mhurhangee/ep-ind-claims huggingface dataset:
Device for producing a flowable product, in particular ice cream, from a liquid mixture, comprising a processing container provided in a device housing with a temperature-controllable inner wall which encloses an inner space suitable for receiving the liquid mixture, in which a stirring apparatus is provided, wherein the processing container has a filling opening for introducing the liquid mixture and an outlet opening for dispensing the product, a closure element which is displaceably held at the outlet opening, which is adjustable between a closed position in which the outlet opening is closed, and an open position in which the outlet opening is at least partially open, and an operating apparatus, which has an actuator which is operatively coupled with the closure element, which is pivotable between a fixing position, in which the closure element is fixed in a stable position relative to the outlet opening, and a releasing position, in which the closure element is adjustable between the closed position and the open position, characterised in that the actuator is pivotable between a left fixing position and a right fixing position. a processing container provided in a device housing with a temperature-controllable inner wall which encloses an inner space suitable for receiving the liquid mixture, in which a stirring apparatus is provided, wherein the processing container has a filling opening for introducing the liquid mixture and an outlet opening for dispensing the product, a closure element which is displaceably held at the outlet opening, which is adjustable between a closed position in which the outlet opening is closed, and an open position in which the outlet opening is at least partially open, and an operating apparatus, which has an actuator which is operatively coupled with the closure element, which is pivotable between a fixing position, in which the closure element is fixed in a stable position relative to the outlet opening, and a releasing position, in which the closure element is adjustable between the closed position and the open position, characterised in that the actuator is pivotable between a left fixing position and a right fixing position.
A discharge lamp that houses electrodes (EL1, EL2) for electric discharge in a glass member, comprising: a base member that is coupled to the glass member; a relay member that is formed with an electrically conductive material; a coupling member that has an electrically conductive member that is electrically connected with the relay member; and a flow path that is provided in the relay member and the coupling member for supplying a cooling medium to the base member characterized in that the relay member comprises a cover member covering at least a part of the base member, wherein the flow path is provided for supplying a cooling medium to a space between the base member and the cover member, and wherein the discharge lamp comprises a free-end side base member and a fixed side base member that are coupled to the glass member, wherein the fixed side base member, upon operation, is fixed and used as a held part for holding the glass mamber and wherein the relay member is provided in the free-end side base member. a base member that is coupled to the glass member; a relay member that is formed with an electrically conductive material; a coupling member that has an electrically conductive member that is electrically connected with the relay member; and a flow path that is provided in the relay member and the coupling member for supplying a cooling medium to the base member characterized in that the relay member comprises a cover member covering at least a part of the base member, wherein the flow path is provided for supplying a cooling medium to a space between the base member and the cover member, and wherein the discharge lamp comprises a free-end side base member and a fixed side base member that are coupled to the glass member, wherein the fixed side base member, upon operation, is fixed and used as a held part for holding the glass mamber and wherein the relay member is provided in the free-end side base member.
A seating system for a passenger aircraft, comprising - at least one aircraft seat having at least one sensor device which is configured to detect a seat load on the aircraft seat by a passenger sitting thereon and to record a temporal history of the detected seat load, - an evaluation device which is configured to determine a sitting posture depending on the detected seat load and to determine a recommendation for a change in a sitting posture depending on the detected seat load, the determined sitting posture and the detected history of the seat load, and - a display device which is configured to display the recommendation; wherein the sensor device comprises at least one sensor configured as a textile surface sensor which detects a force acting thereon by a change in a capacitance. - at least one aircraft seat having at least one sensor device which is configured to detect a seat load on the aircraft seat by a passenger sitting thereon and to record a temporal history of the detected seat load, - an evaluation device which is configured to determine a sitting posture depending on the detected seat load and to determine a recommendation for a change in a sitting posture depending on the detected seat load, the determined sitting posture and the detected history of the seat load, and - a display device which is configured to display the recommendation; wherein the sensor device comprises at least one sensor configured as a textile surface sensor which detects a force acting thereon by a change in a capacitance.
Device for fixing at least two heat exchangers that are stacked with respect to one another and are integrated in a heat exchange system of a vehicle, characterized in that the fixing device is a one-piece assembly comprising members for holding the heat exchangers, for the one part, and a flange for fixing to a support frame of the heat exchange system, for the other part, said holding members being arranged so as to protrude from one and the same base plate and are walls perpendicular to the base plate and are disposed in pairs, each of the pairs being configured to grip the lower end of a heat exchanger and transversely hold said heat exchanger.
