mhurhangee/ep-ind-claims huggingface dataset:
A three-dimensional object producing method according to a fused deposition modeling system, comprising: a step of yielding a precursor of a three-dimensional object which comprises the three-dimensional object and further comprises a support material; and a support material removing step of bringing the precursor of the three-dimensional object into contact with neutral water having a pH of 6 to 8 to remove the support material, wherein a raw material of the support material is a material soluble in neutral water comprising a polyester resin comprising one or more aromatic dicarboxylic acid monomer units A with a sulfonate group, one or more dicarboxylic acid monomer units B without a sulfonate group, and one or more diol monomer units; and the proportion of the aromatic dicarboxylic acid monomer unit(s) A in the total of all dicarboxylic acid monomer units being from 10 to 70 mol%. a step of yielding a precursor of a three-dimensional object which comprises the three-dimensional object and further comprises a support material; and a support material removing step of bringing the precursor of the three-dimensional object into contact with neutral water having a pH of 6 to 8 to remove the support material, wherein a raw material of the support material is a material soluble in neutral water comprising a polyester resin comprising one or more aromatic dicarboxylic acid monomer units A with a sulfonate group, one or more dicarboxylic acid monomer units B without a sulfonate group, and one or more diol monomer units; and the proportion of the aromatic dicarboxylic acid monomer unit(s) A in the total of all dicarboxylic acid monomer units being from 10 to 70 mol%.
A compound of formula: or a pharmaceutically acceptable salt thereof, wherein: n is 1 or 2; n' is 0 or 1; R 1 is selected from hydrogen and benzyl; and R 2 is n is 1 or 2; n' is 0 or 1; R 1 is selected from hydrogen and benzyl; and R 2 is
Safety system for a boat or ship comprising at least one cable connected to the boat by a first end and immersed via its second end, to which is attached an object capable of being dragged under the water, comprising: - means for detecting the trim of the boat; - tension detecting means for the cable; - at least one alarm system controlled by electronic means; and characterised in that it comprises: - a remotely controllable cutter for cutting a cable and having means for positioning the cable capable of running. - means for detecting the trim of the boat; - tension detecting means for the cable; - at least one alarm system controlled by electronic means; and characterised in that it comprises: - a remotely controllable cutter for cutting a cable and having means for positioning the cable capable of running. - a remotely controllable cutter for cutting a cable and having means for positioning the cable capable of running.
A single-side fastening system comprising: a collet body comprising a cylindrical wall portion and gripping fingers as a first part of a two-part anti-rotation means, the gripping fingers extended longitudinally from the cylindrical wall and separated by one or more slots, the collet body defining a longitudinal axis and having a threaded inner surface and an outer surface, each of the gripping fingers having a protrusion at a fingertip as a first part of a two part translation arresting means, the gripping fingers being flexible in a radial direction and biased to converge radially inward, the gripping fingers diverging radially outward when pushed radially outward to cause the protrusions beyond the radial area defined by the cylindrical wall portion; a screw having a matching thread with the inner surface of the collet body; and an auxiliary structure having a second part of the two-part ARM, the second part having a complementary radial profile to the gripping fingers, wherein, when the screw and the collet body are inserted into a proximal work piece, a distal work piece and the auxiliary structure, the gripping fingers diverge radially outward pushed by a rotation of the screw within the threaded inner surface, causing rotational compression between the gripping fingers and the second part of the auxiliary structure, and restricting rotation of the collet body during a clamping process. a collet body comprising a cylindrical wall portion and gripping fingers as a first part of a two-part anti-rotation means, the gripping fingers extended longitudinally from the cylindrical wall and separated by one or more slots, the collet body defining a longitudinal axis and having a threaded inner surface and an outer surface, each of the gripping fingers having a protrusion at a fingertip as a first part of a two part translation arresting means, the gripping fingers being flexible in a radial direction and biased to converge radially inward, the gripping fingers diverging radially outward when pushed radially outward to cause the protrusions beyond the radial area defined by the cylindrical wall portion; a screw having a matching thread with the inner surface of the collet body; and an auxiliary structure having a second part of the two-part ARM, the second part having a complementary radial profile to the gripping fingers, wherein, when the screw and the collet body are inserted into a proximal work piece, a distal work piece and the auxiliary structure, the gripping fingers diverge radially outward pushed by a rotation of the screw within the threaded inner surface, causing rotational compression between the gripping fingers and the second part of the auxiliary structure, and restricting rotation of the collet body during a clamping process.
A pharmaceutical composition comprising a recombinant glycosylated human Serum Amyloid P polypeptide comprising an N-linked oligosaccharide chain, wherein at least one branch of the oligosaccharide chain terminates with an a2,3-linked sialic acid moiety, and wherein the composition has at least 50% fewer a2,6-linked sialic acid moieties than wild type SAP isolated from human serum.
