mhurhangee/ep-ind-claims huggingface dataset:
An endurance test apparatus for a medical instrument comprising a simulated blood vessel formed of a predetermined elastic body, supporting means comprising a first holding member and a second holding member for supporting opposite end portions of the simulated blood vessel in the direction of extension of the simulated blood vessel, the supporting means operating so that the two end portions are relatively rotatable and able to move closer to and away from each other, and wherein the simulated blood vessel is supported by the supporting means in a state of being elongated from a natural-length state under the action of a tensile force, and characterised in that the test apparatus further comprises drive means for simultaneously operating the supporting means, the driving means comprising a first motor on one side of the apparatus wherein the first holding member is driven by the first motor causing torsion deformation in the simulated blood vessel and a second motor positioned on the opposite side of the apparatus wherein the second holding member is driven by the second motor to cause deformation in the simulated blood vessel in the elongated state. a simulated blood vessel formed of a predetermined elastic body, supporting means comprising a first holding member and a second holding member for supporting opposite end portions of the simulated blood vessel in the direction of extension of the simulated blood vessel, the supporting means operating so that the two end portions are relatively rotatable and able to move closer to and away from each other, and wherein the simulated blood vessel is supported by the supporting means in a state of being elongated from a natural-length state under the action of a tensile force, and characterised in that the test apparatus further comprises drive means for simultaneously operating the supporting means, the driving means comprising a first motor on one side of the apparatus wherein the first holding member is driven by the first motor causing torsion deformation in the simulated blood vessel and a second motor positioned on the opposite side of the apparatus wherein the second holding member is driven by the second motor to cause deformation in the simulated blood vessel in the elongated state.
Liquid mixing system comprising a pump system and a liquid mixer, the liquid mixer including a mixer tube and an actuation system, the mixer tube comprises a mixer chamber portion defining therein a mixer chamber, an inlet for inflow of fluid into the mixer chamber from a pump system, and an outlet for outflow of fluid from the mixer chamber to a delivery system, the inlet, outlet and mixer chamber portion forming part of a continuous section of a supple tube made of a supple material, the mixer chamber portion having a cross-sectional area in an expanded state that is larger than the cross-sectional area of the mixer tube at said outlet and inlet, the pump system comprising a valve device and a pump comprising a variable volume pump chamber, the valve device configured to selectively fluidly interconnect the variable volume pump chamber to the mixer chamber and to one or a plurality of liquid supplies.
A dual component density sampler apparatus for determining at least one of a density of a water component and a density of an oil component of a fluid mixture of oil and water extracted from an oil well while maintaining the components in production conditions, the dual component density sampler apparatus comprising: a three-way valve coupled to the oil well during production flow of fluid from the oil well at an input port, with the three-way valve having a first output port and a second output port; a dual-in-single-out manifold coupled to the first output port; a segregation tank apparatus for separating the water component and the oil component of the fluid mixture, said segregation tank apparatus comprising an entrance tank and an exit tank wherein: an entrance end of the entrance tank is coupled to the second output port; an exit end of the entrance tank is coupled to an entrance end of the exit tank; and an exit end of the exit tank is coupled to the dual-in-single-out manifold; and a coriolis meter coupled to the dual-in-single-out manifold, the coriolis meter configured to selectively measure a density of the fluid mixture, a density of the oil component, and a density of the water. a three-way valve coupled to the oil well during production flow of fluid from the oil well at an input port, with the three-way valve having a first output port and a second output port; a dual-in-single-out manifold coupled to the first output port; a segregation tank apparatus for separating the water component and the oil component of the fluid mixture, said segregation tank apparatus comprising an entrance tank and an exit tank wherein: an entrance end of the entrance tank is coupled to the second output port; an exit end of the entrance tank is coupled to an entrance end of the exit tank; and an exit end of the exit tank is coupled to the dual-in-single-out an entrance end of the entrance tank is coupled to the second output port; an exit end of the entrance tank is coupled to an entrance end of the exit tank; and an exit end of the exit tank is coupled to the dual-in-single-out manifold; and a coriolis meter coupled to the dual-in-single-out manifold, the coriolis meter configured to selectively measure a density of the fluid mixture, a density of the oil component, and a density of the water.
