mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner comprising: an air-conditioner main-body; and a controller that is provided in the air-conditioner main-body, configured for controlling operation of the air-conditioner main-body, and is connectable to an option component equipped with a receiver and a switch used for operation of the air-conditioner main-body, the receiver being configured to receive a wireless signal transmitted from a remote control device used to operate the air-conditioner main-body, wherein the controller includes: a first terminal to which in use a signal from the receiver is to be inputted; a second terminal to which in use a signal from the switch is to be inputted; and a processor, characterized in that the processor is configured to disable input to the second terminal until the signal from the receiver is inputted to the first terminal, and configured to enable input to the second terminal after the signal from the receiver is inputted to the first terminal. an air-conditioner main-body; and a controller that is provided in the air-conditioner main-body, configured for controlling operation of the air-conditioner main-body, and is connectable to an option component equipped with a receiver and a switch used for operation of the air-conditioner main-body, the receiver being configured to receive a wireless signal transmitted from a remote control device used to operate the air-conditioner main-body, wherein the controller includes: a first terminal to which in use a signal from the receiver is to be inputted; a second terminal to which in use a signal from the switch is to be inputted; and a processor, characterized in that the processor is configured to disable input to the second terminal until the signal from the receiver is inputted to the first terminal, and configured to enable input to the second terminal after the signal from the receiver is inputted to the first terminal. a first terminal to which in use a signal from the receiver is to be inputted; a second terminal to which in use a signal from the switch is to be inputted; and a processor, characterized in that the processor is configured to disable input to the second terminal until the signal from the receiver is inputted to the first terminal, and configured to enable input to the second terminal after the signal from the receiver is inputted to the first terminal.
A machine tool with work transferring mechanism, comprising a work transferring mechanism that transfers a work and receives/delivers the work from/to a main spindle, wherein in a front-rear direction, a space inside the machine tool is divided via a shutter into a machining space in which the main spindle is arranged such that an axial direction is the front-rear direction and a transferring space in which the work transferring mechanism transfers the work; the work transferring mechanism is equipped with a work retainer retaining the work, and a moving mechanism moving the work retainer; and while the work attached to the main spindle is being machined, the work retainer can be moved in an up-down direction by the moving mechanism to face a front surface of the main spindle preliminarily via the shutter, so that the work retainer can receive the work attached to the main spindle by movement of the work retainer in the front-rear direction. wherein in a front-rear direction, a space inside the machine tool is divided via a shutter into a machining space in which the main spindle is arranged such that an axial direction is the front-rear direction and a transferring space in which the work transferring mechanism transfers the work; the work transferring mechanism is equipped with a work retainer retaining the work, and a moving mechanism moving the work retainer; and while the work attached to the main spindle is being machined, the work retainer can be moved in an up-down direction by the moving mechanism to face a front surface of the main spindle preliminarily via the shutter, so that the work retainer can receive the work attached to the main spindle by movement of the work retainer in the front-rear direction.
A control module (124, 124', 324) of a window shade (110, 110'), comprising: a drive axle; a sleeve (161, 361) affixed with the drive axle; an arrester assembled around the sleeve (161, 361), the arrester having a locking state in which the arrester blocks a rotational displacement of the sleeve (161, 361) and the drive axle to keep a shading structure of the window shade at a desired position, and an unlocking state in which rotation of the sleeve (161, 361) and the drive axle is allowed for vertical adjustment of the shading structure; a release unit including an actuator, the actuator being operatively connected with the arrester, the actuator including a stick having an elongated shape extending substantially vertical along a lengthwise axis; a cord drum (136, 336) and an operating cord connected with each other; characterised in that the control module further comprises a clutch (138, 338) operatively connected with the cord drum (136, 336), the clutch (138, 338) being operable to couple and decouple the cord drum (136, 336) with respect to the drive axle; wherein the operating cord can be pulled to drive the cord drum (136, 336) in rotation and turn the clutch (138, 338) to a coupling state, such that the rotation of the cord drum (136, 336) is transmitted through the clutch (138, 338) in the coupling state to drive the sleeve (161, 361) and the drive axle in rotation for raising the shading structure, and the stick is rotatable about the lengthwise axis to switch the arrester from the locking state to the unlocking state for lowering the shading structure by gravity action. a drive axle; a sleeve (161, 361) affixed with the drive axle; an arrester assembled around the sleeve (161, 361), the arrester having a locking state in which the arrester blocks a rotational displacement of the sleeve (161, 361) and the drive axle to keep a shading structure of the window shade at a desired position, and an unlocking state in which rotation of the sleeve (161, 361) and the drive axle is allowed for vertical adjustment of the shading structure; a release unit including an actuator, the actuator being operatively connected with the arrester, the actuator including a stick having an elongated shape extending substantially vertical along a lengthwise axis; a cord drum (136, 336) and an operating cord connected with each other; characterised in that the control module further comprises a clutch (138, 338) operatively connected with the cord drum (136, 336), the clutch (138, 338) being operable to couple and decouple the cord drum (136, 336) with respect to the drive axle; wherein the operating cord can be pulled to drive the cord drum (136, 336) in rotation and turn the clutch (138, 338) to a coupling state, such that the rotation of the cord drum (136, 336) is transmitted through the clutch (138, 338) in the coupling state to drive the sleeve (161, 361) and the drive axle in rotation for raising the shading structure, and the stick is rotatable about the lengthwise axis to switch the arrester from the locking state to the unlocking state for lowering the shading structure by gravity action.
