mhurhangee/ep-ind-claims huggingface dataset:
An in vitro method for producing a cultured meat product for dietary consumption, the method comprising: modifying a self-renewing cell line of livestock, poultry, game, or aquatic animal species with an inducible myogenic transcription factor to produce a myogenic-transcription-factor-modified cell line, wherein said self-renewing cell line is a pluripotent embryonic stem cell line or an induced pluripotent stem cell line; maintaining said modified cell line in a self-renewal process followed by inducing myogenic differentiation of said modified cell line by exogenous regulation of the inducible myogenic transcription factor, wherein inducing of the myogenic differentiation further comprises contacting said modified cell line with an inhibitor of DNA methylation, and wherein the differentiated modified cell line forms myocytes and multinucleated myotubes, both comprising myonuclei; and culturing the myocytes and multinucleated myotubes to generate skeletal muscle fibers, thereby producing a cultured meat product for dietary consumption. modifying a self-renewing cell line of livestock, poultry, game, or aquatic animal species with an inducible myogenic transcription factor to produce a myogenic-transcription-factor-modified cell line, wherein said self-renewing cell line is a pluripotent embryonic stem cell line or an induced pluripotent stem cell line; maintaining said modified cell line in a self-renewal process followed by inducing myogenic differentiation of said modified cell line by exogenous regulation of the inducible myogenic transcription factor, wherein inducing of the myogenic differentiation further comprises contacting said modified cell line with an inhibitor of DNA methylation, and wherein the differentiated modified cell line forms myocytes and multinucleated myotubes, both comprising myonuclei; and culturing the myocytes and multinucleated myotubes to generate skeletal muscle fibers, thereby producing a cultured meat product for dietary consumption.
An access method, comprising: sending, by a base station, a first message to an access point through a first communication interface, for requesting the access point to establish a second bearer with a user equipment, UE, the second bearer being based on a second communication interface, wherein the first message carries an identifier of the UE and an identifier of an E-UTRAN Radio Access Bearer, E-RAB; receiving, by the base station, an E-RAB setup response message from the access point, for responding to the first message, wherein the E-RAB setup response message carries an ID of the second bearer; and establishing, by the base station, a first bearer with the access point, the first bearer being based on the first communication interface, wherein the first bearer and the second bearer correspond to the E-RAB and data is transmitted through the first bearer and the second bearer under the control of the base station. sending, by a base station, a first message to an access point through a first communication interface, for requesting the access point to establish a second bearer with a user equipment, UE, the second bearer being based on a second communication interface, wherein the first message carries an identifier of the UE and an identifier of an E-UTRAN Radio Access Bearer, E-RAB; receiving, by the base station, an E-RAB setup response message from the access point, for responding to the first message, wherein the E-RAB setup response message carries an ID of the second bearer; and establishing, by the base station, a first bearer with the access point, the first bearer being based on the first communication interface, wherein the first bearer and the second bearer correspond to the E-RAB and data is transmitted through the first bearer and the second bearer under the control of the base station.
A system for adaptively measuring and tracking metabolic rate of a subject comprising: an orifice for the introduction of exhaled breath into a flow path; a pressure sensor with an inlet located on the inlet side of the orifice; and a metabolic analyzer for determining resting energy expenditure of the subject proportional to a calibration curve that relates the output signal of the pressure sensor to the exhaled volume flow rate, and wherein the metabolic analyzer is configured to provide an adaptive algorithm by: a means to pre-determine the natural breathing pattern of the subject; a means to play audio with a rhythm and volume, or video with motion sequence, adjusted to the pre-determined natural breathing pattern; a means to detect changes in the natural breathing pattern over time; a means to memorize changes in the natural breathing pattern overtime; and a means to adjust the audio rhythm and volume or video motion sequence according to the changes in the natural breathing pattern. an orifice for the introduction of exhaled breath into a flow path; a pressure sensor with an inlet located on the inlet side of the orifice; and a metabolic analyzer for determining resting energy expenditure of the subject proportional to a calibration curve that relates the output signal of the pressure sensor to the exhaled volume flow rate, and wherein the metabolic analyzer is configured to provide an adaptive algorithm by: a means to pre-determine the natural breathing pattern of the subject; a means to play audio with a rhythm and volume, or video with motion sequence, adjusted to the pre-determined natural breathing pattern; a means to detect changes in the natural breathing pattern over time; a means to memorize changes in the natural breathing pattern overtime; and a means to adjust the audio rhythm and volume or video motion sequence according to the changes in the natural breathing pattern. a means to pre-determine the natural breathing pattern of the subject; a means to play audio with a rhythm and volume, or video with motion sequence, adjusted to the pre-determined natural breathing pattern; a means to detect changes in the natural breathing pattern over time; a means to memorize changes in the natural breathing pattern overtime; and a means to adjust the audio rhythm and volume or video motion sequence according to the changes in the natural breathing pattern.
