mhurhangee/ep-ind-claims huggingface dataset:
Pull-out guide (2, 5) for furniture parts movable relative to a furniture body, in particular drawers, comprising - a body rail (21, 51) which can be fastened to the furniture body via a body angle (24, 54), - a running rail (23, 53) attachable to the movable part of the furniture - and a center rail (22, 52) which is mounted displaceably in a direction of travel between the body rail (21, 51) and the running rail (23, 53), - wherein the center rail (22, 52) forms a first web (25, 55) with rolling body raceways (27, 57) arranged at its ends for rolling bodies (8, 9) arranged between the center rail (22, 52) and the body rail (21, 51), a first and a second bearing unit, as well as a second web (26, 56) connected to the first web (25, 55) and having rolling body raceways (27, 57) arranged at its free end for rolling bodies (8, 9) arranged between the center rail (22, 52) and the running rail (23, 53) and forming a third bearing unit, - and wherein the width (B K) of the body rail (21, 51) considered in the direction of the longitudinal extension of the first web (25, 55) is greater than the width (B L) of the running rail (23, 53), - wherein the center rail (22, 52) is shaped such that the running rail (23, 53) is arranged eccentrically with respect to the body rail (21, 51) in an imaginary plane, the normal of which is formed by the direction of travel, in an area remote from the body angle (24, 54), characterized in that - at least 50% of the running rail (23, 53) is located above the body rail (21, 51). - a body rail (21, 51) which can be fastened to the furniture body via a body angle (24, 54), - a running rail (23, 53) attachable to the movable part of the furniture - and a center rail (22, 52) which is mounted displaceably in a direction of travel between the body rail (21, 51) and the running rail (23, 53), - wherein the center rail (22, 52) forms a first web (25, 55) with rolling body raceways (27, 57) arranged at its ends for rolling bodies (8, 9) arranged between the center rail (22, 52) and the body rail (21, 51), a first and a second bearing unit, as well as a second web (26, 56) connected to the first web (25, 55) and having rolling body raceways (27, 57) arranged at its free end for rolling bodies (8, 9) arranged between the center rail (22, 52) and the running rail (23, 53) and forming a third bearing unit, - and wherein the width (B K) of the body rail (21, 51) considered in the direction of the longitudinal extension of the first web (25, 55) is greater than the width (B L) of the running rail (23, 53), - wherein the center rail (22, 52) is shaped such that the running rail (23, 53) is arranged eccentrically with respect to the body rail (21, 51) in an imaginary plane, the normal of which is formed by the direction of travel, in an area remote from the body angle (24, 54), characterized in that - at least 50% of the running rail (23, 53) is located above the body rail (21, 51).
Arrangement of a carrier part and at least one cover of a switch disconnector, wherein the cover comprises a cover part and a switching lever, wherein the cover part is movably mounted in the carrier part for moving the cover part from a first end position to a second end position and vice versa, wherein the switching lever is mounted in the cover part such that it can pivot about a pivot axis for moving the switching lever from a first pivot position to a second pivot position and vice versa, wherein the switching lever interacts with the carrier part for transforming a pivoting movement of the switching lever into a movement of the cover part relative to the carrier part, wherein the cover part is arranged in the first end position in the first pivot position of the switching lever, wherein the cover comprises a mechanical locking device, wherein the locking device comprises locking means (7, 8) which can be moved between an open position and a locking position and vice versa, wherein the locking means (7, 8) create a positively locking connection between the switching lever and the carrier part or between the switching lever and the cover part in the locking position for preventing pivoting of the switching lever from the first pivot position to the second pivot position, characterized in that the locking means (7, 8) create a positively locking connection between the cover part and the carrier part in the locking position for preventing movement of the cover part from the first end position to the second end position.
