mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for loading a therapeutic substance within a lumenal space of a hollow wire having a plurality of side openings that forms a hollow stent comprising: upper and lower segments (1297A, 1297B) that mate along longitudinally-extending surfaces to form a cylindrical structure, the cylindrical structure including a reservoir for containing a drug suspension including the therapeutic substance and a dispersion medium, a loading compartment for securing at least one hollow structure therein that is to be filled with the therapeutic substance, the loading compartment being positioned downstream of and in fluid communication with the reservoir, a restraining plate positioned downstream of the loading compartment that allows flow of the dispersion medium therethrough while retaining the therapeutic substance upstream thereof within the hollow structure, and a sump chamber positioned downstream of the restraining plate that captures and contains the dispersion medium that passes through the restraining plate. upper and lower segments (1297A, 1297B) that mate along longitudinally-extending surfaces to form a cylindrical structure, the cylindrical structure including a reservoir for containing a drug suspension including the therapeutic substance and a dispersion medium, a loading compartment for securing at least one hollow structure therein that is to be filled with the therapeutic substance, the loading compartment being positioned downstream of and in fluid communication with the reservoir, a restraining plate positioned downstream of the loading compartment that allows flow of the dispersion medium therethrough while retaining the therapeutic substance upstream thereof within the hollow structure, and a sump chamber positioned downstream of the restraining plate that captures and contains the dispersion medium that passes through the restraining plate.
A method for producing plastic containers filled with liquids, wherein the plastic containers are filled with the liquid and closed with a keg fitting, which has a fitting duct, characterised in that the keg fitting is supplied to the plastic container by means of a relative movement between the plastic container and the keg fitting and the keg fitting is connected to the plastic container, wherein at least during the supply process or the connection process a cleaning treatment of the keg fitting is carried out.
An assembly, comprising: - lighting devices including an elongate planar support member having a front surface with electrically conductive lines and at least one electrically-powered light radiation source thereon, and - a connector including: - a C-shaped body having a web portion and two side portions, said C-shaped body locatable astride said planar support member with said web portion facing said front surface, - electrical contact means extending from said web portion between said side portions for contacting electrically conductive lines on said front surface of said planar support member, said electrical contact means including at least one puncturing formation, and - an ingress region for at least one electric wire toward said electrical contact means, the assembly characterized in that: - said lighting devices are Ingress Protection IP-protected lighting devices provided with a protective layer and said at least one puncturing formation is configured to pierce said protective layer of said lighting devices, - said connector includes at least one fixing formation arranged at one of said side portions of the connector body for fixing said connector on a substrate with said planar support member sandwiched between the connector and said substrate, - wherein said at least one fixing formation and said ingress region are arranged at the one and the other of said side portions of the connector body, respectively. - lighting devices including an elongate planar support member having a front surface with electrically conductive lines and at least one electrically-powered light radiation source thereon, and - a connector including: - a C-shaped body having a web portion and two side portions, said C-shaped body locatable astride said planar support member with said web portion facing said front surface, - electrical contact means extending from said web portion between said side portions for contacting electrically conductive lines on said front surface of said planar support member, said electrical contact means including at least one puncturing formation, and - an ingress region for at least one electric wire toward said electrical contact means, - said lighting devices are Ingress Protection IP-protected lighting devices provided with a protective layer and said at least one puncturing formation is configured to pierce said protective layer of said lighting devices, - said connector includes at least one fixing formation arranged at one of said side portions of the connector body for fixing said connector on a substrate with said planar support member sandwiched between the connector and said substrate, - wherein said at least one fixing formation and said ingress region are arranged at the one and the other of said side portions of the connector body, respectively.
A curly fiber having a fiber centroid and comprising a first region having a first centroid and a second region having a second centroid wherein the first region comprises an ethylene/alpha olefin interpolymer composition in an amount of at least 75 weight percent based on total weight of the first region and wherein the ethylene/alpha olefin interpolymer composition is characterized by a low temperature peak and a high temperature peak on an elution profile via improved comonomer composition distribution (ICCD) procedure as described herein, and a full width at half maximum of the high temperature peak is less than 6.0 °C and the second region is a material comprising a polymer which is different from the ethylene/alpha-olefin interpolymer of the first region and wherein the regions are arranged such that at least one of the first centroid and the second centroid is not the same as the fiber centroid.
