mhurhangee/ep-ind-claims huggingface dataset:
A biopsy tool, comprising: an elongated flexible body defining a distal end, the distal end including a biopsy member (130, 630, 730, 830, 930, 1030), the biopsy member including a tissue-receiving portion (150, 650, 750, 850, 950, 1050) defining an opening (152, 652, 752, 852, 952, 1052) and a planar surface (153, 653, 753, 853, 953, 1053) about the opening, the opening including sharpened edges (155, 157, 655, 657a, 657b, 664a, 664b, 665, 755, 757, 763, 855, 857, 863) disposed on the interior perimeter of the opening, the sharpened edges capable of cutting tissue; wherein the biopsy member further includes a sensor assembly including at least one location sensor (170, 248, 348, 446, 670, 770, 870, 970, 1070), configured to enable detection of a location of the sensor assembly within a patient's airways. an elongated flexible body defining a distal end, the distal end including a biopsy member (130, 630, 730, 830, 930, 1030), the biopsy member including a tissue-receiving portion (150, 650, 750, 850, 950, 1050) defining an opening (152, 652, 752, 852, 952, 1052) and a planar surface (153, 653, 753, 853, 953, 1053) about the opening, the opening including sharpened edges (155, 157, 655, 657a, 657b, 664a, 664b, 665, 755, 757, 763, 855, 857, 863) disposed on the interior perimeter of the opening, the sharpened edges capable of cutting tissue; wherein the biopsy member further includes a sensor assembly including at least one location sensor (170, 248, 348, 446, 670, 770, 870, 970, 1070), configured to enable detection of a location of the sensor assembly within a patient's airways.
A method, comprising: performing a first iteration of a recursive operation using a first bit string and a second bit string; modifying a quantity of bits of a result of the first iteration of the recursive operation, wherein the modified quantity of bits is less than a threshold quantity of bits; writing a first value comprising the modified quantity of bits indicative of the result of the first iteration of the recursive operation to a first register (131, 231, 331); writing a second value indicative of a factor corresponding to the result of the first iteration of the recursive operation to a second register (133, 233, 333); determining that a result of a second iteration of the recursive operation contains a quantity of bits greater than the threshold quantity of bits; increasing an available size of the first register (131, 231, 331) responsive to determining that the result of the second iteration of the recursive operation contains a quantity of bits greater than the threshold quantity of bits; and writing the result of the second iteration of the recursive operation to the first register (131, 231, 331). performing a first iteration of a recursive operation using a first bit string and a second bit string; modifying a quantity of bits of a result of the first iteration of the recursive operation, wherein the modified quantity of bits is less than a threshold quantity of bits; writing a first value comprising the modified quantity of bits indicative of the result of the first iteration of the recursive operation to a first register (131, 231, 331); writing a second value indicative of a factor corresponding to the result of the first iteration of the recursive operation to a second register (133, 233, 333); determining that a result of a second iteration of the recursive operation contains a quantity of bits greater than the threshold quantity of bits; increasing an available size of the first register (131, 231, 331) responsive to determining that the result of the second iteration of the recursive operation contains a quantity of bits greater than the threshold quantity of bits; and writing the result of the second iteration of the recursive operation to the first register (131, 231, 331).
A process for producing granules, which comprises: an exhaust gas treating step of contacting a contacting liquid and an exhaust gas formed in a process for producing borosilicate glass by melting a glass raw material, to obtain a treated liquid having a boron component in the exhaust gas dissolved in the contacting liquid, a magnesium hydroxide-addition step of adding magnesium hydroxide to the treated liquid to obtain a liquid containing the boron component and the magnesium component, a granulation liquid-preparation step of preparing a granulation liquid by using the liquid containing the boron component and the magnesium component, and a granulation step of granulating a glass raw material powder for producing alkali-free borosilicate glass in the presence of the granulation liquid. an exhaust gas treating step of contacting a contacting liquid and an exhaust gas formed in a process for producing borosilicate glass by melting a glass raw material, to obtain a treated liquid having a boron component in the exhaust gas dissolved in the contacting liquid, a magnesium hydroxide-addition step of adding magnesium hydroxide to the treated liquid to obtain a liquid containing the boron component and the magnesium component, a granulation liquid-preparation step of preparing a granulation liquid by using the liquid containing the boron component and the magnesium component, and a granulation step of granulating a glass raw material powder for producing alkali-free borosilicate glass in the presence of the granulation liquid.
