mhurhangee/ep-ind-claims huggingface dataset:
A method for evaluating the suitability of a mobile device having at least one camera for performing an analytical measurement, comprising: a) providing the at least one mobile device having the at least one camera; b) providing at least one reference object having at least one predefined spatial extension in at least one spatial dimension; c) taking at least one image of at least part of the reference object by using the camera; the method being characterised in that it comprises the steps of: d) deriving at least one item of spatial resolution information by using the image of at least part of the reference object, wherein the at least one item of spatial resolution information comprises one or more numerical values, which quantify the capability of the camera of resolving two or more objects in the image; and e) comparing the at least one item of spatial resolution information with at least one threshold value, thereby determining at least one item of suitability information on the suitability of a mobile device for the purpose of performing the analytical measurement, wherein the at least one threshold value is determined by a minimum number of pixels in the at least one spatial dimension within at least one region of interest in the image. a) providing the at least one mobile device having the at least one camera; b) providing at least one reference object having at least one predefined spatial extension in at least one spatial dimension; c) taking at least one image of at least part of the reference object by using the camera; d) deriving at least one item of spatial resolution information by using the image of at least part of the reference object, wherein the at least one item of spatial resolution information comprises one or more numerical values, which quantify the capability of the camera of resolving two or more objects in the image; and e) comparing the at least one item of spatial resolution information with at least one threshold value, thereby determining at least one item of suitability information on the suitability of a mobile device for the purpose of performing the analytical measurement, wherein the at least one threshold value is determined by a minimum number of pixels in the at least one spatial dimension within at least one region of interest in the image.
Leaf of a sliding window or sliding door, whereby this leaf has a top profile that is provided with at least one hardware component (10, 11) and which has a side profile perpendicular to the top profile, whereby the top of the top profile has a groove with undercut flanks that extends in the longitudinal direction of the top profile, whereby the hardware component (10, 11) or hardware components is or are fastened to a first part of a connecting piece, whereby this first part has a shape that is at least partly complementary to the groove and is held in the groove and is blocked in the longitudinal direction of the groove, whereby the connecting piece comprises a second part to block the first part, and this second part is fastened to the side profile, characterised in that the side profile has a groove with undercut flanks that extends in the longitudinal direction of the side profile and that the second part of the connecting piece is held in the groove of the side profile and is blocked in the longitudinal direction of this groove, whereby the second part of the connecting piece is slidable in the groove of the side profile when not blocked, whereby the first part of the connecting piece is provided with a cutaway whereby the second part of the connecting piece is provided with a lip that fits in the cutaway, whereby the connecting piece comprises a catch that is fastened to or through the lip so that the lip cannot slide out of the cutaway.
A method for estimating a temperature of an object of interest, the method comprising: (i) directing, using a radio frequency applicator, one or more RF energy pulses into a tissue region of interest, the tissue region of interest comprising the object of interest and at least one reference that are separated by at least one boundary, wherein the at least one boundary is at location between two different types of tissue, further wherein the two different types of tissue are the object of interest and the reference; (ii) detecting, using an acoustic receiver, at least one bipolar acoustic signal generated in the region of interest at the at least one boundary in response to the RF energy pulses and processing the at least one bipolar acoustic signal to determine a peak-to-peak amplitude thereof; and (iii) calculating a temperature at the at least one boundary using the peak-to-peak amplitude of the at least one bipolar acoustic signal; and (iv) estimating the temperature of the object of interest based on the calculated temperature at the at least one boundary. (i) directing, using a radio frequency applicator, one or more RF energy pulses into a tissue region of interest, the tissue region of interest comprising the object of interest and at least one reference that are separated by at least one boundary, wherein the at least one boundary is at location between two different types of tissue, further wherein the two different types of tissue are the object of interest and the reference; (ii) detecting, using an acoustic receiver, at least one bipolar acoustic signal generated in the region of interest at the at least one boundary in response to the RF energy pulses and processing the at least one bipolar acoustic signal to determine a peak-to-peak amplitude thereof; and (iii) calculating a temperature at the at least one boundary using the peak-to-peak amplitude of the at least one bipolar acoustic signal; and (iv) estimating the temperature of the object of interest based on the calculated temperature at the at least one boundary.
