mhurhangee/ep-ind-claims huggingface dataset:
A trigger dispensing head applicable to a bottle, comprising: - a piston chamber and a piston sealably sliding in the piston chamber for the dispensing and suctioning of the product; - a primary pipe exiting the piston chamber, delimited by a primary wall; - a compartment downstream of the primary pipe, annularly delimited by a compartment wall, wherein the primary wall ends in a head surface facing the compartment; - a secondary pipe, downstream of the compartment, and a dispensing pipe, downstream of the secondary pipe, in connection with the external environment; - an auxiliary body connected to the compartment wall, comprising a base and a suction hole passing through the base; - valve means for the suctioning and dispensing of the product; - wherein the valve means are housed in the compartment and comprise a dome-shaped valve body supported by the base of the auxiliary body and comprising an at least partially deformable annular valve wall; - wherein the valve wall divides the compartment into a suction compartment in communication with the suction hole and a delivery compartment in communication with the secondary pipe; - and wherein the valve wall comprises an elastically deformable membrane, comprising an annular seal ring abutting the head surface of the primary wall, realizing pre-stressing valve means adapted to allow the passage of product towards the dispensing pipe when the pressure exceeds a predefined threshold value. - a piston chamber and a piston sealably sliding in the piston chamber for the dispensing and suctioning of the product; - a primary pipe exiting the piston chamber, delimited by a primary wall; - a compartment downstream of the primary pipe, annularly delimited by a compartment wall, wherein the primary wall ends in a head surface facing the compartment; - a secondary pipe, downstream of the compartment, and a dispensing pipe, downstream of the secondary pipe, in connection with the external environment; - an auxiliary body connected to the compartment wall, comprising a base and a suction hole passing through the base; - valve means for the suctioning and dispensing of the product; - wherein the valve means are housed in the compartment and comprise a dome-shaped valve body supported by the base of the auxiliary body and comprising an at least partially deformable annular valve wall; - wherein the valve wall divides the compartment into a suction compartment in communication with the suction hole and a delivery compartment in communication with the secondary pipe; - and wherein the valve wall comprises an elastically deformable membrane, comprising an annular seal ring abutting the head surface of the primary wall, realizing pre-stressing valve means adapted to allow the passage of product towards the dispensing pipe when the pressure exceeds a predefined threshold value.
A paper position detector configured to detect a position of paper being carried along a predetermined paper feeding direction, comprising: a detection unit configured to detect, on the paper, a single detection pattern (10a; 10b; 10c; 10d; 10e) including a graphic shape having a length in a main scanning direction orthogonal to the paper feeding direction, the length becoming shorter from upstream to downstream along the paper feeding direction, and output a detection signal including at least data (y) in the main scanning direction; and a control unit configured to calculate a position (x) of a part of the detection pattern on the downstream side in the paper feeding direction by using the data (y) included in the detection signal outputted from the detection unit, a paper feeding speed (v), time (t) taken for the detection unit to detect the detection pattern, and data (θ) as to a shape of the detection pattern. a detection unit configured to detect, on the paper, a single detection pattern (10a; 10b; 10c; 10d; 10e) including a graphic shape having a length in a main scanning direction orthogonal to the paper feeding direction, the length becoming shorter from upstream to downstream along the paper feeding direction, and output a detection signal including at least data (y) in the main scanning direction; and a control unit configured to calculate a position (x) of a part of the detection pattern on the downstream side in the paper feeding direction by using the data (y) included in the detection signal outputted from the detection unit, a paper feeding speed (v), time (t) taken for the detection unit to detect the detection pattern, and data (θ) as to a shape of the detection pattern.
