mhurhangee/patent-ind-claim-en huggingface dataset:
An air vent module that is attachable to a mask assembly for use in administering continuous positive airway pressure, the air vent module comprising: an annular component comprising a passage defined by a passage wall , a coupler configured to mate the annular component of the air vent module to a mask frame of the mask assembly, and a plurality of vent holes arranged in a circular configuration to provide radial diffusion of exhaust air; and a connection port assembly , the connection port assembly comprising: a fluid connector , a ball end at a first end of the fluid connector , the ball end comprising an outer surface that is contoured to be snap fit into the passage wall of the air vent module whereby a ball joint between the passage and the ball end allows the passage wall and the outer surface to slide relatively freely with each other such that an angle between the connection port assembly and seal chamber can be easily changed, and a swivel connector at a second end of the fluid connector configured for connection to a conduit that is in fluid communication with a respiratory gases supply. an annular component comprising a passage defined by a passage wall , a coupler configured to mate the annular component of the air vent module to a mask frame of the mask assembly, and a plurality of vent holes arranged in a circular configuration to provide radial diffusion of exhaust air; and a fluid connector , a ball end at a first end of the fluid connector , the ball end comprising an outer surface that is contoured to be snap fit into the passage wall of the air vent module whereby a ball joint between the passage and the ball end allows the passage wall and the outer surface to slide relatively freely with each other such that an angle between the connection port assembly and seal chamber can be easily changed, and a swivel connector at a second end of the fluid connector configured for connection to a conduit that is in fluid communication with a respiratory gases supply.
Method for operating a cooking device in the form of a combi-steamer which has a cooking space , a heating device, at least one fan for circulating the cooking space atmosphere present in the cooking space, at least one temperature sensor and a moisture sensor, wherein the at least one fan circulates the cooking space atmosphere, wherein the at least one temperature sensor is used to capture the temperature in the cooking space of the cooking device during a cooking process for cooking food to be cooked and to supply a corresponding signal to a control or regulating device of the cooking device, wherein the heating device is operated according to the signals from the control or regulating device on the basis of the cooking programme which is carried out, characterized in that , at the end of the cooking process when the heating device is switched off, the operation of the at least one fan is continued in order to mix the cooking space atmosphere and to minimize the temperature differences between an upper region of the cooking space and a lower region of the cooking space, and in that , after the end of the cooking process, the at least one fan is operated further in a clocked manner and/or at a lower rotational speed than in the previous cooking process, thus giving the user the impression that the appliance is switched off and the user therefore receiving confirmation of the impression that the cooking process has been completed.
A method in a content server , comprising: clustering a first user into a group of users, wherein the users are clustered into the group based on runtimes of first content streamed to receivers associated with the users; receiving a plurality of skip commands associated with a second content from a plurality of receivers associated with users who are members of the group while the receivers are displaying the second content to the members of the group; generating a crowd source skip history for the second content using at least the received skip commands; calculating, based on the crowd source skip history, a skip rating for the crowd source skip history comprising a ratio of a determined number of the skip commands to a determined number of the receivers associated with the determined number of skip commands; receiving a request for the second content from a receiver associated with the first user; and transmitting a stream of the second content to the receiver associated with the first user, such that based on the skip rating for the crowd source skip history for the second content, a portion of the second content identified by the crowd source skip history is excluded from the stream. clustering a first user into a group of users, wherein the users are clustered into the group based on runtimes of first content streamed to receivers associated with the users; receiving a plurality of skip commands associated with a second content from a plurality of receivers associated with users who are members of the group while the receivers are displaying the second content to the members of the group; generating a crowd source skip history for the second content using at least the received skip commands; calculating, based on the crowd source skip history, a skip rating for the crowd source skip history comprising a ratio of a determined number of the skip commands to a determined number of the receivers associated with the determined number of skip commands; receiving a request for the second content from a receiver associated with the first user; and transmitting a stream of the second content to the receiver associated with the first user, such that based on the skip rating for the crowd source skip history for the second content, a portion of the second content identified by the crowd source skip history is excluded from the stream.
