mhurhangee/ep-ind-claims huggingface dataset:
A pressure snap fastener with a bivalent closure, comprising a first portion, adapted to be associated with a first flap, and a second portion, adapted to be associated with a second flap; said first and second portions as associated with one another joining said flaps; said pressure snap fastener being characterized in that it further comprises first temporary engagement means, adapted to provide a first temporary closure, in which said first and second portions are joined by a weak joining and are free of partially swinging, and second stable engagement means, adapted to provide a second stable closure, allowing said first and second portions to be tightly coupled.
Bracket scaffold for fastening to a curved surface of a construction, the bracket scaffold comprising the following: a) a first support; b) a first coupling element arranged on the first support for connecting to a first fastening element which can be arranged on the construction; c) a first guide, characterized in that the first guide is designed to concavely pivot the first coupling element on the first support, the pivot arc being concave on the first support, as seen from the part of the support that faces away from the coupling element, such that the rotational axis of the first guide is located near the construction which can be connected to the first fastening element. a) a first support; b) a first coupling element arranged on the first support for connecting to a first fastening element which can be arranged on the construction; c) a first guide,
Method for operating an osmotic power plant, in which there are provided a first solution, having a first concentration of at least one substance that can be dissolved in a solvent of the solution, and a second solution, which has a second, lesser concentration of the at least one substance, wherein at least the first solution is provided by means of at least one thermal separating facility, characterized in that, in the at least one thermal separating facility, a starting solution that contains the at least one substance is introduced into an evaporator, through which there flows a gaseous medium, wherein the gaseous medium in the evaporator flows counter to the starting solution, such that the solvent of the starting solution and the gaseous medium in the evaporator form a counterflow heat exchanger, wherein, in a condenser of the at least one thermal separating facility, the starting solution is used as a coolant for cooling the gaseous medium containing the at least one substance, wherein a temperature of the starting solution coming from the condenser is increased, and the starting solution having the increased temperature is trickled in a counterflow in relation to the gaseous medium in the evaporator, wherein the at least one substance is discharged out of the evaporator by means of the gaseous medium, wherein the at least one substance that is discharged in the gaseous medium is converted to a liquid phase in the condenser, in order to provide the first solution, and wherein used as the at least one substance in the starting solution is one that can more easily be converted to the gas phase than the solvent of the starting solution.
An electronically-scanned SSR interrogator adapted to transmit Mode S All-Calls with simultaneous ISLS pulse, the interrogator comprising: transmit/receive modules, each transmit/receive module comprising a chain of linear amplifiers permitting linear coherent superposition of a main beam pulse P6 and a control beam pulse P5; and wherein the electronically-scanned SSR interrogator is adapted to steer the superpositioned main beam pulse and control beam pulse beam by applying a progressive phase taper across the transmit/receive modules.
An extrusion additive manufacturing process comprising the extrusion of a polyethylene composition having a melt flow index MIE at 190°C with a load of 2.16 kg, according to ISO 1133-2:2011, of at least 0.1 g/10 min., preferably at least 0.5 g/10 min., said polyethylene composition comprising: A) from 1% to 40% by weight of a polyethylene component having a weight average molar mass M w, as measured by GPC (Gel Permeation Chromatography), equal to or higher than 1,000,000 g/mol; B) from 1% to 95 % by weight of a polyethylene component having a M w value from 50,000 to 500,000 g/mol; C) from 1% to 59 % by weight of a polyethylene component having a M w value equal to or lower than 5,000 g/mol; wherein the amounts of components A), B) and C) are referred to the total weight of A) + B) + C). A) from 1% to 40% by weight of a polyethylene component having a weight average molar mass M w, as measured by GPC (Gel Permeation Chromatography), equal to or higher than 1,000,000 g/mol; B) from 1% to 95 % by weight of a polyethylene component having a M w value from 50,000 to 500,000 g/mol; C) from 1% to 59 % by weight of a polyethylene component having a M w value equal to or lower than 5,000 g/mol;
