mhurhangee/ep-ind-claims huggingface dataset:
A pick assembly comprising: a holder body, a strike body, a base body attachable to a drive mechanism, and an interference assembly comprising a spring sleeve and at least one interference member; in which: the holder body comprises a head portion and a shaft depending from the head portion, the strike body comprises a super-hard strike tip, the strike body comprising polycrystalline diamond material, or grains of synthetic or natural diamond dispersed in a matrix comprising carbide material, the head portion and the strike body are cooperatively configured such that the strike body is attached to the head portion, the base body comprises a base bore; the base bore, shaft and interference assembly being cooperatively configured such that the shaft is secured within the base bore, the interference member disposed between the shaft and the bore, frictional interference between the shaft (140 interference assembly and base bore preventing rotation of the shaft within the base bore in use, the combined radial margin of interference between the shaft, the interference member and the base bore being 10 to 200 microns, and characterised in that the interference member is located between the spring sleeve and the base bore when assembled as for use, the interference member being in the form of an O-ring or quad-ring. a holder body, a strike body, a base body attachable to a drive mechanism, and an interference assembly comprising a spring sleeve and at least one interference member; the holder body comprises a head portion and a shaft depending from the head portion, the strike body comprises a super-hard strike tip, the strike body comprising polycrystalline diamond material, or grains of synthetic or natural diamond dispersed in a matrix comprising carbide material, the head portion and the strike body are cooperatively configured such that the strike body is attached to the head portion, the base body comprises a base bore; the base bore, shaft and interference assembly being cooperatively configured such that the shaft is secured within the base bore, the interference member disposed between the shaft and the bore, frictional interference between the shaft (140 interference assembly and base bore preventing rotation of the shaft within the base bore in use, the combined radial margin of interference between the shaft, the interference member and the base bore being 10 to 200 microns, and characterised in that the interference member is located between the spring sleeve and the base bore when assembled as for use, the interference member being in the form of an O-ring or quad-ring.
Hygiene lamp comprising a body in which a light unit and a disinfection module are arranged, wherein the disinfection module comprises a housing with an inlet, an outlet and a flow channel extending therebetween and a UV light unit arranged in the flow channel, wherein an installation slot for the disinfection module, which is open towards the outside of the body, is arranged in the body, in which the disinfection module with its housing is accommodated in such a way that it can be removed as a complete unit, characterised in that in the disinfection module at the inlet and/or at the outlet (56 or 57) of the housing, an air blower (58, 59) designed as an axial fan is arranged perpendicular to a flow direction. wherein the disinfection module comprises a housing with an inlet, an outlet and a flow channel extending therebetween and a UV light unit arranged in the flow channel, wherein an installation slot for the disinfection module, which is open towards the outside of the body, is arranged in the body, in which the disinfection module with its housing is accommodated in such a way that it can be removed as a complete unit, characterised in that in the disinfection module at the inlet and/or at the outlet (56 or 57) of the housing, an air blower (58, 59) designed as an axial fan is arranged perpendicular to a flow direction.
An isolated polypeptide or peptidomimetic consisting of an amino acid sequence as shown in SEQ ID NO: 1 or consisting of an amino acid sequence having at least 70% preferably at least 80%, more preferably at least 90% identity with the amino acid sequence as shown in SEQ ID NO:1, said polypeptide or peptidomimetic having an effect of inhibiting HBx protein and the occurrence and development of chronic liver diseases resulting from the hepatitis B virus infection.
Valve assembly, with a valve carrier and at least one valve unit with an electrically actuable drive device, wherein the valve unit is accommodated in an encapsulated manner in a mounting space, sealed from the outside, of the valve carrier, which is jointly bounded by a base body of the valve carrier, which has valve carrier fluid passages in fluidic connection with the valve unit, and by a cover plate of the valve carrier, releasably attached to a mounting surface of the base body wherein the cover plate has a cover body with an opaque boundary wall immediately bounding the mounting space and having at least one delimited light-transmissive area through which there passes locally at least one inspection window which is tightly sealed by a sealing means fixed to the cover body, characterised in that the sealing means is made of a clear transparent material so that it is possible to look from the outside through the inspection window into the mounting space, wherein the valve unit has in an area opposite the inspection window permanently provided alphanumerical information means which are discernible through the inspection window from outside the mounting space.