A method for choosing a MU-MIMO precoding comprising BS acquiring channel information of a plural of UEs scheduled on the current resource allocation; BS calculating the sum capacity of the plural of UEs under MU-MIMO based on a first precoding as a sum of functions of the MU-MIMO channel information of the plural of UEs wherein the MU-MIMO channel information of the k th UE is computed according to the method of conjugate beamforming, CB, that is specific to the first precoding and includes the SU-MIMO channel information of the k th UE and a CSI error of the k th UE, BS calculating the sum capacity of the plural of UEs under MU-MIMO based on a second precoding as a sum of functions of the MU-MIMO channel information of the plural of UEs wherein the MU-MIMO channel information of the k th UE is computed according to the method of Zero-Forcing, ZF, that is specific to the second precoding and includes the SU-MIMO channel information of the k th UE and the CSI error of the k th UE, and BS choosing the precoding method that has the higher capacity , BS calculating the sum capacity of the plural of UEs under MU-MIMO based on a hybrid precoding by dividing the plural of UEs into two or more sets and using a precoding method for poor channel quality defined as CB or a precoding method for good channel quality defined as ZF for each set and dividing the plural of UEs into two or more sets based on the channel quality information of the UEs under SU-MIMO.
A method for processing a multimedia signal, the method comprising: receiving a multimedia signal having a plurality of subbands; receiving proto-type filter coefficients for filtering each subband signal of the multimedia signal; converting the proto-type filter coefficients into a plurality of subband filter coefficients; the method being characterized in that it further comprises the steps of: truncating subband filter coefficients for each subband based on filter order information obtained by at least partially using reverberation time information extracted from the corresponding subband filter coefficients, wherein the filter order is determined to be variable in a frequency domain; and filtering the multimedia signal by using the truncated subband filter coefficients corresponding to each subband signal. receiving a multimedia signal having a plurality of subbands; receiving proto-type filter coefficients for filtering each subband signal of the multimedia signal; converting the proto-type filter coefficients into a plurality of subband filter coefficients; the method being characterized in that it further comprises the steps of: truncating subband filter coefficients for each subband based on filter order information obtained by at least partially using reverberation time information extracted from the corresponding subband filter coefficients, wherein the filter order is determined to be variable in a frequency domain; and filtering the multimedia signal by using the truncated subband filter coefficients corresponding to each subband signal. truncating subband filter coefficients for each subband based on filter order information obtained by at least partially using reverberation time information extracted from the corresponding subband filter coefficients, wherein the filter order is determined to be variable in a frequency domain; and filtering the multimedia signal by using the truncated subband filter coefficients corresponding to each subband signal.
A method comprising: in a streamer (106A-F) towed by a survey vessel , the streamer comprising a first , second and third networked unit , and characterised in that it further comprises: sensing, by the first networked unit , a first interconnection of a daisy chain, the first interconnection being between the first networked unit and the second networked unit, and determining, by the first networked unit , that a fault condition exists on the first interconnection in response to the sensing; disabling, by the first networked unit , the first interconnection responsive to the fault condition; and enabling, by the first networked unit , a second interconnection responsive to the fault condition, wherein the second interconnection couples the first networked unit directly to the third networked unit, and wherein the second interconnection does not couple to the second networked unit. sensing, by the first networked unit , a first interconnection of a daisy chain, the first interconnection being between the first networked unit and the second networked unit, and determining, by the first networked unit , that a fault condition exists on the first interconnection in response to the sensing; disabling, by the first networked unit , the first interconnection responsive to the fault condition; and enabling, by the first networked unit , a second interconnection responsive to the fault condition, wherein the second interconnection couples the first networked unit directly to the third networked unit, and wherein the second interconnection does not couple to the second networked unit. disabling, by the first networked unit , the first interconnection responsive to the fault condition; and enabling, by the first networked unit , a second interconnection responsive to the fault condition, wherein the second interconnection couples the first networked unit directly to the third networked unit, and wherein the second interconnection does not couple to the second networked unit.
