mhurhangee/patent-ind-claim-en huggingface dataset:
A double-sided monolithic bearing sleeve for connecting to the rotor of flow meters, comprising÷ - a lower part in the shape of a ring, with a lower inlet-outlet , adapted for radial bearing of a first axle ; - a central part in the shape of two concentric rings, comprising at least two symmetrical radially positioned inlets-outlets , a cylindrical thrust bearing adapted for simultaneously bearing the first axle and a second axle ; - an upper part in the shape of a ring, smaller in diameter than the lower part , comprising an upper inlet-outlet , adapted for radial bearing of the second axle . - a lower part in the shape of a ring, with a lower inlet-outlet , adapted for radial bearing of a first axle ; - a central part in the shape of two concentric rings, comprising at least two symmetrical radially positioned inlets-outlets , a cylindrical thrust bearing adapted for simultaneously bearing the first axle and a second axle ; - an upper part in the shape of a ring, smaller in diameter than the lower part , comprising an upper inlet-outlet , adapted for radial bearing of the second axle .
A plural component heater assembly comprising: a plurality of heater modules , each module comprising a block having at least two bores forming a first component flow path and at least two bores forming a second component flow path separate from the first component flow path ; and at least one heating element receptacle configured to receive a heating element for heating the first and second component flow paths, the heater assembly being characterized in that the at least two bores of each component flow path are connected by a respective opening that forms a transverse passageway therebetween. a plurality of heater modules , each module comprising a block having at least two bores forming a first component flow path and at least two bores forming a second component flow path separate from the first component flow path ; and at least one heating element receptacle configured to receive a heating element for heating the first and second component flow paths, the heater assembly being characterized in that the at least two bores of each component flow path are connected by a respective opening that forms a transverse passageway therebetween.
A device for promoting sleep in a human subject through delivery of vestibular nerve stimulation (VeNS), the device comprising: at least one electrode configured to be disposed in electrical contact with the human subject and proximate to a location of the subject's vestibular system; and a current source in electrical communication with the at least one electrode and configured for delivering VeNS to the human subject, wherein the current source is configured to deliver VeNS via an alternating current (AC) square wave at a subsensory frequency of approximately 0.25 Hz and a current range of 0.01 mA - 1 mA with an approximately 50 percent duty, the subsensory frequency being configured to avoid creating a rocking sensation in the subject. at least one electrode configured to be disposed in electrical contact with the human subject and proximate to a location of the subject's vestibular system; and a current source in electrical communication with the at least one electrode and configured for delivering VeNS to the human subject, wherein the current source is configured to deliver VeNS via an alternating current (AC) square wave at a subsensory frequency of approximately 0.25 Hz and a current range of 0.01 mA - 1 mA with an approximately 50 percent duty, the subsensory frequency being configured to avoid creating a rocking sensation in the subject.
An apparatus comprising: means for receiving , at a master node , a measurement report from a user equipment ; the apparatus further comprises: means for sending a request from the master node to a secondary node to report at least one of measurement results or a recommendation for a target node for the secondary node , means for the master node to wait a predetermined time period to receive the measurement results or the recommendation for the target node from the secondary node ; and characterised by means for determining at the master node to release the secondary node or to change the secondary node to the target node after waiting the predetermined time period, even when the measurement results or the recommendation for the target node are not received from the secondary node . means for receiving , at a master node , a measurement report from a user equipment ; the apparatus further comprises: means for sending a request from the master node to a secondary node to report at least one of measurement results or a recommendation for a target node for the secondary node , means for the master node to wait a predetermined time period to receive the measurement results or the recommendation for the target node from the secondary node ; and characterised by means for determining at the master node to release the secondary node or to change the secondary node to the target node after waiting the predetermined time period, even when the measurement results or the recommendation for the target node are not received from the secondary node . means for sending a request from the master node to a secondary node to report at least one of measurement results or a recommendation for a target node for the secondary node , means for the master node to wait a predetermined time period to receive the measurement results or the recommendation for the target node from the secondary node ; and characterised by means for determining at the master node to release the secondary node or to change the secondary node to the target node after waiting the predetermined time period, even when the measurement results or the recommendation for the target node are not received from the secondary node .