A method for repairing high-pressure turbine blades, in particular for repairing high-pressure turbine blades of an aircraft engine, wherein several high-pressure turbine blades to be repaired are positioned such in the machining area of an installation that a plurality of blades can be machine worked simultaneously, comprising the steps of: - detaching a section of the high-pressure turbine blade, exhibiting damage, wherein the detached high-pressure turbine blade is incorporated into an installation for generating laser beams from the powder bed; and - generating a replacement section for the detached section at or on the high-pressure turbine blade by means of generating laser beams from the powder bed, wherein at least one standardized sectional plane is determined, independent of the damage in question, for detaching the section of the high-pressure turbine blade exhibiting damage and wherein detaching is performed according to this standardized sectional plane and wherein a remainder of the blade is received in the powder bed for constructing the replacement section. - detaching a section of the high-pressure turbine blade, exhibiting damage, wherein the detached high-pressure turbine blade is incorporated into an installation for generating laser beams from the powder bed; and - generating a replacement section for the detached section at or on the high-pressure turbine blade by means of generating laser beams from the powder bed, wherein at least one standardized sectional plane is determined, independent of the damage in question, for detaching the section of the high-pressure turbine blade exhibiting damage and wherein detaching is performed according to this standardized sectional plane and wherein a remainder of the blade is received in the powder bed for constructing the replacement section.
Process for the manufacture of a sheet material (6; 28; 28'; 31) by a paper manufacturing route, comprising at least one fibrous layer exhibiting two opposite faces (11; 14) with, on each of its faces, at least one window (12; 13), the fibrous layer being formed by deposition of fibres on a surface, the sheet material furthermore comprising at least one strip structure (7; 24; 30; 32; 37; 90) at least partially embedded in the fibrous layer, the strip structure exhibiting two opposite faces (8; 9) with, on at least one of its faces, at least one protruding portion, the process comprising the following stage: - bringing the strip structure (7; 24; 30; 32; 37; 90) into contact with the fibrous layer being formed, the face of the strip structure with the protruding portion being positioned in an opposite manner to the said surface, the protruding portion exhibiting a thickness sufficient to remain at least partially uncovered on one face of the fibrous layer, so as to bring about one of the said windows of the fibrous layer. - bringing the strip structure (7; 24; 30; 32; 37; 90) into contact with the fibrous layer being formed, the face of the strip structure with the protruding portion being positioned in an opposite manner to the said surface, the protruding portion exhibiting a thickness sufficient to remain at least partially uncovered on one face of the fibrous layer, so as to bring about one of the said windows of the fibrous layer.
A portal scraper (1, 16) for unloading bulk materials, comprising a support structure that can move along a bulk material dump and is based on a framework structure, and a boom (4, 17, 18), which can be lifted or lowered in a vertical plane by means of a rope deflection that acts on the support structure and boom, wherein the support structure has at least one inclined section that overlaps the bulk material dump, characterized in that the framework structure contains at least one framework structure adaptor piece and the boom (4, 17, 18) contains at least one boom adaptor piece, so that the portal scraper can be modularly varied in its track width corresponding to the length of the boom adaptor piece, wherein the length of the framework structure adaptor piece and the length of the boom adaptor piece are tailored to each other in such a way that adding or subtracting the same number of framework structure adaptor pieces in the support structure and boom adaptor pieces in the boom (4, 17, 18) makes it possible to modularly vary the track width of the portal scraper (1, 16).
An intraocular lens injection instrument for injecting an intraocular lens into a patient's eye, including: an injection part formed with an inner wall for folding the soft IOL and a front end for injecting the IOL folded along the inner wall into an eye; a cylinder body part provided with the injection part at its end portion; a push member for pushing the IOL toward the front end of the injection part, the push member being movable back and forth along an axis extending from the front end of the injection part to a rear end of the intraocular lens injection instrument; and a storage member attached obliquely to the cylinder body part, the storage member including a restriction member to restrict movement of the IOL placed outside the axis and a release member to release restriction of the movement of the IOL restricted by the restriction member and push the IOL onto the axis, wherein the restriction of the IOL by the restriction member is released by the release member by a rotation operation of the storage member rotating about the cylinder body part. an injection part formed with an inner wall for folding the soft IOL and a front end for injecting the IOL folded along the inner wall into an eye; a cylinder body part provided with the injection part at its end portion; a push member for pushing the IOL toward the front end of the injection part, the push member being movable back and forth along an axis extending from the front end of the injection part to a rear end of the intraocular lens injection instrument; and a storage member attached obliquely to the cylinder body part, the storage member including a restriction member to restrict movement of the IOL placed outside the axis and a release member to release restriction of the movement of the IOL restricted by the restriction member and push the IOL onto the axis, wherein the restriction of the IOL by the restriction member is released by the release member by a rotation operation of the storage member rotating about the cylinder body part.
