mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for preparing a quantity of beverage suitable for consumption, including a first brew chamber part and a second brew chamber part forming a brew chamber (22A, 22B) for selectively holding one of a first and second exchangeable capsules (4A, 4B), the second exchangeable capsule having a larger diameter than the first exchangeable capsule, and a fluid dispensing device for supplying an amount of fluid, such as water, under pressure to the first brew chamber part, the first brew chamber part having a cavity for selectively holding one of the first and second exchangeable capsules, wherein the second brew chamber part includes a central portion and a peripheral portion, the central portion being movable into a first position for forming the brew chamber for holding the first exchangeable capsule and a second position forming the brew chamber for holding the second exchangeable capsule, wherein the central portion includes a first sealing member arranged for providing a fluid sealing engagement between the central portion and the peripheral portion when forming the brew chamber for holding the second exchangeable capsule; and wherein the peripheral portion includes a second sealing member arranged for providing a fluid sealing engagement between the peripheral portion and the first brew chamber part and/or the peripheral portion and a portion of the second capsule facing the second brew chamber part when forming the brew chamber for holding the second exchangeable capsule. wherein the second brew chamber part includes a central portion and a peripheral portion, the central portion being movable into a first position for forming the brew chamber for holding the first exchangeable capsule and a second position forming the brew chamber for holding the second exchangeable capsule, wherein the central portion includes a first sealing member arranged for providing a fluid sealing engagement between the central portion and the peripheral portion when forming the brew chamber for holding the second exchangeable capsule; and wherein the peripheral portion includes a second sealing member arranged for providing a fluid sealing engagement between the peripheral portion and the first brew chamber part and/or the peripheral portion and a portion of the second capsule facing the second brew chamber part when forming the brew chamber for holding the second exchangeable capsule.
A composition for use in a method of preventing or treating coeliac disease, the composition comprising at least one agent selected from a peptide comprising at least one epitope comprising a sequence obtainable by transglutaminase-deamidating a sequence selected from the group consisting of SEQ ID NOs: 1787, 1793, 1794, 1796 and 1797.
Device for nivellation of ladders being erected on a ground being sloping or flat, such a device comprises a foundation onto which there is secured/placed an elevated area, said elevated area functioning as a fulcrum/see-sawing point for a plate onto which plate there may be placed or secured a ladder, and said plate 3 being equipped with securing devices that may stay the position of the plate in relation to the foundation, characterized in that the plate is secured to the foundation through the aid of a wire running between the ends of the plate via wheels (6,7) existing in the foundation
A magnetic mass spectrometer with double focusing comprising an ion source, an entry slit, an electrostatic section, a magnetic section and means for simultaneous detection of at least one ion mass, comprising: • a first electrostatic device placed between the ion source and the exit of the electrostatic section, focusing the beam of ions onto the main axis of the mass spectrometer; • a second electrostatic device disposed downstream of the magnetic section, creating in the longitudinal plane of symmetry a radial electric field that is higher the further the point in question is from the axis and whose respective signs, on the side of the low masses and on the side of the high masses, are opposing; characterized in that: • the electrostatic section is a truncated spherical electrostatic section comprising an external electrode to which a +Ve voltage is applied, an internal electrode to which a -Ve voltage is applied, the external electrode and the internal electrode furthermore comprising a pair of external parallel plates disposed on either side of the external electrode and to which a voltage V ext is applied, and a pair of internal parallel plates disposed on either side of the internal electrode and to which a voltage V int is applied, said pairs of internal and external parallel plates (341, 342) forming the first electrostatic device; the voltages V ext, V int respectively applied to the external and internal parallel plates (341, 342) being adjusted by the same voltage difference ΔV each time that the second electrostatic device is activated, in order to modulate the dispersion in mass or in order to cancel the off-axis chromatism, in such a manner that the beam of ions corresponding to the on-axis mass always remains focused on the main axis. • a first electrostatic device placed between the ion source and the exit of the electrostatic section, focusing the beam of ions onto the main axis of the mass spectrometer; • a second electrostatic device disposed downstream of the magnetic section, creating in the longitudinal plane of symmetry a radial electric field that is higher the further the point in question is from the axis and whose respective signs, on the side of the low masses and on the side of the high masses, are opposing; • the electrostatic section is a truncated spherical electrostatic section comprising an external electrode to which a +Ve voltage is applied, an internal electrode to which a -Ve voltage is applied, the external electrode and the internal electrode furthermore comprising a pair of external parallel plates disposed on either side of the external electrode and to which a voltage V ext is applied, and a pair of internal parallel plates disposed on either side of the internal electrode and to which a voltage V int is applied, said pairs of internal and external parallel plates (341, 342) forming the first electrostatic device;
