mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving a message at a mobile device, wherein the message includes an identification of a sender, an identification of a recipient, and a message contents; determining that the message contents includes a predetermined phrase; and characterised in that in response to determining that the message contents includes the predetermined phrase, receiving a voice input at the mobile device; and determining that the voice input includes a second predetermined phrase; and audibly presenting the message contents in response to determining that the voice input includes the second predetermined phrase. receiving a message at a mobile device, wherein the message includes an identification of a sender, an identification of a recipient, and a message contents; determining that the message contents includes a predetermined phrase; and determining that the voice input includes a second predetermined phrase; and audibly presenting the message contents in response to determining that the voice input includes the second predetermined phrase.
Articulated joint for an implement carrier vehicle, said articulated joint being adapted to connect a front vehicle body and a rear vehicle body, said articulated joint comprising: - a socket arranged in a first articulation link portion, said first articulation link portion being adapted to be connected to one of said front or said rear vehicle body (2, 3); - a stud arranged in a second articulation link portion, and extending along an axis A, said second articulation portion being adapted to be connected to another one of said front or rear vehicle body (2, 3), said stud being pivotally arranged in said socket; characterized in that an upper and a lower annular sealing device comprising a sealing flange at least partly enclose said stud and socket. - a socket arranged in a first articulation link portion, said first articulation link portion being adapted to be connected to one of said front or said rear vehicle body (2, 3); - a stud arranged in a second articulation link portion, and extending along an axis A, said second articulation portion being adapted to be connected to another one of said front or rear vehicle body (2, 3), said stud being pivotally arranged in said socket;
A method of operation of a metal detector having a driver circuit for generating a drive signal for establishing an alternating magnetic field in a coil system so as to generate an output signal at a given frequency, said output signal having a first component and a second component, the first component being out of phase with respect to the second component at a predetermined phase angle, wherein the output signal is compensated for any noise or delay in measuring the output signal at a given frequency by the steps of:- a. measuring the output signal in the presence of ferrite between the coil system at a given frequency, b. digitally adjusting the output signal so that the output signal in the first or second component of the output signal is equal to or below a first predetermined threshold value and the output signal in the second or first component of the output signal is above a second predetermined threshold value, c. storing the adjustments made to the output signal at said given frequency in a database or a look-up table, d. repeating steps a, b and c for different frequencies, characterised in that the output signal is digitally adjusted by the steps of:- e. generating a reference signal; f. combining the reference signal with the output signal of ferrite in a phase sensitive detector at a given frequency; g. digitally adjusting the reference signal such that when combined with the output signal from ferrite, the output signal in the first or second component of the output signal is equal to or below the first predetermined threshold value and the output signal in the second or first component of the output signal is above or equal to the second predetermined threshold value; and wherein storing adjustments made to the output signal is by storing the adjustments made to the reference signal in the database or look-up table. a. measuring the output signal in the presence of ferrite between the coil system at a given frequency, b. digitally adjusting the output signal so that the output signal in the first or second component of the output signal is equal to or below a first predetermined threshold value and the output signal in the second or first component of the output signal is above a second predetermined threshold value, c. storing the adjustments made to the output signal at said given frequency in a database or a look-up table, d. repeating steps a, b and c for different frequencies, e. generating a reference signal; f. combining the reference signal with the output signal of ferrite in a phase sensitive detector at a given frequency; g. digitally adjusting the reference signal such that when combined with the output signal from ferrite, the output signal in the first or second component of the output signal is equal to or below the first predetermined threshold value and the output signal in the second or first component of the output signal is above or equal to the second predetermined threshold value;
A caisson breakwater module having an upwave and a downwave side and incorporating an oscillating water column, the caisson breakwater comprising a base installed on the sea bed and a lid adapted to be positioned on top of said base substantially above mean sea level, the base comprising a bottom, a front wall, a rear wall, and one or more intermediate walls between the front wall and the rear wall, the walls extending upwards from the bottom, and the base defining a water inlet below the sea level on the upwave side and further defining a water oscillation chamber, and the lid defining a breakwater section on the upwave side, a turbine chamber, one or more air ducts connected with said turbine chamber and an additional substantially sealed chamber is incorporated in the lid, wherein the lid further defines an air chamber below the turbine chamber and comprises an opening for allowing communication between the water oscillation chamber and the air chamber, and further comprising a valve in said opening for selectively closing off communication between the water oscillation chamber and the air chamber, wherein the sealed chamber is located substantially between the air chamber and the breakwater section.