A method for joining a first ceramic piece having a first interface area and being of a first ceramic material to a second ceramic piece having a second interface area and being of a second ceramic material, comprising placing an aluminum brazing element between the first interface area and the second interface area, placing the first ceramic piece and the second ceramic piece with the brazing element therebetween into a process chamber, removing oxygen from the process chamber and heating at least the brazing element to a joining temperature of at least 800°C so as to form a hermetically sealed aluminum joint between the first ceramic piece and the second ceramic piece that is suitable for use in a semiconductor processing environment, the hermetically sealed aluminum joint having a thickness greater than zero, wherein the first ceramic material and the second ceramic material are aluminum nitride, wherein the brazing element is aluminum having a purity of greater than 99.5%.
A felt comprising 10 mass% to 90 mass% of an amorphous polyester fiber having a glass transition point of 60°C to 80°C, and having a thickness of 0.05 mm to 100 mm, and an areal weight of 50 g/m 2 to 2 kg/m 2, and an inorganic fiber, a crystallized thermoplastic resin fiber, a low-melting-point fiber, or a natural fiber in an amount of 90 mass% or less of the total mass of the felt.
A pipe referred to as a venting pipe for guiding a gas flow in a turbojet comprising at least one hollow rotary shaft inside which said pipe is intended to be mounted, the pipe extending overall along an axis, which pipe is characterized in that it comprises at least two pipe segments (8a, 8b) arranged in order to be assembled with one another in longitudinal alignment while retaining a degree of freedom in their relative translation, at least one segment being provided with deformable means arranged in order to deform radially when the pipe segments (8a, 8b) are tightened against one another in the shaft of the turbojet, in order to bear on the shaft.
Use of a kit in the in vitro diagnosis of lung cancer, the kit comprising a nucleic acid capable of specifically binding to lung cancer marker miR-6768-5p.
A tablet comprising up to 5 mg apixaban and a pharmaceutically acceptable diluent or carrier, wherein the tablet is obtainable by a process comprising the steps of: blending raw materials comprising crystalline apixaban particles prior to granulation; granulating the raw materials from the step using a dry granulation process, wherein the crystalline apixaban particles have a D 90 less than 89 μm, as measured by laser light scattering; blending the granules obtained in the step with extragranular raw materials; compressing the blend from the step into a tablet; and film coating the tablet from the step. blending raw materials comprising crystalline apixaban particles prior to granulation; granulating the raw materials from the step using a dry granulation process, wherein the crystalline apixaban particles have a D 90 less than 89 μm, as measured by laser light scattering; blending the granules obtained in the step with extragranular raw materials; compressing the blend from the step into a tablet; and film coating the tablet from the step.
An apparatus for applying a blended mixture of a first compound and a second compound, directly onto a tire building drum or a tire building core, the apparatus comprising: a first, main extruder in fluid communication with a first gear pump for processing a first compound, the main extruder having an inlet for receiving the first compound; a second extruder in fluid communication with a second gear pump for processing a second compound, wherein an output from the second gear pump is fed into the main extruder; and a computer controller for controlling the mixture ratio of the first compound to the second compound; wherein the main extruder is a ring type extruder and the first gear pump comprises or is in fluid communication with a nozzle or shaping die for applying the mixture of the first and second compound directly onto the tire building drum or the tire building core; and wherein an oil pump is provided for injecting oil into the main extruder and an additive pump is provided for adding one or more additives to the compound mixture at the main extruder or at the first gear pump; characterized in that the output from the second gear pump is fed into the main extruder at a location in a range of from 15% to 45% of the length of the main extruder as measured from the inlet. a first, main extruder in fluid communication with a first gear pump for processing a first compound, the main extruder having an inlet for receiving the first compound; a second extruder in fluid communication with a second gear pump for processing a second compound, wherein an output from the second gear pump is fed into the main extruder; and a computer controller for controlling the mixture ratio of the first compound to the second compound; wherein the main extruder is a ring type extruder and the first gear pump comprises or is in fluid communication with a nozzle or shaping die for applying the mixture of the first and second compound directly onto the tire building drum or the tire building core; and wherein an oil pump is provided for injecting oil into the main extruder and an additive pump is provided for adding one or more additives to the compound mixture at the main extruder or at the first gear pump; characterized in that the output from the second gear pump is fed into the main extruder at a location in a range of from 15% to 45% of the length of the main extruder as measured from the inlet.