An injection apparatus including an injection cylinder driving an injection plunger to inject a molding material, characterized in that the injection apparatus comprises: a first cylinder connected to the injection cylinder, the first cylinder feeding hydraulic oil to the injection cylinder and draining hydraulic oil therefrom; a second cylinder connected to the injection cylinder in parallel with the first cylinder, the second cylinder feeding hydraulic oil to the injection cylinder and draining hydraulic oil therefrom; a single unit of driving means (10, 11, 12) for reciprocatingly driving a piston of the first cylinder and a piston of the second cylinder; a directional control valve provided between one end of the injection cylinder and one end of the first cylinder, the directional control valve allowing a flow of hydraulic oil from the first cylinder toward the injection cylinder but cutting off the flow of hydraulic oil from the injection cylinder toward the first cylinder; flow rate adjustment means provided between the directional control valve and the first cylinder, the flow rate adjustment means being for adjusting a flow rate of hydraulic oil between the one end of the first cylinder and the one end of the injection cylinder, and wherein the driving means (10, 11, 12) drives the piston of the first cylinder and the piston of the second cylinder in synchronization with each other. a first cylinder connected to the injection cylinder, the first cylinder feeding hydraulic oil to the injection cylinder and draining hydraulic oil therefrom; a second cylinder connected to the injection cylinder in parallel with the first cylinder, the second cylinder feeding hydraulic oil to the injection cylinder and draining hydraulic oil therefrom; a single unit of driving means (10, 11, 12) for reciprocatingly driving a piston of the first cylinder and a piston of the second cylinder; a directional control valve provided between one end of the injection cylinder and one end of the first cylinder, the directional control valve allowing a flow of hydraulic oil from the first cylinder toward the injection cylinder but cutting off the flow of hydraulic oil from the injection cylinder toward the first cylinder; flow rate adjustment means provided between the directional control valve and the first cylinder, the flow rate adjustment means being for adjusting a flow rate of hydraulic oil between the one end of the first cylinder and the one end of the injection cylinder, and wherein the driving means (10, 11, 12) drives the piston of the first cylinder and the piston of the second cylinder in synchronization with each other.
Pump and/or filter module for motor vehicles having an electrical component and a connection cable connected electrically to the electrical component and having a cable-side plug, wherein a holder fastened to the housing of the pump or filter module via the electrical component and formed as a transport safety means is additionally formed as a transport fixing means of the connection cable as well as the plug, and wherein the holder has a first clamping region and a second clamping region, wherein the first clamping region is formed to fasten to the component and the second clamping region is formed to fasten to the plug.
An impeller blade of an axial turbomachine, with a blade root, an airfoil, and a blade platform, wherein the impeller blade is mountable on a rotor disc by means of the blade root and arranged with other impeller blades on the rotor disc in the circumferential direction, wherein the impeller blade has a pocket-like body that is arranged beneath the airfoil and above the blade root as well as in the area of the blade platform, wherein the pocket-like body is arranged in or on a hollow space of the blade platform, wherein the hollow space forms an enlarged hollow space with another hollow space of an adjacent impeller blade on the rotor disc, wherein the pocket-like body, with another pocket-like body of the rotor blade that is adjacent on the rotor disc, forms an enlarged pocket-like body for receiving a damping element, wherein the pocket-like body is bordered at least by two axial and two radial crosspieces, wherein the damping element is arranged within these crosspieces, wherein the impeller blade further comprises the damping element, which is designed to receive in the enlarged pocket-like body of the impeller blade, wherein the damping element has a length L D and a width W D, wherein the damping element is arranged in its longitudinal direction in the enlarged pocket-like body parallel to the axis of rotation of the turbomachine, and wherein the damping element is trapezoidal or rectangular in the cross section perpendicular to the longitudinal alignment of the damping element, characterized in that the ratio of the length L D to the width W D is less than 1.
