mhurhangee/ep-ind-claims huggingface dataset:
A control device for pumps, comprising: - a hollow body equipped with a main axis or plane of extension, said hollow body supporting an orientation sensor configured to detect an orientation of the main axis or plane of extension of said hollow body relative to a horizontal plane; - a flexible cable connected to the hollow body and defining an electrical connection for connecting said orientation sensor to an actuator, said flexible cable being connected to the hollow body in such a way as to protrude from said hollow body along a direction incident with said main axis or plane of extension and substantially perpendicular to said main axis or plane of extension, said hollow body has a shape defining a centre of hydrostatic thrust, said flexible cable being connected to said hollow body in a position moved away from the centre of hydrostatic thrust, characterized in that said hollow body has a weight greater than the hydrostatic thrust force acting on the hollow body in the fully immersed condition and the flexible cable being configured to exert a tension upwards on the hollow body 5 to keep it at least partly raised relative to the bottom of the chamber or tank, and in that said hollow body has a shape such that, in the configuration of use, the hydrostatic thrust force is not aligned with the weight force of the hollow body. - a hollow body equipped with a main axis or plane of extension, said hollow body supporting an orientation sensor configured to detect an orientation of the main axis or plane of extension of said hollow body relative to a horizontal plane; - a flexible cable connected to the hollow body and defining an electrical connection for connecting said orientation sensor to an actuator, said flexible cable being connected to the hollow body in such a way as to protrude from said hollow body along a direction incident with said main axis or plane of extension and substantially perpendicular to said main axis or plane of extension, said hollow body has a shape defining a centre of hydrostatic thrust, said flexible cable being connected to said hollow body in a position moved away from the centre of hydrostatic thrust, characterized in that said hollow body has a weight greater than the hydrostatic thrust force acting on the hollow body in the fully immersed condition and the flexible cable being configured to exert a tension upwards on the hollow body 5 to keep it at least partly raised relative to the bottom of the chamber or tank, and in that said hollow body has a shape such that, in the configuration of use, the hydrostatic thrust force is not aligned with the weight force of the hollow body.
An energy harvesting RFID circuit, comprising: an antenna lead that receives an interrogation signal; a charge storage unit that receives harvested energy and produces a harvested voltage (VCA p); a boost converter, which boosts the harvested voltage (VCA p) to a boosted voltage (V B OOS T) that is fed as an output voltage (V RE G) to a sensor output lead; and one or more sensor input leads (181, 182) that receive a measurement input (VIN+, VIN-) which is based on the output voltage (V RE G) and a sensed value of an object to be measured, characterized in that the energy harvesting RFID circuit further comprises a booster switching unit configured to activate the boost converter from an off state to an on state only when the harvested voltage reaches or exceeds a first threshold value. an antenna lead that receives an interrogation signal; a charge storage unit that receives harvested energy and produces a harvested voltage (VCA p); a boost converter, which boosts the harvested voltage (VCA p) to a boosted voltage (V B OOS T) that is fed as an output voltage (V RE G) to a sensor output lead; and one or more sensor input leads (181, 182) that receive a measurement input (VIN+, VIN-) which is based on the output voltage (V RE G) and a sensed value of an object to be measured, characterized in that the energy harvesting RFID circuit further comprises a booster switching unit configured to activate the boost converter from an off state to an on state only when the harvested voltage reaches or exceeds a first threshold value.