A tubing pump for transferring a fluid in a detachably attached tube by a pump mechanism, the tubing pump comprising: a pump body having a base to and from which the tube can be attached and detached; a door pivotally supported to be rotatable with respect to the pump body into a completely opened position and a completely closed position, so as to open or close the base; and a switching urging unit for urging the door in an opening direction in a first rotation range and switching an urging direction to a closing direction in a second rotation range; wherein the first rotation range extends from the completely opened position to an intermediate position, and the second rotation range extends from the intermediate position to the completely closed position; characterized in that a closing suppression unit is provided that is adapted so that it suppresses an urging force in the closing direction provided by the switching urging unit at least in a partial range of the second rotation range. a pump body having a base to and from which the tube can be attached and detached; a door pivotally supported to be rotatable with respect to the pump body into a completely opened position and a completely closed position, so as to open or close the base; and a switching urging unit for urging the door in an opening direction in a first rotation range and switching an urging direction to a closing direction in a second rotation range; wherein the first rotation range extends from the completely opened position to an intermediate position, and the second rotation range extends from the intermediate position to the completely closed position; characterized in that a closing suppression unit is provided that is adapted so that it suppresses an urging force in the closing direction provided by the switching urging unit at least in a partial range of the second rotation range.
An electroplating bath for electroplating a coating on a surface of a substrate, the electroplating bath comprising: an aqueous phase comprising metal ions, the metal ions comprising cobalt ions and nickel ions; MCrAlY particles suspended in the aqueous phase, the MCrAlY particles being an alloy comprising (i) chromium, (ii) aluminium, (iii) yttrium, and (iv) a metal M where M is chosen from nickel, cobalt, iron, or a combination of two or more thereof; and chromium carbide (Cr 3 C 2) particles suspended in the aqueous phase, the chromium carbide (Cr 3 C 2) particles having a particle size of 1.6 μm or less. an aqueous phase comprising metal ions, the metal ions comprising cobalt ions and nickel ions; MCrAlY particles suspended in the aqueous phase, the MCrAlY particles being an alloy comprising (i) chromium, (ii) aluminium, (iii) yttrium, and (iv) a metal M where M is chosen from nickel, cobalt, iron, or a combination of two or more thereof; and chromium carbide (Cr 3 C 2) particles suspended in the aqueous phase, the chromium carbide (Cr 3 C 2) particles having a particle size of 1.6 μm or less.
A production process comprising an in-flight formation process, the in-flight formation process comprising: providing in a gas atmosphere (i) a first liquid jet directed with a first jet direction to a collision point in said gas atmosphere, wherein the first liquid jet comprises a first liquid material, and (ii) a second liquid jet directed with a second jet direction to the collision point, wherein the second liquid jet comprises a second liquid material, to provide a third jet comprising a coalesced third material at the collision point propagating in a third direction, wherein the first jet direction of the first liquid jet and the second jet direction of the second liquid jet have a mutual angle larger than 0° and equal to or smaller than 75°, wherein the first liquid material and the second liquid material have different surface tensions, wherein a ratio of the different surface tensions is at least 1.05 and not more than 7, wherein the production process further comprises: - providing a vibration to one of the first liquid jet and the second liquid jet for providing one of the first liquid jet and the second liquid jet as interrupted liquid jet at the collision point, or - providing a vibration to one of the first liquid jet and the second liquid jet for providing one of the first liquid jet and the second liquid jet as uninterrupted liquid jet having variable width (Wj) in a direction perpendicular to the respective jet direction at the collision point; wherein the vibration is provided by means of an actuator comprising an element configured to vibrate at a frequency selected from the range of 100 Hz-1 MHz. - providing a vibration to one of the first liquid jet and the second liquid jet for providing one of the first liquid jet and the second liquid jet as interrupted liquid jet at the collision point, or - providing a vibration to one of the first liquid jet and the second liquid jet for providing one of the first liquid jet and the second liquid jet as uninterrupted liquid jet having variable width (Wj) in a direction perpendicular to the respective jet direction at the collision point;
A field device comprising: field device electronics coupled to a transducer; a plurality of loop terminations coupled to the field device electronics and which electrically connect the field device to a process communication loop to allow the field device to communicate over the process communication loop; the field device being characterized in that each of the plurality of loop terminations comprises a plurality of different multiple conductor attachment types to couple to a plurality of different types of loop conductors, the plurality of different multiple conductor attachment types comprising a first attachment type configured to attach to a spade lug and a second attachment type configured to attach to a stripped end of a wire. field device electronics coupled to a transducer; a plurality of loop terminations coupled to the field device electronics and which electrically connect the field device to a process communication loop to allow the field device to communicate over the process communication loop; the field device being characterized in that each of the plurality of loop terminations comprises a plurality of different multiple conductor attachment types to couple to a plurality of different types of loop conductors, the plurality of different multiple conductor attachment types comprising a first attachment type configured to attach to a spade lug and a second attachment type configured to attach to a stripped end of a wire.
