mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method, comprising: transmitting from a base station (200-1) to a user terminal (100-1), configuration information on a specific group communication service provided over Single Cell Point to Multi-point, SC-PTM, transmission, wherein the specific group communication service is represented by a temporary mobile group identity, TMGI, and the TMGI is mapped with a Group-Radio Network Temporary Identifier, G-RNTI; transmitting from the base station (200-1) to the user terminal (100-1), via a Physical Downlink Control Channel, PDCCH associated with the G-RNTI, information indicating a resource used for transmitting SC-PTM data of the specific group communication service; transmitting from the base station (200-1) to the user terminal (100-1), via a Physical Downlink Shared Channel, PDSCH, the SC-PTM data of the specific group communication service; and transmitting from the base station (200-1) to the user terminal (100-1), information on stop of transmission of the specific group communication service provided by the SC-PTM transmission. transmitting from a base station (200-1) to a user terminal (100-1), configuration information on a specific group communication service provided over Single Cell Point to Multi-point, SC-PTM, transmission, wherein the specific group communication service is represented by a temporary mobile group identity, TMGI, and the TMGI is mapped with a Group-Radio Network Temporary Identifier, G-RNTI; transmitting from the base station (200-1) to the user terminal (100-1), via a Physical Downlink Control Channel, PDCCH associated with the G-RNTI, information indicating a resource used for transmitting SC-PTM data of the specific group communication service; transmitting from the base station (200-1) to the user terminal (100-1), via a Physical Downlink Shared Channel, PDSCH, the SC-PTM data of the specific group communication service; and transmitting from the base station (200-1) to the user terminal (100-1), information on stop of transmission of the specific group communication service provided by the SC-PTM transmission.
A stabilizer bar for a bag valve mask (BVM) resuscitator , the BVM resuscitator having a reservoir bag , a face mask , and an outlet port , the outlet port having a neck , wherein the stabilizer bar comprises: an attachment support member for connection with the outlet port ; and characterized in that the stabilizer bar comprises: at least one extension arm member extending from the attachment support member to a position adjacent the bagging hand of the user when operating the BVM resuscitator , wherein the extension arm member comprises a handle and an end tip ; wherein the extension arm member provides stability to the BVM resuscitator , when held and operated by the hand of the user. at least one extension arm member extending from the attachment support member to a position adjacent the bagging hand of the user when operating the BVM resuscitator , wherein the extension arm member comprises a handle and an end tip ; wherein the extension arm member provides stability to the BVM resuscitator , when held and operated by the hand of the user.
A delayed release drug formulation for oral administration to deliver a drug to the colon of a subject, said formulation comprising a core and a coating for the core, the core comprising a drug and the coating comprising an outer layer and an inner layer, wherein the outer layer comprises a mixture of a polysaccharide which is susceptible to attack by colonic bacteria and an enteric polymethacrylate polymer having a pH threshold from pH 5.5 to no more than 7.2 in a ratio in a range from 10:90 to 60:40, and wherein the inner layer comprises a third polymeric material which is a non-ionic polymer that is soluble in intestinal fluid, a buffer agent, and a base.
A drain check valve for a pressure regulator, the drain check valve comprising: a housing including a flow passage extending from a housing inlet , through the housing to a housing outlet ; a plunger , wherein the plunger is hollow and defines a plunger passage included in the flow passage of the housing, the plunger passage includes a plunger inlet at one end of the plunger and a plunger outlet , the plunger outlet being aligned with the housing outlet; a valve seat in the housing and disposed between the housing inlet and the plunger inlet; and a drain check shuttle within the housing and configured to move reciprocally with respect to both the housing and the plunger, wherein the drain check shuttle has a first position within the housing at which the drain check shuttle abuts the valve seat and closes the flow passage and a second position displaced from the valve seat and which opens the flow passage, characterized in that the plunger outlet is located at an opposite end of the plunger . a housing including a flow passage extending from a housing inlet , through the housing to a housing outlet ; a plunger , wherein the plunger is hollow and defines a plunger passage included in the flow passage of the housing, the plunger passage includes a plunger inlet at one end of the plunger and a plunger outlet , the plunger outlet being aligned with the housing outlet; a valve seat in the housing and disposed between the housing inlet and the plunger inlet; and a drain check shuttle within the housing and configured to move reciprocally with respect to both the housing and the plunger, wherein the drain check shuttle has a first position within the housing at which the drain check shuttle abuts the valve seat and closes the flow passage and a second position displaced from the valve seat and which opens the flow passage, characterized in that the plunger outlet is located at an opposite end of the plunger .
