mhurhangee/ep-ind-claims huggingface dataset:
A push-type blood collection needle, comprising a housing having an accommodating cavity therein, a rear cover and a needle body disposed in the accommodating cavity, wherein the rear cover is movably disposed on the housing, the rear cover has a supporting leg extending into the accommodating cavity, the needle body is provided with a rib, the accommodating cavity is internally provided with a projecting part that cooperates with and blocks the bottom of the rib, the supporting leg is provided with a stopper that cooperates with and blocks the side wall of the rib, and an elastic member is disposed between the needle body and the rear cover, wherein a lower end of the rib is provided with a first inclined surface, characterised in that an upper end of the stopper is provided with a second inclined surface that cooperates with the first inclined surface, and the projecting part is provided with a third inclined surface that cooperates with the first inclined surface.
A method for obtaining a product chemistry from a solid product and a fluid, comprising; providing a solid product; introducing the fluid through a plurality of ports in a manifold diffuse member positioned adjacent the solid product; and adjusting characteristics of the flow of the fluid through the ports in the manifold diffuse to obtain and maintain a concentration and/or amount of the product chemistry; wherein the amount of liquid allowed through the ports modifies the turbulence of the liquid, which modifies the erosion rate of the solid product; providing a cover comprising a plurality of ports therethrough adjacent the manifold diffuse member; rotating the cover to adjust the alignment of the cover ports and the manifold diffuse member ports to adjust characteristics of the flow of the fluid; characterised in that the step of rotating the cover comprises extending or retracting a temperature dependent device operatively connected to one or more ramps of the cover to adjust the alignment of the manifold diffuse member ports and the cover ports. providing a solid product; introducing the fluid through a plurality of ports in a manifold diffuse member positioned adjacent the solid product; and adjusting characteristics of the flow of the fluid through the ports in the manifold diffuse to obtain and maintain a concentration and/or amount of the product chemistry; wherein the amount of liquid allowed through the ports modifies the turbulence of the liquid, which modifies the erosion rate of the solid product; providing a cover comprising a plurality of ports therethrough adjacent the manifold diffuse member; rotating the cover to adjust the alignment of the cover ports and the manifold diffuse member ports to adjust characteristics of the flow of the fluid; characterised in that the step of rotating the cover comprises extending or retracting a temperature dependent device operatively connected to one or more ramps of the cover to adjust the alignment of the manifold diffuse member ports and the cover ports.
A flushing device comprising a casing, an overflow tube, an evacuation valve adapted for closing an evacuation port in a closed position and for opening said port in an open position, a small flush float whose position can be adjusted with respect to said casing, said small flush float being provided for maintaining the evacuation valve in the open position until a given volume of water has been evacuated, said overflow tube comprising an upper part and a lower part, the position of the upper part being adjustable with respect to the lower part by sliding of the upper part with respect to the lower part in order to adjust the length of the overflow tube during installation of said flushing device, and said overflow tube comprising a stop surface which defines the adjustment position of the small flush float during installation of said device such that the adjustment of the length of the overflow tube and the adjustment of the position of the small flush float are done simultaneously during this installation, characterized in that the overflow tube comprises a first collar arranged on its upper end, the overflow tube further comprising, at the first collar, a ring on which a second collar is arranged, said ring being slideable between two positions with respect to the first collar, the first collar forming a first stop surface of said stop surface of said overflow tube, and the second collar also forming a surface of said stop surface of said overflow tube.