A process for producing a polythiol compound, comprising: reacting a compound represented by following General Formula with sodium sulfide to obtain a polyalcohol compound represented by following Formula, and wherein, in the formula, X represents a halogen atom, reacting the obtained polyalcohol compound represented by Formula with a thiating agent to obtain a polythiol compound, wherein an absorbance of 17.3% by weight aqueous solution of the sodium sulfide at a wavelength of 350 nm, which is measured with a quartz cell with an optical path length of 50 mm, is 0.70 or less. reacting a compound represented by following General Formula with sodium sulfide to obtain a polyalcohol compound represented by following Formula, and wherein, in the formula, X represents a halogen atom, reacting the obtained polyalcohol compound represented by Formula with a thiating agent to obtain a polythiol compound, wherein an absorbance of 17.3% by weight aqueous solution of the sodium sulfide at a wavelength of 350 nm, which is measured with a quartz cell with an optical path length of 50 mm, is 0.70 or less.
A passive fluid flow regulator comprising a cylinder having a first end with a fluid inlet port for receiving fluid at an inlet pressure and a second end with a fluid outlet port for delivering fluid, a first chamber arranged near the first end of the cylinder, a second chamber arranged near the second end of the cylinder, a rod arranged in the cylinder and designed to move along an axis of the cylinder, the rod having a first side submitted to the inlet pressure and a second side submitted to the outlet pressure generating a net force counter-balanced by at least one spring means acting on one of the first or the second side of said rod against said inlet pressure, wherein a fluidic pathway is formed between said rod and said cylinder as the major fluidic resistance of the regulator, wherein a change of the inlet pressure induces a move of the rod along said axis thereby modifying the fluidic resistance of said fluidic pathway by acting on the length of said pathway, wherein the fluidic resistance of said pathway varies with the applied pressure at the inlet in a predefined range of pressure, inducing a regulated flow rate in the considered range of pressure, wherein the rod has at least three positions relative to the cylinder: - a first position, - a second position wherein the rod is further away from the first end of the cylinder than when the rod is in the first position, and - a third position wherein the rod is further away from the first end of the cylinder than when the rod is in the second position, characterized in that the length of said pathway is longer when the rod is in the second position than: - when the rod is in the first position, and - when the rod is in the third position. - a first position, - a second position wherein the rod is further away from the first end of the cylinder than when the rod is in the first position, and - a third position wherein the rod is further away from the first end of the cylinder than when the rod is in the second position, - when the rod is in the first position, and - when the rod is in the third position.
A method for processing vehicle messages, comprising: receiving a vehicle message for transmission; determining whether a condition exists to expedite transmission of the vehicle message; determining if a preferential sub-network is available; determining if at least one less preferential sub-network is available; when the condition exists, when the preferential sub-network is not available for use, and the less preferential sub-network is available, expediting the transmission of the vehicle message over the less preferential sub-network; wherein a sub-network is available when it is an active communications network free to transmit a vehicle message; and wherein an active communications network is a communications network that forms a reliable communications link. receiving a vehicle message for transmission; determining whether a condition exists to expedite transmission of the vehicle message; determining if a preferential sub-network is available; determining if at least one less preferential sub-network is available; when the condition exists, when the preferential sub-network is not available for use, and the less preferential sub-network is available, expediting the transmission of the vehicle message over the less preferential sub-network; wherein a sub-network is available when it is an active communications network free to transmit a vehicle message; and wherein an active communications network is a communications network that forms a reliable communications link.
A walking path planning method for an autonomous robot, comprising: obtaining slope distribution information of a target working area; and determining, according to the slope distribution information, whether a slope area exists in the target working area; characterised by determining, if a slope area exists in the target working area, a width value between adjacent path segments according to the slope distribution information during planning of a walking path in the slope area, to keep a work overlap ratio between the adjacent path segments within a specified range. obtaining slope distribution information of a target working area; and determining, according to the slope distribution information, whether a slope area exists in the target working area; characterised by determining, if a slope area exists in the target working area, a width value between adjacent path segments according to the slope distribution information during planning of a walking path in the slope area, to keep a work overlap ratio between the adjacent path segments within a specified range.