A method to improve security of client computers interacting with server computers , the method being executed by one or more processors of a server computer and comprising: processing a first set of original instructions associated with a request from a first client computer , the first set of original instructions being configured to produce a first set of outputs or effects when executed by the first client computer; generating a first set of alternate instructions from the first set of original instructions, wherein the first set of alternate instructions is functionally equivalent to the first set of original instructions when the first set of alternate instructions is executed by a first interpreter; generating a first set of interpreter instructions that define the first interpreter , the first set of interpreter instructions comprising JavaScript instructions that, when executed by a browser with a JavaScript runtime environment, configure the JavaScript runtime environment to interpret the first set of alternative instructions; sending, to the first client computer, the first set of alternate instructions and the first set of interpreter instructions, wherein the first set of interpreter instructions and the first set of alternate instructions cause the first client computer to produce the first set of outputs or effects when executed by the first client computer. processing a first set of original instructions associated with a request from a first client computer , the first set of original instructions being configured to produce a first set of outputs or effects when executed by the first client computer; generating a first set of alternate instructions from the first set of original instructions, wherein the first set of alternate instructions is functionally equivalent to the first set of original instructions when the first set of alternate instructions is executed by a first interpreter; generating a first set of interpreter instructions that define the first interpreter , the first set of interpreter instructions comprising JavaScript instructions that, when executed by a browser with a JavaScript runtime environment, configure the JavaScript runtime environment to interpret the first set of alternative instructions; sending, to the first client computer, the first set of alternate instructions and the first set of interpreter instructions, wherein the first set of interpreter instructions and the first set of alternate instructions cause the first client computer to produce the first set of outputs or effects when executed by the first client computer.
Silicon carbide substrate, comprising: a doped inner region which forms 45 % ± 15 % of a total surface area of said substrate , a ring shaped peripheral region doped with a concentration different from the concentration of dopants in the inner region and radially surrounding the inner region , wherein the substrate has a diameter of at least 100 mm, and wherein said dopant comprises nitrogen, characterized in that a mean concentration of the dopant in the inner region differs by no more than 1·10 18 cm -3 from the mean concentration of this dopant in the peripheral region , wherein the maximum deviation of the mean absorption coefficient of the inner region and peripheral region is less than 5 cm -1 , and wherein the substrate has an electrical resistivity in a range from 12 mΩ cm to 26 mΩ cm. a doped inner region which forms 45 % ± 15 % of a total surface area of said substrate , a ring shaped peripheral region doped with a concentration different from the concentration of dopants in the inner region and radially surrounding the inner region , wherein the substrate has a diameter of at least 100 mm, and wherein said dopant comprises nitrogen, characterized in that a mean concentration of the dopant in the inner region differs by no more than 1·10 18 cm -3 from the mean concentration of this dopant in the peripheral region , wherein the maximum deviation of the mean absorption coefficient of the inner region and peripheral region is less than 5 cm -1 , and wherein the substrate has an electrical resistivity in a range from 12 mΩ cm to 26 mΩ cm.
A method for power amplification in an apparatus, comprising: splitting a millimeter, MM, wave input signal to generate a first MM wave signal and a second MM wave signal generating a phase shifted first MM wave signal based on a selected phase shift and the first MM wave signal; providing intermediate output power levels at first and second output terminals (B, D) of a hybrid coupler based on combinations of the phase shifted first MM wave signal and the second MM wave signal , wherein the hybrid coupler comprises a 1/4 wavelength extension providing a 90 degree phase shift at the second output terminal (D) of the hybrid coupler, and wherein the first output terminal (B) of the hybrid coupler is coupled to an input of a first power amplifier (PA1), and the second output terminal (D) of the hybrid coupler is coupled to an input of a second power amplifier (PA2); and adjusting the intermediate output power levels by adjusting the selected phase shift, wherein the selected phase shift is adjusted based on a detected output power level of the apparatus . splitting a millimeter, MM, wave input signal to generate a first MM wave signal and a second MM wave signal generating a phase shifted first MM wave signal based on a selected phase shift and the first MM wave signal; providing intermediate output power levels at first and second output terminals (B, D) of a hybrid coupler based on combinations of the phase shifted first MM wave signal and the second MM wave signal , wherein the hybrid coupler comprises a 1/4 wavelength extension providing a 90 degree phase shift at the second output terminal (D) of the hybrid coupler, and wherein the first output terminal (B) of the hybrid coupler is coupled to an input of a first power amplifier (PA1), and the second output terminal (D) of the hybrid coupler is coupled to an input of a second power amplifier (PA2); and adjusting the intermediate output power levels by adjusting the selected phase shift, wherein the selected phase shift is adjusted based on a detected output power level of the apparatus .