A method for device dynamic addition processing, characterized by comprising: obtaining a dynamic addition dependency relationship list of a target device to be dynamically added, wherein the dynamic addition dependency relationship list records a basic device unit which the target device is dependent on when working normally; and performing dynamic addition processing on the target device according to a state of the basic device unit in the dynamic addition dependency relationship list, the step of performing the dynamic addition processing on the target device according to the state of the basic device unit in the dynamic addition dependency relationship list comprises: judging a state of the basic device unit; if the basic device unit is in an online state, prompting a user to dynamically add the target device; and if the basic device unit is in an offline state, then determining the basic device unit in the dynamic addition dependency relationship list as a current basic device unit, performing a dynamic addition processing on the current basic device unit, and after the dynamic addition processing on the current basic device unit is performed, prompting the user to dynamically add the target device. obtaining a dynamic addition dependency relationship list of a target device to be dynamically added, wherein the dynamic addition dependency relationship list records a basic device unit which the target device is dependent on when working normally; and performing dynamic addition processing on the target device according to a state of the basic device unit in the dynamic addition dependency relationship list, judging a state of the basic device unit;
A satellite signal reception device with a reception unit that is adapted to receive satellite signals transmitted from positioning information satellites, comprising: a) a reception time setting unit that is adapted to set a reception time; b) a timekeeping unit that is adapted to keep internal time; and c) a scheduled reception control unit that is adapted to execute a time-based reception process that operates the reception unit when the internal time kept by the timekeeping unit reaches the reception time; d) the reception time setting unit is adapted to set the reception time to a time when a past reception process was executed and the reception process was successful, the satellite signal reception device further comprising a solar cell; an illuminance detection circuit (43, 44) adapted to detect the illuminance of light incident to the solar cell; an illuminance-based reception control unit adapted to execute an illuminance-based reception process that operates the reception unit when the illuminance detected by the illuminance detection circuit (43, 44) equals or exceeds a set threshold; and a manual reception control unit adapted to execute a manual reception process that operates the reception unit when a reception command is input by the user; wherein the reception time setting unit is adapted to set the reception time to the time when reception was successful in the past in the illuminance-based reception process, in the past in the time-based reception process, or in the past in the manual reception process. a) a reception time setting unit that is adapted to set a reception time; b) a timekeeping unit that is adapted to keep internal time; and c) a scheduled reception control unit that is adapted to execute a time-based reception process that operates the reception unit when the internal time kept by the timekeeping unit reaches the reception time; d) the reception time setting unit is adapted to set the reception time to a time when a past reception process was executed and the reception process was successful, the satellite signal reception device further comprising
A reciprocating compressor comprising: a cylinder that defines a compressing space; and a discharge muffler (150, 160) configured to receive refrigerant compressed in the cylinder and to discharge the refrigerant, the discharge muffler (150, 160) comprising: a discharge muffler body (151, 161) that defines a discharge space configured to receive the refrigerant from the cylinder, the discharge muffler body (151, 161) comprising a wall (153, 154, 155) that protrudes from an inner circumferential surface of the discharge muffler body (151, 161), characterized in that the discharge muffler (150, 160) further comprises: a discharge guide supported by the discharge muffler body (151, 161) and coupled to the wall (153, 154, 155), wherein the discharge guide comprises: a pipe comprising a pipe inflow hole configured to receive the refrigerant from the discharge space and a pipe outflow hole configured to discharge the refrigerant, and a fixing bracket that couples the pipe to the discharge muffler body (151, 161). a cylinder that defines a compressing space; and a discharge muffler (150, 160) configured to receive refrigerant compressed in the cylinder and to discharge the refrigerant, the discharge muffler (150, 160) comprising: a discharge muffler body (151, 161) that defines a discharge space configured to receive the refrigerant from the cylinder, the discharge muffler body (151, 161) comprising a wall (153, 154, 155) that protrudes from an inner circumferential surface of the discharge muffler body (151, 161), characterized in that the discharge muffler (150, 160) further comprises: a discharge guide supported by the discharge muffler body (151, 161) and coupled to the wall (153, 154, 155), wherein the discharge guide comprises: a pipe comprising a pipe inflow hole configured to receive the refrigerant from the discharge space and a pipe outflow hole configured to discharge the refrigerant, and a fixing bracket that couples the pipe to the discharge muffler body (151, 161). a pipe comprising a pipe inflow hole configured to receive the refrigerant from the discharge space and a pipe outflow hole configured to discharge the refrigerant, and a fixing bracket that couples the pipe to the discharge muffler body (151, 161).