A parameter display controller applied to an acoustic signal processing apparatus having a parameter display portion displaying a value of a parameter by use of a plurality of display elements of the acoustic signal processing apparatus, said parameter display controller comprising: a parameter setting portion comprising a dial (Di) for setting a value of the parameter, within a first range of parameter values, wherein the first range includes an extinguishing value, and wherein said parameter display controller further comprises a first display controlling portion adapted to energize all of the display elements of said plurality of display elements of the acoustic signal processing apparatus when the value set by the parameter setting portion is any value within the first range of parameter values except the extinguishing value of the first range, at least one of the energized display elements of said plurality of display elements of the acoustic signal processing apparatus being illuminated brightly in a first display mode, said at least one of the energized display elements illuminated brightly in the first display mode representing a second range of parameter values from the extinguishing value up to and including the set value, and the remaining energized display elements of said plurality of display elements of the acoustic signal processing apparatus being illuminated dimly in a second display mode different from the first display mode; and a second display controlling portion adapted to extinguish all of the display elements of said plurality of display elements of the acoustic signal processing apparatus when the set value of the parameter is the extinguishing value. a parameter setting portion comprising a dial (Di) for setting a value of the parameter, within a first range of parameter values, wherein the first range includes an extinguishing value, and wherein said parameter display controller further comprises a first display controlling portion adapted to energize all of the display elements of said plurality of display elements of the acoustic signal processing apparatus when the value set by the parameter setting portion is any value within the first range of parameter values except the extinguishing value of the first range, at least one of the energized display elements of said plurality of display elements of the acoustic signal processing apparatus being illuminated brightly in a first display mode, said at least one of the energized display elements illuminated brightly in the first display mode representing a second range of parameter values from the extinguishing value up to and including the set value, and the remaining energized display elements of said plurality of display elements of the acoustic signal processing apparatus being illuminated dimly in a second display mode different from the first display mode; and a second display controlling portion adapted to extinguish all of the display elements of said plurality of display elements of the acoustic signal processing apparatus when the set value of the parameter is the extinguishing value.
Cooking appliance for cooking food, comprising a cooking chamber for holding the food to be cooked, a steam generator for supplying steam to the cooking chamber, a microwave generator for heating the food to be cooked, a hot air generator and/or a heating device (5a, 5b) for heating the cooking chamber, a control for automatically activating the steam generator, the microwave generator and the hot air generator or the heating device (5a, 5b) within a common cooking process for cooking the food, characterised in that the controller is adapted to automatically change the power of the microwave generator as a function of a sensor signal from a gas outlet sensor for detecting gas escaping from the cooking chamber, the term "change" not including activation or deactivation of the microwave generator. a cooking chamber for holding the food to be cooked, a steam generator for supplying steam to the cooking chamber, a microwave generator for heating the food to be cooked, a hot air generator and/or a heating device (5a, 5b) for heating the cooking chamber, a control for automatically activating the steam generator, the microwave generator and the hot air generator or the heating device (5a, 5b) within a common cooking process for cooking the food, characterised in that the controller is adapted to automatically change the power of the microwave generator as a function of a sensor signal from a gas outlet sensor for detecting gas escaping from the cooking chamber, the term "change" not including activation or deactivation of the microwave generator.
A method performed by user equipment, comprising: receiving by a MAC layer entity of the UE a beam failure instance indication from lower layers; incrementing a counter for the beam failure instance indication by 1, on the basis of a determination that the beam failure instance indication has been received from lower layers; resetting the counter to 0 if no other beam failure instance indication is received within a time threshold since the reception of the indication; and initiating a beam failure recovery random access procedure if the counter exceeds a specific value. receiving by a MAC layer entity of the UE a beam failure instance indication from lower layers; incrementing a counter for the beam failure instance indication by 1, on the basis of a determination that the beam failure instance indication has been received from lower layers; resetting the counter to 0 if no other beam failure instance indication is received within a time threshold since the reception of the indication; and initiating a beam failure recovery random access procedure if the counter exceeds a specific value.
Method for producing a contact element (10, 20) for a vacuum switch, comprising the following steps: - introducing a first powder-like mixture, comprising particles of a first conductive material and particles of a second conductive material, or a first pre-pressed, disk-shaped green body consisting of a composite of at least a first and a second conductive material, into a pressing die (210, 240); - introducing an inner pressing stamp into the die; - pouring a second powder (31, 31A) of the first conductive material or a second powder-like mixture, comprising particles of the first conductive material, or a second pre-pressed green body, comprising the first conductive material, into an intermediate space between the die and inner pressing stamp; characterized by the following steps: - introducing an outer pressing stamp into the intermediate space between the die and inner pressing stamp; and - exerting pressing pressure (A, B) on the outer pressing stamp and on the inner pressing stamp in such a way that a disk-shaped region forming a contact disk (12, 22) of the contact element is created from the first powder-like mixture or the first green body, and a region forming a contact body (11, 21) of the contact element is created from the second powder (31, 31A) or the second powder-like mixture or the second green body. - introducing a first powder-like mixture, comprising particles of a first conductive material and particles of a second conductive material, or a first pre-pressed, disk-shaped green body consisting of a composite of at least a first and a second conductive material, into a pressing die (210, 240); - introducing an inner pressing stamp into the die; - pouring a second powder (31, 31A) of the first conductive material or a second powder-like mixture, comprising particles of the first conductive material, or a second pre-pressed green body, comprising the first conductive material, into an intermediate space between the die and inner pressing stamp; - introducing an outer pressing stamp into the intermediate space between the die and inner pressing stamp; and - exerting pressing pressure (A, B) on the outer pressing stamp and on the inner pressing stamp in such a way that a disk-shaped region forming a contact disk (12, 22) of the contact element is created from the first powder-like mixture or the first green body, and a region forming a contact body (11, 21) of the contact element is created from the second powder (31, 31A) or the second powder-like mixture or the second green body.