A measurement system having: an electromagnetic radiation interference pattern generator for generating an interference pattern including intensity maxima and intensity minima; an electromagnetic radiation detector, operable to detect at least a part of the interference pattern produced by said generator, the detector having a two dimensional array of detection elements arranged to detect a plurality of the intensity maxima and/or intensity minima of the interference pattern substantially simultaneously along a plane intersecting the interference pattern, characterized in that the interference pattern generator includes an optical element having an arrangement of light-transmitting apertures for the transmission and diffraction of light adapted to generate the interference pattern, wherein the interference pattern is a substantially translationally aperiodic two dimensional interference pattern, so that in use the intensity maxima and minima of the interference pattern are disposed in a two dimensional array along the plane intersecting the interference pattern at the detector, the plurality of the intensity maxima and/or intensity minima of the interference pattern detected at the detector being substantially translationally aperiodic with translation within the plane intersecting the interference pattern at the detector, and the system is capable of determining a physical property of the system, or a change in a physical property of the system, based on the detected intensity maxima and/or intensity minima. an electromagnetic radiation interference pattern generator for generating an interference pattern including intensity maxima and intensity minima; an electromagnetic radiation detector, operable to detect at least a part of the interference pattern produced by said generator, the detector having a two dimensional array of detection elements arranged to detect a plurality of the intensity maxima and/or intensity minima of the interference pattern substantially simultaneously along a plane intersecting the interference pattern, characterized in that the interference pattern generator includes an optical element having an arrangement of light-transmitting apertures for the transmission and diffraction of light adapted to generate the interference pattern, wherein the interference pattern is a substantially translationally aperiodic two dimensional interference pattern, so that in use the intensity maxima and minima of the interference pattern are disposed in a two dimensional array along the plane intersecting the interference pattern at the detector, the plurality of the intensity maxima and/or intensity minima of the interference pattern detected at the detector being substantially translationally aperiodic with translation within the plane intersecting the interference pattern at the detector, and the system is capable of determining a physical property of the system, or a change in a physical property of the system, based on the detected intensity maxima and/or intensity minima.
Liquid composition containing a) from 5 to 95% by weight of sorbitan monocaprylate and b) from 5 to 95% by weight of benzyl alcohol. a) from 5 to 95% by weight of sorbitan monocaprylate and b) from 5 to 95% by weight of benzyl alcohol.
A process for coating a turbine component of a gas turbine engine, comprising: applying a thermal barrier material to provide a protective ceramic coating by a plasma spray technique or vapor deposition; and applying a conforming reflective layer to the thermal barrier material via atomic layer deposition, the conforming reflective layer conforming to a porous microstructure of the thermal barrier material, wherein the conforming reflective layer comprises platinum group metals. applying a thermal barrier material to provide a protective ceramic coating by a plasma spray technique or vapor deposition; and applying a conforming reflective layer to the thermal barrier material via atomic layer deposition, the conforming reflective layer conforming to a porous microstructure of the thermal barrier material, wherein the conforming reflective layer comprises platinum group metals.
An image intensifier, II, and camera lens assembly, CLA, system, comprising an image intensifier, II, configured to generate a fluoroscopic visible image on an output surface of the image intensifier when an input surface of the image intensifier is exposed to an X-ray dose; a camera lens assembly, CLA, configured to cooperate with the II to create an X-ray image, the CLA comprising a complementary metal oxide semiconductor, CMOS, image sensor and an optical path towards the image sensor, the optical path having a fixed attenuation, the optical path comprising a lens, wherein the CLA is fixed to the II so that in operation the CLA captures an image of the output surface, wherein the image sensor is configured to convert received light from the output surface of the II into analog electric signals, amplify the analog electric signals before conversion into the digital image according to an analog gain, and generate a digital image based on the analog electric signals, and wherein the lens is configured to guide the light from the output surface to the image sensor, the lens having a diaphragm with a fixed aperture; and a controller configured to control an amount of amplification of the analog electric signals by controlling the analog gain applied by the image sensor.