Transportable device for providing a cooled oxygen-containing gas stream for delivery to a body of a mammal via the respiratory tract, in particular a human, in order to lower the body temperature, with a storage device having at least one fluid reservoir and with at least one heat exchanger (10, 13), wherein the storage device is designed to store an oxygen-containing fluid in the fluid reservoir and to provide a withdrawal flow of the oxygen-containing fluid from the fluid reservoir, wherein the heat exchanger (10, 13) is designed to cool the withdrawal flow provided from the fluid storage device by heat transfer to a cooling flow of a stored fluid provided by the storage device before the withdrawal flow is supplied to the body, wherein a cooled, oxygen-containing gas stream emerges from the heat exchanger (10, 13) for delivery to the body, and wherein the withdrawal flow is cooled by the cooling flow after its exit from the fluid reservoir and before its supply to the body, characterised in that the cooling flow is formed by a bypass flow of the oxygen-containing fluid stored in the fluid container, wherein the withdrawal flow and the cooling flow have the same composition and wherein a heated first mass flow of the stored oxygen-containing fluid is cooled to a specific lower temperature by a second mass flow of the same oxygen-containing fluid as a bypass flow, and wherein the cooled oxygen-containing gas flow is obtainable by at least partially combining the withdrawal flow and the cooling flow. with a storage device having at least one fluid reservoir and with at least one heat exchanger (10, 13), wherein the storage device is designed to store an oxygen-containing fluid in the fluid reservoir and to provide a withdrawal flow of the oxygen-containing fluid from the fluid reservoir, wherein the heat exchanger (10, 13) is designed to cool the withdrawal flow provided from the fluid storage device by heat transfer to a cooling flow of a stored fluid provided by the storage device before the withdrawal flow is supplied to the body, wherein a cooled, oxygen-containing gas stream emerges from the heat exchanger (10, 13) for delivery to the body, and wherein the withdrawal flow is cooled by the cooling flow after its exit from the fluid reservoir and before its supply to the body, characterised in that the cooling flow is formed by a bypass flow of the oxygen-containing fluid stored in the fluid container, wherein the withdrawal flow and the cooling flow have the same composition and wherein a heated first mass flow of the stored oxygen-containing fluid is cooled to a specific lower temperature by a second mass flow of the same oxygen-containing fluid as a bypass flow, and wherein the cooled oxygen-containing gas flow is obtainable by at least partially combining the withdrawal flow and the cooling flow.
A medical system comprising: a catheter having a main lumen and a distal tip wherein the main lumen accommodates either one of an imaging device and a medical probe for performing a medical procedure, wherein the main lumen is too narrow to simultaneously guide both the imaging device and the medical probe; a mechanical system connected to control a pose of the distal tip of the catheter; a sensor system configured to measure the pose of the distal tip; and a control system coupled to operate the mechanical system, wherein the control system and the sensor system form a closed-loop system for monitoring and operating the distal tip, wherein the control system is configured to store parameters that identify a desired working configuration of the distal tip while the imaging device is deployed in the main lumen and to hold or return the distal tip of the catheter to the desired working configuration when the imaging device has been removed from the catheter and the medical probe is deployed in the main lumen, characterised in that wherein the control system stores a plurality of modes (141, 142, 143, 144) for holding or returning the catheter to the desired working configuration, the control system further comprises a selection module configured to select and activate one of the plurality of modes (141, 142, 143, 144) for holding or returning the catheter based on a manual selection, a type of mechanical probe, or a type of medical activity. a catheter having a main lumen and a distal tip wherein the main lumen accommodates either one of an imaging device and a medical probe for performing a medical procedure, wherein the main lumen is too narrow to simultaneously guide both the imaging device and the medical probe; a mechanical system connected to control a pose of the distal tip of the catheter; a sensor system configured to measure the pose of the distal tip; and a control system coupled to operate the mechanical system, wherein the control system and the sensor system form a closed-loop system for monitoring and operating the distal tip, wherein the control system is configured to store parameters that identify a desired working configuration of the distal tip while the imaging device is deployed in the main lumen and to hold or return the distal tip of the catheter to the desired working configuration when the imaging device has been removed from the catheter and the medical probe is deployed in the main lumen, characterised in that wherein the control system stores a plurality of modes (141, 142, 143, 144) for holding or returning the catheter to the desired working configuration, the control system further comprises a selection module configured to select and activate one of the plurality of modes (141, 142, 143, 144) for holding or returning the catheter based on a manual selection, a type of mechanical probe, or a type of medical activity.
