about 1 millisecond or less; and wherein the cavitation bubble is generated by irradiation of a volume of the first fluid with the pulse laser .
A light-emitting device for lighting applications comprising: a light source comprising a number of light emitting diodes ; and a light guide that is optically coupled to the light source, the light guide including a plurality of first light extraction elements printed on the light guide to produce a first light distribution pattern, the first light extraction elements being non-fluorescent and having a first reflectance and a first transmittance; and a plurality of second non-fluorescent light extraction elements that are printed on the light guide , the second light extraction elements being non-fluorescent and having a second reflectance and a second transmittance; wherein the first reflectance is higher than the second reflectance and the first transmittance is lower than the second transmittance, each of the first light extraction elements having the same shape and size as any other one of the plurality first light extraction elements , and each of the second light extraction elements having the same shape and size as any other one of the plurality of second light extraction elements , characterized in that , the plurality of first light extraction elements and the plurality of second extraction elements are positioned on a first surface of the light guide , and the second light extraction elements are configured to produce a second light distribution pattern. a light source comprising a number of light emitting diodes ; and a light guide that is optically coupled to the light source, the light guide including a plurality of first light extraction elements printed on the light guide to produce a first light distribution pattern, the first light extraction elements being non-fluorescent and having a first reflectance and a first transmittance; and a plurality of second non-fluorescent light extraction elements that are printed on the light guide , the second light extraction elements being non-fluorescent and having a second reflectance and a second transmittance; wherein the first reflectance is higher than the second reflectance and the first transmittance is lower than the second transmittance, each of the first light extraction elements having the same shape and size as any other one of the plurality first light extraction elements , and each of the second light extraction elements having the same shape and size as any other one of the plurality of second light extraction elements , characterized in that , the plurality of first light extraction elements and the plurality of second extraction elements are positioned on a first surface of the light guide , and the second light extraction elements are configured to produce a second light distribution pattern.
Method for collecting electronic consent for electronic notification of a registered mail, the method being implemented by at least one computer and comprising the following steps: - receiving an electronic request to collect consent from a recipient user intended to receive an electronic registered mail from a sender user, the request comprising an electronic contact address of the recipient user; and - sending , to the electronic contact address, a multimedia message for questioning the recipient user, the multimedia message comprising identification of the sender user and response collection data for responding to the multimedia message; - triggering a procedure for verifying the identity of the recipient user and obtaining a result of the identity verification procedure; and - providing the sender user, in the case of receiving a positive response to the multimedia message by means of which the recipient user indicates their consent and in the case of a positive result of the identity verification procedure, with probative data representative of consent. - receiving an electronic request to collect consent from a recipient user intended to receive an electronic registered mail from a sender user, the request comprising an electronic contact address of the recipient user; and - sending , to the electronic contact address, a multimedia message for questioning the recipient user, the multimedia message comprising identification of the sender user and response collection data for responding to the multimedia message; - triggering a procedure for verifying the identity of the recipient user and obtaining a result of the identity verification procedure; and - providing the sender user, in the case of receiving a positive response to the multimedia message by means of which the recipient user indicates their consent and in the case of a positive result of the identity verification procedure, with probative data representative of consent.
A device for distributing oil from a rolling bearing for an aircraft turbine engine, comprising: - a rolling bearing comprising two rings, internal and external respectively, - an oil distribution ring configured to be mounted on a turbine engine shaft , this distribution ring comprising: i) an external cylindrical surface for mounting the internal ring of the bearing, ii) an annular shoulder for supporting a first axial end of the internal ring, and iii) an oil recovery scoop feeding a lubrication circuit of said bearing, - an annular track of a dynamic joint , characterised in that it further comprises a nut screwed onto a thread of the distribution ring and being supported axially on a second axial end of the internal ring in order to tighten it axially against said shoulder, and in that said annular track is configured so as to be in axial support on said distribution ring and comprises rotation-locking elements cooperating with complementary elements of the nut. - a rolling bearing comprising two rings, internal and external respectively, - an oil distribution ring configured to be mounted on a turbine engine shaft , this distribution ring comprising: i) an external cylindrical surface for mounting the internal ring of the bearing, ii) an annular shoulder for supporting a first axial end of the internal ring, and iii) an oil recovery scoop feeding a lubrication circuit of said bearing, i) an external cylindrical surface for mounting the internal ring of the bearing, ii) an annular shoulder for supporting a first axial end of the internal ring, and iii) an oil recovery scoop feeding a lubrication circuit of said bearing, - an annular track of a dynamic joint ,
A method of wireless positioning performed by a user equipment, UE, comprising: receiving , from a network entity, a configuration of one or more positioning reference signal, PRS, resources to measure during a positioning session, the one or more PRS resources having a PRS periodicity T PRS and a PRS occasion length L PRS ; and measuring the one or more PRS resources during a measurement period, wherein the measurement period is based on a number of measurement instances of the one or more PRS resources the UE is expected to process multiplied by a periodicity parameter, wherein the periodicity parameter is based on a PRS processing window of 'T' milliseconds, the PRS periodicity T PRS , and a measurement gap periodicity of at least one measurement gap. receiving , from a network entity, a configuration of one or more positioning reference signal, PRS, resources to measure during a positioning session, the one or more PRS resources having a PRS periodicity T PRS and a PRS occasion length L PRS ; and measuring the one or more PRS resources during a measurement period, wherein the measurement period is based on a number of measurement instances of the one or more PRS resources the UE is expected to process multiplied by a periodicity parameter, wherein the periodicity parameter is based on a PRS processing window of 'T' milliseconds, the PRS periodicity T PRS , and a measurement gap periodicity of at least one measurement gap.