An illumination system for a moving walkway or escalator, which comprises a pallet belt or step belt and a balustrade, comprising a light-permeable inner cladding of the balustrade which is formed by one or a plurality of panels (3.1) free from openings which are contiguous to one another and one or a plurality of luminous elements which are arranged in corresponding carriers which can be fastened inside the balustrade to a mechanical structure (9, 10) and with which the inner cladding can be illuminated in a full-faced manner, wherein the panels (3.1) of the light-permeable inner cladding have a coating of a fluorescent or phosphorescent material on their surface facing the luminous elements.
A method of forming an address to index every line in a branch history table in a variable length instruction set processor executing instructions in at least a first instruction set execution mode having a first minimum instruction length and a second instruction set execution mode having a smaller, second minimum instruction length, whereby each instruction set execution mode has a different native index address, comprising: identifying the common native line index address bits of the first and second instruction set execution modes, multiplexing between the most significant native line index address bits exclusive to the first instruction set execution mode and the least significant native line index address bits exclusive to the second instruction set execution mode, based on an instruction set execution mode indicator; concatenating the common and multiplexed address bits; and indexing lines in the BHT using the concatenated address. identifying the common native line index address bits of the first and second instruction set execution modes, multiplexing between the most significant native line index address bits exclusive to the first instruction set execution mode and the least significant native line index address bits exclusive to the second instruction set execution mode, based on an instruction set execution mode indicator; concatenating the common and multiplexed address bits; and indexing lines in the BHT using the concatenated address.
An information processing apparatus comprising: an input information acquiring section configured to acquire output values from an acceleration sensor mounted on a target object; a posture data acquiring section configured to acquire posture information related to the target object by calculating rates of acceleration on axes of the acceleration sensor based on the output values so as to obtain inclination angles of the axes based on the calculated rates of acceleration; and an information processing section configured to perform information processing using the posture information before outputting output data generated as a result of the information processing to the target object, characterized in that, on the basis of angle errors between the axes of the acceleration sensor on the one hand and reference axes associated with the target object on the other hand, the posture data acquiring section is configured to correct the posture information obtained from the acceleration sensor by the amounts of the angle errors in order to acquire corrected posture information for the target object. an input information acquiring section configured to acquire output values from an acceleration sensor mounted on a target object; a posture data acquiring section configured to acquire posture information related to the target object by calculating rates of acceleration on axes of the acceleration sensor based on the output values so as to obtain inclination angles of the axes based on the calculated rates of acceleration; and an information processing section configured to perform information processing using the posture information before outputting output data generated as a result of the information processing to the target object, characterized in that, on the basis of angle errors between the axes of the acceleration sensor on the one hand and reference axes associated with the target object on the other hand, the posture data acquiring section is configured to correct the posture information obtained from the acceleration sensor by the amounts of the angle errors in order to acquire corrected posture information for the target object.
Pneumatic vehicle tyre, in particular for use in winter driving conditions, comprising a tread of a directional configuration, which is divided into profile elements, for example profile blocks (2, 5, 7), by grooves, channels (3, 9) and the like, wherein the profile elements are each provided with a number of sipes (11a, 11b) extending parallel to one another and at an angle ≤ 45° to the transverse direction of the tread, wherein the sipes (11a, 11b) in the profile elements on one side of the tyre equator (A-A) run such that they are inclined oppositely to the sipes (11a, 11b) in the profile elements on the other side of the tyre equator (A-A), and wherein the tyre produces a static footprint whose bounding lines (K E, K A) associated with the runin and runout are convexly curved, characterized in that straight lines in the direction of extent of those sipes that lie within or largely within a circumferential portion (S z) symmetrical to the equator line (A-A) that has a width of 25% to 35% of the ground contact area width enclose an angle (φ) with tangents to the running-in and running-out bounding lines (K A and K E) of the footprint at the points of intersection with the straight lines that is 10° to 20° and is less than the angle (δ) which straight lines in the direction of extent of those sipes that extend on both sides of the central circumferential portion (S Z) and, adjoining thereto, in mid circumferential portions (S M), the width of which is between 12% and 20% of the ground contact area width, enclose with tangents to the running-in and running-out bounding lines (K A and K E) of the footprint at the points of intersection with the straight lines, this angle (δ) being 20° to 30°.