Method for controlling vehicle speed in a vehicle equipped with brake cruise control when the vehicle is travelling downhill, which method comprises the steps of; - driving a vehicle downhill with the brake set speed set to a first brake set speed (v B1); - detecting a current vehicle speed; - automatically applying a brake torque using at least an auxiliary brake to maintain the first brake set speed (v B1); - detecting a manual application of a vehicle service brake, in order to decrease vehicle speed; and if a control unit detects that the driver is applying the service brake (131, 132, 133), then the control unit is automatically arranged to perform the steps of: - setting the brake set speed to a second brake set speed (v B2) that is lower than the first brake set speed (v B1); and - applying a brake torque using at least the auxiliary brake if a detected current vehicle speed exceeds the second brake set speed, characterized by setting the second brake set speed (v B2) at a level where the second brake set speed can be maintained by the auxiliary brake. - driving a vehicle downhill with the brake set speed set to a first brake set speed (v B1); - detecting a current vehicle speed; - automatically applying a brake torque using at least an auxiliary brake to maintain the first brake set speed (v B1); - detecting a manual application of a vehicle service brake, in order to decrease vehicle speed; and - setting the brake set speed to a second brake set speed (v B2) that is lower than the first brake set speed (v B1); and - applying a brake torque using at least the auxiliary brake if a detected current vehicle speed exceeds the second brake set speed,
A paging area control apparatus comprising: selecting means for selecting an algorithm that corresponds to a mobility characteristic of a mobile station from a plurality of paging area determining algorithms; and determining means for determining a paging area of the mobile station using the selected algorithm, wherein the plurality of paging area determining algorithms include a first algorithm, the selecting means is adapted to select, from the plurality of paging area determining algorithms, the first algorithm to be used by the determining means to determine the paging area, the first algorithm includes determining the paging area based on a non-circular and non-spherical geographical region which covers a moving direction of the mobile station as compared to other directions, the region is in the shape of an ellipse or an ellipsoid, and an eccentricity of the ellipse or the ellipsoid is determined in accordance with magnitude of a randomness of movement of the mobile station or variations in the moving direction, the randomness of movement of the mobile station being a movement without regularity in a movement trajectory of the mobile station. selecting means for selecting an algorithm that corresponds to a mobility characteristic of a mobile station from a plurality of paging area determining algorithms; and determining means for determining a paging area of the mobile station using the selected algorithm, wherein the plurality of paging area determining algorithms include a first algorithm, the selecting means is adapted to select, from the plurality of paging area determining algorithms, the first algorithm to be used by the determining means to determine the paging area, the first algorithm includes determining the paging area based on a non-circular and non-spherical geographical region which covers a moving direction of the mobile station as compared to other directions, the region is in the shape of an ellipse or an ellipsoid, and an eccentricity of the ellipse or the ellipsoid is determined in accordance with magnitude of a randomness of movement of the mobile station or variations in the moving direction, the randomness of movement of the mobile station being a movement without regularity in a movement trajectory of the mobile station.
A device for monitoring athletic performance of a user, the device comprising: a housing; a wristband configured to be worn by the user; and an electronic module removably attached to the wristband, the electronic module having a controller, the electronic module further having a plurality of user inputs operably associated with the controller, the plurality of user inputs including a first user input operable along an x-axis direction, and a second user input operable along a y-axis direction, and a third user input operable along a z-axis direction, and wherein the electronic module has a screen and the wherein the third user input comprises a sensor operably connected to the controller wherein the sensor is activated by the user tapping the screen, and wherein the third user input is configred to be activated by tapping the screen at a first force to provide a first signal and the third input is configured to be activated by tapping the screen at a second force to provide a second signal, the second force being different than the first force, characterised in that the controller is configured to provide a first action in response to the user tapping the screen at the first force and a second action in response to the user tapping the screen at the second force. a housing; a wristband configured to be worn by the user; and an electronic module removably attached to the wristband, the electronic module having a controller, the electronic module further having a plurality of user inputs operably associated with the controller, the plurality of user inputs including a first user input operable along an x-axis direction, and a second user input operable along a y-axis direction, and a third user input operable along a z-axis direction, and wherein the electronic module has a screen and the wherein the third user input comprises a sensor operably connected to the controller wherein the sensor is activated by the user tapping the screen, and wherein the third user input is configred to be activated by tapping the screen at a first force to provide a first signal and the third input is configured to be activated by tapping the screen at a second force to provide a second signal, the second force being different than the first force, characterised in that the controller is configured to provide a first action in response to the user tapping the screen at the first force and a second action in response to the user tapping the screen at the second force.