Professional electric cooking oven comprising a cooking chamber, a cooking resistor mounted on the rear wall of said cooking chamber, a water supply duct extending from said rear wall, a tray located inside the cooking chamber in a position to receive the water fed through said duct, a second resistor that extends into said tray so that most of said second resistor is immersed in water when the tray is filled, and a deflector mounted on the rear wall so as to protect a user from contact with said cooking resistor and second resistor, characterized in that the tray is integrated in said deflector which has a solid bottom wall and has a raised rear edge such that the lower portion of the deflector can contain water and accommodate the second resistor.
A secondary battery comprising: one or more anodes having an anode tab attached to the anode; one or more cathodes having a cathode tab attached to the cathode; an electrode assembly formed by stacking the one or more anodes and the one or more cathodes on each other to have a separation film interposed between the anode and the cathode; a pouch receiving the electrode assembly and comprising an upper pouch and a lower pouch; an anode tab bonding part electrically connected to overlapped portions of the anode tabs stacked on each other; a cathode tab bonding part electrically connected to overlapped portions of the cathode tabs stacked on each other; an anode lead connected to the anode tab bonding part; a cathode lead connected to the cathode tab bonding part; a lead film encompassing the anode lead and the cathode lead to have a form in which portions of the anode lead and the cathode lead are exposed externally; and a sealing portion formed by heat fusion in a state in which the lead film is interposed between outer edges of the upper pouch and the lower pouch, to then be formed on an outer edge of the pouch, wherein the anode lead and the cathode lead are aligned to be parallel with respect to each other and are encompassed by a single lead film, and wherein the lead film includes one or more cut portions having a structure recessed inwardly from the exterior, between the anode lead and the cathode lead. one or more anodes having an anode tab attached to the anode; one or more cathodes having a cathode tab attached to the cathode; an electrode assembly formed by stacking the one or more anodes and the one or more cathodes on each other to have a separation film interposed between the anode and the cathode; a pouch receiving the electrode assembly and comprising an upper pouch and a lower pouch; an anode tab bonding part electrically connected to overlapped portions of the anode tabs stacked on each other; a cathode tab bonding part electrically connected to overlapped portions of the cathode tabs stacked on each other; an anode lead connected to the anode tab bonding part; a cathode lead connected to the cathode tab bonding part; a lead film encompassing the anode lead and the cathode lead to have a form in which portions of the anode lead and the cathode lead are exposed externally; and a sealing portion formed by heat fusion in a state in which the lead film is interposed between outer edges of the upper pouch and the lower pouch, to then be formed on an outer edge of the pouch, wherein the anode lead and the cathode lead are aligned to be parallel with respect to each other and are encompassed by a single lead film, and wherein the lead film includes one or more cut portions having a structure recessed inwardly from the exterior, between the anode lead and the cathode lead.
A melt-spun fiber, film or hose made from an elastomer resin obtainable by: I. preparing an elastomer resin in an internal mixing device by reacting: (i) a hydroxyl terminated polyester intermediate derived from a dicarboxylic acid and a blend of at least two alkylene glycols wherein two of the alkylene glycols have a number average molecular weight that differs by at least 20 percent; (ii) a diisocyanate and (iii) a linear alkylene glycol chain extender; wherein the resulting resin has a weight average molecular weight of at least 600,000; and II. further reacting the resin composition with (iv) an agent comprising the reaction product of a polyalkylene ether glycol and a diisocyanate; wherein said fiber, film or hose has a weight average molecular weight of at least 700,000. I. preparing an elastomer resin in an internal mixing device by reacting: (i) a hydroxyl terminated polyester intermediate derived from a dicarboxylic acid and a blend of at least two alkylene glycols wherein two of the alkylene glycols have a number average molecular weight that differs by at least 20 percent; (ii) a diisocyanate and (iii) a linear alkylene glycol chain extender; wherein the resulting resin has a weight average molecular weight of at least 600,000; and (i) a hydroxyl terminated polyester intermediate derived from a dicarboxylic acid and a blend of at least two alkylene glycols wherein two of the alkylene glycols have a number average molecular weight that differs by at least 20 percent; (ii) a diisocyanate and (iii) a linear alkylene glycol chain extender; II. further reacting the resin composition with (iv) an agent comprising the reaction product of a polyalkylene ether glycol and a diisocyanate; wherein said fiber, film or hose has a weight average molecular weight of at least 700,000. (iv) an agent comprising the reaction product of a polyalkylene ether glycol and a diisocyanate;