A sludge collecting unit comprising a pressure tank with an inner hollow and a top cover adapted to make a pressure tight closure of the inner hollow, wherein the pressure tank is adapted for a cartridge to be inserted and enclosed within the inner hollow with the cartridge inner and the pressure tank inner hollow both connected to an engine purge air drain, wherein the cartridge inner is connected to an engine purge air drain by an engine purge air drain connection to collect materials within the engine purge air drain, wherein the inner hollow is connected to the engine purge air drain connection by a pressure connection , where the cartridge inner is connected at a position allowing solid materials to enter, characterized in that the pressure connection connects to the engine purge at a position allowing gas air but substantially no solid materials to enter the pressure connection . the pressure tank is adapted for a cartridge to be inserted and enclosed within the inner hollow with the cartridge inner and the pressure tank inner hollow both connected to an engine purge air drain, wherein the cartridge inner is connected to an engine purge air drain by an engine purge air drain connection to collect materials within the engine purge air drain, wherein the inner hollow is connected to the engine purge air drain connection by a pressure connection , where the cartridge inner is connected at a position allowing solid materials to enter, characterized in that the pressure connection connects to the engine purge at a position allowing gas air but substantially no solid materials to enter the pressure connection .
A method of manufacturing a vibratable head for an aerosol generator , the vibratable head comprising - a support member , - a vibratable membrane supported by the support member , and - a vibrator configured to vibrate the vibratable membrane , wherein the vibrator is a piezoelectric element or comprises a piezoelectric element, the method comprising the steps of - providing the support member , - roughening a surface portion of the support member by laser structuring, - applying an adhesive to at least a part of the roughened surface portion of the support member , and - attaching at least one element to the support member by at least a portion of the adhesive . - a support member , - a vibratable membrane supported by the support member , and - a vibrator configured to vibrate the vibratable membrane , wherein the vibrator is a piezoelectric element or comprises a piezoelectric element, the method comprising the steps of - providing the support member , - roughening a surface portion of the support member by laser structuring, - applying an adhesive to at least a part of the roughened surface portion of the support member , and - attaching at least one element to the support member by at least a portion of the adhesive .
An arrangement for a pressure measurement of a breathing gas flowing along a flow channel , the arrangement comprising: first and second branch lines configured to be in pneumatic communication with said flow channel, each of said first and second branch lines having a predetermined gas volume and each of said first and second branch lines comprising a measuring channel for transmitting gaseous pressure signals from said flow channel, wherein said first branch line comprises at least one sensor in pneumatic communication with said measuring channel of the first branch line for providing a signal indicative of a pressure in said flow channel, wherein the at least one sensor comprises a pressure gauge operable to obtain a signal indicative of an airway pressure in said flow channel , said arrangement further comprising a differential pressure sensor being in pneumatic communication with said measuring channels of said first and second branch lines to obtain a signal indicative of a breathing gas flow rate in said flow channel , characterized in that said second branch line comprises a balancing volume in pneumatic communication with the second branch line for equalizing said predetermined gas volumes of said first and second branch lines. first and second branch lines configured to be in pneumatic communication with said flow channel, each of said first and second branch lines having a predetermined gas volume and each of said first and second branch lines comprising a measuring channel for transmitting gaseous pressure signals from said flow channel, wherein said first branch line comprises at least one sensor in pneumatic communication with said measuring channel of the first branch line for providing a signal indicative of a pressure in said flow channel, wherein the at least one sensor comprises a pressure gauge operable to obtain a signal indicative of an airway pressure in said flow channel , said arrangement further comprising a differential pressure sensor being in pneumatic communication with said measuring channels of said first and second branch lines to obtain a signal indicative of a breathing gas flow rate in said flow channel , characterized in that said second branch line comprises a balancing volume in pneumatic communication with the second branch line for equalizing said predetermined gas volumes of said first and second branch lines.
A pharmaceutical composition comprising an effective amount of an N-acylhomoserine lactone (AHL) analog compound of formula (I): wherein R is a linear alkyl of 9 to 15 carbon atoms having one or more diazirenyl groups, optionally having one or more carbonyl groups, and further optionally substituted with azido; or a pharmaceutically acceptable salt thereof; and, optionally, a pharmaceutically acceptable excipient.