A method of demolition of a multi-storey building consisted of a set of slabs delimiting the storeys and a set of bearing walls, the slabs being substantially parallel to each other and substantially perpendicular to the bearing walls, the method consisting in making the bearing walls of at least one given storey called the fallen storey fall over, in a determined direction, through a pushing action exerted by means a set of pushing devices, each of said pushing devices being arranged so as to exert a pushing action between two opposed bearing walls that are a setting wall and a pushed wall, each of the pushing devices being arranged so as to exert a pressure along an oblique direction with respect to the horizontal between the two opposite bearing walls, the setting wall receiving at the bottom part thereof a foot end of the pushing device and the pushed wall receiving at the top part thereof a head end of the pushing device, and wherein the pushed and setting walls are weakened by the making of at least two main saw cuts, at least one on the pushed wall and at least one on the setting wall, the main saw cut of the pushed wall being located towards the top of the pushed wall, under the level of the head end of the pushing device, the main saw cut of the setting wall being located towards the bottom of the setting wall, above the level of the foot end of the pushing device, wherein the main saw cuts do not go through said pushed and setting walls and let at the level thereof a determined thickness of material, a bracing being moreover implemented, characterized in that the pushing devices are pushing devices with pressurized hydraulic fluid cylinders so as to be able to control accurately the stroke of the cylinder and in that the bracing is made by bracing devices also equipped with pressurized hydraulic fluid cylinders arranged on the pushed wall side that is opposed to the pushing device, each bracing device including at least one double-acting cylinder allowing, at one head end of said bracing device, to exert on the braced wall a holding force and at least to suppress said holding force according to the hydraulic fluid control received by the bracing device.
A vulcanizable rubber composition comprising an elastomeric polymer, a phenol formaldehyde resin cross-linker, and an activator package characterized in that the vulcanizable rubber composition comprises an activated zeolite. an elastomeric polymer, a phenol formaldehyde resin cross-linker, and an activator package
Electronic shelf label comprising: a casing; a display arranged in the casing; a printed circuit board, PCB, enclosed by said casing; a power source; characterized by a thermal element (60: 70; 80; 90) arranged within the casing, wherein said thermal element is arranged in thermal contact with the display to maintain the temperature of the display and reduce changes of the display temperature. a casing; a display arranged in the casing; a printed circuit board, PCB, enclosed by said casing; a power source; characterized by a thermal element (60: 70; 80; 90) arranged within the casing, wherein said thermal element is arranged in thermal contact with the display to maintain the temperature of the display and reduce changes of the display temperature.
A compatibility evaluation apparatus for evaluating compatibility between a platform program and an application program that uses interfaces provided by the platform program, the compatibility evaluation apparatus comprising: an application analyzing unit configured to analyze the application program and extract a list of interfaces used by the application program; an incompatible interface usage determination unit configured to extract, from the list of the interfaces used by the application program, an interface that corresponds to an incompatible interface that does not satisfy a specification of the platform program, the interface being extracted with the use of incompatible interface information which has been generated in advance for each of the incompatible interfaces among the interfaces provided by the platform and stored in a first storage unit; and a compatibility report creating unit configured to record, in a second storage unit, incompatible interface information for each interface that has been extracted by the incompatible interface usage determination unit, characterized in that the compatibility evaluation apparatus further comprises an editing unit configured to correct a usage part of the incompatible interface used by the application program based on the compatibility interface information indicating a replacement rule and a replacement object. an application analyzing unit configured to analyze the application program and extract a list of interfaces used by the application program; an incompatible interface usage determination unit configured to extract, from the list of the interfaces used by the application program, an interface that corresponds to an incompatible interface that does not satisfy a specification of the platform program, the interface being extracted with the use of incompatible interface information which has been generated in advance for each of the incompatible interfaces among the interfaces provided by the platform and stored in a first storage unit; and a compatibility report creating unit configured to record, in a second storage unit, incompatible interface information for each interface that has been extracted by the incompatible interface usage determination unit, characterized in that the compatibility evaluation apparatus further comprises an editing unit configured to correct a usage part of the incompatible interface used by the application program based on the compatibility interface information indicating a replacement rule and a replacement object.