Method for manufacturing a binder comprising a hydratable material comprising the steps: - providing a starting material from one or more raw materials convertible by tempering at 600 to 1200 °C into the hydratable material, wherein the starting material has a Ca/Si molar ratio from 0.5 to 1.8 and contains no or up to 30 % by weight of other elements than CaO and SiO 2 with regard to the total mass calculated as oxides, - tempering the starting material at a temperature in the range from 600 to 1200 °C during a residence time from 1 minute to 5 hours to provide the hydratable material containing not more than 10 % by weight monocalcium silicate and at least 15 % by weight hydratable phases in the form of lime and dicalcium silicate, wherein at least 50 % of the crystalline hydratable phases are dicalcium silicate, wherein the residence time and the tempering temperature are adapted to obtain the said hydratable material by converting not more than 80 % by weight of the starting material, and cooling the hydratable material to provide the binder comprising the hydratable material. - providing a starting material from one or more raw materials convertible by tempering at 600 to 1200 °C into the hydratable material, wherein the starting material has a Ca/Si molar ratio from 0.5 to 1.8 and contains no or up to 30 % by weight of other elements than CaO and SiO 2 with regard to the total mass calculated as oxides, - tempering the starting material at a temperature in the range from 600 to 1200 °C during a residence time from 1 minute to 5 hours to provide the hydratable material containing not more than 10 % by weight monocalcium silicate and at least 15 % by weight hydratable phases in the form of lime and dicalcium silicate, wherein at least 50 % of the crystalline hydratable phases are dicalcium silicate,
A method for producing tungsten, comprising the steps of: subjecting a raw material mixture comprising at least one valuable containing tungsten to electrolysis using an organic electrolytic solution to dissolve tungsten in the electrolytic solution; and calcining the electrolytic solution containing dissolved tungsten at a temperature of less than 800 °C to obtain tungsten. subjecting a raw material mixture comprising at least one valuable containing tungsten to electrolysis using an organic electrolytic solution to dissolve tungsten in the electrolytic solution; and calcining the electrolytic solution containing dissolved tungsten at a temperature of less than 800 °C to obtain tungsten.
A method of defoaming lubricating oil characterised in that it includes a step of applying a defoaming agent composition in gel form, of number 1 NLGI grade or harder, to the inside wall of a container for lubricating oil and characterised in that this step is a step in which said defoaming agent composition is applied to the inside wall face at or above the oil surface of the lubricating oil; wherein the defoaming agent composition is a grease whose base oil is a fluorine oil; and the thickener of said grease is tricalcium phosphate.
A library of synthetic polynucleotides encoding light chain variable regions, wherein polypeptide sequences of the light chain variable regions (i) are varied at two or three positions between Kabat positions 89-94, and (ii) comprise polypeptide sequences produced by translation of polynucleotide sequences provided in Tables 5-7.
Turbomachine vane (24; 26; 126; 226; 326; 426; 526; 626; 726) comprising: - a connecting blade (36; 136; 236; 336; 436; 536; 636; 736) intended to extend through a flow (18; 20) of the turbomachine according to its height H1, - at least two branching blades (38; 138; 238; 338; 438; 538; 638; 738) which are connected to the connecting blade (36; 136; 236; 336; 436; 536; 636; 736) by extending it along its height H1, characterised in that the at least two branching blades (38; 138; 238; 338; 438; 538; 638; 738) comprise connecting edges to the connecting blade (36; 136; 236; 336; 436; 536; 636; 736) at least partially merged so as to join said branching blades (38; 138; 238; 338; 438; 538; 638; 738) to each other along the connecting blade (36; 136; 236; 336; 436; 536; 636; 736). - a connecting blade (36; 136; 236; 336; 436; 536; 636; 736) intended to extend through a flow (18; 20) of the turbomachine according to its height H1, - at least two branching blades (38; 138; 238; 338; 438; 538; 638; 738) which are connected to the connecting blade (36; 136; 236; 336; 436; 536; 636; 736) by extending it along its height H1,
A dissuader for animals comprising - an emitter of at least one sound emission to fend off said animal; characterised in that - said sound emission comprises at least one main sound wave comprising a first emission period at a first frequency substantially ranging between 18 and 21 KHz; a second emission period at a frequency variable from said first to a second frequency substantially ranging between 27 and 30 KHz; a third emission period at said second frequency; a fourth emission period at a frequency variable from said second frequency to said first frequency. - an emitter of at least one sound emission to fend off said animal; - said sound emission comprises at least one main sound wave comprising a first emission period at a first frequency substantially ranging between 18 and 21 KHz; a second emission period at a frequency variable from said first to a second frequency substantially ranging between 27 and 30 KHz; a third emission period at said second frequency; a fourth emission period at a frequency variable from said second frequency to said first frequency.
Non-therapeutic use of carvacrol or a pharmaceutically acceptable salt thereof for enhancing muscular recovery or improving the effects of exercise on muscle endurance or muscle mass.