A method for implementing temperature control for a wireless charging system, comprising the following steps: initializing a power control flag to an initial value; calculating, by a transmitting end, a power loss according to a transmitting power of the transmitting end and a received power of a receiving end; characterized in that the method further comprises the following steps: (3.1) determining, by the transmitting end, whether the power loss is greater than a preset power loss threshold, and if so, setting the power control flag to a flag value and performing step (3.2); otherwise, performing step (3.2); and (3.2) determining, by the transmitting end, whether the power control flag is the initial value, and if so, adjusting, by the transmitting end, the operating frequency according to an actual data packet sent by the receiving end, and performing step ; otherwise, performing step ; determining, by the transmitting end, whether a value of the received power of the receiving end is less than a preset received power threshold, and if so, skipping adjusting, by the transmitting end, the operating frequency and exiting the step; otherwise, adjusting, by the transmitting end, the operating frequency and performing step . initializing a power control flag to an initial value; calculating, by a transmitting end, a power loss according to a transmitting power of the transmitting end and a received power of a receiving end; (3.1) determining, by the transmitting end, whether the power loss is greater than a preset power loss threshold, and if so, setting the power control flag to a flag value and performing step (3.2); otherwise, performing step (3.2); and (3.2) determining, by the transmitting end, whether the power control flag is the initial value, and if so, adjusting, by the transmitting end, the operating frequency according to an actual data packet sent by the receiving end, and performing step ; otherwise, performing step ; determining, by the transmitting end, whether a value of the received power of the receiving end is less than a preset received power threshold, and if so, skipping adjusting, by the transmitting end, the operating frequency and exiting the step; otherwise, adjusting, by the transmitting end, the operating frequency and performing step .
Method for securing the operation of a gadget, wherein: - said operation of the gadget is requested by a Web browser , - said gadget is specified by a gadget primary file , - said gadget primary file requires access to features hosted in a library of a gadget container in order to implement these features for its operation, - said gadget container is a server, and wherein the primary file is sent by a Web hosting server to the gadget container to allow the implementation of the library features required by the primary file , whereupon, the gadget container: - retrieves the primary file of the gadget from the Web hosting server and an associated signature based on a public key /private key encryption system, - verifies, with a public key of the public/private key encryption system, the signature associated to the gadget primary file, and - decides whether to authorize or refuse the implementation of its library features depending on whether the signature associated with the primary file has been successfully verified. - said operation of the gadget is requested by a Web browser , - said gadget is specified by a gadget primary file , - said gadget primary file requires access to features hosted in a library of a gadget container in order to implement these features for its operation, - said gadget container is a server, and wherein the primary file is sent by a Web hosting server to the gadget container to allow the implementation of the library features required by the primary file , whereupon, the gadget container: - retrieves the primary file of the gadget from the Web hosting server and an associated signature based on a public key /private key encryption system, - verifies, with a public key of the public/private key encryption system, the signature associated to the gadget primary file, and - decides whether to authorize or refuse the implementation of its library features depending on whether the signature associated with the primary file has been successfully verified. - retrieves the primary file of the gadget from the Web hosting server and an associated signature based on a public key /private key encryption system, - verifies, with a public key of the public/private key encryption system, the signature associated to the gadget primary file, and - decides whether to authorize or refuse the implementation of its library features depending on whether the signature associated with the primary file has been successfully verified.
An apparatus for dispensing a mixture of a diluent and an additive for sanitation, cosmetic or cleaning applications to be used in sanitary facilities, body care installations respectively cleaning facilities with low through-flow rate, the apparatus comprising a mixing unit for creating a mixture of the diluent and the additive a diluent supply for supplying the diluent to the mixing unit , an additive supply for supplying the additive to the mixing unit , an outlet for dispensing the mixture, wherein the diluent supply comprises a pump arranged to increase the pressure of the diluent before the diluent enters the mixing unit , wherein the apparatus comprises a control unit arranged to control the operation of pumps, valves and any other actuators of the apparatus, characterised in that the apparatus is configured to add the additive to the diluent in a pulsed manner, wherein the apparatus is configured to operate in a mixing mode, in which a fluid pressure of the diluent in the mixing unit is periodically reduced and the additive is added to the diluent in time periods in which the pressure is reduced, and wherein the apparatus is configured to reduce the pressure in the mixing unit by reducing a flow rate of diluent entering the mixing unit . a mixing unit for creating a mixture of the diluent and the additive a diluent supply for supplying the diluent to the mixing unit , an additive supply for supplying the additive to the mixing unit , an outlet for dispensing the mixture, wherein the diluent supply comprises a pump arranged to increase the pressure of the diluent before the diluent enters the mixing unit , wherein the apparatus comprises a control unit arranged to control the operation of pumps, valves and any other actuators of the apparatus, characterised in that the apparatus is configured to add the additive to the diluent in a pulsed manner, wherein the apparatus is configured to operate in a mixing mode, in which a fluid pressure of the diluent in the mixing unit is periodically reduced and the additive is added to the diluent in time periods in which the pressure is reduced, and wherein the apparatus is configured to reduce the pressure in the mixing unit by reducing a flow rate of diluent entering the mixing unit .