A method comprising: receiving, from a service function classifier and by a computing device (200, 400) that hosts an active service function of a service function chain, a packet classified to the service function chain, wherein the packet is encapsulated with a network service header that includes backup service function information for the active service function of the service function chain; and sending, by the computing device and based at least on the backup service function information included in the network service header, state information for the active service function to one or more computing devices that host one or more backup service functions identified by the backup service function information. receiving, from a service function classifier and by a computing device (200, 400) that hosts an active service function of a service function chain, a packet classified to the service function chain, wherein the packet is encapsulated with a network service header that includes backup service function information for the active service function of the service function chain; and sending, by the computing device and based at least on the backup service function information included in the network service header, state information for the active service function to one or more computing devices that host one or more backup service functions identified by the backup service function information.
A tire comprising a tire frame that comprises a resin material and has a circular shape, and a belt portion that comprises a metal-resin composite that is disposed around the tire frame, the metal-resin composite having a structure in which a metal member, an adhesive layer and a resin layer are disposed in this order, and characterised in that the following Formula and Formula are satisfied: 23 ≦ number of metal-resin composites 26 in the belt portion / width of the belt portion mm × 100 1 / a / A + b / B ≦ 210 wherein, in Formula, A is a water permeation index of the resin layer that is from 50 g • mm/(m 2 • day) to 600 g • mm/(m 2 • day), B is a water permeation index of the adhesive layer that is from 5 g • mm/(m 2 • day) to 300 g • mm/(m 2 • day), a is a thickness of the resin layer that is from 0.015 mm to 1.5 mm and b is a thickness of the adhesive layer that is from 0.005 mm to 0.2 mm.
A linear expander comprising: a body portion comprising a suction hole through which a fluid having a first pressure flows in, a discharge hole through which the fluid flows out with a second pressure that is lower than the first pressure, and first and second holes (113, 114) connecting an expansion space formed between the suction hole and the discharge hole; a first linear generating portion and a second linear generating portion respectively causing pistons provided in the first hole and the second hole to linearly reciprocate to generate an induced electromotive force with an expansion force generated when the fluid having the first pressure expands to the fluid having the second pressure; a suction valve opening and closing the suction hole; and a discharge valve opening and closing the discharge hole, wherein the suction valve is biased in a normally open state such that it closes to prevent inflow of the fluid having the first pressure when a pressure in the expansion space is reduced and thus a pressure difference between the outside of the suction hole and the expansion space is greater than a predetermined value, and the discharge valve is biased in a normally open state such that it is opened to let the fluid in the expansion space to flow out when the pressure in the expansion space is reduced and thus a pressure difference between the outside of the discharge hole and the expansion space is lower than a predetermined value. a body portion comprising a suction hole through which a fluid having a first pressure flows in, a discharge hole through which the fluid flows out with a second pressure that is lower than the first pressure, and first and second holes (113, 114) connecting an expansion space formed between the suction hole and the discharge hole; a first linear generating portion and a second linear generating portion respectively causing pistons provided in the first hole and the second hole to linearly reciprocate to generate an induced electromotive force with an expansion force generated when the fluid having the first pressure expands to the fluid having the second pressure; a suction valve opening and closing the suction hole; and a discharge valve opening and closing the discharge hole, wherein the suction valve is biased in a normally open state such that it closes to prevent inflow of the fluid having the first pressure when a pressure in the expansion space is reduced and thus a pressure difference between the outside of the suction hole and the expansion space is greater than a predetermined value, and the discharge valve is biased in a normally open state such that it is opened to let the fluid in the expansion space to flow out when the pressure in the expansion space is reduced and thus a pressure difference between the outside of the discharge hole and the expansion space is lower than a predetermined value.