mhurhangee/patent-ind-claim-en huggingface dataset:
A method for relofting a substrate, the method comprising: advancing a substrate in a machine direction MD, the substrate comprising a first surface and an opposing second surface and defining a width in a cross direction; providing a first infrared radiation source ; directing a first length (L1) of the substrate to advance in a first direction such that the first surface of the first length (L1) of the substrate is in a facing relationship with the first radiation source ; irradiating the first surface of the first length (L1) of the substrate with infrared radiation from the first infrared radiation source , wherein the substrate comprises a first caliper upstream of the first radiation source and wherein the substrate comprises a second caliper downstream of the first radiation source , wherein the second caliper is at least 1.2 times the first caliper; redirecting a second length (L2) of the substrate from the first direction to advance in a second direction , wherein the second direction is different than the first direction and wherein the second surface of the first length (L1) of the substrate is in a facing relationship with the second surface of the second length (L2) of the substrate ; providing a second infrared radiation source in a facing relationship with the first surface of the second length (L2) of the substrate ; and irradiating the first surface of the second length (L2) of the substrate with infrared radiation from the second infrared radiation source . advancing a substrate in a machine direction MD, the substrate comprising a first surface and an opposing second surface and defining a width in a cross direction; providing a first infrared radiation source ; directing a first length (L1) of the substrate to advance in a first direction such that the first surface of the first length (L1) of the substrate is in a facing relationship with the first radiation source ; irradiating the first surface of the first length (L1) of the substrate with infrared radiation from the first infrared radiation source , wherein the substrate comprises a first caliper upstream of the first radiation source and wherein the substrate comprises a second caliper downstream of the first radiation source , wherein the second caliper is at least 1.2 times the first caliper; redirecting a second length (L2) of the substrate from the first direction to advance in a second direction , wherein the second direction is different than the first direction and wherein the second surface of the first length (L1) of the substrate is in a facing relationship with the second surface of the second length (L2) of the substrate ; providing a second infrared radiation source in a facing relationship with the first surface of the second length (L2) of the substrate ; and irradiating the first surface of the second length (L2) of the substrate with infrared radiation from the second infrared radiation source .
A steel sheet, consisting of, as chemical composition, by mass%: C: 0.05% to 0.25%, Si: 0.05% to 2.00%, Mn: 1.50% to 3.00% P: 0.04% or less, S: 0.01% or less, N: 0.01% or less, O: 0.006% or less, Al: 0.001% to 2.00%, Cr: 0% to 1.00%, Mo: 0% to 1.00%, Ni: 0% to 1. 00%, Cu: 0% to 1.00% Nb: 0% to 0.30%, Ti: 0% to 0.30%, V: 0% to 0.50% B: 0% to 0.01% Ca: 0% to 0 .04%, Mg: 0% to 0.04%, REM: 0% to 0.04%, and a remainder consisting of Fe and impurities, wherein a structure at a thickness 1/4 portion includes, in terms of volume ratios, tempered martensite: 30% to 70% and one or both of ferrite and bainite: a total of 20% to 70%, wherein in the structure at the thickness 1/4 portion, a volume ratio of residual austenite is less than 10%, a volume ratio of fresh martensite is 10% or less, a volume ratio of pearlite is 10% or less, and a total volume ratio of the residual austenite, the fresh martensite, and the pearlite is 15% or less, wherein a number density of iron-based carbides having a major axis of 5 nm or more in the tempered martensite at the thickness 1 /4 portion is 5 × 10 7 particles/mm 2 or more, wherein a ratio of the number of ε-type carbides with respect to the number of the iron-based carbides having the major axis of 5 nm or more at the thickness 1/4 portion is 20% or more, and wherein a tensile strength is 780 MPa or higher. C: 0.05% to 0.25%, Si: 0.05% to 2.00%, Mn: 1.50% to 3.00% P: 0.04% or less, S: 0.01% or less, N: 0.01% or less, O: 0.006% or less, Al: 0.001% to 2.00%, Cr: 0% to 1.00%, Mo: 0% to 1.00%, Ni: 0% to 1. 00%, Cu: 0% to 1.00% Nb: 0% to 0.30%, Ti: 0% to 0.30%, V: 0% to 0.50% B: 0% to 0.01% Ca: 0% to 0 .04%, Mg: 0% to 0.04%, REM: 0% to 0.04%, and a remainder consisting of Fe and impurities, wherein a structure at a thickness 1/4 portion includes, in terms of volume ratios, tempered martensite: 30% to 70% and one or both of ferrite and bainite: a total of 20% to 70%, wherein in the structure at the thickness 1/4 portion, a volume ratio of residual austenite is less than 10%, a volume ratio of fresh martensite is 10% or less, a volume ratio of pearlite is 10% or less, and a total volume ratio of the residual austenite, the fresh martensite, and the pearlite is 15% or less, wherein a number density of iron-based carbides having a major axis of 5 nm or more in the tempered martensite at the thickness 1 /4 portion is 5 × 10 7 particles/mm 2 or more, wherein a ratio of the number of ε-type carbides with respect to the number of the iron-based carbides having the major axis of 5 nm or more at the thickness 1/4 portion is 20% or more, and wherein a tensile strength is 780 MPa or higher.