A hydrogel contact lens wherein the peripheral zone of the hydrogel contact lens includes a plurality of raised portions on the surface of the lens proximal to the ocular surface ; characterized in that the hydrogel contact lens further comprises an ocular insert , wherein the raised portions are arranged along the circumference of the ocular insert ; wherein the ocular insert is supported or encapsulated by the hydrogel contact lens ; wherein the hydrogel contact lens further comprises gap portions , formed between adjacent raised portions , to prevent unwanted adhesion to the ocular surface and to allow for oxygen transmission and tear flow. characterized in that the hydrogel contact lens further comprises an ocular insert , wherein the raised portions are arranged along the circumference of the ocular insert ; wherein the ocular insert is supported or encapsulated by the hydrogel contact lens ; wherein the hydrogel contact lens further comprises gap portions , formed between adjacent raised portions , to prevent unwanted adhesion to the ocular surface and to allow for oxygen transmission and tear flow.
A method for determining a decay constant of a time-domain signal , said method comprising: mixing, in a digital or analog mixer , the time-domain signal with a local oscillator signal generated by a local oscillator , to generate a Fourier transformed time-domain signal comprising at least two frequency components, wherein the at least two frequency components are at a fundamental frequency of the local oscillator signal and at a frequency other than the fundamental frequency; determining the magnitude of each of the at least two frequency components at the fundamental frequency and at the other frequency; and characterized by determining a ratio of the magnitude of the at least two frequency components at the fundamental frequency and the other frequency; and determining the decay constant using a calibration curve or look-up table relating one or more ratios to the decay constant of the time-domain signal. mixing, in a digital or analog mixer , the time-domain signal with a local oscillator signal generated by a local oscillator , to generate a Fourier transformed time-domain signal comprising at least two frequency components, wherein the at least two frequency components are at a fundamental frequency of the local oscillator signal and at a frequency other than the fundamental frequency; determining the magnitude of each of the at least two frequency components at the fundamental frequency and at the other frequency; and characterized by determining a ratio of the magnitude of the at least two frequency components at the fundamental frequency and the other frequency; and determining the decay constant using a calibration curve or look-up table relating one or more ratios to the decay constant of the time-domain signal.
Passive foodstuff screen device for unloading flour in a conveying flow from a silo vehicle, wherein the foodstuff screen device comprises: - a housing having a housing inlet and a housing outlet , and at least one viewing glass through which the flour flowing through a closed screen insert is visible; - the closed screen insert which is disposed so as to be substantially within the housing in such a manner that i. a spatial region is formed between the internal wall of the housing and the external wall of the screen insert ; ii. at least one screen element of the screen insert is disposed so as to be substantially parallel with the main conveying direction (F); - a hose coupling on the housing inlet and/or on the housing outlet ; wherein the foodstuff screen device is configured in such a manner that the flour is capable of being driven in a conveying flow of air, and wherein the base region of the screen insert that is disposed so as to be orthogonal to the main conveying direction (F) is equipped with at least one screen element; and wherein the main conveying direction is understood to be the longitudinal axis of the housing. - a housing having a housing inlet and a housing outlet , and at least one viewing glass through which the flour flowing through a closed screen insert is visible; - the closed screen insert which is disposed so as to be substantially within the housing in such a manner that i. a spatial region is formed between the internal wall of the housing and the external wall of the screen insert ; ii. at least one screen element of the screen insert is disposed so as to be substantially parallel with the main conveying direction (F); i. a spatial region is formed between the internal wall of the housing and the external wall of the screen insert ; ii. at least one screen element of the screen insert is disposed so as to be substantially parallel with the main conveying direction (F); - a hose coupling on the housing inlet and/or on the housing outlet ;
A delivery mechanism for a vending machine , comprising: an x-y mechanism ; and a product retrieval assembly movable by the x-y mechanism in an x-direction and in a y-direction that is perpendicular to the x-direction, wherein the product retrieval assembly comprises: a cup for receiving a product; a drive mechanism comprising a motor and a gear train configured to drive an advancing assembly on which the product is positioned to advance the product into the cup , wherein the drive mechanism further comprises a movable arm configured to move from a stowed position to an extended position to engage a gear of the gear train arranged on the movable arm with a coupling of the advancing assembly , wherein the movable arm is rotatable about an axis from the stowed position to the extended position. a cup for receiving a product; a drive mechanism comprising a motor and a gear train configured to drive an advancing assembly on which the product is positioned to advance the product into the cup , wherein the drive mechanism further comprises a movable arm configured to move from a stowed position to an extended position to engage a gear of the gear train arranged on the movable arm with a coupling of the advancing assembly , wherein the movable arm is rotatable about an axis from the stowed position to the extended position.