Machine for cutting to size rolls with a defined length from logs having a greater length, comprising: - a first conveyor belt which can be driven so as to convey a log advancing in a longitudinal direction (X-X); - a cutting blade, downstream of second conveyor belts, which can be rotationally driven and which is fixed in the longitudinal direction and movable in the vertical direction (Z-Z); - a programming device for controlling and commanding the various operating drives and performing the necessary synchronization for correct management of the machine cycle; characterized in that it comprises - a pair of second conveyor belts, i.e. bottom belt and top belt respectively, which are parallel to each other and arranged downstream of the first belt in the longitudinal direction (X-X); - a third conveyor belt for conveying finished rolls towards the machine outlet; - a first photocell connected to the programming and control device and arranged upstream of the second belts in the longitudinal direction (X-X), for detecting the passage of the rear end of a log being machined and sending a respective signal to the control device; wherein the programming and control device is configured to command feeding of a new log to be machined to the first conveyor belt, depending on said signal emitted by the first photocell; and wherein the programming and control device is configured to control the driving in the feeding direction of the first belt at a first speed and of the second belts (31,32) with respective speeds (V20,VI30), such as to cause contact of the front end of a new log to be machined with the rear end of the log preceding it along the longitudinal feeding path through the machine. - a first conveyor belt which can be driven so as to convey a log advancing in a longitudinal direction (X-X); - a cutting blade, downstream of second conveyor belts, which can be rotationally driven and which is fixed in the longitudinal direction and movable in the vertical direction (Z-Z); - a programming device for controlling and commanding the various operating drives and performing the necessary synchronization for correct management of the machine cycle; - a pair of second conveyor belts, i.e. bottom belt and top belt respectively, which are parallel to each other and arranged downstream of the first belt in the longitudinal direction (X-X); - a third conveyor belt for conveying finished rolls towards the machine outlet; - a first photocell connected to the programming and control device and arranged upstream of the second belts in the longitudinal direction (X-X), for detecting the passage of the rear end of a log being machined and sending a respective signal to the control device;
A ratchet for a medical device comprising a torque-input element which is arranged so as to be relatively rotatable around or with respect to a torque-output element and, for torque transfer, is coupled to the latter via a toothed unit which forms a freewheel with selectable sense of rotation and has a first torque transfer sleeve which is coupled to or in the torque-input element in a non-rotatable and axially fixed manner and a second torque transfer sleeve which is coupled to or in the torque-input element so as to be rotationally fixed therewith but axially movable, which comprise toothings (12, 14) that act in opposite directions, and which depending on a manually adjustable axial position of the second torque transfer sleeve can be selectively but alternately brought into meshing engagement with an intermediate sleeve which is arranged so as to be axially movable, is preloaded toward the toothings (12, 14) of the torque transfer sleeves (5, 6) and is coupled to the torque-output element for torque transfer.
Component consisting of a first ceramic substrate having an upper face and a lower face, a metallization being applied to the upper face, on which metallization the lower face of a Si circuit is mounted by means of a connecting means, a connecting means being applied to the upper face of the Si circuit, on which connecting means the lower face of a ceramic flat substrate is applied, and a second ceramic substrate being arranged on the flat substrate via a metallization and the ceramic flat substrate containing metal-filled thermal-electrical through-connections (vias), characterized in that the metal-filled thermal-electrical through-connections (vias) are filled with Cu and the ceramic flat substrate is aluminum nitride.
A process for the preparation of zeolites having CHA framework structure and a composition comprising the molar ratio (n SiO 2): X 2 O 3, wherein X is a trivalent element, and wherein n is at least 10, the process comprising (i) preparation of an aqueous solution containing at least one source for X 2 O 3, wherein X is selected from Al, B, Ga and a mixture of two or more, and at least one source for SiO 2, at least one organic structure directing agent other than Tetramethylammonium hydroxide (TMAOH), acting as a template for the CHA structure, and Tetramethylammonium hydroxide (TMAOH), wherein the SDA or mixtures thereof are employed in such amounts that the aqueous solution in (i) exhibits a molar ratio of SDA: TMAOH of 0.01 to 5; (ii) hydrothermal crystallization of the aqueous solution according to (i); wherein the aqueous solution of (i) contains copper in an amount less than 0.005 Cu: ((n SiO 2)+X 2 O 3) where n is at least 10, wherein the aqueous solution subjected to hydrothermal crystallization according to (ii) is free of alkali and/or earth alkali metals. (i) preparation of an aqueous solution containing at least one source for X 2 O 3, wherein X is selected from Al, B, Ga and a mixture of two or more, and at least one source for SiO 2, at least one organic structure directing agent other than Tetramethylammonium hydroxide (TMAOH), acting as a template for the CHA structure, and Tetramethylammonium hydroxide (TMAOH), wherein the SDA or mixtures thereof are employed in such amounts that the aqueous solution in (i) exhibits a molar ratio of SDA: TMAOH of 0.01 to 5; (ii) hydrothermal crystallization of the aqueous solution according to (i);
A method of making an absorbent structure comprising: forming a stock mixture of fibers, a cationic wet strength resin, an anionic polyacrylamide and a cellulase enzyme; and at least partially drying the stock mixture to form a web. forming a stock mixture of fibers, a cationic wet strength resin, an anionic polyacrylamide and a cellulase enzyme; and at least partially drying the stock mixture to form a web.