A system (16, 116, 216, 316) for attaching a welding face member (16, 116, 216, 316) to a hard hat (18, 118, 218, 318) comprising: - a hard hat (18, 118, 218, 318); - a welding face member (16, 116, 216, 316); - an adapter (20, 120, 220, 320) attached to the hard hat (18, 118, 218, 318), the adapter (20, 120, 220, 320) comprising an adapter mating member (20d, 120d, 220d, 320d) which attaches to the welding face member (16, 116, 216, 316), the adapter mating member (20d, 120d, 220d, 320d) located below the hard hat (18, 118, 218, 318), characterized in that the hard hat (18, 118, 218, 318) comprises a securement member at a top of the hard hat (18, 118, 218, 318), the securement member being attachable to the welding face member (16, 116, 216, 316) for securing the welding face member (16, 116, 216, 316) to the top of the hard hat (18, 118, 218, 318). - a hard hat (18, 118, 218, 318); - a welding face member (16, 116, 216, 316); - an adapter (20, 120, 220, 320) attached to the hard hat (18, 118, 218, 318), the adapter (20, 120, 220, 320) comprising an adapter mating member (20d, 120d, 220d, 320d) which attaches to the welding face member (16, 116, 216, 316), the adapter mating member (20d, 120d, 220d, 320d) located below the hard hat (18, 118, 218, 318),
A power tool comprising: a motor; a trigger switch operable by a user and having a main contact being turned ON by operation of the trigger switch and a speed contact to output a speed signal having a signal level corresponding to an amount of operation of the trigger switch; and a driver (7, 9) to determine the presence or absence of operation of the trigger switch according to an ON/OFF state of the main contact of the trigger switch and to control the motor so that, when it is determined that the trigger switch has been operated, the rotation speed of the motor becomes a rotation speed corresponding to the amount of operation of the trigger switch based on a speed signal from the speed contact, wherein the power tool is configured such that the driver (7, 9) stops the motor when the main contact is turned OFF, if the level of the speed signal output from the speed contact is less than a set level (Vth), characterized in that the power tool is configured such that the driver (7, 9) maintains the rotation of the motor if the level of the speed signal output from the speed contact is the set level (Vth) or more even when the main contact is turned OFF. a motor; a trigger switch operable by a user and having a main contact being turned ON by operation of the trigger switch and a speed contact to output a speed signal having a signal level corresponding to an amount of operation of the trigger switch; and a driver (7, 9) to determine the presence or absence of operation of the trigger switch according to an ON/OFF state of the main contact of the trigger switch and to control the motor so that, when it is determined that the trigger switch has been operated, the rotation speed of the motor becomes a rotation speed corresponding to the amount of operation of the trigger switch based on a speed signal from the speed contact,
A negative resist composition comprising at least: a base resin that is alkaline-soluble and is made alkaline-insoluble by action of an acid, and/or a combination of a base resin that is alkaline-soluble and is made alkaline-insoluble by reaction with a crosslinker by action of an acid, with a crosslinker; an acid generator; and a compound containing a nitrogen atom as a basic component, wherein the base resin contains at least repeating units represented by the following general formula, general formula, and general formula and has a weight average molecular weight of 1,000 to 10,000, wherein each R 1 and R 2 independently represents a hydrogen atom or a methyl group, X represents one or more groups selected from a linear, a branched, or a cyclic alkyl group having 1 to 10 carbon atoms, an alkoxy group having 1 to 10 carbon atoms and a thioalkyl group having 1 to 10 carbon atoms, m and n represent an integer of 1 to 4, R 5 represents a hydrogen atom, a hydroxyl group, an alkyl group having 1 to 10 carbon atoms or an alkoxy group having 1 to 10 carbon atoms, and v represents an integer of 0 to 5, and the compound containing a nitrogen atom as a basic component contains at least one or more kinds of amine compounds having a carboxyl group and not having a hydrogen atom covalently bonded to a base-center nitrogen atom. a base resin that is alkaline-soluble and is made alkaline-insoluble by action of an acid, and/or a combination of a base resin that is alkaline-soluble and is made alkaline-insoluble by reaction with a crosslinker by action of an acid, with a crosslinker; an acid generator; and a compound containing a nitrogen atom as a basic component, wherein the base resin contains at least repeating units represented by the following general formula, general formula, and general formula and has a weight average molecular weight of 1,000 to 10,000, wherein each R 1 and R 2 independently represents a hydrogen atom or a methyl group, X represents one or more groups selected from a linear, a branched, or a cyclic alkyl group having 1 to 10 carbon atoms, an alkoxy group having 1 to 10 carbon atoms and a thioalkyl group having 1 to 10 carbon atoms, m and n represent an integer of 1 to 4, R 5 represents a hydrogen atom, a hydroxyl group, an alkyl group having 1 to 10 carbon atoms or an alkoxy group having 1 to 10 carbon atoms, and v represents an integer of 0 to 5, and the compound containing a nitrogen atom as a basic component contains at least one or more kinds of amine compounds having a carboxyl group and not having a hydrogen atom covalently bonded to a base-center nitrogen atom.