A slider for a slide fastener, comprising: a body, in which an element path penetrating in a front-rear direction and a claw hole communicating upward with respect to the element path are formed, wherein a front attachment column and a rear attachment column protrude from an upper surface of an upper wing plate covering an upper side of the element path; a pull-tab, which is rotatable in the front-rear direction, and in which a shaft portion serving as a center of the rotation is disposed on the upper wing plate; a control claw placed on the shaft portion between the front attachment column and the rear attachment column and configured to control the body to be movable and immovable, wherein a protrusion length of a claw portion that enters the element path from the claw hole changes depending on an up-down position of the shaft portion so as to control movement of the body; and a cover, having an upper plate portion and a lateral plate portion which cover the control claw from an upper side and a lateral side, attached to the front attachment column and the rear attachment column, being swingable in an up-down direction in a state in which the cover is assembled with the body, and including a plate spring portion extending from a front end of the upper plate portion along a front surface of the front attachment column, wherein the upper plate portion comes in contact with the control claw and pushes the control claw downward due to a restoring force of the plate spring portion, wherein the body, the pull-tab, the control claw and the cover are separate components. a body, in which an element path penetrating in a front-rear direction and a claw hole communicating upward with respect to the element path are formed, wherein a front attachment column and a rear attachment column protrude from an upper surface of an upper wing plate covering an upper side of the element path; a pull-tab, which is rotatable in the front-rear direction, and in which a shaft portion serving as a center of the rotation is disposed on the upper wing plate; a control claw placed on the shaft portion between the front attachment column and the rear attachment column and configured to control the body to be movable and immovable, wherein a protrusion length of a claw portion that enters the element path from the claw hole changes depending on an up-down position of the shaft portion so as to control movement of the body; and a cover, having an upper plate portion and a lateral plate portion which cover the control claw from an upper side and a lateral side, attached to the front attachment column and the rear attachment column, being swingable in an up-down direction in a state in which the cover is assembled with the body, and including a plate spring portion extending from a front end of the upper plate portion along a front surface of the front attachment column, wherein the upper plate portion comes in contact with the control claw and pushes the control claw downward due to a restoring force of the plate spring portion, wherein the body, the pull-tab, the control claw and the cover are separate components.
A rear element of a safety binding intended to be mounted on a ski, comprising: - a plate pivoting relative to the ski; - a suspended body, two arms mounted on each side of said suspended body and two lugs emerging from said pivoting plate; an upper end of each of said arms being connected to said suspended body and a lower end of each of said arms being connected to said lugs, and - a device for adjusting the longitudinal position of said suspended body, - said pivoting plate has a recess (2a, 2b) receiving a translationally adjustable part (18b, 23) along a longitudinal axis of the binding; characterised in that: - said lugs form the ends of a bar translationally movable relative to said pivoting plate; said bar being integral with said translationally adjustable part (18b, 23) so that the displacement of said translationally adjustable part (18b, 23) makes it possible to modify the longitudinal position of said suspended body. - a plate pivoting relative to the ski; - a suspended body, two arms mounted on each side of said suspended body and two lugs emerging from said pivoting plate; an upper end of each of said arms being connected to said suspended body and a lower end of each of said arms being connected to said lugs, and - a device for adjusting the longitudinal position of said suspended body, - said pivoting plate has a recess (2a, 2b) receiving a translationally adjustable part (18b, 23) along a longitudinal axis of the binding; - said lugs form the ends of a bar translationally movable relative to said pivoting plate; said bar being integral with said translationally adjustable part (18b, 23) so that the displacement of said translationally adjustable part (18b, 23) makes it possible to modify the longitudinal position of said suspended body.
A reactor having a sparger system, preferably a reactor having cooling means adapted for controlling exothermic reactions within the reactor, and wherein the spargers and the cooling means are arranged in corresponding patterns, more preferably a reactor wherein the gas outlets are disposed substantially parallel to, or are directed towards, the floor of the reactor and wherein the sparger system comprises a gas outlet for passing gas into the reactor, and a gas distribution system to supply the gas to the outlet, wherein the gas distribution system feeding a sparger with gas to be ejected from the gas outlet is disposed above the sparger outlet in the system, wherein the sparger gas outlets are situated at least 15 cm below the distribution system, and wherein the distance between the gas outlet and the reactor floor is less than 20 cm, and wherein the gas distribution system has a gas supply connection via the reactor wall 1 to 8 m above the sparger outlets.
