mhurhangee/ep-ind-claims huggingface dataset:
A cylinder head to which a cylinder block is to be fastened with a bolt, and into which a pivot member configured to pivotably support a rocker arm is to be incorporated, comprising: a bottom wall part forming an inner bottom surface of a cam chamber (40A, 40B) that is a space where the rocker arm is disposed; and a side wall part (34, 36) forming an internal surface (42b, 42c) continuously rising from the inner bottom surface, wherein a bolt hole into which the bolt is inserted is formed in the inner bottom surface, wherein the side wall part (34, 36) has a protrusion protruding inward in the cam chamber (40A, 40B) from the internal surface (42b, 42c) at a position separated from the inner bottom surface, and having a support hole configured to support the pivot member, wherein a seat surface part of a circular recess is formed at a position of the inner bottom surface of the cam chamber, and wherein the seat surface part is configured to receive the pivot member, characterized in that a part of the internal surface (42b, 42c), facing a space between the protrusion and the inner bottom surface, is recessed in a direction along the inner bottom surface heading away from the bolt hole. a bottom wall part forming an inner bottom surface of a cam chamber (40A, 40B) that is a space where the rocker arm is disposed; and a side wall part (34, 36) forming an internal surface (42b, 42c) continuously rising from the inner bottom surface, wherein a bolt hole into which the bolt is inserted is formed in the inner bottom surface, wherein the side wall part (34, 36) has a protrusion protruding inward in the cam chamber (40A, 40B) from the internal surface (42b, 42c) at a position separated from the inner bottom surface, and having a support hole configured to support the pivot member, wherein a seat surface part of a circular recess is formed at a position of the inner bottom surface of the cam chamber, and wherein the seat surface part is configured to receive the pivot member, characterized in that a part of the internal surface (42b, 42c), facing a space between the protrusion and the inner bottom surface, is recessed in a direction along the inner bottom surface heading away from the bolt hole.
A method of inhibiting the spontaneous combustion of a mass of low-ranked sub-bituminous coal, the method comprising the step of applying to the coal an inhibitor composition, the composition comprising crude glycerin and a VAE copolymer or a PVA copolymer and in a ratio of between 90:10 and 10:90 by mass, wherein the crude glycerin comprises 30 to 95 weight percent glycerin and at least one component selected from the list consisting of: fatty acids, esters, salt, methanol, tocopherol, sterol, mono-glycerides, di-glycerides, and tri-glycerides.
A communication system for communicating between a wired pipe string in a borehole and a surface location, comprising: at least a first wired pipe downhole component and a second wired pipe downhole component in the wired pipe string; a coupler configured to transmit a transmission signal between the first wired pipe downhole component and the second wired pipe downhole component; and a wireless transmission assembly in each of the first wired pipe downhole component and the second wired pipe downhole component, wherein the first wired pipe downhole component or the second wired pipe downhole component is an uppermost wired pipe downhole component; wherein the wireless transmission assembly of the uppermost wired pipe downhole component is configured to wirelessly transmit a wireless transmission signal to a receiver antenna during a period of physical and/or electrical disconnection of the wired pipe string from surface equipment, the receiver antenna disposed at the surface location and configured to receive the wireless transmission signal. at least a first wired pipe downhole component and a second wired pipe downhole component in the wired pipe string; a coupler configured to transmit a transmission signal between the first wired pipe downhole component and the second wired pipe downhole component; and a wireless transmission assembly in each of the first wired pipe downhole component and the second wired pipe downhole component, wherein the first wired pipe downhole component or the second wired pipe downhole component is an uppermost wired pipe downhole component; wherein the wireless transmission assembly of the uppermost wired pipe downhole component is configured to wirelessly transmit a wireless transmission signal to a receiver antenna during a period of physical and/or electrical disconnection of the wired pipe string from surface equipment, the receiver antenna disposed at the surface location and configured to receive the wireless transmission signal.
A composition comprising: a cyclic purine dinucleotide which binds to the Stimulator of Interferon Genes transmembrane protein (STING) and induces STING-dependent TANK binding kinase 1 activation; and an inactivated tumor cell which expresses and secretes GM-CSF. a cyclic purine dinucleotide which binds to the Stimulator of Interferon Genes transmembrane protein (STING) and induces STING-dependent TANK binding kinase 1 activation; and an inactivated tumor cell which expresses and secretes GM-CSF.