A screen locking method, comprising: after a first terminal establishes a connection to a second terminal, sending, by the first terminal, to-be-displayed data to the second terminal, so that the second terminal displays a second interface, wherein the first terminal displays a first interface on which a first application is run, and the first interface is different from the second interface; obtaining, by the first terminal, a first screen locking operation triggered by a user, wherein the first screen locking operation is used to instruct to lock a screen of the second terminal; and sending, by the first terminal, a screen locking instruction to the second terminal in response to the first screen locking operation, so that the second terminal enters a screen-locked state; wherein the sent screen locking instruction comprises screen-locked interface data, and the screen-locked interface data is used to instruct the second terminal to display a screen-locked interface corresponding to the screen-locked interface data; wherein the method further comprises: when the first terminal switches from the first interface to a third interface, which includes an interface element associated with a second application, automatically sending, by the first terminal, the screen locking instruction to the second terminal. after a first terminal establishes a connection to a second terminal, sending, by the first terminal, to-be-displayed data to the second terminal, so that the second terminal displays a second interface, wherein the first terminal displays a first interface on which a first application is run, and the first interface is different from the second interface; obtaining, by the first terminal, a first screen locking operation triggered by a user, wherein the first screen locking operation is used to instruct to lock a screen of the second terminal; and sending, by the first terminal, a screen locking instruction to the second terminal in response to the first screen locking operation, so that the second terminal enters a screen-locked state; wherein the sent screen locking instruction comprises screen-locked interface data, and the screen-locked interface data is used to instruct the second terminal to display a screen-locked interface corresponding to the screen-locked interface data; wherein the method further comprises: when the first terminal switches from the first interface to a third interface, which includes an interface element associated with a second application, automatically sending, by the first terminal, the screen locking instruction to the second terminal.
Missile comprising a power unit having a nozzle, wherein when the power unit is being operated an exhaust gas flow flows through the nozzle and wherein magnetic devices are arranged on the nozzle, said magnetic devices generating a magnetic field in the nozzle and using said magnetic devices charged particles may be deflected from the exhaust gas flow onto electrodes within the nozzle, with the result that an electrical voltage may be tapped at the electrodes, characterised in that the electrodes are electrically connected to an energy storage device and the missile is configured in such a manner that a constant maximum electrical power that is greater than an electrical power that is required by the missile is generated between a first point in time at which the power unit is started, and a second point in time at which the power unit is switched off, and excess electrical power is stored in the energy storage device as electrically stored power, and electrically stored power that is greater than the required electrical power is output to the missile between the second point in time and a third point in time at which the flight of the missile is terminated, wherein the energy storage device is configured in such a manner that this may output the electrically stored power until a fourth point in time that is after the third point in time.
Vacuum plate for releasably fastening items to be worked on to a surface of said plate, wherein said plate comprises a coupling for allowing a source of pressurised air to be connected to the vacuum plate and a box structure having a bottom plate, four sides and a top plate, wherein the top plate is provided with a plurality of apertures (5; 5'), each aperture (5; 5') connected to the coupling, and wherein the volume enclosed by the box structure comprises a) for each aperture a separate air duct passing under the aperture and connecting the coupling to that particular aperture, or b) a limited number of air ducts connecting a plurality of apertures to the coupling, and wherein all air ducts are connected to the source of pressurised air, such that an airflow may be created past the aperture (5; 5'), and wherein upstream in relation to the aperture (5; 5') in each air duct a venturi is arranged, and downstream from said aperture (5; 5') an air outlet is provided, and wherein further the aperture (5; 5') is in communication with the air duct, between the venturi and the outlet. a) for each aperture a separate air duct passing under the aperture and connecting the coupling to that particular aperture, or b) a limited number of air ducts connecting a plurality of apertures to the coupling,
A process of forming a catalyst system consisting of: providing a first compound comprising a magnesium dialkoxide; contacting the first compound with a second compound and with a third compound to form a solution of reaction product "A", wherein the second compound is selected from titanium 2-ethylhexyl alkoxide, titanium n-butoxide and combination thereof, wherein the third compound comprises aluminum 2-ethylhexyl alkoxide and wherein the second compound and the third compound contact one another prior to contact with the first compound; contacting the solution of reaction product "A" with a first metal halide to form a solid reaction product "B"; contacting solid reaction product "B" with a second metal halide to form reaction product "C"; and contacting reaction product "C" with reducing agent to form a catalyst component. providing a first compound comprising a magnesium dialkoxide; contacting the first compound with a second compound and with a third compound to form a solution of reaction product "A", wherein the second compound is selected from titanium 2-ethylhexyl alkoxide, titanium n-butoxide and combination thereof, wherein the third compound comprises aluminum 2-ethylhexyl alkoxide and wherein the second compound and the third compound contact one another prior to contact with the first compound; contacting the solution of reaction product "A" with a first metal halide to form a solid reaction product "B"; contacting solid reaction product "B" with a second metal halide to form reaction product "C"; and contacting reaction product "C" with reducing agent to form a catalyst component.