An industrial vehicle comprising: a travel direction detector configured to detect a travel direction of the industrial vehicle; a vehicle speed sensor configured to detect a vehicle speed of the industrial vehicle; a travel direction determiner configured to determine the travel direction of the industrial vehicle; an object detector configured to detect a position of an object present in the travel direction of the industrial vehicle; and a controller, characterized in that the controller is set in a particular state when the vehicle speed of the industrial vehicle is equal to or higher than a first vehicle speed threshold value, and in the particular state, even when a travel direction command is changed by the travel direction determiner, the controller recognizes that a traveling state of the industrial vehicle before the travel direction command was changed continues at least until the vehicle speed of the forklift truck is lower than the first vehicle speed threshold value, thereby preventing a discrepancy between the travel direction of the forklift truck recognized by the controller and the actual travel direction of the forklift truck, and the object detector operates based on the traveling state of the industrial vehicle before the travel direction command was changed. a travel direction detector configured to detect a travel direction of the industrial vehicle; a vehicle speed sensor configured to detect a vehicle speed of the industrial vehicle; a travel direction determiner configured to determine the travel direction of the industrial vehicle; an object detector configured to detect a position of an object present in the travel direction of the industrial vehicle; and a controller, characterized in that the controller is set in a particular state when the vehicle speed of the industrial vehicle is equal to or higher than a first vehicle speed threshold value, and in the particular state, even when a travel direction command is changed by the travel direction determiner, the controller recognizes that a traveling state of the industrial vehicle before the travel direction command was changed continues at least until the vehicle speed of the forklift truck is lower than the first vehicle speed threshold value, thereby preventing a discrepancy between the travel direction of the forklift truck recognized by the controller and the actual travel direction of the forklift truck, and the object detector operates based on the traveling state of the industrial vehicle before the travel direction command was changed.
Exercise apparatus having a frame, a pivoting member with a proximate end pivotally connected to the frame and a free distal end, and an elastic member having one end fastened to the pivoting member proximate to the distal end of the pivoting member, and an anchor device fastening a ring portion of a second end of the elastic member to the frame, the anchor device comprising: an elongated support member having a central axial portion, an upper mounting portion, and a lower mounting portion, the mounting portions being fastened to the frame, the central axial portion having a plurality of outwardly extending curved arms, wherein each curved arm has a distal end sized to receive and retain the ring portion of the second end of the elastic member; characterised by a ring retaining device fastened to the central axial portion, the ring retaining device comprising: an elongated body fastened to the central axial portion, wherein the elongated body comprises: a central portion; a first curved end portion; and a semi-cylindrical connector portion joining the first curved end portion to one end of the central portion. an elongated support member having a central axial portion, an upper mounting portion, and a lower mounting portion, the mounting portions being fastened to the frame, the central axial portion having a plurality of outwardly extending curved arms, wherein each curved arm has a distal end sized to receive and retain the ring portion of the second end of the elastic member; characterised by a ring retaining device fastened to the central axial portion, the ring retaining device comprising: an elongated body fastened to the central axial portion, wherein the elongated body comprises: a central portion; a first curved end portion; and a semi-cylindrical connector portion joining the first curved end portion to one end of the central portion. a central portion; a first curved end portion; and a semi-cylindrical connector portion joining the first curved end portion to one end of the central portion.
A method of a base station for receiving high speed uplink packet access from user equipment comprising: transmitting an absolute grant indicator associated with a first stop-and-wait interval of a reoccurring series of stap-and-wait intervals, the absolute grant indicator being included in an absolute grant channel targeted for the user equipment, and the absolute grant indicator identifying an absolute grant channel the user equipment should use on the next or subsequent transmissions; receiving, from the user equipment, a packet on a first channel; receiving, from the user equipment, control information associated with the packet on a second channel; and decoding the packet received on the first channel based on the control information received on the second channel. transmitting an absolute grant indicator associated with a first stop-and-wait interval of a reoccurring series of stap-and-wait intervals, the absolute grant indicator being included in an absolute grant channel targeted for the user equipment, and the absolute grant indicator identifying an absolute grant channel the user equipment should use on the next or subsequent transmissions; receiving, from the user equipment, a packet on a first channel; receiving, from the user equipment, control information associated with the packet on a second channel; and decoding the packet received on the first channel based on the control information received on the second channel.