An inductive-capacitive filter assembly, comprising a plurality of insulating-conductive strips (1402,1403), concentrically wound around a winding axis, each of the insulating-conductive strips, firstly, having an insulating strip joined with a conductive strip and, secondly, forming a respective inductive-capacitive filter with a resonant frequency, and, thirdly, implementing a band stop filter which blocks signals with frequencies within a certain frequency band centered around the respective inductive capacitive filter's resonant frequency when connected to a power source at a first terminal end of the conductive strip and to a load connected to a second terminal end of the conductive strip.
Projection device with a first and a second tilting mirror matrix (3, 5), which each have a plurality of tilting mirrors (K3, K5) and a cover glass (11, 12) covering the tilting mirrors (K3, K5), an imaging lens system, which has a relay lens system which images the tilting mirrors of the first tilting mirror matrix onto the tilting mirrors of the second tilting mirror matrix and thus light reflected by tilting mirrors of the first tilting mirror matrix onto tilting mirrors of the second tilting mirror matrix, and a projection lens system, which projects light reflected by tilting mirrors of the second tilting mirror matrix, in order to produce an image, wherein the imaging lens system further has a refractive correction element (18, 20) which corrects at least one image error caused by the light obliquely passing through the cover glasses (11, 12), characterized in that the relay lens system has a mirror with a curved mirror surface which is formed by a reflective side of the refractive correction element (18, 20).
Rotor in BLISK or BLING design of an aircraft engine, comprising: - a rotor disc that, at its radially outer area, forms an annulus that delimitates the flow channel of the aircraft engine radially inside, and - a plurality of rotor blades that project from the annulus, - wherein the rotor disc forms a first structure and a second structure, which are arranged at a distance to each other in the radial direction, wherein the first structure and the second structure respectively have an arm (131, 132, 141, 142) that projects upstream and/or downstream in the axial direction, characterized in that an arm of the first structure arranged upstream and an arm of the second structure arranged upstream and/or an arm of the first structure arranged downstream and an arm of the second structure arranged downstream are connected to each other by means of a damping element (3, 3a, 3b, 3c) that comprises an elastomer (31, 36, 303, 304) or consists of an elastomer (31, 36, 303, 304). - a rotor disc that, at its radially outer area, forms an annulus that delimitates the flow channel of the aircraft engine radially inside, and - a plurality of rotor blades that project from the annulus, - wherein the rotor disc forms a first structure and a second structure, which are arranged at a distance to each other in the radial direction, wherein the first structure and the second structure respectively have an arm (131, 132, 141, 142) that projects upstream and/or downstream in the axial direction,
A centrifugally cast composite roll for rolling comprising an outer layer and inner layer, which are integrally fused to each other; characterized in that said outer layer is made of an Fe-based alloy comprising by mass 1.70 to 2.70 % of C, 0.3 to 3 % of Si, 0.1 to 3 % of Mn, 1.1 to 3.0 % of Ni, 4.0 to 10 % of Cr, 2.0 to 7.5 % of Mo, 3 to 6.0 % of V, 0.1 to 2 % of W, 0.2 to 2 % of Nb, 0.01 to 0.2 % of B, and 0.01 to 0.1 % of N, optionally the outer layer further contains at least one element selected from the group consisting by mass of 0.1-10% of Co, 0.01-0.5% of Zr, 0.005-0.5% of Ti, and 0.001-0.5% of Al, 0.3% or less by mass of S, the balance being Fe and inevitable impurities up to 0.7 % or less by mass; and said inner layer is made of ductile cast iron, wherein said outer layer has circumferential residual compressive stress of 150 to 350 MPa at the discard diameter which is a minimum diameter usable for rolling, and wherein said outer layer has Shore hardness of 70 to 90 at the initial diameter which is a diameter of a usable outer layer obtained by grinding an as-centrifugally cast outer layer, the Shore hardness being measured according to JIS Z 2246. said inner layer is made of ductile cast iron, wherein said outer layer has circumferential residual compressive stress of 150 to 350 MPa at the discard diameter which is a minimum diameter usable for rolling, and wherein said outer layer has Shore hardness of 70 to 90 at the initial diameter which is a diameter of a usable outer layer obtained by grinding an as-centrifugally cast outer layer, the Shore hardness being measured according to JIS Z 2246.
A composition comprising a biocompatible matrix and a mesenchymal stem cells population, wherein said mesenchymal stem cells are derived from adipose tissue, wherein said mesenchymal stem cells population is substantially pure, wherein said mesenchymal stem cells are undifferentiated and wherein said mesenchymal stem cells population comprises less than 25% of fibroblasts.