A printed material (100; 110; 120; 130) comprising: a medium having a specular reflective layer for visible light; a first line composed of a first color formed by discharging ink onto the medium; a second line formed by discharging, onto the medium, a second color ink different from the first color, the second line being formed parallel to the first line; a prism layer formed by discharging a transparent ink that does not include a color material at the first line and the second line; wherein when a portion of the medium is pseudo-divided so that a plurality of continuous regions (F1, F2, F3) are formed by adjacently repeating a first region, a second region, and a third region, in one set, that are continuous linear regions in parallel, the first line is disposed in any one of the first region, the second region, and the third region in the one set, the second line is disposed in any region other than the region formed with the first line, of the first region, the second region, and the third region in the one set, the prism layer spans two continuous regions including the region formed with the first line of the first region, the second region, and the third region, in the one set, and is disposed parallel to the linear regions, and a section of the prism layer has a shape of a portion of a non-circular arc that approximates an ellipse, and the first line and the second line are completely covered by the prism layer. a first line composed of a first color formed by discharging ink onto the medium; a second line formed by discharging, onto the medium, a second color ink different from the first color, the second line being formed parallel to the first line; a prism layer formed by discharging a transparent ink that does not include a color material at the first line and the second line; wherein when a portion of the medium is pseudo-divided so that a plurality of continuous regions (F1, F2, F3) are formed by adjacently repeating a first region, a second region, and a third region, in one set, that are continuous linear regions in parallel, the first line is disposed in any one of the first region, the second region, and the third region in the one set, the second line is disposed in any region other than the region formed with the first line, of the first region, the second region, and the third region in the one set, the prism layer spans two continuous regions including the region formed with the first line of the first region, the second region, and the third region, in the one set, and is disposed parallel to the linear regions, and a section of the prism layer has a shape of a portion of a non-circular arc that approximates an ellipse, and the first line and the second line are completely covered by the prism layer.
Spray nozzle having a furrow plate in which fluid outlet and gas outlet lie next to one another in a row, wherein the furrows are incorporated in an oppositely intermeshed manner such that fluid is supplied from one side of the furrow plate and gas is supplied from the other side and the outflowing fluid is pulled apart into a fan shape by two gas flows located on both sides.
An adjustable retention device for retaining a pair of adjustable first and second elongated members (22,23) in one of a plurality of selectable states relative to each other, the retention device comprising a first retention element configured for securing in or to the second member, and a second retention element engageable with the first retention element and with the first member, the first and second retention elements (45,46) comprising respective first and second interengageable complementary formations (72,73) configured for retaining the first and second members (22,23) in a selected state, the first retention element comprising a pair of spaced apart side walls, each side wall defining a working face facing the working face of the other side wall, and at least one of the first interengageable complementary formations being provided on the working face of at least one of the side walls, the second retention element comprising a plug member and an engagement member, the plug member having a pair of opposite working faces and being engageable between the side walls of the first retention element with the working faces of the plug member engaging the corresponding working faces of the first retention element, at least one of the second interengageable complementary formations being provided on one of the working faces of the plug member, and the engagement member being engageable with the first member to prevent movement of the first and second members (22,23) in the direction of the adjustable movement of the first and second members (22,23) relative to each other, characterised in that the plug member is slideably engageable between the side walls of the first retention element, and the first and second interengageable complementary formations (72,73) are configured for slideable interengagement in a direction transversely relative to the direction of adjustable movement of the first and second members (22,23) relative to each other.
An implant for stabilizing at least two bone portions (10, 11) relative to each other in a human or animal patient, the implant comprising at least two peg portions, a bridge portion, and a securing element, wherein the at least two peg portions and the bridge portion are assembled to form a substantially rigid peg and bridge assembly, in which the bridge portion is arranged between the peg portions, and wherein the securing element is adapted to secure the peg and bridge assembly in its implanted position and comprises a material having thermoplastic properties, characterized in that the bridge portion has a flat form and is oriented relative to the peg portions for being positioned on a bone surface or to extend into the bone tissue, wherein the peg and bridge assembly is made of only one piece of a sheet material.