A thrombectomy device , the device including a profiled member of a mesh material, the profiled member having an axial cross-section in a relaxed condition which provides a generally circular outer profile to define a circle, a profiled cross part extending across the circle, with respective side parts extending from respective ends of the cross part circumferentially around the circle to provide free ends substantially adjacent the opposite ends of the cross part , which profiled member can be moved to a smaller axial cross-section and retained thereat, to permit location at a required position, wherein the profiled member has a generally cylindrical outer profile in a relaxed condition, and wherein the profiled member is configured such that as the profiled member is moved to a smaller axial cross-section, the side parts overlap each other, so as to reduce the outer profile circumference of the profiled member .
A tissue analysis system , comprising: a color data storage module configured to store, for each of a plurality of markers, color data indicative of a color (231-236) of tissue marked by the respective marker; a co-location data storage module configured to store co-location data defining a plurality of groups, g 1 to g 4 , of said markers, each group consisting of markers having an affinity to a respective common tissue feature (441-444); a tissue image data storage module configured to store a plurality of pixels representative of a tissue image, each pixel comprising color information; and a tissue image analysis module configured to unmix said tissue image, wherein said tissue image analysis module is configured to read said color data from said color data storage module, said co-location data from said co-location data storage module and said pixels from said tissue image data storage module and to calculate, for each of said pixels and for each of said groups, a linear combination of the colors (231-236) of the markers of the respective group that yields a minimum difference between said color information of the respective pixel and said linear combination of colors, and wherein, for each of said pixels, said tissue image analysis module is configured to determine a group for which said minimum difference is smallest and to output said tissue feature of said group as an analysis result. a color data storage module configured to store, for each of a plurality of markers, color data indicative of a color (231-236) of tissue marked by the respective marker; a co-location data storage module configured to store co-location data defining a plurality of groups, g 1 to g 4 , of said markers, each group consisting of markers having an affinity to a respective common tissue feature (441-444); a tissue image data storage module configured to store a plurality of pixels representative of a tissue image, each pixel comprising color information; and a tissue image analysis module configured to unmix said tissue image, wherein said tissue image analysis module is configured to read said color data from said color data storage module, said co-location data from said co-location data storage module and said pixels from said tissue image data storage module and to calculate, for each of said pixels and for each of said groups, a linear combination of the colors (231-236) of the markers of the respective group that yields a minimum difference between said color information of the respective pixel and said linear combination of colors, and wherein, for each of said pixels, said tissue image analysis module is configured to determine a group for which said minimum difference is smallest and to output said tissue feature of said group as an analysis result.
A machine tool for manufacturing toothed gears and components which are provided with external toothing and a grooved internal profile comprising a rotating table which can rotate about a main rotation axis (X) and a plurality of toothing heads which are capable of carrying out a toothing processing operation on a workpiece which is supported on the rotating table and a plurality of milling heads which are capable of carrying out an internal milling processing operation on the workpiece , each of the toothing heads being arranged in alternation with a respective milling head of the plurality along the perimeter of the rotating table , wherein the toothing heads are intended to construct the external toothing on the workpieces while the milling heads are intended for processing the internal grooved profile on the workpieces , the workpieces being rotatably supported on the rotating table by means of mandrel type engagement devices , the mandrel type engagement devices being rotatable about a secondary rotation axis (X') parallel with the main axis (X) and being configured in such a manner that the workpieces are gripped by the mandrel type engagement devices with an axis of axial symmetry of the workpieces being aligned with the secondary rotation axis (X').