A bean roasting device, comprising: a drum unit comprising a base, a drum pivotally provided in the base and having a receiving space, and a rotation device provided on one side of the base and configured to drive the drum into rotation relative to the base; an air supply/venting unit provided on one side of the base, the air supply/venting unit comprising an air guiding portion in communication with the receiving space of the drum and an air blower/air extractor provided on one side of the air guiding portion and configured to provide a positive pressure/negative pressure to the receiving space of the drum through the air guiding portion; and a heat lamp unit characterized in that the heat lamp unit comprises a positioning seat connected to the base, one or a plurality of heat lamp tubes connected at one end to the positioning seat and extending into the receiving space, and one or a plurality of air inlet ducts each provided around a said heat lamp tube and configured to guide air into the receiving space of the drum. a drum unit comprising a base, a drum pivotally provided in the base and having a receiving space, and a rotation device provided on one side of the base and configured to drive the drum into rotation relative to the base; an air supply/venting unit provided on one side of the base, the air supply/venting unit comprising an air guiding portion in communication with the receiving space of the drum and an air blower/air extractor provided on one side of the air guiding portion and configured to provide a positive pressure/negative pressure to the receiving space of the drum through the air guiding portion; and a heat lamp unit characterized in that the heat lamp unit comprises a positioning seat connected to the base, one or a plurality of heat lamp tubes connected at one end to the positioning seat and extending into the receiving space, and one or a plurality of air inlet ducts each provided around a said heat lamp tube and configured to guide air into the receiving space of the drum.
A temperature selector for a water-heater, comprising a hollow body (13; 113) open at one end (13a; 113a), extending along an axis (A; A'), and having a lateral wall in which at least one opening (16, 17, 18; 116, 118) is formed; characterized by comprising a shutter (15; 115) movable axially along the hollow body (13; 113) between a first position of minimum overlap between the opening (16, 17, 18; 116, 118) and the shutter (15; 115), and a second position of maximum overlap between the opening (16, 17, 18; 116, 118) and the shutter (15; 115).
A drawer unit comprising: a housing; a drawer which is inserted into the housing in an inserting direction and is drawn from the housing in a drawing direction opposite to the inserting direction; a locking member mounted on the drawer; and a locking wall and a pushing wall which are mounted on the housing, wherein the locking member extends in a direction intersecting the inserting direction, and is rotatable on a rotating shaft extending in the inserting direction in such a manner that when the drawer is inserted into the housing, the locking member rotates from a predetermined unlock position to a predetermined lock position in a locking direction, and the locking member rotates from the lock position to the unlock position in a first unlocking direction prior to drawing of the drawer from the housing, and wherein when the locking member is in the lock position, the locking member is engaged with the locking wall, and wherein the locking wall is located in front of the locking member having the lock position relative to the drawing direction; characterized in that the pushing wall is located in front of the locking wall relative to the inserting direction while slanting in the drawing direction relative to the first unlocking direction; and when the locking member is rotated in the first unlocking direction, the locking member is contacted with the pushing wall, and the pushing wall is slanted to the drawing direction so as to push the drawer in the drawing direction as the locking member rotates in the unlocking direction. a housing; a drawer which is inserted into the housing in an inserting direction and is drawn from the housing in a drawing direction opposite to the inserting direction; a locking member mounted on the drawer; and a locking wall and a pushing wall which are mounted on the housing, wherein the locking member extends in a direction intersecting the inserting direction, and is rotatable on a rotating shaft extending in the inserting direction in such a manner that when the drawer is inserted into the housing, the locking member rotates from a predetermined unlock position to a predetermined lock position in a locking direction, and the locking member rotates from the lock position to the unlock position in a first unlocking direction prior to drawing of the drawer from the housing, and wherein when the locking member is in the lock position, the locking member is engaged with the locking wall, and wherein the locking wall is located in front of the locking member having the lock position relative to the drawing direction; characterized in that the pushing wall is located in front of the locking wall relative to the inserting direction while slanting in the drawing direction relative to the first unlocking direction; and when the locking member is rotated in the first unlocking direction, the locking member is contacted with the pushing wall, and the pushing wall is slanted to the drawing direction so as to push the drawer in the drawing direction as the locking member rotates in the unlocking direction.