A method of producing a valve seat to be installed on a cylinder head of an internal combustion engine, the method comprising: subjecting an iron-based sintered alloy comprising: 4 mass% to 15 mass% of Co particles each having a Co component purity of 99 mass% or more; and 5 mass% to 45 mass% of hard particles, wherein the hard particles are Co-based alloy particles each having a hardness of from 600 HV to 1,600 HV measured in accordance with JIS Z 2244, to oxidation treatment, whereby an oxide mainly comprising triiron tetraoxide (Fe 3 O 4) and cobalt oxide (CoO) is formed on a surface or in the interior of the iron-based sintered alloy, wherein the iron-based sintered alloy subjected to oxidation treatment has an area ratio of the oxide of from 5% to 25% in a cross section thereof in a state prior to installation on the cylinder head, wherein the area ratio of the oxide is measured according to the method described in paragraphs to; and wherein the oxidation treatment is steam treatment at from 500°C to 600°C for from 0.2 hour to 5 hours. subjecting an iron-based sintered alloy comprising: 4 mass% to 15 mass% of Co particles each having a Co component purity of 99 mass% or more; and 5 mass% to 45 mass% of hard particles, wherein the hard particles are Co-based alloy particles each having a hardness of from 600 HV to 1,600 HV measured in accordance with JIS Z 2244, to oxidation treatment, whereby an oxide mainly comprising triiron tetraoxide (Fe 3 O 4) and cobalt oxide (CoO) is formed on a surface or in the interior of the iron-based sintered alloy, wherein the iron-based sintered alloy subjected to oxidation treatment has an area ratio of the oxide of from 5% to 25% in a cross section thereof in a state prior to installation on the cylinder head, wherein the area ratio of the oxide is measured according to the method described in paragraphs to; and wherein the oxidation treatment is steam treatment at from 500°C to 600°C for from 0.2 hour to 5 hours.
Optical system comprising an optical guide comprising an injection zone intended to inject a light signal into the optical guide and an extraction zone intended to provide the light signal after transport by the optical guide, the optical guide comprising, in a superimposed manner, at least two guidance elements (1.1, 1.2), characterized in that the optical system further comprises an injection device comprising a set (6.6) of lenses which enables projecting an image in the form of a collimated beam so as to form the light signal, and in that in a zone situated between the injection zone and the extraction zone, the guidance elements are partially separated from each other by a semi-reflective coating (1.3) with a length l, in the direction of propagation of the light signal in the optical guide, dependent on a minimum angle α min of incidence of the light signal and on the thickness e of at least one of the guidance elements that said semi-reflective coating separates, so that the length / of the semi-reflective coating is defined as follows: l ≥ 2 e tan α min
A roller member comprising: a rotary shaft; and a roller part including a through-hole for insertion of the rotary shaft and removably mounted on a periphery of the rotary shaft, the roller member further comprises a positioning retention part for positioning one end of the roller part, characterized in that: the rotary shaft includes an engagement recess having a concave shape and formed in a portion extended beyond the other end of the roller part mounted on the rotary shaft, the roller part includes a snap fit portion which is extended axially outward from the other end thereof and includes an engagement protrusion for engagement with the engagement recess, and the snap fit portion brings the engagement protrusion into engagement with the engagement recess as elastically deformed in a direction opposite to its extension direction, while the one end of the roller part is pressed against the positioning retention part by an elastic restoring force of the snap fit portion. a rotary shaft; and a roller part including a through-hole for insertion of the rotary shaft and removably mounted on a periphery of the rotary shaft, the roller member further comprises a positioning retention part for positioning one end of the roller part, characterized in that: the rotary shaft includes an engagement recess having a concave shape and formed in a portion extended beyond the other end of the roller part mounted on the rotary shaft, the roller part includes a snap fit portion which is extended axially outward from the other end thereof and includes an engagement protrusion for engagement with the engagement recess, and the snap fit portion brings the engagement protrusion into engagement with the engagement recess as elastically deformed in a direction opposite to its extension direction, while the one end of the roller part is pressed against the positioning retention part by an elastic restoring force of the snap fit portion. the rotary shaft includes an engagement recess having a concave shape and formed in a portion extended beyond the other end of the roller part mounted on the rotary shaft, the roller part includes a snap fit portion which is extended axially outward from the other end thereof and includes an engagement protrusion for engagement with the engagement recess, and the snap fit portion brings the engagement protrusion into engagement with the engagement recess as elastically deformed in a direction opposite to its extension direction, while the one end of the roller part is pressed against the positioning retention part by an elastic restoring force of the snap fit portion.