An instrument for biological analysis, comprising: a sample processing system configured to retain a first sample holder (204, 304) comprising a first plurality of sample cells and a second sample holder (204, 304) comprising a second plurality of sample cells, wherein at least one of (a) a number of the sample cells or (b) a characteristic dimension of the sample cells is different between the first sample holder and the second sample holder; an excitation source configured to produce one or more excitation beams; an excitation optical system configured to direct the one or more excitation beams toward a plurality of samples retained by the sample processing system; an optical sensor configured to receive emission beams from the first plurality of sample cells and configured to receive emission beams from the second plurality of sample cells; an emission optical system configured to direct the emission beams to the optical sensor; an excitation source temperature controller comprising a temperature sensor thermally coupled to the excitation source for determining the temperature of the excitation source, an electronic processor; and a storage device including data comprising a first target temperature for the first sample holder and a second target temperature for the second sample holder that is unequal to the first target temperature, wherein the storage device comprises instructions to control the temperature of the excitation source to the first target temperature when the first sample holder is retained by the instrument and to control the temperature of the excitation source to the second target temperature when the second sample holder is retained by the instrument. a sample processing system configured to retain a first sample holder (204, 304) comprising a first plurality of sample cells and a second sample holder (204, 304) comprising a second plurality of sample cells, wherein at least one of (a) a number of the sample cells or (b) a characteristic dimension of the sample cells is different between the first sample holder and the second sample holder; an excitation source configured to produce one or more excitation beams; an excitation optical system configured to direct the one or more excitation beams toward a plurality of samples retained by the sample processing system; an optical sensor configured to receive emission beams from the first plurality of sample cells and configured to receive emission beams from the second plurality of sample cells; an emission optical system configured to direct the emission beams to the optical sensor; an electronic processor; and a storage device including data comprising a first target temperature for the first sample holder and a second target temperature for the second sample holder that is unequal to the first target temperature, wherein the storage device comprises instructions to control the temperature of the excitation source to the first target temperature when the first sample holder is retained by the instrument and to control the temperature of the excitation source to the second target temperature when the second sample holder is retained by the instrument.
A method for producing an expanded thermoplastic elastomer beads molded article, comprising: filling expanded thermoplastic elastomer beads in a mold so as to be compressed state; and then supplying a heating medium into the mold to heat the expanded beads, so as to fusion bond the expanded beads to each other, the expanded beads having a closed cell ratio of 70% or more and a bulk density (Bd) after conditioning at 23°C and a relative humidity of 50% under ordinary pressure for 48 hours of 200 g/L or less, characterised in that a filled amount [g] of the expanded beads in the mold having an inner capacity and an internal pressure [10 -1 MPa] of the expanded beads satisfying the following expressions and: 0.9 ⋅ V ⋅ Bd ≤ M 4.2 ⋅ Bd − 0.23 ≤ IP + M/ V ⋅ Bd ≤ 8.0 ⋅ Bd − 0.23
A convenient flat connector - in particular a mains connector for household and workshop appliance technology - in a flat embodiment, with ease of operation, and designed also for multiply-arranged sockets, consisting of a hollow cylindrically-shaped connector section and a housing subsection as part of the connector housing, also cylindrically-shaped, extending on the side facing away from the wall, connected with the connector section and integrally detachable with the latter with a tool, wherein a horseshoe-shaped strap, designed in cross-section in a rectangular manner as a lever, surrounds the housing subsection, characterised in that - the strap, located at the height of the electrical contact or connector pins, in a radial direction diametrically opposite, is connected on both sides with the housing subsection such that it can rotate, - at its point furthest removed from the pivot bearings the strap has a grip recess, and - in the direction facing away from the grip recess, both arm ends of the strap are located a distance from the pivot bearings that is approximately a third of the distance of the grip recess from the pivot bearings. - the strap, located at the height of the electrical contact or connector pins, in a radial direction diametrically opposite, is connected on both sides with the housing subsection such that it can rotate, - at its point furthest removed from the pivot bearings the strap has a grip recess, and - in the direction facing away from the grip recess, both arm ends of the strap are located a distance from the pivot bearings that is approximately a third of the distance of the grip recess from the pivot bearings.