A system for thermal destruction of munitions, the system comprising: - a kiln rotatable about a horizontal axis, the kiln comprising an electrical heating element, wherein the kiln is arrangeable in a first loading and operating position and in a second emptying position; - a duct arranged to form an opening in the kiln; - a gate having a first end being pivotally connected to a first portion of the duct; and - a loading tray pivotally connected at a second portion of the duct opposite the first portion, the loading tray being arranged such that the gate is in contact with edge portions of the loading tray when the kiln is arranged in the first position; wherein when the kiln is arranged in the first position and if the loading tray is arranged away from the opening, the gate covers the opening, and a portion of the loading tray engages with a portion of the gate to lock the gate in a closed position, wherein when the kiln is arranged in the first position and if the loading tray is rotated about the pivot connection, the gate is unlocked and rotated about the pivot connection of the gate in such a way that the gate opens the opening, and such that the loading tray is tilted towards the opening of the kiln such that munitions placed in the loading tray fall into the kiln through the opening, and wherein when the kiln is arranged in the second position the kiln is arranged such that material from an inside of the kiln fall through the duct, and the gate is further arranged such that if the loading tray is returned to being arranged away from the opening, the gate loose contact with the edge portions of the loading tray. - a kiln rotatable about a horizontal axis, the kiln comprising an electrical heating element, wherein the kiln is arrangeable in a first loading and operating position and in a second emptying position; - a duct arranged to form an opening in the kiln; - a gate having a first end being pivotally connected to a first portion of the duct; and - a loading tray pivotally connected at a second portion of the duct opposite the first portion, the loading tray being arranged such that the gate is in contact with edge portions of the loading tray when the kiln is arranged in the first position;
A medical applicator (100; 300) comprising: - an insertion needle (108; 308) being configured for puncturing a part of a human or veterinarian body; - a sensor assembly (110; 310) being configured to be at least partially inserted into the human or veterinarian body when being punctured by said insertion needle (108; 308); and - lifting means (102; 301, 302) for lifting up a surface adjacent portion of said human or veterinarian body towards said insertion needle (108; 308), said lifting means comprising a container member defining a cavity and an orifice, said cavity being configured for receiving said sensor assembly, said insertion needle being located within said cavity at a recessed position relative to the orifice and being configured for puncturing a part of said human or veterinarian body entering through said orifice, said lifting means further comprising means for applying underpressure to said cavity for taking, through said orifice, an adjacent portion of said human or veterinarian body into said cavity by suction, characterised in that said sensor assembly comprises an external device being configured to remain outside the human or veterinarian body after deployment of said sensor assembly and having at least one self-adhesive surface portion facing towards said orifice. - an insertion needle (108; 308) being configured for puncturing a part of a human or veterinarian body; - a sensor assembly (110; 310) being configured to be at least partially inserted into the human or veterinarian body when being punctured by said insertion needle (108; 308); and - lifting means (102; 301, 302) for lifting up a surface adjacent portion of said human or veterinarian body towards said insertion needle (108; 308),
A nucleic acid molecule for inhibiting expression of GST-π comprising a sense strand and an antisense strand, wherein the strands form a duplex region, and wherein the antisense strand is SEQ ID NOs: 157 and the sense strand is SEQ ID NOs: 131.
A system for annulus repair, the system comprising: - a two part annulus repair rivet comprising a first part and a second part; - an internal rivet tool configured to pass the first part of the two part annulus repair rivet through a port in a vertebral body to position the first part of the annulus repair rivet at an internal surface of an annulus having a defect, wherein the first part comprises a proximal portion and a distal end; - an external rivet tool separate from the internal rivet tool configured to position the second part of the two part annulus repair rivet at an external surface of the annulus adjacent the defect, wherein the second part comprises a proximal portion and a distal end, - wherein the proximal portion of the first part of the two part annulus repair rivet is engageable with the proximal portion of the second part of the two part annulus repair rivet, and - wherein the proximal portion of the first part of the two part annulus repair rivet extends from a convex side of the distal end of the first part and the proximal portion of the second part of the two part annulus repair rivet extends from a concave side of the distal end of the second part. - a two part annulus repair rivet comprising a first part and a second part; - an internal rivet tool configured to pass the first part of the two part annulus repair rivet through a port in a vertebral body to position the first part of the annulus repair rivet at an internal surface of an annulus having a defect, wherein the first part comprises a proximal portion and a distal end; - an external rivet tool separate from the internal rivet tool configured to position the second part of the two part annulus repair rivet at an external surface of the annulus adjacent the defect, wherein the second part comprises a proximal portion and a distal end, - wherein the proximal portion of the first part of the two part annulus repair rivet is engageable with the proximal portion of the second part of the two part annulus repair rivet, and - wherein the proximal portion of the first part of the two part annulus repair rivet extends from a convex side of the distal end of the first part and the proximal portion of the second part of the two part annulus repair rivet extends from a concave side of the distal end of the second part.