A preparation method for an aluminum alloy housing, wherein an external surface of the aluminum alloy housing has a convex portion and a concave portion, the method comprising the steps of: step a: performing a first anodic oxidation on the surface of an aluminum alloy housing substrate; step b: performing mechanical polishing on the surface of the aluminum alloy housing substrate on which the first anodic oxidation has been performed; step c: performing anti-etching protection on a surface of the aluminum alloy housing substrate on which the mechanical polishing has been performed, so as to form a protective film on the surface of the aluminum alloy housing substrate, wherein the anti-etching protection comprises: spraying an anti-etching photo-sensitive ink on the surface of the aluminum alloy housing substrate on which the mechanical polishing has been performed and curing; disposing a film in a region where a pattern needs to be formed, covering the protective film with a silicone membrane, and performing exposure; and washing away an unexposed part of the protective film; step d: forming, by using an etching method, a pattern layer having a convex-concave pattern on the surface of the aluminum alloy housing substrate on which the protective film is formed; step e: performing a second anodic oxidation on the surface of the aluminum alloy housing substrate having the pattern layer; and step f: removing the protective film from the surface of the aluminum alloy housing substrate on which the second anodic oxidation has been performed. step a: performing a first anodic oxidation on the surface of an aluminum alloy housing substrate; step b: performing mechanical polishing on the surface of the aluminum alloy housing substrate on which the first anodic oxidation has been performed; step c: performing anti-etching protection on a surface of the aluminum alloy housing substrate on which the mechanical polishing has been performed, so as to form a protective film on the surface of the aluminum alloy housing substrate, wherein the anti-etching protection comprises: spraying an anti-etching photo-sensitive ink on the surface of the aluminum alloy housing substrate on which the mechanical polishing has been performed and curing; disposing a film in a region where a pattern needs to be formed, covering the protective film with a silicone membrane, and performing exposure; and washing away an unexposed part of the protective film; step d: forming, by using an etching method, a pattern layer having a convex-concave pattern on the surface of the aluminum alloy housing substrate on which the protective film is formed; step e: performing a second anodic oxidation on the surface of the aluminum alloy housing substrate having the pattern layer; and step f: removing the protective film from the surface of the aluminum alloy housing substrate on which the second anodic oxidation has been performed.
A composition for enteral administration to an infant comprising pasteurized cream derived from human milk, wherein the composition comprises 2.0-3.0 kcal/mL and 18-30% human milk fat.
A household appliance having at least one compartment and a housing connection arrangement surrounding the compartment comprising: an outer liner facing outside, an inner liner spaced apart from the outer liner and facing the compartment, a housing frame, connected to the outer liner from one side and to the inner liner from the other side, at least one elastic member provided on a region of the housing connection arrangement where the housing frame connects to the outer liner and at least one reinforcement member provided adjacent to the outer liner, the housing frame and the elastic member, wherein the elastic member has three channels (8a,8b,8c), wherein a first channel and a second channel are placed in the opposite direction with each other for being connected to the outer liner from one side and to the housing frame from the other side, such that the connection of the outer liner and the housing frame is achieved by means of the first channel and the second channel provided on the elastic member, and in that the reinforcement member comprises a first connection lug which is at least partially being received by a portion of the elastic member from one side by being inserting into a third channel of the elastic member, and a second connection lug connected to the outer liner with a connection member, from the other side. an outer liner facing outside, an inner liner spaced apart from the outer liner and facing the compartment, a housing frame, connected to the outer liner from one side and to the inner liner from the other side, at least one elastic member provided on a region of the housing connection arrangement where the housing frame connects to the outer liner and at least one reinforcement member provided adjacent to the outer liner, the housing frame and the elastic member, wherein the elastic member has three channels (8a,8b,8c), wherein a first channel and a second channel are placed in the opposite direction with each other for being connected to the outer liner from one side and to the housing frame from the other side, such that the connection of the outer liner and the housing frame is achieved by means of the first channel and the second channel provided on the elastic member, and in that the reinforcement member comprises a first connection lug which is at least partially being received by a portion of the elastic member from one side by being inserting into a third channel of the elastic member, and a second connection lug connected to the outer liner with a connection member, from the other side.