A CT spectral scanner projection domain de-noising method, comprising: receiving at least two sets of noisy basis material line integrals, each set corresponding to a different basis material; and filtering the at least two sets of noisy basis material line integrals with an anti-correlation filter that at least includes a regularization term with regularization factors, which are balanced by means of scaling factors, for each different basis material, thereby producing de-noised basis material line integrals, wherein (i) a ratio of a scaling factor of a regularization factor for a first basis material to a scaling factor of a regularization factor for a second basis material equals a predetermined constant value, or wherein (ii) a scaling factor of a regularization factor for a first basis material is determined as a square root of a product of a second set of the noisy basis material line integrals for a second basis material and a standard deviation of the second set of noisy basis material line integrals and a scaling factor of a regularization factor for the second basis material is determined as a square root of a product of a first set of the noisy basis material line integrals for the first basis material and a standard deviation of the first set of noisy basis material line integrals. receiving at least two sets of noisy basis material line integrals, each set corresponding to a different basis material; and filtering the at least two sets of noisy basis material line integrals with an anti-correlation filter that at least includes a regularization term with regularization factors, which are balanced by means of scaling factors, for each different basis material, thereby producing de-noised basis material line integrals, wherein (i) a ratio of a scaling factor of a regularization factor for a first basis material to a scaling factor of a regularization factor for a second basis material equals a predetermined constant value, or wherein (ii) a scaling factor of a regularization factor for a first basis material is determined as a square root of a product of a second set of the noisy basis material line integrals for a second basis material and a standard deviation of the second set of noisy basis material line integrals and a scaling factor of a regularization factor for the second basis material is determined as a square root of a product of a first set of the noisy basis material line integrals for the first basis material and a standard deviation of the first set of noisy basis material line integrals.
Apparatus for hoisting and forwarding of logs, comprising a rigid bearing framework, which is furnished with at least two pairs of supporting legs (2, 3), which are spaced apart from each other and extend towards the ground, as well as a hoisting unit, characterised in that it consists of at least two bearing members (41, 42), which protrude away from said framework, and which is pivotally embedded within said framework and is by means of a driving unit displaceable from its first position, in which said bearing members (41, 42) are rest on each ground, into its second position, in which at least the terminal portion of each of said bearing members (41, 42) is located above the top level of said framework, wherein said framework further comprises two longitudinal bearing members (11, 12), which are spaced apart from each other and extend parallel to each other and between which at least two forwarding units (14', 14", 14"') are arranged, such that each of them is rotatable around the horizontal axis, which extends transversally with respect to said longitudinal bearing members (11, 12), and is either separately or together with any other forwarding unit driving by means of a driving unit wherein each of said supporting legs (2, 3) is telescopically conceived and comprises a basic part (21, 31), which is firmly connected with said framework, as well as a movable part (22, 32), which is adapted to be rest on the ground and is optionally displaceable along the belonging basic part (21, 31) with the possibility of arresting thereof in each desired position, and that also each of said bearing members (41, 42) of said hoisting unit is telescopically conceived and consists of a basic part (411, 421), which is embedded in said framework, as well as of a displaceable part (412, 422), which is adapted to be rest on the ground and is optionally displaceable along the belonging basic part (411, 421) with the possibility of arresting thereof in each desired position, and in that said bearing framework is on its side, which is faced away from the hoisting unit, furnished with a coupling member, which consists of two vertical arranged and apart from each other spaced eyes (71, 72), which extend perpendicularly with respect to said longitudinal bearing members (11, 12) of the framework and are firmly connected therewith, wherein said eyes (71, 72) are furnished with suitable throughout bores (710, 720), which are adapted to receive suitable bolts, wherein the dimensions and locations of said passages (710, 720) are adjusted to dimensions and locations of bores on a standard coupling assembly on the front side of a tractor.