A method for capacity allocation for packet transfer of streaming traffic in a radio access network (UTRAN), using a capacity allocation procedure whereby a Node B (Node B) allocates capacity to a radio network controller for packet transfer at the interface between said radio network controller and said Node B, said method being characterized in that it comprises: - before a change of HS-DSCH serving cell, a Node B associated to a current HS-DSCH serving cell granting more HS-DSCH credits than usually granted for streaming traffic, - after a change of HS-DSCH serving cell, a Node B associated to a new HS-DSCH serving cell granting more HS-DSCH credits than usually granted for streaming traffic. - before a change of HS-DSCH serving cell, a Node B associated to a current HS-DSCH serving cell granting more HS-DSCH credits than usually granted for streaming traffic, - after a change of HS-DSCH serving cell, a Node B associated to a new HS-DSCH serving cell granting more HS-DSCH credits than usually granted for streaming traffic.
An image forming apparatus comprising: a data interpreting unit configured to interpret a printing condition of a first printing job when starting the first printing job; and a job control unit configured to determine whether an occurrence of an error for the first printing job is predicted based on the interpretation of the printing condition of the t printing job by the data interpreting unit, and terminate the first printing job when the occurrence of an error is predicted based on the interpretation of the printing condition of the first printing job by the data interpreting unit and store data of the first printing job in an memory area when the occurrence of the error is predicted, characterized in that the job control unit is further configured to start processing a subsequent printing job when the first printing job is terminated, and restart the terminated first printing job when the error is removed. a data interpreting unit configured to interpret a printing condition of a first printing job when starting the first printing job; and a job control unit configured to determine whether an occurrence of an error for the first printing job is predicted based on the interpretation of the printing condition of the t printing job by the data interpreting unit, and terminate the first printing job when the occurrence of an error is predicted based on the interpretation of the printing condition of the first printing job by the data interpreting unit and store data of the first printing job in an memory area when the occurrence of the error is predicted, characterized in that the job control unit is further configured to start processing a subsequent printing job when the first printing job is terminated, and restart the terminated first printing job when the error is removed.
A multi-specific fusion protein, comprising a CD86 binding domain linked to a heterologous binding domain by an intervening domain, wherein the heterologous binding domain is an IL-10 molecule or is an agonistic anti-IL10R antibody.
A handle for an electrically operated personal care implement, the handle comprising: - a housing comprising an inner cavity, the housing having a proximal end and a distal end opposite the proximal end, - a connector for repeatably attaching and detaching a head to and from the handle, the connector being partially accommodated within the inner cavity at the proximal end of the housing, - a motor comprising an eccentric weight for operating the personal care implement, the motor being accommodated within the inner cavity of the housing, wherein the connector comprises a recess accommodating the motor with the eccentric weight, characterized therein that the connector is made from a material having a higher e-modulus than the material forming the housing. - a housing comprising an inner cavity, the housing having a proximal end and a distal end opposite the proximal end, - a connector for repeatably attaching and detaching a head to and from the handle, the connector being partially accommodated within the inner cavity at the proximal end of the housing, - a motor comprising an eccentric weight for operating the personal care implement, the motor being accommodated within the inner cavity of the housing, wherein the connector comprises a recess accommodating the motor with the eccentric weight, characterized therein that the connector is made from a material having a higher e-modulus than the material forming the housing.