A process for manufacturing a composite material part comprising the following steps: - formation of a fibrous texture from refractory ceramic fibres, - placement of the fibrous texture in a mould having at least one injection port and at least one evacuation port , a filtration layer being interposed between the fibrous texture and said at least one evacuation port, the filtration layer comprising a partially densified fibrous structure, - pressure injection of a slurry containing a powder of refractory ceramic particles into the fibrous texture , - drainage by the filtration layer of the solvent of the slurry having passed through the fibrous texture and retention of the powder of refractory ceramic particles within said texture by the filtration layer so as to obtain a fibrous preform comprising at least the fibrous texture filled with refractory ceramic particles and the filtration layer , the solvent being discharged through said at least one discharge port , - heat treatment of the refractory ceramic particles present in the fibrous texture of the preform in order to form a composite material part comprising at least said fibrous texture densified by a refractory ceramic matrix and the filtration layer. - formation of a fibrous texture from refractory ceramic fibres, - placement of the fibrous texture in a mould having at least one injection port and at least one evacuation port , a filtration layer being interposed between the fibrous texture and said at least one evacuation port, the filtration layer comprising a partially densified fibrous structure, - pressure injection of a slurry containing a powder of refractory ceramic particles into the fibrous texture , - drainage by the filtration layer of the solvent of the slurry having passed through the fibrous texture and retention of the powder of refractory ceramic particles within said texture by the filtration layer so as to obtain a fibrous preform comprising at least the fibrous texture filled with refractory ceramic particles and the filtration layer , the solvent being discharged through said at least one discharge port , - heat treatment of the refractory ceramic particles present in the fibrous texture of the preform in order to form a composite material part comprising at least said fibrous texture densified by a refractory ceramic matrix and the filtration layer.
Drilling process comprising the following steps: - arranging a drilling unit at a shaft end of a well shaft ; - producing waste material by means of the drilling unit ; - providing a container for the waste material within the well shaft ; - transferring the waste material into the container by means of liquid, with the result that a mixture of waste material and liquid is present in the container ; characterized by - flooding the container by further transfer of waste material by means of liquid, wherein at least supernatant liquid overflows and a residual mixture having a high fraction of waste material remains in the container ; - returning to the shaft end the liquid which has overflowed; - transporting the residual mixture away through the well shaft . - arranging a drilling unit at a shaft end of a well shaft ; - producing waste material by means of the drilling unit ; - providing a container for the waste material within the well shaft ; - transferring the waste material into the container by means of liquid, with the result that a mixture of waste material and liquid is present in the container ; characterized by - flooding the container by further transfer of waste material by means of liquid, wherein at least supernatant liquid overflows and a residual mixture having a high fraction of waste material remains in the container ; - returning to the shaft end the liquid which has overflowed; - transporting the residual mixture away through the well shaft .
A composition for the release of carbon dioxide following rectal administration comprising a mixture selected from: a) acid plant juice supported on gum and a salt of carbonic acid; b) plant juice, partially neutralized with an alkaline substance, supported on gum and a salt of carbonic acid; c) acid plant juice and plant juice partially neutralized with an alkaline substance supported on gum and a salt of carbonic acid; wherein the composition is in the form of suppository or ovule. a) acid plant juice supported on gum and a salt of carbonic acid; b) plant juice, partially neutralized with an alkaline substance, supported on gum and a salt of carbonic acid; c) acid plant juice and plant juice partially neutralized with an alkaline substance supported on gum and a salt of carbonic acid; wherein the composition is in the form of suppository or ovule.
A wireless apparatus comprising: a network coordinator module configured to coordinate operation of a network in one or more wireless network architectures; and a network scheduler module that is configured to schedule wireless communications for one or more wireless communication devices in the network, wherein the apparatus is configured to transmit a beacon frame that contains a capability information field, wherein the capability information field contains a sub-field that indicates whether a basic service set, BSS, type of an identified network architecture is a personal BSS, PBSS, wherein the PBSS network architecture is an IEEE 802.11 network architecture configured to operate in the mmWave band. a network coordinator module configured to coordinate operation of a network in one or more wireless network architectures; and a network scheduler module that is configured to schedule wireless communications for one or more wireless communication devices in the network, wherein the apparatus is configured to transmit a beacon frame that contains a capability information field, wherein the capability information field contains a sub-field that indicates whether a basic service set, BSS, type of an identified network architecture is a personal BSS, PBSS, wherein the PBSS network architecture is an IEEE 802.11 network architecture configured to operate in the mmWave band.
A cardboard box erector that folds four flaps (Zfb1, Zfb2, Zfb3, Zfb4) provided on edges of an opening of a cardboard box (B) so as to surround the opening, the cardboard box erector comprising: a folding unit (51, 52 53) configured to fold each of the four flaps (Zfb1, Zfb2, Zfb3, Zfb4) in a predetermined order to close the opening, the four flaps (Zfb1, Zfb2, Zfb3, Zfb4) including a locking flap (Zfb3) folded last among the four flaps (Zfb1, Zfb2, Zfb3, Zfb4); and a pushing unit configured to perform an action to push the locking flap (Zfb3) inside the cardboard box (B) and pull the locking flap (Zfb3) back, wherein the pushing unit has a suction unit configured to suck and hold the locking flap (Zfb3). a folding unit (51, 52 53) configured to fold each of the four flaps (Zfb1, Zfb2, Zfb3, Zfb4) in a predetermined order to close the opening, the four flaps (Zfb1, Zfb2, Zfb3, Zfb4) including a locking flap (Zfb3) folded last among the four flaps (Zfb1, Zfb2, Zfb3, Zfb4); and a pushing unit configured to perform an action to push the locking flap (Zfb3) inside the cardboard box (B) and pull the locking flap (Zfb3) back, wherein the pushing unit has a suction unit configured to suck and hold the locking flap (Zfb3).