Production system for series production, in particular of motor vehicles, having a container storage area for storing containers which contain components intended for production, having a plurality of removal shelves which are arranged at a distance from the container storage area and from which components are removable from containers by workers, and having transport means for transporting containers from the container storage area to the removal shelves , the transport means having at least one AGV , i.e. a driverless transport vehicle , on which a transport shelf is arranged and designed in such a way that containers can be removed from the transport shelf in a conveying direction, i.e. in a discharge direction, to removal shelves , characterized in that the transport shelf has a base body which is connected or can be connected to the AGV and on which a carrier for containers to be transported is arranged, in that the carrier is arranged on the base body such that it can be adjusted transversely with respect to the discharge direction parallel to a substantially horizontal plane, and in that means are provided for adjusting the carrier relative to the base body , which means are designed in such a way that, with the AGV arranged in a fixed position in front of a removal shelf , the position of the carrier relative to the removal shelf can be adjusted transversely with respect to the delivery direction parallel to a substantially horizontal plane. the transport shelf has a base body which is connected or can be connected to the AGV and on which a carrier for containers to be transported is arranged, in that the carrier is arranged on the base body such that it can be adjusted transversely with respect to the discharge direction parallel to a substantially horizontal plane, and in that means are provided for adjusting the carrier relative to the base body , which means are designed in such a way that, with the AGV arranged in a fixed position in front of a removal shelf , the position of the carrier relative to the removal shelf can be adjusted transversely with respect to the delivery direction parallel to a substantially horizontal plane.
Method for adjusting an operating behaviour of at least one functional unit in a vehicle communication network that comprises at least two functional units , wherein at least one adjusting command is transmitted to a master functional unit , the master functional unit evaluating at least the adjusting command, the evaluation being used to determine an MCCC (Multi Channel Common Calibration) operating mode or an MCSC (Multi Channel Single Calibration) operating mode, wherein the master functional unit adjusts the operating behaviour of precisely one functional unit in the MCSC operating mode and the master functional unit adjusts the operating behaviour of at least two functional units in the MCCC operating mode, characterized in that the operating behaviour is adjusted by adjusting at least one operating parameter, the operating parameter being provided by writing a value encoded in the adjusting command to a predetermined memory location.
A method for securing a transformer that provides electricity to one or more other devices against a cyber attack, the method comprising: determining, by a controller of the transformer , a first measured value of a first operational parameter of the transformer based upon one or more signals received from one or more sensors of the transformer ; determining, by the controller , whether the first measured value has stabilized to a predefined load condition of the transformer; determining, by the controller , a second measured value of a second operational parameter of the transformer based upon one or more signals received from the one or more sensors of the transformer ; calculating, by the controller , a first expected value of the first operational parameter in response to a determination that the first measured value has stabilized to the predefined load condition, wherein the calculating is based on the second measured value of the second operational parameter and a model of the transformer that relates the first and second operational parameters; comparing, by the controller , the first measured value of the first operational parameter to the first expected value of the first operational parameter; and identifying, by the controller , that the transformer is subject to a cyber attack when a difference between the first measured value and the first expected value exceeds a first threshold. determining, by a controller of the transformer , a first measured value of a first operational parameter of the transformer based upon one or more signals received from one or more sensors of the transformer ; determining, by the controller , whether the first measured value has stabilized to a predefined load condition of the transformer; determining, by the controller , a second measured value of a second operational parameter of the transformer based upon one or more signals received from the one or more sensors of the transformer ; calculating, by the controller , a first expected value of the first operational parameter in response to a determination that the first measured value has stabilized to the predefined load condition, wherein the calculating is based on the second measured value of the second operational parameter and a model of the transformer that relates the first and second operational parameters; comparing, by the controller , the first measured value of the first operational parameter to the first expected value of the first operational parameter; and identifying, by the controller , that the transformer is subject to a cyber attack when a difference between the first measured value and the first expected value exceeds a first threshold.