Method for processing sound data in order to separate N sound sources of a multichannel sound signal captured in a real environment, the method comprising the following steps: - applying (E310) source separation processing to the captured multichannel signal and obtaining a separation matrix and a set of M sound components, where M≥N; - calculating (E320) a set of what are called bivariate first descriptors, representative of a measure of correlation between the components of the pairs of the obtained set of M components; - calculating (E320) a set of what are called univariate second descriptors, representative of encoding characteristics of the components of the obtained set of M components, the calculation being dependent on matching between the estimated encoding characteristics resulting from an inverse matrix of the separation matrix and theoretical encoding characteristics of a plane-wave source; - classifying (E340) the components of the set of M components into two classes of components, a first class of N components called direct components corresponding to the N direct sound sources and a second class of M-N components called reverberant components, using a calculation (E330) of probability of belonging to one of the two classes, depending on the sets of first and second descriptors. - applying (E310) source separation processing to the captured multichannel signal and obtaining a separation matrix and a set of M sound components, where M≥N; - calculating (E320) a set of what are called bivariate first descriptors, representative of a measure of correlation between the components of the pairs of the obtained set of M components; - calculating (E320) a set of what are called univariate second descriptors, representative of encoding characteristics of the components of the obtained set of M components, the calculation being dependent on matching between the estimated encoding characteristics resulting from an inverse matrix of the separation matrix and theoretical encoding characteristics of a plane-wave source; - classifying (E340) the components of the set of M components into two classes of components, a first class of N components called direct components corresponding to the N direct sound sources and a second class of M-N components called reverberant components, using a calculation (E330) of probability of belonging to one of the two classes, depending on the sets of first and second descriptors.
A method for controlling an inductive power transfer system primary power supply having a switched resonant circuit; the method comprising: determining the value of a parameter of the system; determining a duration for an energy injection switching pattern comprising a plurality of cycles of a resonant frequency of the switched resonant circuit dependent on the parameter value; determining the energy injection switching pattern; and controlling one or more switches of the resonant circuit according to the determined energy injection switching pattern. determining the value of a parameter of the system; determining a duration for an energy injection switching pattern comprising a plurality of cycles of a resonant frequency of the switched resonant circuit dependent on the parameter value; determining the energy injection switching pattern; and controlling one or more switches of the resonant circuit according to the determined energy injection switching pattern.
A method for wireless communications by a base station, comprising: selecting at least one narrow band, from a number of narrow bands (1302; 1306; 1310; 1402; 1408; 1502; 1512; 1602; 1702) partitioned from an available system bandwidth, for communications with a user equipment, UE; signaling information regarding the selected narrow band to the UE: and communicating with the UE using the selected narrow band, characterized in that the UE operates at a bandwidth narrower than the available system bandwidth and the information is signaled via a physical downlink control channel, PDCCH, the information comprising: a first field indicating an index of the selected narrow band; and a second field indicating a resource allocation within the selected narrow band, wherein the resource allocation comprises an allocation of resource blocks within the selected narrow band. selecting at least one narrow band, from a number of narrow bands (1302; 1306; 1310; 1402; 1408; 1502; 1512; 1602; 1702) partitioned from an available system bandwidth, for communications with a user equipment, UE; signaling information regarding the selected narrow band to the UE: and communicating with the UE using the selected narrow band, a first field indicating an index of the selected narrow band; and a second field indicating a resource allocation within the selected narrow band, wherein the resource allocation comprises an allocation of resource blocks within the selected narrow band.