Method of producing a casting which has cavity structures, by means of a ceramic mould, using a 3D model of digital co-ordinates of the geometry of the casting, wherein the method comprises the following steps: a) production by CNC of the core in accordance with the 3D model in a first CNC production process, b) positioning of the core in a mounting for machining, c) casting of modelling material around the core in a volume-holder larger than the cubic volume of the casting, the position of which cubic volume in space is fixed, in accordance with the 3D model, by the position of the core in the mounting for machining, and allowing of the modelling material to solidify, d) production by CNC in a second CNC production process, from the solidified modelling material around the core and in accordance with the 3D model, of an external configuration of a lost model of the casting which is of the cubic volume, the position of which cubic volume in space is fixed, in accordance with the 3D model, by the position of the core in the mounting for machining, e) application of a ceramic mould to the external configuration of the lost model and creation of a positioning connection between the ceramic mould and the mounting for machining, f) removal of the lost model from the ceramic mould around the core, on the mounting for machining, g) casting of metal in the ceramic mould around the core, on the mounting for machining, h) solidification of the molten metal into the solid casting, and i) removal of the ceramic mould and the core from the casting. a) production by CNC of the core in accordance with the 3D model in a first CNC production process, b) positioning of the core in a mounting for machining, c) casting of modelling material around the core in a volume-holder larger than the cubic volume of the casting, the position of which cubic volume in space is fixed, in accordance with the 3D model, by the position of the core in the mounting for machining, and allowing of the modelling material to solidify, d) production by CNC in a second CNC production process, from the solidified modelling material around the core and in accordance with the 3D model, of an external configuration of a lost model of the casting which is of the cubic volume, the position of which cubic volume in space is fixed, in accordance with the 3D model, by the position of the core in the mounting for machining, e) application of a ceramic mould to the external configuration of the lost model and creation of a positioning connection between the ceramic mould and the mounting for machining, f) removal of the lost model from the ceramic mould around the core, on the mounting for machining, g) casting of metal in the ceramic mould around the core, on the mounting for machining, h) solidification of the molten metal into the solid casting, and i) removal of the ceramic mould and the core from the casting.
An electrically conductive surfacing material capable of providing lightning strike protection or electromagnetic interference shielding, the surfacing material being a multilayered structure comprising: (a) an electrically conductive layer having two opposite surfaces and a thickness of less than 3 mils and resistivity less than 10 mΩ; (b) a resin film formed on at least one surface of the conductive layer, wherein the resin film is formed from a curable composition comprising: an epoxy novolac resin having epoxy functionality of more than one; a tri-functional or tetra-functional epoxy resin; ceramic microspheres; a latent amine-based curing agent; particulate inorganic fillers; and at least one toughening agent selected from a group consisting of: (i) a pre-react adduct formed by the reaction of an epoxy resin, a bisphenol, and an elastomer; (ii) a copolymer of polyether sulfone and polyetherether sulfone (PEES); (iii) core-shell rubber particles; and combinations thereof, and upon curing, the resin film has a glass transition temperature (Tg) of ≥180°C, and a surface pencil hardness of greater than 7H as measured in accordance with ASTM D-3363. (a) an electrically conductive layer having two opposite surfaces and a thickness of less than 3 mils and resistivity less than 10 mΩ; (b) a resin film formed on at least one surface of the conductive layer, wherein the resin film is formed from a curable composition comprising: an epoxy novolac resin having epoxy functionality of more than one; a tri-functional or tetra-functional epoxy resin; ceramic microspheres; a latent amine-based curing agent; particulate inorganic fillers; and at least one toughening agent selected from a group consisting of: (i) a pre-react adduct formed by the reaction of an epoxy resin, a bisphenol, and an elastomer; (ii) a copolymer of polyether sulfone and polyetherether sulfone (PEES); (iii) core-shell rubber particles; and combinations thereof, and an epoxy novolac resin having epoxy functionality of more than one; a tri-functional or tetra-functional epoxy resin; ceramic microspheres; a latent amine-based curing agent; particulate inorganic fillers; and at least one toughening agent selected from a group consisting of: (i) a pre-react adduct formed by the reaction of an epoxy resin, a bisphenol, and an elastomer; (ii) a copolymer of polyether sulfone and polyetherether sulfone (PEES); (iii) core-shell rubber particles; and combinations thereof, and
Apparatus for setting at least one operating parameter of an ink for a printing process of a rotary printing press, having an ink system which has a doctor apparatus with a doctor chamber, in which ink for the printing process is contained, and an ink container, from which ink can be conveyed into the doctor chamber, a conveying system which makes it possible to convey the ink within the ink system, the ink system has at least one checking means (22, 24) in order to check the operating parameter, while at least one checking means (22, 24) measures and/or determines the viscosity of the ink and/or the temperature of the ink, characterized in that the conveying system being configurated in such a way that the conveying system can be switched into a setting mode and into a production mode, while in the setting mode automatic setting of the operating parameter can be carried out and conveying of the ink into the doctor chamber is suspended, and in production mode the conveying system conveys ink into the doctor chamber, while the monitoring of the ink is carried out in setting mode and in production mode.