An inlet spring (1; 31; 51) for supporting in a spring-loaded manner an inlet (2; 32; 52) in an inlet receiving channel of a guide rail of a vertical awning having an awning cloth, the two side edges thereof passing through a through slot of the corresponding inlet (2; 32; 52) and being guided by means of a thickened edge in the inlet (2; 32; 52) and thereby applying to the inlet (2; 32; 52) a cloth tension force acting inward in a plane toward the awning cloth, the inlet spring (1; 31; 51) being suitable for applying to the inlet (2; 32; 52) a counter-tension force drawing outward, opposite the cloth tension force in a plane parallel to the awning cloth, and comprising: a mounting segment for mounting the inlet spring (1; 31; 51) at the inlet (2; 32; 52), a counterholder segment for supporting the inlet spring (1; 31; 51) in the guide rail, and a spring segment connecting the mounting segment to the counterholder segment in a spring-loaded manner, the spring segment comprising an inlet end for connecting to the mounting segment and an outer end for connecting to the counterholder segment, the spring segment being suitable for tensioning in response to the cloth tension force acting on the mounting segment when the counterholder segment is supported, in that the inlet end travels inward away from the outer end along a spring path in the plane parallel to the awning cloth, characterized in that the counterholder segment comprises a plurality of support feet, wherein each of the plurality of support feet protrudes inward in the plane parallel to the awning cloth, that is, in the direction toward the awning cloth, in order to be supported by the same when the spring segment is tensioned. a mounting segment for mounting the inlet spring (1; 31; 51) at the inlet (2; 32; 52), a counterholder segment for supporting the inlet spring (1; 31; 51) in the guide rail, and a spring segment connecting the mounting segment to the counterholder segment in a spring-loaded manner, the spring segment comprising an inlet end for connecting to the mounting segment and an outer end for connecting to the counterholder segment, the spring segment being suitable for tensioning in response to the cloth tension force acting on the mounting segment when the counterholder segment is supported, in that the inlet end travels inward away from the outer end along a spring path in the plane parallel to the awning cloth, characterized in that the counterholder segment comprises a plurality of support feet, wherein each of the plurality of support feet protrudes inward in the plane parallel to the awning cloth, that is, in the direction toward the awning cloth, in order to be supported by the same when the spring segment is tensioned.
Workpiece carrier for a coating system, comprising a base and a shaft anchored or mounted therein and a plurality of discs which follow one another along the shaft and are rotatable relative to the base and which in each case are provided with a plurality of holders distributed over the circumference of the disc, inclined obliquely outwards away from the shaft and intended for a workpiece, characterized in that said workpiece carrier has a cladding which surrounds the shaft and the discs and leaves free groups of openings which are distributed over the circumference and separated in each case by webs, through which openings in each case the holders belonging to one of the discs project, and which is composed of a plurality of rings which follow one another along the shaft and are directly adjacent to one another and which abut at boundary lines which in each case divide one of the webs present between adjacent openings of a group.
A method for detecting high-level functionality of an application executing on a computing device, the method comprising: storing, in a secure memory on a computing device, a plurality of virtual address mapping tables, each virtual address mapping table corresponding to one of a plurality of applications, each virtual address mapping table comprising a plurality of virtual addresses within the application binary code mapped to corresponding target application functionalities of the application and a virtual-address free representation using a byte offset; registering the application with a high-level operating system, HLOS; and during execution of the application binary code, the HLOS detecting when one or more of the virtual addresses corresponding to the target application functionalities are executed based on the virtual address mapping table. storing, in a secure memory on a computing device, a plurality of virtual address mapping tables, each virtual address mapping table corresponding to one of a plurality of applications, each virtual address mapping table comprising a plurality of virtual addresses within the application binary code mapped to corresponding target application functionalities of the application and a virtual-address free representation using a byte offset; registering the application with a high-level operating system, HLOS; and during execution of the application binary code, the HLOS detecting when one or more of the virtual addresses corresponding to the target application functionalities are executed based on the virtual address mapping table.