Lock for a body part of a vehicle which can be moved from an open position into a closed position, in particular a flap or door of the vehicle, having a closing hook which can move from a pre-closing position to a fully closed position while in the closed position, in which the closing hook is held in the pre-closing position by a pawl, which prevents the closing hook from moving into the fully closed position, in which the closing hook is mounted on a pivot axis on a support plate of the lock.
A liner arrangement for a gas turbine combustor, having a flow sleeve disposed around a liner and a transition piece through which high temperature gas produced in the liner is transmitted, characterized in that the liner arrangement comprising: a cooling sleeve disposed on the liner operable to divide air supplied through cooling holes defined in the flow sleeve and compressed air flowing to a space portion defined between the liner and the flow sleeve after colliding against the transition piece, wherein the cooling sleeve comprises convex portions and concave portions, the convex portions are disposed in a direction parallel to the cooling holes, and each concave portion is adjacent to at least one of the convex portions, and wherein the convex portions are operable to guide the air supplied through the cooling holes of the flow sleeve and the concave portions are operable to direct the compressed air flowing to the space portion.
A wave-power unit for the production of electric power and comprising a floating body arranged for floating on the sea and an electric linear generator having a stator and translator reciprocating along a center axis, the stator being arranged to be anchored in the bed of a sea and the translator being connected to the floating body body by connection means, which translator is journalled in a plurality of rolling elements such that a circumferential gap is formed between the stator and the translator, each rolling element having a certain elasticity, and whereby a change in the width (d) of the gap results in a change in the total force from the rolling elements and in a change in the total magnet forces, characterized in that the elasticity of each rolling element is determined by the condition that a change in the width (d) of the gap represents a change in the total force from the rolling elements on the translator that is in the range of 2 to 5 times as large as the change in said total magnet forces on the translator resulting from said change in width (d).
A tissue section selection method of selecting a tissue section to be inspected by specifically detecting a marker, the method comprising: an embedded block-preparing step of preparing an embedded block by embedding both a biological tissue fragment and a standard substance in the same embedding agent; an embedded tissue section preparing step of slicing the embedded block to prepare a sheet-like embedded tissue section having the tissue section and a standard substance section (41a-41e) appearing on the surface of the embedded tissue section; and a tissue section selecting step of selecting the tissue section to be inspected, based on a light signal from the standard substance section (41a-41e), characterized in that the standard substance is a thickness standard substance that serves as a reference for the thickness of the tissue section. an embedded block-preparing step of preparing an embedded block by embedding both a biological tissue fragment and a standard substance in the same embedding agent; an embedded tissue section preparing step of slicing the embedded block to prepare a sheet-like embedded tissue section having the tissue section and a standard substance section (41a-41e) appearing on the surface of the embedded tissue section; and a tissue section selecting step of selecting the tissue section to be inspected, based on a light signal from the standard substance section (41a-41e), characterized in that the standard substance is a thickness standard substance that serves as a reference for the thickness of the tissue section.
A method of automatically generating an alarm mask for condition monitoring in a wind turbine, comprising the steps of: - Selecting a reference data selecting definition from a control definition repository in the condition monitoring of the wind turbine, wherein the reference data selecting definition specifies a time interval of recorded reference data; - selecting of reference data from at least one sensor located in the wind turbine recorded during the time interval; - Selecting a first alarm mask factor from the control definition repository; and - Calculating a first alarm mask; characterised in that - A reference value is calculated based on the reference data; - The first alarm mask is calculated based on multiplying the first alarm mask factor by the reference value; - A second alarm mask factor is selected from the control definition repository; - A second alarm mask is calculated; and - The second alarm mask is calculated based on multiplying the second alarm mask factor by the reference value. - Selecting a reference data selecting definition from a control definition repository in the condition monitoring of the wind turbine, wherein the reference data selecting definition specifies a time interval of recorded reference data; - selecting of reference data from at least one sensor located in the wind turbine recorded during the time interval; - Selecting a first alarm mask factor from the control definition repository; and - Calculating a first alarm mask; - A reference value is calculated based on the reference data; - The first alarm mask is calculated based on multiplying the first alarm mask factor by the reference value; - A second alarm mask factor is selected from the control definition repository; - A second alarm mask is calculated; and - The second alarm mask is calculated based on multiplying the second alarm mask factor by the reference value.