A communication method, comprising: receiving, by a reception point, first indication information, wherein the first indication information is used to indicate a time-frequency resource location of a first demodulation reference signal of first data; receiving, by the reception point, second indication information, wherein the second indication information is used to indicate a time-frequency resource location of a second demodulation reference signal; and determining, by the reception point, a time-frequency resource location of the first data based on the time-frequency resource location of the second demodulation reference signal, and demodulating the first data based on the first demodulation reference signal, characterized in that if the reception point determines that the time-frequency resource location of the second demodulation reference signal carries data which belong to the first data, the reception point requests a transmission point (101-A, 101-B, 101-C, 101-D) to perform retransmission, or requests the transmission point (101-A, 101-B, 101-C, 101-D) to map the data on the time-frequency resource location to another time-frequency resource location. receiving, by a reception point, first indication information, wherein the first indication information is used to indicate a time-frequency resource location of a first demodulation reference signal of first data; receiving, by the reception point, second indication information, wherein the second indication information is used to indicate a time-frequency resource location of a second demodulation reference signal; and determining, by the reception point, a time-frequency resource location of the first data based on the time-frequency resource location of the second demodulation reference signal, and demodulating the first data based on the first demodulation reference signal, characterized in that if the reception point determines that the time-frequency resource location of the second demodulation reference signal carries data which belong to the first data, the reception point requests a transmission point (101-A, 101-B, 101-C, 101-D) to perform retransmission, or requests the transmission point (101-A, 101-B, 101-C, 101-D) to map the data on the time-frequency resource location to another time-frequency resource location.
A 3D bellows comprising: a first finishing unit cell material that is disposed on a side of both outermost sides of unit cells and finishes an outermost side of the unit cells; unit cell materials that are laminated on the top of the first finishing unit cell material to fit to the number of unit cells to be manufactured and each have a ventilation hole; a second finishing unit cell material that is disposed on the other side of the outermost sides of the unit cells and finishes the other outermost side of the unit cells; an air injection hole that is formed at the second finishing unit cell material to inject/discharge air into/out of the unit cells; first adhesion-preventing films that are disposed around the ventilation hole of the unit cell materials, are disposed not in all gaps between the unit cell materials, but alternately between the unit cell materials, and prevent thermal welding of the circumferences of the ventilation holes of two unit cell materials adjacent up and down when the circumferences of the ventilation holes are heated; and second adhesion-preventing films that are disposed around the unit cell materials, are disposed not in all gap between the unit cell materials, but alternately between the unit cell materials, where the first adhesion-preventing films are not disposed, and prevent thermal welding of the circumferences of two unit cell materials adjacent up and down when the circumferences of the unit cell materials are heated. a first finishing unit cell material that is disposed on a side of both outermost sides of unit cells and finishes an outermost side of the unit cells; unit cell materials that are laminated on the top of the first finishing unit cell material to fit to the number of unit cells to be manufactured and each have a ventilation hole; a second finishing unit cell material that is disposed on the other side of the outermost sides of the unit cells and finishes the other outermost side of the unit cells; an air injection hole that is formed at the second finishing unit cell material to inject/discharge air into/out of the unit cells; first adhesion-preventing films that are disposed around the ventilation hole of the unit cell materials, are disposed not in all gaps between the unit cell materials, but alternately between the unit cell materials, and prevent thermal welding of the circumferences of the ventilation holes of two unit cell materials adjacent up and down when the circumferences of the ventilation holes are heated; and second adhesion-preventing films that are disposed around the unit cell materials, are disposed not in all gap between the unit cell materials, but alternately between the unit cell materials, where the first adhesion-preventing films are not disposed, and prevent thermal welding of the circumferences of two unit cell materials adjacent up and down when the circumferences of the unit cell materials are heated.