A semiconductor device structure comprising: a layer of single crystal compound semiconductor material; and a layer of polycrystalline diamond material, wherein the layer of polycrystalline diamond material is bonded to the layer of single crystal compound semiconductor material via a bonding layer formed of nano-crystalline diamond and having a thickness of less than 25 nm and a thickness variation of no more than 15 nm, wherein an effective thermal boundary resistance as measured by transient thermoreflectance at an interface between the layer of single crystal compound semiconductor material and the layer of polycrystalline diamond material is less than 25 m 2 K/GW with a variation of no more than 12 m 2 K/GW as measured across the semiconductor device structure, and wherein the layer of single crystal compound semiconductor material has one or both of the following characteristics: a charge mobility of at least 1200 cm 2 V -1 s -1; and a sheet resistance of no more than 700 Ω/square. a layer of single crystal compound semiconductor material; and a layer of polycrystalline diamond material, wherein the layer of polycrystalline diamond material is bonded to the layer of single crystal compound semiconductor material via a bonding layer formed of nano-crystalline diamond and having a thickness of less than 25 nm and a thickness variation of no more than 15 nm, wherein an effective thermal boundary resistance as measured by transient thermoreflectance at an interface between the layer of single crystal compound semiconductor material and the layer of polycrystalline diamond material is less than 25 m 2 K/GW with a variation of no more than 12 m 2 K/GW as measured across the semiconductor device structure, and wherein the layer of single crystal compound semiconductor material has one or both of the following characteristics: a charge mobility of at least 1200 cm 2 V -1 s -1; and a sheet resistance of no more than 700 Ω/square. a charge mobility of at least 1200 cm 2 V -1 s -1; and a sheet resistance of no more than 700 Ω/square.
A method of calibrating a spectrometer for charged particles comprising the following steps: A. generating a monochromatic incident charged particle beam having a first energy E 1; B. generating an incident laser beam having a second energy E 2; C. illuminating a surface of a sample (Ech) with the incident laser beam to generate an evanescent electromagnetic field in a region in the vicinity of said surface; D. spatially and temporally superimposing the incident laser beam and the incident charged particle beam in said region in order to couple them via said evanescent electromagnetic field, generating a charged particle beam known as an output beam having a spectrum comprising a plurality of distinct energy peaks spectrally separated by a value equal to the second energy E 2; E. measuring, using the spectrometer, all or part of the spectrum of the output beam, then determining a variation in energy ΔE of at least two of the distinct energy peaks with respect to the first energy E 1; F. determining a value of the scale factor S and a value of the offset O specific to said measurement of the spectrum of the output beam by the spectrometer from the energy variations ΔE. A. generating a monochromatic incident charged particle beam having a first energy E 1; B. generating an incident laser beam having a second energy E 2; C. illuminating a surface of a sample (Ech) with the incident laser beam to generate an evanescent electromagnetic field in a region in the vicinity of said surface; D. spatially and temporally superimposing the incident laser beam and the incident charged particle beam in said region in order to couple them via said evanescent electromagnetic field, generating a charged particle beam known as an output beam having a spectrum comprising a plurality of distinct energy peaks spectrally separated by a value equal to the second energy E 2; E. measuring, using the spectrometer, all or part of the spectrum of the output beam, then determining a variation in energy ΔE of at least two of the distinct energy peaks with respect to the first energy E 1; F. determining a value of the scale factor S and a value of the offset O specific to said measurement of the spectrum of the output beam by the spectrometer from the energy variations ΔE.
A patient support apparatus pneumatic system, comprising: a mattress defining an interior; a pneumatic enclosure in fluid communication with the interior, the pneumatic enclosure including an inlet and an outlet, wherein the pneumatic enclosure is located at least partially within the interior of the mattress; a blower in fluid communication with the interior and the pneumatic enclosure, wherein the blower is configured to operate within a predetermined speed range to maintain a predetermined pressure range in the pneumatic enclosure and, under a fault condition, to operate outside the predetermined speed range; a pressure sensor configured to detect a chamber pressure (Pc) within the pneumatic enclosure; and a controller configured to monitor a speed of the blower and the chamber pressure (Pc), wherein an intake blockage condition constitutes the fault condition and is detected when the speed of the blower is above a predetermined upper threshold value of the predetermined speed range. a mattress defining an interior; a pneumatic enclosure in fluid communication with the interior, the pneumatic enclosure including an inlet and an outlet, wherein the pneumatic enclosure is located at least partially within the interior of the mattress; a blower in fluid communication with the interior and the pneumatic enclosure, wherein the blower is configured to operate within a predetermined speed range to maintain a predetermined pressure range in the pneumatic enclosure and, under a fault condition, to operate outside the predetermined speed range; a pressure sensor configured to detect a chamber pressure (Pc) within the pneumatic enclosure; and a controller configured to monitor a speed of the blower and the chamber pressure (Pc), wherein an intake blockage condition constitutes the fault condition and is detected when the speed of the blower is above a predetermined upper threshold value of the predetermined speed range.