Method for temporally synchronising the input bit stream of a video decoder with the processed video sequence decoded by the video decoder, the method comprising the steps of: a) capturing the input bit stream and supplying it to a bit stream analyzer; b) analyzing the captured bit stream by the bit stream analyzer to generate error maps I(x,y,t) and a set A of pixels that have been impacted by packet loss, wherein I(x,y,t) denote the error map value at location ( x, y) of the t -th frame, x = 0, 1,..., M, and y = 0,1,..., N, where M, N are the horizontal and vertical dimensions of each frame of the video sequence, respectively; c) storing, in a buffer, the error maps of N rec frames, internally generated by the bit stream analyzer; and d) comparing the stored error maps of the N rec reconstructed frames with the corresponding error map of the current processed video sequence, to find a matching frame n* from the set of reconstructed frames in the buffer that matches the current image of the processed video sequence. a) capturing the input bit stream and supplying it to a bit stream analyzer; b) analyzing the captured bit stream by the bit stream analyzer to generate error maps I(x,y,t) and a set A of pixels that have been impacted by packet loss, wherein I(x,y,t) denote the error map value at location ( x, y) of the t -th frame, x = 0, 1,..., M, and y = 0,1,..., N, where M, N are the horizontal and vertical dimensions of each frame of the video sequence, respectively; c) storing, in a buffer, the error maps of N rec frames, internally generated by the bit stream analyzer; and d) comparing the stored error maps of the N rec reconstructed frames with the corresponding error map of the current processed video sequence, to find a matching frame n* from the set of reconstructed frames in the buffer that matches the current image of the processed video sequence.
Vessel (2, 102, 202), in particular a cable barge, with a handling system (3, 103) for handling a long-length cable on said vessel (2, 102, 202), wherein the vessel (2, 102, 202) comprises a hull with a bow, a stern and a port side and a starboard side extending in a longitudinal direction between the bow and the stern, wherein the hull defines an elongated storage compartment, wherein the handling system (3, 103) comprises an input member for receiving the long-length cable onto the vessel (2, 102, 202) and for feeding the long-length cable into the storage compartment in a feeding direction at an input position, characterized in that the handling system (3, 103) further comprises a laying device (4, 104) that is movable along a loop-shaped laying path through the storage compartment in a first laying direction parallel to the longitudinal direction along the port side and in a second laying direction opposite to the first laying direction along the starboard side, wherein the laying device comprises an output member (42, 140) that is arranged for laying the long-length cable inside the storage compartment at an output position that moves along said loop-shaped laying path when the laying device is moved, wherein the handling system further comprises a first cable guide for accumulating a length of the long-length cable between the input position and the output position, wherein the first cable guide is arranged for guiding said accumulated length of the long-length cable along a first guide path that is variable in shape to keep the length of the long-length cable between the input position and the output position constant or substantially constant.
A method for controlling an operation of a mobile terminal having a touch screen, the method comprising: determining by a controller, an application mapped to at least one physical key of the mobile terminal when an input of the at least one key is sensed while the touch screen of the mobile terminal is in a touch screen off mode; displaying a screen associated with executing the application mapped to the at least one physical key; displaying a soft key for changing the screen to a screen displaying a main menu; determining to enter a lock cancellation mode and display the main menu according to presence of an input on the soft key; and when it is determined that the lock cancellation mode is not entered, processing (450, 460) a signal received through the touch screen according to the executed application, wherein the application is a memo making application. determining by a controller, an application mapped to at least one physical key of the mobile terminal when an input of the at least one key is sensed while the touch screen of the mobile terminal is in a touch screen off mode; displaying a screen associated with executing the application mapped to the at least one physical key; displaying a soft key for changing the screen to a screen displaying a main menu; determining to enter a lock cancellation mode and display the main menu according to presence of an input on the soft key; and when it is determined that the lock cancellation mode is not entered, processing (450, 460) a signal received through the touch screen according to the executed application, wherein the application is a memo making application.
Method for connecting two parts to be joined (10; 10a; 10b; 10c, 11) by means of laser radiation, in which the material of a first part to be joined (10; 10a; 10b; 10c) is melted in the region of connection to a second part to be joined and the two parts to be joined (10; 10a; 10b; 10c, 11) are then pressed against each other under mechanical pressure, characterized in that the material of the first part to be joined (10; 10a; 10b; 10c) is melted by means of laser radiation in the region of connection only over part of the end face (14; 14a; 14b; 14c) of the region of connection of the first part to be joined (10; 10a; 10b; 10c).
Method of operating a user equipment in a radio access network, the user equipment being configured with a first transmission resource pertaining to transmission of a first type of control information; the user equipment further being configured with a second transmission resource pertaining to transmission of a second type of control information; wherein the first transmission resource and the second transmission resource partially overlap; the method comprising transmitting control information of the first type and the second type depending on the partial overlap of the first transmission resource and the second transmission resource; characterised in that transmitting control information comprises transmitting control information of the first type and control information of the second type on the first transmission resource and in one message.