Optoelectronic device for emitting mixed light, comprising: - a first semiconductor light source having a first light-emitting diode, which during operation emits light in a first wavelength range with a first intensity, wherein the first wavelength range and/or the first intensity has/have a first temperature dependence, - a second semiconductor light source having a second light-emitting diode (21, 22), which during operation emits light in a second wavelength range with a second intensity, wherein the first and second wavelength ranges are different from one another and wherein the second wavelength range and/or the second intensity has/have a second temperature dependence that is different from the first temperature dependence, - a third semiconductor light source having a third light-emitting diode, which during operation emits light in a third wavelength range with a third intensity, - a resistance element having a temperature-dependent electrical resistance, and - a semiconductor light source control element for controlling the intensity of the third semiconductor light source, wherein the following are connected in a parallel circuit: a first series circuit comprising the resistance element and the first semiconductor light source in a first branch of the parallel circuit, the second semiconductor light source in a second branch of the parallel circuit and a second series connection comprising the third semiconductor light source and the semiconductor light source control element in a third branch of the parallel circuit, characterized in that the first temperature dependence is less than the second temperature dependence and the resistance element is a resistance element having a positive temperature coefficient or the first temperature dependence is greater than the second temperature dependence and the resistance element is a resistance element having a negative temperature coefficient, wherein there is in the parallel circuit only one semiconductor light source control element, which is the semiconductor light source control element in the third branch. - a first semiconductor light source having a first light-emitting diode, which during operation emits light in a first wavelength range with a first intensity, wherein the first wavelength range and/or the first intensity has/have a first temperature dependence, - a second semiconductor light source having a second light-emitting diode (21, 22), which during operation emits light in a second wavelength range with a second intensity, wherein the first and second wavelength ranges are different from one another and wherein the second wavelength range and/or the second intensity has/have a second temperature dependence that is different from the first temperature dependence, - a third semiconductor light source having a third light-emitting diode, which during operation emits light in a third wavelength range with a third intensity, - a resistance element having a temperature-dependent electrical resistance, and - a semiconductor light source control element for controlling the intensity of the third semiconductor light source,
A method for executing multiple tasks in a mobile device, the method comprising: detecting a first user input event for executing a first application; identifying the type of first user input event; executing (1605, 1607) the first application in at least one of a full mode and a mini mode according to the type of the first user input event; displaying (1605, 1607) an execution screen of the first application executed in at least one of the full mode or the mini mode; and when a second application is started by a first shortcut item or a second shortcut item, it is displayed in one of the full mode or mini mode, wherein the first user input event is created on the first shortcut item on a home screen in which one or more shortcut items are displayed, the home screen being a full screen, or the second shortcut item on a tray in which one or more shortcut items are displayed, the tray comprising less than a full screen, and wherein when the second application is executed in the mini mode while the first application is executed in the full mode, the execution screen of the first application is displayed as the full screen, and an execution screen of the second application is displayed as a mini screen on the execution screen of the first application. detecting a first user input event for executing a first application; identifying the type of first user input event; executing (1605, 1607) the first application in at least one of a full mode and a mini mode according to the type of the first user input event; displaying (1605, 1607) an execution screen of the first application executed in at least one of the full mode or the mini mode; and when a second application is started by a first shortcut item or a second shortcut item, it is displayed in one of the full mode or mini mode, wherein the first user input event is created on the first shortcut item on a home screen in which one or more shortcut items are displayed, the home screen being a full screen, or the second shortcut item on a tray in which one or more shortcut items are displayed, the tray comprising less than a full screen, and wherein when the second application is executed in the mini mode while the first application is executed in the full mode, the execution screen of the first application is displayed as the full screen, and an execution screen of the second application is displayed as a mini screen on the execution screen of the first application.