A system, characterised in comprising circuitry configured to: receive a plurality of images comprising a first set of images of a face and a second set of images of the face, wherein the face in the first set of images is exposed to omni-directional lighting and the face in the second set of images is exposed to directional lighting; generate a three-dimensional face mesh based on the received plurality of images; execute, by using the generated 3D face mesh and the second set of images, a set of skin-reflectance modeling operations to estimate a set of texture maps for the face; and texturize the generated 3D face mesh based on the estimated set of texture maps, wherein the texturization comprises an operation in which texture information, including microgeometry skin details and skin reflectance details, of the estimated set of texture maps is mapped onto the generated 3D face mesh. receive a plurality of images comprising a first set of images of a face and a second set of images of the face, wherein the face in the first set of images is exposed to omni-directional lighting and the face in the second set of images is exposed to directional lighting; generate a three-dimensional face mesh based on the received plurality of images; execute, by using the generated 3D face mesh and the second set of images, a set of skin-reflectance modeling operations to estimate a set of texture maps for the face; and texturize the generated 3D face mesh based on the estimated set of texture maps, wherein the texturization comprises an operation in which texture information, including microgeometry skin details and skin reflectance details, of the estimated set of texture maps is mapped onto the generated 3D face mesh.
A method for enabling delegation, comprising the steps of: Receiving, by a first domain controller computing device for a first domain, a request from a middle tier computing device in a second domain to communicate as a client to a target back end tier computing device; determining the target back end tier computing device is in the first domain; characterized in that the method further comprises: identifying one or more policies comprising requirements for delegating to the target back end tier computing device, wherein at least one of the one or more policies comprising requirements is established by the target back end tier computing device; receiving configuration information regarding the middle tier computing device and a second domain controller computing device for the second domain; determining whether the identified one or more policies are satisfied based in part on the received configuration information regarding the middle tier computing device and the second domain controller computing device for the second domain; and generating a signed service ticket allowing the request to communicate. Receiving, by a first domain controller computing device for a first domain, a request from a middle tier computing device in a second domain to communicate as a client to a target back end tier computing device; determining the target back end tier computing device is in the first domain; characterized in that the method further comprises: identifying one or more policies comprising requirements for delegating to the target back end tier computing device, wherein at least one of the one or more policies comprising requirements is established by the target back end tier computing device; receiving configuration information regarding the middle tier computing device and a second domain controller computing device for the second domain; determining whether the identified one or more policies are satisfied based in part on the received configuration information regarding the middle tier computing device and the second domain controller computing device for the second domain; and generating a signed service ticket allowing the request to communicate. identifying one or more policies comprising requirements for delegating to the target back end tier computing device, wherein at least one of the one or more policies comprising requirements is established by the target back end tier computing device; receiving configuration information regarding the middle tier computing device and a second domain controller computing device for the second domain; determining whether the identified one or more policies are satisfied based in part on the received configuration information regarding the middle tier computing device and the second domain controller computing device for the second domain; and generating a signed service ticket allowing the request to communicate.
A turbine rotor comprising: a hub part connected to a rotation shaft; and a plurality of blade parts formed around an outer periphery of the hub part, the hub part and the blade parts being integrated into one piece, wherein the hub part has a rear side surface (42, 54); an annular recess (44, 50) is formed on the rear side surface (42, 54) around the rotation shaft; the rear side surface (42, 54) has a plane area on an outer periphery side of the annular recess (44, 50); a diameter of the hub part gradually increases toward the rear side surface (42, 54) on an end side of the hub part along the direction of the rotation shaft; a cross-section of the annular recess (44, 50) in the direction of the rotation shaft is formed from a part of either an arc of a circle or a major arc of an oval shape (G'), which major arc is formed so that the oval shape (G') is divided by a major axis as a symmetrical axis of the oval shape (G'), said major axis being parallel to the rear side surface (42, 54); and the major axis or a center of the arc of the circle is located outside of the hub part at a distance from the rear side surface (42, 54). a hub part connected to a rotation shaft; and a plurality of blade parts formed around an outer periphery of the hub part, the hub part and the blade parts being integrated into one piece, wherein the hub part has a rear side surface (42, 54); an annular recess (44, 50) is formed on the rear side surface (42, 54) around the rotation shaft; the rear side surface (42, 54) has a plane area on an outer periphery side of the annular recess (44, 50); a diameter of the hub part gradually increases toward the rear side surface (42, 54) on an end side of the hub part along the direction of the rotation shaft; a cross-section of the annular recess (44, 50) in the direction of the rotation shaft is formed from a part of either an arc of a circle or a major arc of an oval shape (G'), which major arc is formed so that the oval shape (G') is divided by a major axis as a symmetrical axis of the oval shape (G'), said major axis being parallel to the rear side surface (42, 54); and the major axis or a center of the arc of the circle is located outside of the hub part at a distance from the rear side surface (42, 54).