A method for categorizing data sets (DS1, DS2, DS3, ... DSn) obtained from a number of sources , said data sets being composed of symbols (S1, S2, S3, ... Sm), the method comprising: determining the frequency of appearance of symbols in a first collection (C) of data sets, determining the frequency of appearance of symbols in a second collection of data sets, determining the most significant symbols (S1, S2) for the second collection based on the frequency of appearance in the first collection and on the frequency of appearance in the second collection, said determining of the most significant symbols for the second collection being based on the probability p 1,jsc (w jsc ) of a symbol in the second collection given the probability of the same symbol in the first collection employing w jsc ∈ Bin ( n sc , p 0 j ) and p 1 , jsc k = n sc ! k ! n sc − k ! p 0 ⁢ j k 1 − p 0 ⁢ j n sc − k , where n sc is the number of used symbols in the second collection, w jsc is the number of times a symbol j has been used in the second collection, p 0j is the probability that a certain symbol taken from the first collection is the symbol j, (1 - p 0j ) is the probability that the symbol in question is not symbol j, and p 1,jsc (k) is the probability that symbol j appears k times in the second collection under the presumption that the number of times symbol j occurs follows a binomial distribution with given parameter, grouping the most significant symbols into groups (G) according to their appearance in the same data set, and ranking the data sets in relation to the symbol groups using a ranking scheme. determining the frequency of appearance of symbols in a first collection (C) of data sets, determining the frequency of appearance of symbols in a second collection of data sets, determining the most significant symbols (S1, S2) for the second collection based on the frequency of appearance in the first collection and on the frequency of appearance in the second collection, said determining of the most significant symbols for the second collection being based on the probability p 1,jsc (w jsc ) of a symbol in the second collection given the probability of the same symbol in the first collection employing w jsc ∈ Bin ( n sc , p 0 j ) and p 1 , jsc k = n sc ! k ! n sc − k ! p 0 ⁢ j k 1 − p 0 ⁢ j n sc − k , where n sc is the number of used symbols in the second collection, w jsc is the number of times a symbol j has been used in the second collection, p 0j is the probability that a certain symbol taken from the first collection is the symbol j, (1 - p 0j ) is the probability that the symbol in question is not symbol j, and p 1,jsc (k) is the probability that symbol j appears k times in the second collection under the presumption that the number of times symbol j occurs follows a binomial distribution with given parameter, grouping the most significant symbols into groups (G) according to their appearance in the same data set, and ranking the data sets in relation to the symbol groups using a ranking scheme.
Device for producing a flowable product, in particular ice cream, from a liquid mixture, comprising a processing container provided in a device housing with a temperature-controllable inner wall which encloses an inner space suitable for receiving the liquid mixture, in which a stirring apparatus is provided, wherein the processing container has a filling opening for introducing the liquid mixture and an outlet opening for dispensing the product, a closure element which is displaceably held at the outlet opening , which is adjustable between a closed position in which the outlet opening is closed, and an open position in which the outlet opening is at least partially open, and an operating apparatus , which has an actuator which is operatively coupled with the closure element , which is pivotable between a fixing position, in which the closure element is fixed in a stable position relative to the outlet opening , and a releasing position, in which the closure element is adjustable between the closed position and the open position, characterised in that the actuator is pivotable between a left fixing position and a right fixing position. a processing container provided in a device housing with a temperature-controllable inner wall which encloses an inner space suitable for receiving the liquid mixture, in which a stirring apparatus is provided, wherein the processing container has a filling opening for introducing the liquid mixture and an outlet opening for dispensing the product, a closure element which is displaceably held at the outlet opening , which is adjustable between a closed position in which the outlet opening is closed, and an open position in which the outlet opening is at least partially open, and an operating apparatus , which has an actuator which is operatively coupled with the closure element , which is pivotable between a fixing position, in which the closure element is fixed in a stable position relative to the outlet opening , and a releasing position, in which the closure element is adjustable between the closed position and the open position, characterised in that the actuator is pivotable between a left fixing position and a right fixing position.
An arrangement comprising a refrigerator unit and/or a freezer unit designed as a built-in unit and a furniture surround in which the unit is arranged, wherein the refrigerator unit and/or freezer comprises at least one carcass and at least one cooled inner space surrounded by the carcass wherein the unit comprises at least one refrigerant circuit that comprises at least one liquefier that is located at the rear side of the carcass in an air passage (K2) between the rear unit side and the furniture surround , and wherein the unit has at least one fan that is arranged such that it generates an airflow (L) over the liquefier in operation, wherein an airflow (L) takes place over the liquefier by natural convection with a switched off fan , wherein the fan is configured such that the air amount (L) conveyed by it is variable, characterized in that the unit has at least one container for receiving defrost water, with the fan being arranged such that it generates an airflow (L) over the defrost water located in the container in operation; and comprises a control unit that is configured to control the fan in dependence on the defrost water to be evaporated and on at least one parameter of the environmental conditions, with the parameter or parameters comprising the environmental temperature. characterized in that the unit has at least one container for receiving defrost water, with the fan being arranged such that it generates an airflow (L) over the defrost water located in the container in operation; and comprises a control unit that is configured to control the fan in dependence on the defrost water to be evaporated and on at least one parameter of the environmental conditions, with the parameter or parameters comprising the environmental temperature.