Capillary depth gauge including at least one capillary tube of triangular section comprising at least one portion made of a transparent material, said tube being arranged against a background opposite an observation surface, said background being visible by transparency from the observation surface when the tubular section is substantially filled with water, characterised in that it comprises at least one reflection surface arranged outside of said tube, visible by reflection from said observation surface when the tubular section is substantially filled with air, in that said capillary tube forms an isosceles triangle whose equal angles (α) have an angular value of between 48 and 60 degrees, in that the base of the isosceles triangle is arranged on the background, and in that said at least one reflection surface is arranged opposite at least one of the two sides of said isosceles triangle and in that the isosceles triangle is arranged with respect to the background so that the light coming from the reflection surfaces is reflected from one side of the isosceles triangle to the observer at the interface between the transparent portion of the capillary and the inside of said capillary when said capillary is filled with air.
An internal peptide standard comprising a first tag to which is coupled a first peptide comprising a mass label and an amino acid sequence, wherein the C-terminal end of the amino acid sequence of the first peptide corresponds to the C-terminal end generated by a sequence-specific hydrolysis of an amide bond, ester bond or thioester bond of a peptide and wherein the first tag comprises a label and is removable by a means selected from the group comprising chemical cleavage, enzymatic cleavage and physical cleavage, the label comprising meta-nitro-tyrosine.
A dental membrane which is destined to be disposed in a deficient region of an alveolar bone to form a space for regeneration of the alveolar bone or to surround a bone graft, wherein the dental membrane may be fixed by an insert inserted and fixed in the alveolar bone and by a cover member combined to the insert, the dental membrane comprising: - an upper portion which is destined to surround a top surface of the deficient region of the alveolar bone; and - a side bending portion which is bent downward from the upper portion and is destined to surround a side surface of the deficient region of the alveolar bone, wherein the upper portion comprises: - a combined portion destined to be combined to the insert and the cover member, and fixable to the insert and the cover member, the combined portion being ring shaped, having a center, and having a through hole at the center; and - a protruding portion extending and protruding upward from the combined portion, characterized by the fact that the protruding portion comprises: - a first extending portion connected to the combined portion and extending upward; and - a second extending portion horizontally extending from the first extending portion. - an upper portion which is destined to surround a top surface of the deficient region of the alveolar bone; and - a side bending portion which is bent downward from the upper portion and is destined to surround a side surface of the deficient region of the alveolar bone, - a combined portion destined to be combined to the insert and the cover member, and fixable to the insert and the cover member, the combined portion being ring shaped, having a center, and having a through hole at the center; and - a protruding portion extending and protruding upward from the combined portion, - a first extending portion connected to the combined portion and extending upward; and - a second extending portion horizontally extending from the first extending portion.
A cosmetic method of non-surgical removal of localized fat accumulation, comprising administering by injection a composition consisting essentially of sodium deoxycholate and one or more pharmaceutically acceptable excipients, wherein said composition is free of phosphatidylcholine.
A control system (202, 300) for an aircraft engine (102, 104) comprising: a control node (204, 302) comprising a first processor and a first memory (218, 322); a concentrator node (206, 304) comprising a second processor and a second memory (220, 324), wherein the control node is operably coupled to the concentrator node; and a security module (208, 306) operably coupled to the control node and the concentrator node, wherein the security module is configured to load a first executable image to the first memory for execution by the first processor, and load a second executable image to the second memory for execution by the second processor. a control node (204, 302) comprising a first processor and a first memory (218, 322); a concentrator node (206, 304) comprising a second processor and a second memory (220, 324), wherein the control node is operably coupled to the concentrator node; and a security module (208, 306) operably coupled to the control node and the concentrator node, wherein the security module is configured to load a first executable image to the first memory for execution by the first processor, and load a second executable image to the second memory for execution by the second processor.
A prosthesis comprising: an inner layer formed from a polyaryletherketone; a first outer layer adjacent to said inner layer formed from a porous polyaryletherketone, in which at least some of the pores of the first outer layer have material located therein to promote osteointegration,and a second outer layer adjacent to said first outer layer formed from a porous polyaryletherketone, characterised in that the material located in the pores of the first outer layer has a crystallinity of from 60% to 90%, and at least some of the pores of the second outer layer have located therein material to promote osteointegration having a crystallinity of less than 50%. an inner layer formed from a polyaryletherketone; a first outer layer adjacent to said inner layer formed from a porous polyaryletherketone, in which at least some of the pores of the first outer layer have material located therein to promote osteointegration,and a second outer layer adjacent to said first outer layer formed from a porous polyaryletherketone, characterised in that the material located in the pores of the first outer layer has a crystallinity of from 60% to 90%, and at least some of the pores of the second outer layer have located therein material to promote osteointegration having a crystallinity of less than 50%.