A method for identifying occupant-specific settings for a vehicle , the method comprising: detecting a presence of a vehicle occupant without detecting an identification of a particular vehicle occupant; collecting biometric occupant data of the detected vehicle occupant; assembling a descriptor based on at least part of the collected occupant data ; storing the descriptor in a database ; updating a cluster of descriptors in the database based on the assembled descriptor , wherein descriptors grouped in the cluster are close to each other, and wherein the cluster corresponds to the detected vehicle occupant; calculating a distance of the assembled descriptor to each cluster in the database ; comparing the calculated distance with a threshold value; and if the calculated distance does not exceed the threshold value: - selecting the best matching cluster stored in the database ; and - calculating a vehicle setting based on the best matching cluster , wherein calculating a vehicle setting comprises: - retrieving at least one cluster item of the best matching cluster from the database , each cluster item including at least one vehicle setting , and - calculating at least one occupant-specific vehicle setting based on the at least one vehicle setting of the retrieved at least one cluster item. detecting a presence of a vehicle occupant without detecting an identification of a particular vehicle occupant; collecting biometric occupant data of the detected vehicle occupant; assembling a descriptor based on at least part of the collected occupant data ; storing the descriptor in a database ; updating a cluster of descriptors in the database based on the assembled descriptor , wherein descriptors grouped in the cluster are close to each other, and wherein the cluster corresponds to the detected vehicle occupant; calculating a distance of the assembled descriptor to each cluster in the database ; comparing the calculated distance with a threshold value; and if the calculated distance does not exceed the threshold value: - selecting the best matching cluster stored in the database ; and - calculating a vehicle setting based on the best matching cluster , - selecting the best matching cluster stored in the database ; and - calculating a vehicle setting based on the best matching cluster , wherein calculating a vehicle setting comprises: - retrieving at least one cluster item of the best matching cluster from the database , each cluster item including at least one vehicle setting , and - calculating at least one occupant-specific vehicle setting based on the at least one vehicle setting of the retrieved at least one cluster item. - retrieving at least one cluster item of the best matching cluster from the database , each cluster item including at least one vehicle setting , and - calculating at least one occupant-specific vehicle setting based on the at least one vehicle setting of the retrieved at least one cluster item.
A conduit connection assembly comprising a first conduit part and a second conduit part , assembled to form a conduit connection delimiting a first fluid conducting volume (V1), the first and second conduit parts presenting respective connection surfaces adapted to face each other, wherein the conduit connection assembly presents a second fluid conducting volume (V2), the first and second fluid conducting volumes (V1, V2) being arranged to communicate with each other via a pressure change inducing device so as to form a common fluid guide (V1, V2), whereby during use of the conduit connection assembly the pressure in the first fluid conducting volume (V1) is higher than the pressure in the second fluid conducting volume (V2), a cavity being formed between the first and second conduit parts at a distance (DC) from the first fluid conducting volume (V1), the cavity being at least partly formed by at least one of the connection surfaces and/or partly located directly adjacent at least one of the connection surfaces , wherein the first and second conduit parts are adapted to form, in their assembled state, a sealing abutment radially outside the cavity , a draining connection being adapted to provide a communication between the cavity and the second fluid conducting volume (V2), the combination of the draining connection and the cavity forming a pressure reducing volume, characterized in that the conduit connection assembly presents a slot adapted to provide a communication between the first fluid conducting volume and the pressure reducing volume, the first and second conduit parts being adapted to form the slot in their assembled state, the slot extending in an axial direction of the conduit connection assembly in its assembled condition.
Micropump including a support structure , a pump tube , and an actuation system comprising one or more pump chamber actuators , the pump tube comprising a pump chamber portion defining therein a pump chamber , an inlet portion for inflow of fluid into the pump chamber, and an outlet portion for outflow of fluid from the pump chamber, the inlet, outlet and pump chamber portions forming part of a continuous section of tube made of a supple material, the one or more pump chamber actuators configured to bias against the pump chamber portion to expel liquid contained in the pump chamber via the outlet portion, respectively to bias away from the pump chamber portion to allow liquid to enter the pump chamber via the inlet portion, wherein the actuation system further comprises an inlet valve , and an outlet valve in the form of pinch valves that bias against the pump tube on an inlet, respectively outlet side of the pump chamber portion, the inlet pinch valve being operated by means of a inlet valve actuator and the outlet valve being operated by means of an outlet valve actuator , characterised in that the pump chamber portion has a cross-sectional area A p in an expanded state that is larger than a cross-sectional area A i of the pump tube at the inlet and outlet portions.