Cosmetic process for treating keratin fibres, preferably head hair, comprising at least the steps consisting in: a) applying, to said keratin fibres, a composition containing at least one substance selected from among fatty substances, said composition being free of alkaline or alkaline-earth hydroxides at a pH higher than 12 or being free of reducing agents to cleave disulfide bonds; b) applying a mechanical tension to said keratin fibres; and c) exposing said keratin fibres under mechanical tension to microwaves at a pressure ranging from 50 000 to 250 000 Pa in the presence of at least one solvent in vapour form in contact with the keratin fibres, without complete drying of the keratin fibres throughout the entire exposure to microwaves, the solvent (s) in vapour form being fully generated by evaporation of at least one compound that is present, before microwaves emission, in contact with the keratin fibres, step a) taking place before step c). a) applying, to said keratin fibres, a composition containing at least one substance selected from among fatty substances, said composition being free of alkaline or alkaline-earth hydroxides at a pH higher than 12 or being free of reducing agents to cleave disulfide bonds; b) applying a mechanical tension to said keratin fibres; and c) exposing said keratin fibres under mechanical tension to microwaves at a pressure ranging from 50 000 to 250 000 Pa in the presence of at least one solvent in vapour form in contact with the keratin fibres, without complete drying of the keratin fibres throughout the entire exposure to microwaves,
A method for attaching a terminal cooperating with a secure element to the network of a MNO of a visited country when detecting said terminal being in said visited country, said method comprising: - Switching a set of files of said secure element to a new value, including a new SUPI, called entity support SUPI, corresponding to a support entity (501, 502), said new value corresponding to a SUPI recognized by said support entity (501, 502); - Building at the level of said secure element an entity support SUCI, with a corresponding public key, called entity support public key, and a routing ID, called entity support routing ID; - Routing an attachment request to said support entity (501, 502) with said entity support SUCI; - Decrypting in said support entity (501, 502) said entity support SUCI back in said entity support SUPI; - Swapping at the level of said support entity (501, 502) said support entity SUPI to the SUPI corresponding to the MNO of the home country of said terminal; - Sending said attachment request from said support entity (501, 502) to the network of said MNO of said home country; - Performing an authentication of said secure element at the level of said MNO of said home country thanks to said SUPI; - If said authentication is positive at the level of said MNO of said home country, sending from said MNO of said home country to the MNO of said visited country an attachment acknowledgement message in order to connect said terminal to said network of said MNO of said visited country. - Switching a set of files of said secure element to a new value, including a new SUPI, called entity support SUPI, corresponding to a support entity (501, 502), said new value corresponding to a SUPI recognized by said support entity (501, 502); - Building at the level of said secure element an entity support SUCI, with a corresponding public key, called entity support public key, and a routing ID, called entity support routing ID; - Routing an attachment request to said support entity (501, 502) with said entity support SUCI; - Decrypting in said support entity (501, 502) said entity support SUCI back in said entity support SUPI; - Swapping at the level of said support entity (501, 502) said support entity SUPI to the SUPI corresponding to the MNO of the home country of said terminal; - Sending said attachment request from said support entity (501, 502) to the network of said MNO of said home country; - Performing an authentication of said secure element at the level of said MNO of said home country thanks to said SUPI; - If said authentication is positive at the level of said MNO of said home country, sending from said MNO of said home country to the MNO of said visited country an attachment acknowledgement message in order to connect said terminal to said network of said MNO of said visited country.
A headlight for vehicles - comprising a light source, - comprising a reflector arrangement containing at least one reflector module, - comprising a first reflector, which has a reflector surface having a first focal point (f 1) and a second focal point (f 2), the light source being arranged at the first focal point (f 1), and - comprising a second reflector, which has a reflector surface having a focal point (f 3) that coincides with the second focal point (f 2) of the first reflector, characterized in that - the first reflector is arranged in front of the light source in the main radiation direction, the reflector surface of the first reflector being curved, with a first opening portion arranged counter to the main radiation direction and with a second opening portion arranged in a manner offset by 90° in relation to the first opening portion and facing towards the second reflector, and - in that the reflector surface of the second reflector has free-form parts such that light striking the reflector surface of the second reflector is reflected in such a way that a light distribution having a predetermined light/dark boundary is produced, the light/dark boundary being caused solely by the second reflector. - comprising a light source, - comprising a reflector arrangement containing at least one reflector module, - comprising a first reflector, which has a reflector surface having a first focal point (f 1) and a second focal point (f 2), the light source being arranged at the first focal point (f 1), and - comprising a second reflector, which has a reflector surface having a focal point (f 3) that coincides with the second focal point (f 2) of the first reflector, - the first reflector is arranged in front of the light source in the main radiation direction, the reflector surface of the first reflector being curved, with a first opening portion arranged counter to the main radiation direction and with a second opening portion arranged in a manner offset by 90° in relation to the first opening portion and facing towards the second reflector, and - in that the reflector surface of the second reflector has free-form parts such that light striking the reflector surface of the second reflector is reflected in such a way that a light distribution having a predetermined light/dark boundary is produced, the light/dark boundary being caused solely by the second reflector.