A neuronal cell culture substrate, characterized in that it comprises a neuronal cell culture support surface coated with poly-DL-ornithine alone, wherein said poly-DL-ornithine has a molecular weight of 30,000 or higher.
A formulation for detecting a species indicative of a disease in a patient, the formulation comprising: a mercury-containing reagent comprising mercury dissolved in an acid solution and which, when contacted with a urine sample from the patient, colourimetrically indicates whether the urine sample contains the species, wherein the mercury-containing reagent is contained within a gel carrier which, upon exposure to the urine sample, disintegrates in less than 3 minutes to release substantially all of the mercury-containing reagent, thereby causing rapid mixing of the mercury-containing reagent and the urine sample. a mercury-containing reagent comprising mercury dissolved in an acid solution and which, when contacted with a urine sample from the patient, colourimetrically indicates whether the urine sample contains the species, wherein the mercury-containing reagent is contained within a gel carrier which, upon exposure to the urine sample, disintegrates in less than 3 minutes to release substantially all of the mercury-containing reagent, thereby causing rapid mixing of the mercury-containing reagent and the urine sample.
A method performed by a User Equipment, UE, for reporting link information, characterized in that the method comprises: Determining , by the UE, supporting Device to Device, D2D, communication, link information, comprising D2D link information and/or Device to Network, D2N, link information, to be reported to a network side; and Sending , by the UE, the determined link information to the network side over a D2N link, and indicating a link corresponding to the link information to the network side; wherein sending comprises transmitting the determined D2D link information to the network side over a first resource if the UE determines that the D2D link information is to be transmitted, and separately transmitting the determined D2N link information to the network side over a respective second resource if the UE determines that the D2N link information is to be transmitted, wherein the first and second resource over which the link information is carried is a first resource allocated by the network side for a D2D link of the UE, respectively a different second resource allocated by the network side for the D2N link of the UE, wherein the UE sends the D2D link information over the first resource to indicate that the link corresponding to the D2D link information is a D2D link, and the D2N link information over the second resource to indicate that the link corresponding to the D2N link information is a D2N link. Determining , by the UE, supporting Device to Device, D2D, communication, link information, comprising D2D link information and/or Device to Network, D2N, link information, to be reported to a network side; and Sending , by the UE, the determined link information to the network side over a D2N link, and indicating a link corresponding to the link information to the network side; wherein sending comprises transmitting the determined D2D link information to the network side over a first resource if the UE determines that the D2D link information is to be transmitted, and separately transmitting the determined D2N link information to the network side over a respective second resource if the UE determines that the D2N link information is to be transmitted, wherein the first and second resource over which the link information is carried is a first resource allocated by the network side for a D2D link of the UE, respectively a different second resource allocated by the network side for the D2N link of the UE, wherein the UE sends the D2D link information over the first resource to indicate that the link corresponding to the D2D link information is a D2D link, and the D2N link information over the second resource to indicate that the link corresponding to the D2N link information is a D2N link.
A rotary cooking device comprising: a device body ; a cooking container that is fixed to the device body and is configured to contain food to be cooked; a rotor that is rotated inside of the cooking container and cooks the food to be cooked, which is contained inside of the cooking container ; a drive source that applies drive force to the rotor , characterized in that a plurality of suckers that are attached to a bottom of the device body and serve as legs for supporting the device body by suction; and a suction releasing lever connects the plurality of suckers to each other, wherein the suction releasing lever uplifts and moves a part of each of the plurality of suckers so as to release the suction of each of the plurality of suckers . a device body ; a cooking container that is fixed to the device body and is configured to contain food to be cooked; a rotor that is rotated inside of the cooking container and cooks the food to be cooked, which is contained inside of the cooking container ; a drive source that applies drive force to the rotor , characterized in that a plurality of suckers that are attached to a bottom of the device body and serve as legs for supporting the device body by suction; and a suction releasing lever connects the plurality of suckers to each other, wherein the suction releasing lever uplifts and moves a part of each of the plurality of suckers so as to release the suction of each of the plurality of suckers .