A network policy configuration method, comprising: establishing correlation information between a virtual switch and physical network devices, wherein the correlation information comprises a mapping between an identifier of the virtual switch and identifiers of the physical network devices; when an operation event aimed at a virtual machine occurs, sending a first network policy configuration message aimed at the virtual machine to a virtual switch corresponding to the virtual machine, wherein the first network policy configuration message is used to instruct the virtual switch to perform network policy configuration; and when the operation event aimed at the virtual machine occurs, acquiring, according to the mapping between the identifier of the virtual switch and the identifiers of the physical network devices, the identifiers of the physical network devices correlated to the virtual switch, and sending second network policy configuration messages aimed at the virtual machine to the physical network devices correlated to the virtual switch, wherein the second network policy configuration messages are used to instruct the physical network devices to perform network policy configuration. establishing correlation information between a virtual switch and physical network devices, wherein the correlation information comprises a mapping between an identifier of the virtual switch and identifiers of the physical network devices; when an operation event aimed at a virtual machine occurs, sending a first network policy configuration message aimed at the virtual machine to a virtual switch corresponding to the virtual machine, wherein the first network policy configuration message is used to instruct the virtual switch to perform network policy configuration; and when the operation event aimed at the virtual machine occurs, acquiring, according to the mapping between the identifier of the virtual switch and the identifiers of the physical network devices, the identifiers of the physical network devices correlated to the virtual switch, and sending second network policy configuration messages aimed at the virtual machine to the physical network devices correlated to the virtual switch, wherein the second network policy configuration messages are used to instruct the physical network devices to perform network policy configuration.
A flow discharge device for an electronic smoking device, the flow discharge device comprising the following: a body configured for assembly with a housing of an electronic smoking device, the body having a first surface and a second surface; and a through-hole extending from the first surface to the second surface, the through-hole being shaped to adjust characteristics of flow between the first surface and the second surface, wherein the through-hole comprises the following: an exit located in the first surface; an inlet located in the second surface, wherein the second surface is positioned on the body for insertion into the electronic smoking device; and a throat positioned between the exit and inlet, wherein the through-hole (140; 240) comprises a throat region (190; 290) having a cylindrical shape, a diverging exit region (180; 280), and an inlet region, characterized in that the inlet region of the through-hole between the inlet and the throat has a curved shape over its entire length. a body configured for assembly with a housing of an electronic smoking device, the body having a first surface and a second surface; and a through-hole extending from the first surface to the second surface, the through-hole being shaped to adjust characteristics of flow between the first surface and the second surface, wherein the through-hole comprises the following: an exit located in the first surface; an inlet located in the second surface, wherein the second surface is positioned on the body for insertion into the electronic smoking device; and a throat positioned between the exit and inlet, wherein the through-hole (140; 240) comprises a throat region (190; 290) having a cylindrical shape, a diverging exit region (180; 280), and an inlet region, characterized in that the inlet region of the through-hole between the inlet and the throat has a curved shape over its entire length. an exit located in the first surface; an inlet located in the second surface, wherein the second surface is positioned on the body for insertion into the electronic smoking device; and a throat positioned between the exit and inlet, wherein the through-hole (140; 240) comprises a throat region (190; 290) having a cylindrical shape, a diverging exit region (180; 280), and an inlet region, characterized in that the inlet region of the through-hole between the inlet and the throat has a curved shape over its entire length.
An immunotherapy agent for use in a method for treating a patient with immunotherapy comprising administering said immunotherapy agent to the patient after the patient is identified as having non-anergic T-cells, wherein the patient is identified as having non-anergic T-cells by measuring expression level(s) of T-cell anergic genes selected from Table 2 comprising Semaphorin 7A (Sema7A), Class-I-MHC-restricted T cell associated molecule (CRTAM), lymphocyte-activation gene 3, 4-1BB and Nrn1 and comparing the expression level to a reference or control level of expression in anergic T-cells; wherein the patient is a cancer patient; especially i) wherein the immunotherapy comprises a cell-based immunotherapy, or ii) wherein the immunotherapy comprises an antibody therapy, or iii) wherein the immunotherapy comprises a cancer vaccine. the patient is identified as having non-anergic T-cells by measuring expression level(s) of T-cell anergic genes selected from Table 2 comprising Semaphorin 7A (Sema7A), Class-I-MHC-restricted T cell associated molecule (CRTAM), lymphocyte-activation gene 3, 4-1BB and Nrn1 and comparing the expression level to a reference or control level of expression in anergic T-cells; wherein the patient is a cancer patient; especially i) wherein the immunotherapy comprises a cell-based immunotherapy, or ii) wherein the immunotherapy comprises an antibody therapy, or iii) wherein the immunotherapy comprises a cancer vaccine. i) wherein the immunotherapy comprises a cell-based immunotherapy, or ii) wherein the immunotherapy comprises an antibody therapy, or iii) wherein the immunotherapy comprises a cancer vaccine.