A wireless device configured to communicate with a network node, the wireless device comprising processing circuitry configured to: start a periodic Radio Access Network, RAN, based Notification Area, RNA, update timer based at least in part on the wireless device being in a Radio Resource Control, RRC, inactive state, the periodic RNA update timer being configured to initiate an RRC resume procedure when the periodic RNA update timer expires, characterized in that the processing circuitry is further configured to: - if the periodic RNA update timer is running, stop the periodic RNA update timer before expiry of the periodic RNA update timer based at least in part on a condition being met, the condition being based at least in part on RRC signaling, wherein the condition being met corresponds to the wireless device receiving, in response to an RRC Resume Request message, an RRC suspend message indicating that the wireless device is to remain in an RRC inactive state; and - if the received RRC suspend message includes a configuration associated with the periodic RNA update timer, restart the periodic RNA update timer according at least to the configuration in the received RRC suspending message. start a periodic Radio Access Network, RAN, based Notification Area, RNA, update timer based at least in part on the wireless device being in a Radio Resource Control, RRC, inactive state, the periodic RNA update timer being configured to initiate an RRC resume procedure when the periodic RNA update timer expires, characterized in that the processing circuitry is further configured to: - if the periodic RNA update timer is running, stop the periodic RNA update timer before expiry of the periodic RNA update timer based at least in part on a condition being met, the condition being based at least in part on RRC signaling, wherein the condition being met corresponds to the wireless device receiving, in response to an RRC Resume Request message, an RRC suspend message indicating that the wireless device is to remain in an RRC inactive state; and - if the received RRC suspend message includes a configuration associated with the periodic RNA update timer, restart the periodic RNA update timer according at least to the configuration in the received RRC suspending message. - if the periodic RNA update timer is running, stop the periodic RNA update timer before expiry of the periodic RNA update timer based at least in part on a condition being met, the condition being based at least in part on RRC signaling, wherein the condition being met corresponds to the wireless device receiving, in response to an RRC Resume Request message, an RRC suspend message indicating that the wireless device is to remain in an RRC inactive state; and - if the received RRC suspend message includes a configuration associated with the periodic RNA update timer, restart the periodic RNA update timer according at least to the configuration in the received RRC suspending message.
Fixing kit intended to be surgically implanted and comprising an assembly piece intended to be coupled to a biological support and provided with at least one first through housing provided in it, said kit comprising first and second fixing members (15, 16) each comprising a head (15A, 16A), and a rod (15B, 16B) intended to be anchored in said support, said first housing being designed to cooperate indifferently with either one or other of said first and second fixing members (15, 16) at the choice of the user, said housing being conformed to produce a seat comprising a substantially frustoconically shaped span against which the head (15A, 16A) of the chosen fixing member (15, 16) is intended to come into abutment, the seat and the head (15A, 16A) of each fixing member (15, 16) being conformed in relation to one another so that firstly the cooperation of the seat and head of the first fixing member substantially immobilises the latter in a predetermined orientation with respect to the assembly piece, the head of the first fixing member comprising a bottom face with a substantially frustoconical shape intended to come into abutment against the substantially frustoconically shaped span, and so that secondly the cooperation of the seat and head of the second fixing member allows a variation in the orientation of the latter with respect to the assembly piece, said kit further comprising at least one locking member (17, 18) designed so as to be fixed in the first housing so as to come into abutment against the head (15A, 16A) of the chosen fixing member (15, 16).
A hair removal cartridge comprising: a housing; a cap; at least one blade mounted to the housing, the blade having a blade edge in front of the cap, a guard in front of the blade, characterised in that the guard defines an elongated recess for removably engaging an applicator of a dispensing unit wherein the elongated recess has an overall width extending parallel to the blade that is 70% to 100% of an overall width of the guard. a housing; a cap; at least one blade mounted to the housing, the blade having a blade edge in front of the cap, a guard in front of the blade, characterised in that the guard defines an elongated recess for removably engaging an applicator of a dispensing unit wherein the elongated recess has an overall width extending parallel to the blade that is 70% to 100% of an overall width of the guard.
A baking oven with a baking space which is confined by a heat-insulated wall and provided with an outlet opening through which gases can escape from the baking space, wherein a throttle element for varying the flow cross-section for the outflowing gases is disposed in the area of the outlet opening which is coupled with a drive controlled by a control module, characterised in that a first pressure sensor which is connected to the control module essentially measures the pressure at the outlet opening upstream of the throttle element and on the side of the throttle element facing the baking space and a second pressure sensor which is connected to the control module essentially measures the ambient pressure on the side of the throttle element outside the baking space.