A method for operating at least a source+detector subsystem of a chromatic point sensor CPS, the method comprising: a) providing a CPS electronics including a CPS source+detector subsystem comprising a CPS light source and a CPS wavelength detector; b) inputting light from the CPS light source into a bypass optical path (112A'-F, 112A'-M) that bypasses at least a portion of a normal operation optical path that is directed through a CPS optical pen of the CPS during normal workpiece measuring operations, and inputting the bypass light that is output from the bypass optical path to the CPS wavelength detector; c) forming a raw intensity profile of the bypass light distributed over a plurality of pixels along a measurement axis of the CPS wavelength detector; d) operating the CPS wavelength detector to provide a set of raw intensity profile signals corresponding to the plurality of pixels along the wavelength detector measurement axis; e) determining error-compensation factor data (169, 950) based on the set of raw intensity profile signals, the error-compensation factor data corresponding to the plurality of pixels along the wavelength detector measurement axis, wherein the error-compensation factor data are determined such that they are applicable to reduce an amount of wavelength-dependent variation SI P RAW for at least one of short-range variations (623, 925) and long-range variations included in the set of raw intensity profile signals; and f) storing the determined error-compensation factor data in correspondence to the CPS source+detector subsystem. a) providing a CPS electronics including a CPS source+detector subsystem comprising a CPS light source and a CPS wavelength detector; b) inputting light from the CPS light source into a bypass optical path (112A'-F, 112A'-M) that bypasses at least a portion of a normal operation optical path that is directed through a CPS optical pen of the CPS during normal workpiece measuring operations, and inputting the bypass light that is output from the bypass optical path to the CPS wavelength detector; c) forming a raw intensity profile of the bypass light distributed over a plurality of pixels along a measurement axis of the CPS wavelength detector; d) operating the CPS wavelength detector to provide a set of raw intensity profile signals corresponding to the plurality of pixels along the wavelength detector measurement axis; e) determining error-compensation factor data (169, 950) based on the set of raw intensity profile signals, the error-compensation factor data corresponding to the plurality of pixels along the wavelength detector measurement axis, wherein the error-compensation factor data are determined such that they are applicable to reduce an amount of wavelength-dependent variation SI P RAW for at least one of short-range variations (623, 925) and long-range variations included in the set of raw intensity profile signals; and f) storing the determined error-compensation factor data in correspondence to the CPS source+detector subsystem.
A tool for installing segments of a coupling having couplers (31, 33) drivingly engaged to one another by the segments, the tool comprising: a coupler-engaging section engageable to a female coupler of the couplers (31, 33) for radially supporting the tool relative to the female coupler about a rotation axis of the coupling, wherein the coupler-engaging section defines a cylindrical member receivable within a central bore of the female coupler, characterised in that the tool further comprises: a peripheral wall secured to the coupler-engaging section and extending circumferentially around the rotation axis, a diameter of the peripheral wall selected to allow insertion of the segments between the female coupler and the peripheral wall, the peripheral wall defining an abutting surface against which radially inner ends of the segments abut during insertion of the segments between the female coupler and the peripheral wall, wherein the peripheral wall of the tool defines a plurality of sockets distributed circumferentially around the rotation axis, the plurality of sockets sized to accept the radially inner ends of the segments.
A capsule for protecting an electronic device inside a wear element of an earth moving machine, having a central axis defining an axial direction, a front end, and a rear end opposite said front end in the axial direction; characterized in that it comprises: - a container, extending in the axial direction from said front end, provided with an inner chamber configured for housing said electronic device, wherein said container has a front part provided with a flange, and a rear part; and - a cover that can be removably coupled to said container and configured for covering said rear part of said container. - a container, extending in the axial direction from said front end, provided with an inner chamber configured for housing said electronic device, wherein said container has a front part provided with a flange, and a rear part; and - a cover that can be removably coupled to said container and configured for covering said rear part of said container.