A game server connected to a client terminal through a network so as to receive information related with a user operation executed on the client terminal to execute a computer game and transmit output data obtained as a result of executing the computer game to a client terminal requesting the output data, the game server comprising: an input information reception block configured to obtain the information related with the user operation as input information; an information processing block configured to execute the computer game on a basis of the input information; a basic output data generation block configured to generate, of output data obtained as a result of executing the computer game, basic output data independent of a destination client terminal; an individual output data generation block configured to generate, of the output data, individual output data to be outputted after being synthesized with the basic output data at a destination client terminal in association with each client terminal; and an output data transmission block configured to transmit the basic output data and the individual output data to a destination client terminal after associating the basic output data with the individual output data; wherein the individual output data generation block generates a table (70, 74) indicative of correlation between identification information of destination client terminals and individual output data of each client terminal, and the output data transmission block transmits the table generated by the individual output data generation block and the basic output data to all client terminals after associating the table (70, 74) with the basic output data. an input information reception block configured to obtain the information related with the user operation as input information; an information processing block configured to execute the computer game on a basis of the input information; a basic output data generation block configured to generate, of output data obtained as a result of executing the computer game, basic output data independent of a destination client terminal; an individual output data generation block configured to generate, of the output data, individual output data to be outputted after being synthesized with the basic output data at a destination client terminal in association with each client terminal; and an output data transmission block configured to transmit the basic output data and the individual output data to a destination client terminal after associating the basic output data with the individual output data; wherein the individual output data generation block generates a table (70, 74) indicative of correlation between identification information of destination client terminals and individual output data of each client terminal, and the output data transmission block transmits the table generated by the individual output data generation block and the basic output data to all client terminals after associating the table (70, 74) with the basic output data.
A microchip for nucleic acid analysis comprising: a reaction region; a detection region; wherein said detection region is connected to the reaction region by a flow passage to enable reacted nucleic acid to be passed from the reaction region to the detection region, the detection region including copper; a detection device configured to detect fluorescence of the reacted nucleic acid after contacting the reacted nucleic acid with copper contained in the detection region; and wherein the microchip comprises a plurality of substrate layers, at least one of said substrate layers being without light transparency and being bonded to at least one of said substrate layers having light transparency; wherein the copper is solid copper, a solid containing copper, or a copper-containing alloy. a reaction region; a detection region; wherein said detection region is connected to the reaction region by a flow passage to enable reacted nucleic acid to be passed from the reaction region to the detection region, the detection region including copper; a detection device configured to detect fluorescence of the reacted nucleic acid after contacting the reacted nucleic acid with copper contained in the detection region; and wherein the microchip comprises a plurality of substrate layers, at least one of said substrate layers being without light transparency and being bonded to at least one of said substrate layers having light transparency; wherein the copper is solid copper, a solid containing copper, or a copper-containing alloy.
A method for cleaning a partition provided for transmitting heat, which separates, in a heat exchanger, a waste water chamber through which waste water is conducted prior to being discharged into a waste water channel from a usable water chamber through which water to be heated flows, characterized in that a continuous cleaning of the partition is performed interruptedly by a scraper in predetermined intervals of time, or an alternative cleaning is performed by a high-pressure cleaner, wherein the waste water chamber is emptied prior to the partition being cleaned by the high-pressure cleaner, and wherein fatty matter is eliminated from the waste water prior to supplying it to the heat exchanger.
A holder for a condom having a tip, the holder comprising a closable pocket for pinching the tip of the condom when the pocket is closed; and a shield region forming part of the closable pocket for covering the outer surface of the condom when the condom is rolled up and the holder is in use; wherein the holder is arranged to continue to pinch the tip and shield the outer surface of the condom until after the user has started to unroll the condom and the condom has therefore had the opportunity to seal around the head of the penis. a closable pocket for pinching the tip of the condom when the pocket is closed; and a shield region forming part of the closable pocket for covering the outer surface of the condom when the condom is rolled up and the holder is in use; wherein the holder is arranged to continue to pinch the tip and shield the outer surface of the condom until after the user has started to unroll the condom and the condom has therefore had the opportunity to seal around the head of the penis.