A method for detecting acidosis in the rumen of a ruminant, the method comprising the following steps: i) providing a device for a ruminant, the device comprising at least one colouring agent and a protective agent adapted to be dissolved in the rumen when the pH value of the rumen is less than 6 for at least 3 hours, so that the coloring agent is released, and ii) detecting a visible change of the excrement when the ruminant has acidosis in the rumen. i) providing a device for a ruminant, the device comprising at least one colouring agent and a protective agent adapted to be dissolved in the rumen when the pH value of the rumen is less than 6 for at least 3 hours, so that the coloring agent is released, and ii) detecting a visible change of the excrement when the ruminant has acidosis in the rumen.
A method of diagnosing and/or monitoring mild traumatic brain injury (mTBI) in a subject, the method comprising determining a level of at least one miRNA in a saliva sample obtained from the subject, wherein the at least one miRNA comprises miR-135b-5p.
A froth treatment process for producing a froth-treated crude, comprising: forming a froth from a mixture of a raw crude derived from mined oil sands and water, the froth corresponding to an oil-based phase; adding a polar organic solvent to the froth, the polar organic solvent comprising trichloroethylene and having a dipole moment of 2.0 x 10 -30 Cm to 5.9 x 10 -30 Cm at 20°C, a solubility in water of less than 25 g/L, a boiling point of at least 70°C, and a melting point of 20°C or less; separating the oil-based phase from the water; and separating the solvent from the oil-based phase of at least a portion of the oil-based phase to prepare said portion for transport via pipeline. forming a froth from a mixture of a raw crude derived from mined oil sands and water, the froth corresponding to an oil-based phase; adding a polar organic solvent to the froth, the polar organic solvent comprising trichloroethylene and having a dipole moment of 2.0 x 10 -30 Cm to 5.9 x 10 -30 Cm at 20°C, a solubility in water of less than 25 g/L, a boiling point of at least 70°C, and a melting point of 20°C or less; separating the oil-based phase from the water; and separating the solvent from the oil-based phase of at least a portion of the oil-based phase to prepare said portion for transport via pipeline.
An actuator comprising: a linear electrical machine having a stator with a stator bore and a translator axially movable within the stator bore and defining a cylindrical magnetic circuit airgap therebetween; at least one gas bearing journal formed on a surface of the translator; at least one gas bearing (22a, 22b) acting upon the journal and providing a bearing gap adjacent the translator to allow the translator to move axially within the stator bore, the gas bearing and the stator forming a static assembly; a preload chamber for applying a preload force to the translator, the preload chamber being coaxial with the stator bore and the bearing gap; one or more seals between the static assembly and the translator to limit gas flow from the preload chamber entering the magnetic airgap; wherein the preload chamber is defined by a side wall, a first end wall and a second end wall at least part of which is movable with the translator, and wherein the bearing gap and the magnetic circuit airgap are coaxial; wherein the gas bearing journal formed on the translator also provides a sealing surface for the one or more seals. a linear electrical machine having a stator with a stator bore and a translator axially movable within the stator bore and defining a cylindrical magnetic circuit airgap therebetween; at least one gas bearing journal formed on a surface of the translator; at least one gas bearing (22a, 22b) acting upon the journal and providing a bearing gap adjacent the translator to allow the translator to move axially within the stator bore, the gas bearing and the stator forming a static assembly; a preload chamber for applying a preload force to the translator, the preload chamber being coaxial with the stator bore and the bearing gap; one or more seals between the static assembly and the translator to limit gas flow from the preload chamber entering the magnetic airgap; wherein the preload chamber is defined by a side wall, a first end wall and a second end wall at least part of which is movable with the translator, and wherein the bearing gap and the magnetic circuit airgap are coaxial; wherein the gas bearing journal formed on the translator also provides a sealing surface for the one or more seals.
A valve comprising: a housing having an opening fluidly connecting the interior of the housing with the exterior of the housing, a mandrel having a bore there through, and positioned within the housing and having an opening, and a sliding sleeve disposed between the housing and the mandrel and blocking fluid communication between the opening in the housing and the opening in the mandrel when the valve is in the closed position and permitting fluid flow between the opening in the mandrel and the opening in the housing when the valve is in the open position; characterised in that the valve includes a rupture disk (41, 42) disposed in a wall of the mandrel, that upon rupture, permits application of fluid pressure to actuate the sliding sleeve from the closed position to the open position. a housing having an opening fluidly connecting the interior of the housing with the exterior of the housing, a mandrel having a bore there through, and positioned within the housing and having an opening, and a sliding sleeve disposed between the housing and the mandrel and blocking fluid communication between the opening in the housing and the opening in the mandrel when the valve is in the closed position and permitting fluid flow between the opening in the mandrel and the opening in the housing when the valve is in the open position; characterised in that the valve includes a rupture disk (41, 42) disposed in a wall of the mandrel, that upon rupture, permits application of fluid pressure to actuate the sliding sleeve from the closed position to the open position.