A phased-array ultrasound transducer, comprising: a sheet of piezoelectric material having a coefficient of thermal expansion; a frame surrounding an outer perimeter of the sheet of piezoelectric material, where the frame has a coefficient of thermal expansion that is similar to the coefficient of thermal expansion of the piezoelectric material; a filling material between the frame and an outer perimeter of the sheet of piezoelectric material, wherein the sheet of piezoelectric material includes a number of kerf cuts that define a number of individual transducer elements; and a lens secured to the sheet of piezoelectric material through one or more matching layers (M1, M2, M3), wherein the lens and the one or more matching layers (M1, M2, M3) include filled kerf cuts (62, 96) that are aligned with the kerf cuts in the piezoelectric material, wherein the lens is made from a material having a speed of sound that is substantially greater than the speed of sound in a material filling the kerf cuts in the lens such that the lens material between the kerf cuts in the lens forms a plurality of mini-waveguides configured to channel energy from the transducer elements in a direction normal to a front surface of the lens and limit energy spreading laterally in the lens, and wherein a speed of sound in the lens in a direction normal to a front surface of the lens is greater than the speed of sound in the lens in a direction parallel with the front surface of the lens. a sheet of piezoelectric material having a coefficient of thermal expansion; a frame surrounding an outer perimeter of the sheet of piezoelectric material, where the frame has a coefficient of thermal expansion that is similar to the coefficient of thermal expansion of the piezoelectric material; a filling material between the frame and an outer perimeter of the sheet of piezoelectric material, wherein the sheet of piezoelectric material includes a number of kerf cuts that define a number of individual transducer elements; and a lens secured to the sheet of piezoelectric material through one or more matching layers (M1, M2, M3), wherein the lens and the one or more matching layers (M1, M2, M3) include filled kerf cuts (62, 96) that are aligned with the kerf cuts in the piezoelectric material, wherein the lens is made from a material having a speed of sound that is substantially greater than the speed of sound in a material filling the kerf cuts in the lens such that the lens material between the kerf cuts in the lens forms a plurality of mini-waveguides configured to channel energy from the transducer elements in a direction normal to a front surface of the lens and limit energy spreading laterally in the lens, and wherein a speed of sound in the lens in a direction normal to a front surface of the lens is greater than the speed of sound in the lens in a direction parallel with the front surface of the lens.
A method for use in an Internet Protocol, IP, based mobile router configured for sending packets to a correspondent node, the method comprising: receiving a packet destined for an IP address of the correspondent node; determining a host domain name associated with the IP address by requesting a reverse lookup of the IP address from a name server; identifying an authoritative name server for the host domain name based on sending a query, specifying the host domain name, to a root name server configured for identifying an authoritative name server, and sending a second query, specifying the host domain name, to the authoritative name server to verify that the IP address is accurate and that the root name server can be trusted; sending to the authoritative name server a request for identifying a correspondent router configured for establishing a tunnel for the host domain name; and initiating establishment of the tunnel with the correspondent router for sending packets to the correspondent node. receiving a packet destined for an IP address of the correspondent node; determining a host domain name associated with the IP address by requesting a reverse lookup of the IP address from a name server; identifying an authoritative name server for the host domain name based on sending a query, specifying the host domain name, to a root name server configured for identifying an authoritative name server, and sending a second query, specifying the host domain name, to the authoritative name server to verify that the IP address is accurate and that the root name server can be trusted; sending to the authoritative name server a request for identifying a correspondent router configured for establishing a tunnel for the host domain name; and initiating establishment of the tunnel with the correspondent router for sending packets to the correspondent node.
A method for increasing the cellular secretion rate of a protein comprising the steps of: a) modulating the activity of at least one unfolded protein response pathway component in a cell; and b) culturing the cells, wherein the UPR pathway component is CHOP and wherein the activity of CHOP is modulated by stably transfecting the cell with a nucleic acid encoding a short interfering RNA (siRNA) that targets transcripts of a nucleic acid sequence encoding a CHOP protein, wherein the nucleic acid encoding the siRNA is the nucleic acid sequence of SEQ ID NO: 15 or SEQ ID NO: 16. a) modulating the activity of at least one unfolded protein response pathway component in a cell; and b) culturing the cells, wherein the UPR pathway component is CHOP and wherein the activity of CHOP is modulated by stably transfecting the cell with a nucleic acid encoding a short interfering RNA (siRNA) that targets transcripts of a nucleic acid sequence encoding a CHOP protein, wherein the nucleic acid encoding the siRNA is the nucleic acid sequence of SEQ ID NO: 15 or SEQ ID NO: 16.