Cooking appliance for cooking a food that is liquid or contains a high proportion of liquid, which has: a pan with a lid, in which a pressure chamber is formed, a pressure sensor, which is used to measure the pressure in the pressure chamber, a first temperature sensor, which is used to measure the temperature in the pressure chamber, and an appliance control unit, which is able to receive the temperature measurements of the first temperature sensor and pressure measurements of the pressure sensor, wherein the appliance control unit holds a stored conversion formula, with which temperature values measured by the first temperature sensor can be converted into pressure values in the pressure chamber and/or measured pressure values of the pressure sensor into temperature values in the pressure chamber and/or measured temperature values and the measured pressure values into comparable values, characterised in that the appliance control unit is able to carry out a comparison operation for the comparable values determined with the aid of the conversion formula from the temperature measurements of the first temperature sensor or the pressure measurements of the pressure sensor, with which the values are compared, and that the appliance control unit derives a plausibility check from the result of the comparison operation. a pan with a lid, in which a pressure chamber is formed, a pressure sensor, which is used to measure the pressure in the pressure chamber, a first temperature sensor, which is used to measure the temperature in the pressure chamber, and an appliance control unit, which is able to receive the temperature measurements of the first temperature sensor and pressure measurements of the pressure sensor, wherein the appliance control unit holds a stored conversion formula, with which temperature values measured by the first temperature sensor can be converted into pressure values in the pressure chamber and/or measured pressure values of the pressure sensor into temperature values in the pressure chamber and/or measured temperature values and the measured pressure values into comparable values, characterised in that the appliance control unit is able to carry out a comparison operation for the comparable values determined with the aid of the conversion formula from the temperature measurements of the first temperature sensor or the pressure measurements of the pressure sensor, with which the values are compared, and that the appliance control unit derives a plausibility check from the result of the comparison operation.
A fluid dispenser device including a body that is provided with a dispenser orifice, said body containing a plurality of reservoirs formed on a common substrate formed by an elongate strip that includes a leading end and a trailing end, the device further including reservoir-opening means that are adapted to open a respective reservoir each time the device is actuated, and drive means for driving the elongate strip, so as to bring a full reservoir into register with said opening means before and/or during and/or after each actuation of the device, said device being characterized in that it includes at least one movable wall (500; 600, 601) that separates, at least in part, a storage housing for storing the elongate strip from a reception housing for receiving the elongate strip, said elongate strip being disposed, in particular rolled up in a roll, mainly in said storage housing before the device is used for the first time, and being displaced progressively in said reception housing each time the device is actuated, said at least one movable wall causing the volume of the storage housing to decrease progressively, and the volume of the reception housing to increase progressively, said device including two pivot walls (600, 601) one of which is concave relative to the reception housing and the other one of which is concave relative to the storage housing.
A method for manufacturing a three-dimensional article, said method comprising: successively building up said article from a metal powder by an additive manufacturing process by scanning a selected portion of said metal powder with electromagnetic radiation; forming an anti-counterfeiting mark in said article during said additive manufacturing process; establishing an article microstructure of said article; and establishing an anti-counterfeiting mark microstructure of said anti-counterfeiting mark, wherein the article microstructure is a grain structure and orientation, and wherein the anti-counterfeiting mark microstructure is a grain structure and orientation; wherein said anti-counterfeiting mark microstructure is different than said article microstructure; and wherein the method further comprises determining whether said article includes said anti-counterfeiting mark during said additive manufacturing process. successively building up said article from a metal powder by an additive manufacturing process by scanning a selected portion of said metal powder with electromagnetic radiation; forming an anti-counterfeiting mark in said article during said additive manufacturing process; establishing an article microstructure of said article; and establishing an anti-counterfeiting mark microstructure of said anti-counterfeiting mark, wherein the article microstructure is a grain structure and orientation, and wherein the anti-counterfeiting mark microstructure is a grain structure and orientation; wherein said anti-counterfeiting mark microstructure is different than said article microstructure; and wherein the method further comprises determining whether said article includes said anti-counterfeiting mark during said additive manufacturing process.