An electronic system comprising: - a load including one or more light emitting diodes, - a power converter system for providing compatibility between a dimmer and the load, wherein the dimmer provides a dimmer voltage (V Φ_DIM) to the power converter system, the dimmer voltage comprising three states: A. an approximately zero volt crossing of the dimmer voltage (V Φ_DIM) of the dimmer until a phase cut, leading edge of the dimmer voltage (V Φ_DIM); B. an end of state A until energy transferred to the load is sufficient to meet at least one energy transfer parameter; and C. an end of state B until a beginning of a next state A, the electronic system further comprising a controller (302, 402) for controlling the power converter system, characterized in that the controller (302, 402) comprises: - a low impedance path state controller (310, 404) configured to, for state A, enable a low impedance path for a dimmer current of the dimmer, wherein the impedance of the low impedance path is sufficiently low to maintain a stable phase angle of the dimmer; - a switch mode power conversion controller (312, 406) configured to, for state B, control power conversion by the power converter system of the dimmer voltage; and control the power converter system to maintain the dimmer current above a current threshold; and - an inactive state controller (314, 408) configured to, for state C, enter an inactive state, wherein during the inactive state the low impedance path and the power conversion are disabled. - a load including one or more light emitting diodes, - a power converter system for providing compatibility between a dimmer and the load, wherein the dimmer provides a dimmer voltage (V Φ_DIM) to the power converter system, the dimmer voltage comprising three states: A. an approximately zero volt crossing of the dimmer voltage (V Φ_DIM) of the dimmer until a phase cut, leading edge of the dimmer voltage (V Φ_DIM); B. an end of state A until energy transferred to the load is sufficient to meet at least one energy transfer parameter; and C. an end of state B until a beginning of a next state A, A. an approximately zero volt crossing of the dimmer voltage (V Φ_DIM) of the dimmer until a phase cut, leading edge of the dimmer voltage (V Φ_DIM); B. an end of state A until energy transferred to the load is sufficient to meet at least one energy transfer parameter; and C. an end of state B until a beginning of a next state A, - a low impedance path state controller (310, 404) configured to, for state A, enable a low impedance path for a dimmer current of the dimmer, wherein the impedance of the low impedance path is sufficiently low to maintain a stable phase angle of the dimmer; - a switch mode power conversion controller (312, 406) configured to, for state B, control power conversion by the power converter system of the dimmer voltage; and control the power converter system to maintain the dimmer current above a current threshold; and - an inactive state controller (314, 408) configured to, for state C, enter an inactive state, wherein during the inactive state the low impedance path and the power conversion are disabled.
A print medium for ink-jet printing, comprising: a) a photobase substrate, including: i) paper, and ii) a moisture barrier layer coated on at least one side of the paper; b) a porous ink-receiving layer, including: i) metal oxide or semi-metal oxide particulates treated with an organosilane reagent and an aluminum complex, and ii) a polyvinyl alcohol or copolymer of polyvinyl alcohol binder; and c) a subbing layer including polyvinyl alcohol or a copolymer of polyvinyl alcohol, said subbing layer disposed between the moisture barrier layer of the photobase and the porous ink-receiving layer. a) a photobase substrate, including: i) paper, and ii) a moisture barrier layer coated on at least one side of the paper; i) paper, and ii) a moisture barrier layer coated on at least one side of the paper; b) a porous ink-receiving layer, including: i) metal oxide or semi-metal oxide particulates treated with an organosilane reagent and an aluminum complex, and ii) a polyvinyl alcohol or copolymer of polyvinyl alcohol binder; and i) metal oxide or semi-metal oxide particulates treated with an organosilane reagent and an aluminum complex, and ii) a polyvinyl alcohol or copolymer of polyvinyl alcohol binder; and c) a subbing layer including polyvinyl alcohol or a copolymer of polyvinyl alcohol, said subbing layer disposed between the moisture barrier layer of the photobase and the porous ink-receiving layer.
A laser cutting system, comprising: a laser generating component; an optical component; a fixture holding a mold at least partially covered by a part of material, the mold in the shape of a set of teeth of a jaw of a patient to be treated with a dental aligner appliance; and a control mechanism (124, 126, 128) for adjusting at least one of the laser generating component, the optical component, and the fixture such that a ratio of a laser energy applied to the part and the part material thickness is maintained within a predetermined acceptable range at each point along a cut path to cut through the part thickness while maintaining integrity of the mold, wherein the system includes a suction mechanism located proximate to where the laser energy contacts the part to remove debris created when the laser energy contacts the part. a laser generating component; an optical component; a fixture holding a mold at least partially covered by a part of material, the mold in the shape of a set of teeth of a jaw of a patient to be treated with a dental aligner appliance; and a control mechanism (124, 126, 128) for adjusting at least one of the laser generating component, the optical component, and the fixture such that a ratio of a laser energy applied to the part and the part material thickness is maintained within a predetermined acceptable range at each point along a cut path to cut through the part thickness while maintaining integrity of the mold, wherein the system includes a suction mechanism located proximate to where the laser energy contacts the part to remove debris created when the laser energy contacts the part.