A sensor chip comprising: a pixel array unit that has a rectangular-shaped area in which a plurality of sensor elements are arranged in an array pattern; a plurality of control lines provided for the pixel array on a sensor substrate; a global control circuit, in which driving elements (32a - 32h) simultaneously driving the sensor elements are arranged in a horizontal direction, and each of the driving elements is connected to a control line of the plurality of control lines disposed for each one column of the sensor elements; and a rolling control circuit configured to output rolling control signals in a vertical direction such that the plurality of sensor elements is sequentially driven for each row, wherein the sensor chip has a stacking structure in which the sensor substrate in which the pixel array unit and the plurality of control lines are arranged and a logic substrate in which the global control circuit is arranged are stacked, wherein a stacking structure is such that the plurality of control lines provided in the sensor substrate is connected to the global control circuit provided in the logic substrate. a pixel array unit that has a rectangular-shaped area in which a plurality of sensor elements are arranged in an array pattern; a plurality of control lines provided for the pixel array on a sensor substrate; a global control circuit, in which driving elements (32a - 32h) simultaneously driving the sensor elements are arranged in a horizontal direction, and each of the driving elements is connected to a control line of the plurality of control lines disposed for each one column of the sensor elements; and a rolling control circuit configured to output rolling control signals in a vertical direction such that the plurality of sensor elements is sequentially driven for each row, wherein the sensor chip has a stacking structure in which the sensor substrate in which the pixel array unit and the plurality of control lines are arranged and a logic substrate in which the global control circuit is arranged are stacked, wherein a stacking structure is such that the plurality of control lines provided in the sensor substrate is connected to the global control circuit provided in the logic substrate.
A method for separating recombinant adeno-associated virus 9 (rAAV9) viral particles having packaged genomic sequences from genome-deficient rAAV9 capsid intermediates, said method comprising: (a) purifying a mixture comprising recombinant AAV9 viral particles and rAAV9 capsid intermediates from production system contaminants using affinity capture; (b) subjecting the mixture comprising recombinant AAV9 viral particles and rAAV9 capsid intermediates to fast performance liquid chromatography, wherein the recombinant AAV9 viral particles and rAAV9 capsid intermediates are bound to a strong anion exchange resin equilibrated at a pH of 10.0 to 10.4; (c) applying an increasing salt concentration gradient to the loaded anion exchange resin while monitoring eluate for ultraviolet absorbance at 260 nm and 280 nm; and (d) collecting the recombinant AAV9 viral particles from a fraction which is eluted when the ratio of A260/A280 reaches an inflection point. (a) purifying a mixture comprising recombinant AAV9 viral particles and rAAV9 capsid intermediates from production system contaminants using affinity capture; (b) subjecting the mixture comprising recombinant AAV9 viral particles and rAAV9 capsid intermediates to fast performance liquid chromatography, wherein the recombinant AAV9 viral particles and rAAV9 capsid intermediates are bound to a strong anion exchange resin equilibrated at a pH of 10.0 to 10.4; (c) applying an increasing salt concentration gradient to the loaded anion exchange resin while monitoring eluate for ultraviolet absorbance at 260 nm and 280 nm; and (d) collecting the recombinant AAV9 viral particles from a fraction which is eluted when the ratio of A260/A280 reaches an inflection point.
Multilayer material comprising a zirconium-based substrate covered with a multilayer coating, said multilayer coating comprising from 2 to 50 sequential metallic layers composed of different substances and each having a thickness from 3 nm to 1 μm, the different substances being chosen from chromium, a chromium alloy or a ternary alloy of the Nb-Cr-Ti system.
A computer-implemented method comprising: encoding a picture (1310, 1810) with wavefront parallel processing, WPP, enabled, wherein the encoding produces encoded data, including, for an intra copy mode using an offset value to indicate a displacement to a position in previously reconstructed sample values of the picture for prediction, enforcing one or more constraints consistent with the WPP, the one or more constraints including a constraint that a horizontal displacement value from a reference region to a current region (1330, 1830) is less than or equal to a vertical displacement value from the current region (1330, 1830) to the reference region; and outputting the encoded data as part of a bitstream. encoding a picture (1310, 1810) with wavefront parallel processing, WPP, enabled, wherein the encoding produces encoded data, including, for an intra copy mode using an offset value to indicate a displacement to a position in previously reconstructed sample values of the picture for prediction, enforcing one or more constraints consistent with the WPP, the one or more constraints including a constraint that a horizontal displacement value from a reference region to a current region (1330, 1830) is less than or equal to a vertical displacement value from the current region (1330, 1830) to the reference region; and outputting the encoded data as part of a bitstream.