A stroller seat comprising a folding mechanism for a stroller seat backrest, the stroller seat comprising the backrest and a seat plate with positioners placed on its sides - to adjust the position of the backrest - with wavelike projections and recesses, where on each side of the backrest into each positioner a locking element is inserted, which on both sides of a backrest frame passes with its ends through longitudinal openings in the backrest frame, where the locking element at each its end is connected to a spring, which is mounted and led out preferably at or near an attachment point, wherein the seat plate - on each of both sides in a place close to the rear line connecting the seat plate with the backrest - has a handle located in this part of the seat plate in which the stroller seat backrest is placed, where in the lower part of the handle - along the edge of the seat plate - a generally rectangular element is formed, which is substantially parallel to the seat plate and from this rectangular element an element with a shape similar to a triangle is led out upwards where the handle in its central part has a recess adapted to recess in it a pendulum-mounted movable comb with a shape similar to a triangle with rounded corners, and therefore the recess with its shape corresponds to the shape of the movable comb , a place of pendulum connection of the handle with the movable comb is a connecting point and this place is the axis of rotation of the movable comb , at the same time the connecting point - i.e. the place where the handle connects with the movable comb - is located in one of the corners of the movable comb and at the same time in the upper corner of the handle with a shape similar to a triangle, along one of the edges of the movable comb a recess or opening is made with wavelike protrusions and recesses, where thus formed recess forms the positioner , wherein in the lower corner of the movable comb , which hides deepest in the recess the movable comb has the attachment point in which it is pendulum connected to the backrest frame , and the attachment point is the place of rotation of the backrest frame relative to the seat plate , the movable comb has a sliding lock of folding with an appropriately profiled end of the sliding lock of the movable comb , the sliding lock is hidden in the contour of the movable comb , in which the sliding lock is recessed, the end of the unlocked sliding lock - with a spring mechanism - adapted to lock the movable comb in the handle , and adapted to release the sliding lock allows pendulum rotation of the movable comb relative to the connecting point , wherein in the folding mechanism, the connecting point defining a folding place of the backrest frame is located above the attachment point , where the backrest inclination angle is adjusted, and an analogous backrest folding mechanism is attached to each of both sides of the stroller.
A magnetic structure comprising: a tubular or columnar base material extending along an axis (A); and a magnetostrictive portion disposed on an outer peripheral surface of the base material , wherein the magnetostrictive portion includes a plurality of magnetostrictive lines , and in at least some of the plurality of magnetostrictive lines , when the magnetostrictive lines including the some of the magnetostrictive lines are viewed in a cross section taken orthogonally to an extension direction of the magnetostrictive lines , a length (M) of a longest portion of one of the magnetostrictive lines in a direction parallel to the outer peripheral surface of the base material is larger than a length (N) of a contact area between the one of the magnetostrictive lines and the outer peripheral surface of the base material , and is larger than a length of an interspace (D), wherein the interspace (D) is an interspace from the contact area between the magnetostrictive line and the base material to the contact area between its adjacent magnetostrictive line and the base material . a tubular or columnar base material extending along an axis (A); and a magnetostrictive portion disposed on an outer peripheral surface of the base material , wherein the magnetostrictive portion includes a plurality of magnetostrictive lines , and in at least some of the plurality of magnetostrictive lines , when the magnetostrictive lines including the some of the magnetostrictive lines are viewed in a cross section taken orthogonally to an extension direction of the magnetostrictive lines , a length (M) of a longest portion of one of the magnetostrictive lines in a direction parallel to the outer peripheral surface of the base material is larger than a length (N) of a contact area between the one of the magnetostrictive lines and the outer peripheral surface of the base material , and is larger than a length of an interspace (D), wherein the interspace (D) is an interspace from the contact area between the magnetostrictive line and the base material to the contact area between its adjacent magnetostrictive line and the base material .
A mobile terminal, comprising: a camera ; a touch screen ; and a controller configured to control the touch screen to output a preview screen of the camera when a video is recorded by the camera , wherein the controller is further configured to: pause the output of the preview screen and store a touch path of a touch and drag input as a handwriting memo which is contained in the recorded video, when the touch and drag input is received on the outputted preview screen . a camera ; a touch screen ; and a controller configured to control the touch screen to output a preview screen of the camera when a video is recorded by the camera , wherein the controller is further configured to: pause the output of the preview screen and store a touch path of a touch and drag input as a handwriting memo which is contained in the recorded video, when the touch and drag input is received on the outputted preview screen .