A method of manufacturing a wrought aluminum alloy product of an AA2000-series alloy, the method comprising the steps of: a. casting stock of an ingot of an AA2000-series aluminum alloy having a chemical composition comprising, in wt.%: Cu 2 to 5.5% Mg 0.5 to 2%, Mn at most 1 % Zn < 1.3% Fe < 0.25% Si >0.10 to 0.35%, balance being Al, incidental elements and impurities; b. preheating and/or homogenising the cast stock at a temperature of less than 500°C for a soaking time of from one to 50 hours; c. heat treating the cast stock at a temperature in a range of more than 505°C but lower than the solidus temperature of the subject aluminium alloy for a soaking time of from one to 50 hours d. hot working the stock by one or more methods selected from the group consisting of rolling, extrusion or forging; e. optionally cold working the hot worked stock; f. first solution heat treating of the hot worked and optionally cold worked stock; g. second solution heat treatment of the worked stock at a higher temperature than the first SHT, the temperature being in a range of more than 505°C but lower than the solidus temperature of the subject aluminium alloy; h. rapidly cooling the SHT stock; i. optionally stretching or compressing the cooled SHT stock or otherwise cold working the cooled SHT stock to relieve stresses, for example levelling or drawing or cold rolling of the cooled SHT stock; j. ageing of the cooled and optionally stretched or compressed or otherwise cold worked SHT stock to achieve a desired temper. a. casting stock of an ingot of an AA2000-series aluminum alloy having a chemical composition comprising, in wt.%: Cu 2 to 5.5% Mg 0.5 to 2%, Mn at most 1 % Zn < 1.3% Fe < 0.25% Si >0.10 to 0.35%, balance being Al, incidental elements and impurities; b. preheating and/or homogenising the cast stock at a temperature of less than 500°C for a soaking time of from one to 50 hours; c. heat treating the cast stock at a temperature in a range of more than 505°C but lower than the solidus temperature of the subject aluminium alloy for a soaking time of from one to 50 hours d. hot working the stock by one or more methods selected from the group consisting of rolling, extrusion or forging; e. optionally cold working the hot worked stock; f. first solution heat treating of the hot worked and optionally cold worked stock; g. second solution heat treatment of the worked stock at a higher temperature than the first SHT, the temperature being in a range of more than 505°C but lower than the solidus temperature of the subject aluminium alloy; h. rapidly cooling the SHT stock; i. optionally stretching or compressing the cooled SHT stock or otherwise cold working the cooled SHT stock to relieve stresses, for example levelling or drawing or cold rolling of the cooled SHT stock; j. ageing of the cooled and optionally stretched or compressed or otherwise cold worked SHT stock to achieve a desired temper.
A fluorescence analysis system comprising: a sensor head that includes at least one light source configured to emit light into a flow of fluid, at least one detector configured to detect fluorescent emissions from the flow of fluid, and a temperature sensor (221,316) configured to sense a temperature of the flow of fluid; and a flow chamber that includes a housing defining a cavity into which the sensor head is inserted, an inlet port extending through the housing and configured to communicate the flow of fluid from outside of the cavity to an interior of the cavity, and an outlet port extending through the housing and configured to communicate the flow of fluid from the interior of the cavity to back outside of the cavity, characterised in that the housing is configured such that, when the flow of fluid enters the housing via the inlet port, the flow of fluid divides into at least a major stream passing adjacent the light source and the detector and a minor stream passing adjacent the temperature sensor. a sensor head that includes at least one light source configured to emit light into a flow of fluid, at least one detector configured to detect fluorescent emissions from the flow of fluid, and a temperature sensor (221,316) configured to sense a temperature of the flow of fluid; and a flow chamber that includes a housing defining a cavity into which the sensor head is inserted, an inlet port extending through the housing and configured to communicate the flow of fluid from outside of the cavity to an interior of the cavity, and an outlet port extending through the housing and configured to communicate the flow of fluid from the interior of the cavity to back outside of the cavity, characterised in that the housing is configured such that, when the flow of fluid enters the housing via the inlet port, the flow of fluid divides into at least a major stream passing adjacent the light source and the detector and a minor stream passing adjacent the temperature sensor.