Solar simulator comprising an array of light sources including LED light sources and at least one non-LED light source, wherein: - at least a portion of the infrared-light wavelength range covered by said solar simulator is covered only by said non-LED light source, and characterized in that - more than 50% of the irradiance provided by the solar simulator is provided by the LED light sources, - said solar simulator comprises further a filtering device placed above the non-LED light source with respect to the irradiation direction of the solar simulator, said filtering device reducing the total irradiance provided by said non-LED light source; and said filtering device comprises an optical high-pass filter or an optical band pass filter. - at least a portion of the infrared-light wavelength range covered by said solar simulator is covered only by said non-LED light source, and characterized in that - more than 50% of the irradiance provided by the solar simulator is provided by the LED light sources, - said solar simulator comprises further a filtering device placed above the non-LED light source with respect to the irradiation direction of the solar simulator, said filtering device reducing the total irradiance provided by said non-LED light source; and
An isoamylase comprising an amino acid mutation selected from the group consisting of A554P/A580T, M277I/A580T, D268A/A580T, A549P/A580T, A554P/M277I/A580T, A554P/D268A/A580T, A554P/A549P/A580T, M277I/D268A/A580T, D268A/A549P/A580T, A554P/M277I/D268A/A549P, A554P/D268A/A549P/A580T, A554P/M277I/A549P/A580T, A554P/M277I/D268A/A580T, M277I/D268A/A549P/A580T and A554P/M277I/D268A/A549P/A580T in (i) an isoamylase consisting of an amino acid sequence represented by SEQ ID No: 1 or (ii) an isoamylase consisting of the amino acid sequence represented by SEQ ID No: 1 and having deletion, substitution or insertion of one to several amino acid residues and having an amino acid sequence identity with the amino acid sequence represented by SEQ ID No: 1 of 80% or more, wherein the isoamylase comprising the amino acid mutation selected from the group consisting of A554P/A580T, M277I/A580T, D268A/A580T, A549P/A580T, A554P/M277I/A580T, A554P/D268A/A580T, A554P/A549P/A580T, M277I/D268A/A580T, D268A/A549P/A580T, A554P/M277I/D268A/A549P, A554P/D268A/A549P/A580T, A554P/M277I/A549P/A580T, A554P/M277I/D268A/A580T, M277I/D268A/A549P/A580T and A554P/M277I/D268A/A549P/A580T expresses improved heat resistance compared to the isoamylase having the amino acid sequence represented by SEQ ID No: 1. (i) an isoamylase consisting of an amino acid sequence represented by SEQ ID No: 1 or (ii) an isoamylase consisting of the amino acid sequence represented by SEQ ID No: 1 and having deletion, substitution or insertion of one to several amino acid residues and having an amino acid sequence identity with the amino acid sequence represented by SEQ ID No: 1 of 80% or more,
Connector device for gastric calibration hoses comprising a first and an opposite second end (3, 5), wherein a first connector means is formed at the first end and a second connector means is formed at the second end, wherein the first and the second connector means (7, 9) are connected with each other via a fluid channel, and wherein the first connector means comprises at least one first tapering cavity into which gastric calibration hose may be plugged for coupling, characterized in that for coupling different medical devices, the second connector means has at least one second tapering cavity and at least one, tapering recess annularly surrounding the second cavity, so that, for coupling, the different medical devices may selectively be plugged into the second tapering cavity or into the tapering recess, wherein a delimiting wall and an outer wall surrounding the recess are formed between the second cavity and the recess, wherein the outer wall is designed to be set back towards the second end with respect to the delimiting wall, such that the delimiting wall forms the first end, wherein the delimiting wall is chamfered in the region of the second end with respect to the longitudinal axis. for coupling different medical devices, the second connector means has at least one second tapering cavity and at least one, tapering recess annularly surrounding the second cavity, so that, for coupling, the different medical devices may selectively be plugged into the second tapering cavity or into the tapering recess, wherein a delimiting wall and an outer wall surrounding the recess are formed between the second cavity and the recess, wherein the outer wall is designed to be set back towards the second end with respect to the delimiting wall, such that the delimiting wall forms the first end, wherein the delimiting wall is chamfered in the region of the second end with respect to the longitudinal axis.
A structured illumination imaging system (100, 1400), comprising: a light emitter (150, 1410) to emit light; a two-dimensional diffraction grating to diffract light emitted by the light emitter (150, 1410) to project a first plurality of fringes oriented in a first direction on a sample plane and to project a second plurality of fringes oriented in a second direction, perpendicular to the first direction, on the sample plane; and a spatial filter wheel to pass through diffracted light received from the two-dimensional diffraction grating in a respective one of the first or second directions and block light in the other respective one of the first or second directions, the spatial filter wheel comprising a first plurality of apertures to pass through light diffracted by the two-dimensional diffraction in the first direction and a second plurality of apertures to pass through light diffracted by the two-dimensional diffraction in the second direction by rotating the wheel; a beam blocking element, positioned between the two-dimensional diffraction grating and the spatial filter wheel, to block 0th order light transmitted by the two-dimensional diffraction grating. a light emitter (150, 1410) to emit light; a two-dimensional diffraction grating to diffract light emitted by the light emitter (150, 1410) to project a first plurality of fringes oriented in a first direction on a sample plane and to project a second plurality of fringes oriented in a second direction, perpendicular to the first direction, on the sample plane; and a spatial filter wheel to pass through diffracted light received from the two-dimensional diffraction grating in a respective one of the first or second directions and block light in the other respective one of the first or second directions, the spatial filter wheel comprising a first plurality of apertures to pass through light diffracted by the two-dimensional diffraction in the first direction and a second plurality of apertures to pass through light diffracted by the two-dimensional diffraction in the second direction by rotating the wheel; a beam blocking element, positioned between the two-dimensional diffraction grating and the spatial filter wheel, to block 0th order light transmitted by the two-dimensional diffraction grating.