A method for foil-ripening a Gouda type cheese comprising: a. providing a cheese having an edge, a first face and a second face; b. packaging said cheese in a closed cheese-ripening foil having a water vapour transmission rate of at least 5 g/(m 2.24 hours) at 12 °C and 85% relative humidity, and having an oxygen transmission rate of at least 120 and < 1000 cm 3 /m 2.24 hours.atm at 12 °C and 85% relative humidity; and c. ripening the foil-packaged cheese wherein during ripening moisture is allowed to evaporate from said cheese. a. providing a cheese having an edge, a first face and a second face; b. packaging said cheese in a closed cheese-ripening foil having a water vapour transmission rate of at least 5 g/(m 2.24 hours) at 12 °C and 85% relative humidity, and having an oxygen transmission rate of at least 120 and < 1000 cm 3 /m 2.24 hours.atm at 12 °C and 85% relative humidity; and c. ripening the foil-packaged cheese wherein during ripening moisture is allowed to evaporate from said cheese.
An automated analyzer, comprising: a sample container that holds a sample containing an antigen; a reagent container that holds a reagent containing latex particles to which antibodies are sensitized; a reaction container that holds a reaction solution into which the sample in the sample container and the reagent in the reagent container are mixed; a rotating mechanism that rotationally moves the reaction container; a light source unit that irradiates the reaction solution in the reaction container with irradiation light having a wavelength in the range of 0.65 to 0.75 μm; and a photodetector that is disposed at a light-receiving angle of 15° to 35° with respect to the irradiation direction of the irradiation light and receives scattered light generated from the reaction solution during the rotational movement of the reaction container, wherein a change in the amount of scattered light caused by the aggregation of the latex particles through antigens in the sample is measured; wherein the average peak particle diameter of the latex particles contained in the reagent ranges from 0.3 μm to 0.43 μm; and characterised in that the reaction solution contains the latex particles at a concentration before aggregation at which the absorbance to irradiation light having a wavelength of 0.7 μm is 0.25 abs to 1.10 abs. a sample container that holds a sample containing an antigen; a reagent container that holds a reagent containing latex particles to which antibodies are sensitized; a reaction container that holds a reaction solution into which the sample in the sample container and the reagent in the reagent container are mixed; a rotating mechanism that rotationally moves the reaction container; a light source unit that irradiates the reaction solution in the reaction container with irradiation light having a wavelength in the range of 0.65 to 0.75 μm; and a photodetector that is disposed at a light-receiving angle of 15° to 35° with respect to the irradiation direction of the irradiation light and receives scattered light generated from the reaction solution during the rotational movement of the reaction container, wherein a change in the amount of scattered light caused by the aggregation of the latex particles through antigens in the sample is measured; wherein the average peak particle diameter of the latex particles contained in the reagent ranges from 0.3 μm to 0.43 μm; and characterised in that the reaction solution contains the latex particles at a concentration before aggregation at which the absorbance to irradiation light having a wavelength of 0.7 μm is 0.25 abs to 1.10 abs.
A method for reducing power consumption for a Peripheral Component Interconnect express, PCIE, terminus, comprising: after entry into a low-power state, starting a timer; receiving a link inactivity timeout interrupt at expiration of a period of the timer; registering with an always on circuit for a wakeup signal to act as a wakeup capable interrupt; removing a vote for resources in a power control block; and entering at least a partial system power collapse at the PCIE terminus without notifying another PCIE terminus, wherein entering at least the partial system power collapse comprises scaling down power from at least one power domain while maintaining sufficient power for memory retention. after entry into a low-power state, starting a timer; receiving a link inactivity timeout interrupt at expiration of a period of the timer; registering with an always on circuit for a wakeup signal to act as a wakeup capable interrupt; removing a vote for resources in a power control block; and entering at least a partial system power collapse at the PCIE terminus without notifying another PCIE terminus, wherein entering at least the partial system power collapse comprises scaling down power from at least one power domain while maintaining sufficient power for memory retention.