mhurhangee/ep-ind-claims huggingface dataset:
A receiving part for coupling a rod to a bone anchor comprising a head receiving portion comprising an interior seat (54, 54') for pivotably receiving a head of the bone anchor, the head receiving portion being expandable to permit insertion of the head and compressible to lock the inserted head in the seat; a rod receiving portion comprising a recess forming a channel with a bottom for receiving the rod (100, 101), the recess forming two open legs; and an expansion limiting member encompassing at least partially the head receiving portion at an outer side of the head receiving portion; wherein, when said legs are spread apart, the head receiving portion is compressed to exert a locking force onto the inserted head, characterised in that the receiving part further comprises an engagement surface (53a, 62a) in the rod receiving portion, which is configured to be engaged by a spreading member in such a manner that, when the spreading member engages the engagement surface and is moved in a direction of the bottom of the recess, the legs are spread apart. a head receiving portion comprising an interior seat (54, 54') for pivotably receiving a head of the bone anchor, the head receiving portion being expandable to permit insertion of the head and compressible to lock the inserted head in the seat; a rod receiving portion comprising a recess forming a channel with a bottom for receiving the rod (100, 101), the recess forming two open legs; and an expansion limiting member encompassing at least partially the head receiving portion at an outer side of the head receiving portion; wherein, when said legs are spread apart, the head receiving portion is compressed to exert a locking force onto the inserted head, characterised in that the receiving part further comprises an engagement surface (53a, 62a) in the rod receiving portion, which is configured to be engaged by a spreading member in such a manner that, when the spreading member engages the engagement surface and is moved in a direction of the bottom of the recess, the legs are spread apart.
A process for producing purified polysaccharide fiber, comprising: bringing a polysaccharide solution, which is obtained by dissolving a polysaccharide raw material in a liquid containing an ionic liquid, into contact with a solidification liquid containing an ionic liquid; and performing dry-wet spinning on polysaccharide, using solidification baths consisting of multistage baths, wherein the concentration of the ionic liquid in the solidification liquid is 0.4% by weight to 70% by weight, and a distance D from a site where the polysaccharide solution is extruded in the form of fiber to a site where the extruded polysaccharide solution comes into contact with the solidification liquid is 50 mm to 120 mm. bringing a polysaccharide solution, which is obtained by dissolving a polysaccharide raw material in a liquid containing an ionic liquid, into contact with a solidification liquid containing an ionic liquid; and performing dry-wet spinning on polysaccharide, using solidification baths consisting of multistage baths, wherein the concentration of the ionic liquid in the solidification liquid is 0.4% by weight to 70% by weight, and a distance D from a site where the polysaccharide solution is extruded in the form of fiber to a site where the extruded polysaccharide solution comes into contact with the solidification liquid is 50 mm to 120 mm.
Process for the production of cement clinker or other mineral products and for the denitrification of bypass gases, wherein a bypass gas is branched off between a heat treatment device and at least one preheating device, wherein the bypass gas is cooled to a temperature between 800°C and 1,100°C by means of at least one coolant (15, 17, 22) and an ammonia-containing reducing agent is introduced into the bypass gas in solid, aqueous and/or gaseous form to reduce the nitrogen oxides contained therein, characterised in that the ammonia-containing reducing agent is introduced into the bypass gas together with the at least one coolant.
An engineered human kappa light chain constant domain (Cκ) polypeptide, or portion thereof, comprising at least one amino acid substitution to introduce a cysteine residue useful for conjugation, said at least one substitution being located at K183 according to the EU index numbering system as set forth in Kabat et al. (1991, NIH Publication 91 - 3242, National Technical Information Service, Springfield, VA) and also according to sequential numbering relative to the sequence of SEQ ID NO: 89.
An anti-loosing connector for coupling with a corresponding connector, the anti-loosing connector comprising: a tubular body, a plurality of terminals being inserted in the tubular body; a nut sleeve sleeving on the tubular body, said nut sleeve comprising a screwing end having a thread for screwing with the corresponding connector and an operating end opposite to the screwing end defining a cylindrical receptacle; and an elastic clamping ring; wherein the elastic clamping ring is received in the cylindrical receptacle at the operating end of the nut sleeve and arranged between the tubular body and the nut sleeve; characterized in that a polygonal annular surface is defined on an external surface of the tubular body, wherein the polygonal annular surface has a plurality of sub-planes annularly arranged, the elastic clamping ring is fixed with the nut sleeve and at least one of the sub-planes of the polygonal annular surface is pressed by the elastic clamping ring. a tubular body, a plurality of terminals being inserted in the tubular body; a nut sleeve sleeving on the tubular body, said nut sleeve comprising a screwing end having a thread for screwing with the corresponding connector and an operating end opposite to the screwing end defining a cylindrical receptacle; and an elastic clamping ring; wherein the elastic clamping ring is received in the cylindrical receptacle at the operating end of the nut sleeve and arranged between the tubular body and the nut sleeve; characterized in that a polygonal annular surface is defined on an external surface of the tubular body, wherein the polygonal annular surface has a plurality of sub-planes annularly arranged, the elastic clamping ring is fixed with the nut sleeve and at least one of the sub-planes of the polygonal annular surface is pressed by the elastic clamping ring.
A method to identify a mechanism of action of a compound using network dysregulation by processing gene expression data acquired from both control and compound-perturbed states of a tissue-specific regulatory network, comprising: (a) selecting a tissue-specific regulatory network having a plurality of interactions each connecting a pair of genes; (b) determining, using a processing arrangement, a two-dimensional probability density of gene expression levels for each of the pairs of genes connected by an interaction in the network in a control state of the regulatory network; (c) determining, using the processing arrangement, a two-dimensional probability density of gene expression levels for each of the pairs of genes connected by an interaction in the network in at least one compound-perturbed state of the regulatory network; (d) estimating, for each of the interactions, differences between the control probability density and the compound-perturbed probability density; (e) determining whether the estimated differences are statistically significant, to provide a set of statistically significant dysregulated interactions, based only on the gene expression data; (f) ranking the statistically significant dysregulated interactions, to provide a set of candidate mechanism of action (MoA) genes; and (g) determining a MoA of the therapeutic compound within the tissue-specific regulatory network, by selecting the set of candidate MoA genes and assessing the MoA in the context of the established regulatory network. (a) selecting a tissue-specific regulatory network having a plurality of interactions each connecting a pair of genes; (b) determining, using a processing arrangement, a two-dimensional probability density of gene expression levels for each of the pairs of genes connected by an interaction in the network in a control state of the regulatory network; (c) determining, using the processing arrangement, a two-dimensional probability density of gene expression levels for each of the pairs of genes connected by an interaction in the network in at least one compound-perturbed state of the regulatory network; (d) estimating, for each of the interactions, differences between the control probability density and the compound-perturbed probability density; (e) determining whether the estimated differences are statistically significant, to provide a set of statistically significant dysregulated interactions, based only on the gene expression data; (f) ranking the statistically significant dysregulated interactions, to provide a set of candidate mechanism of action (MoA) genes; and (g) determining a MoA of the therapeutic compound within the tissue-specific regulatory network, by selecting the set of candidate MoA genes and assessing the MoA in the context of the established regulatory network.
A clamping jaw for a drill pipe, comprising an engagement zone intended to enter into contact with the drill pipe to be clamped, the jaw being characterized in that it comprises a stack of separate plates, each having a wafer having at least one toothed portion at which the plate is indented, and in that said toothed portions are arranged so as to reconstitute said engagement zone of the jaw.
A method for applying Forward Error Correction, FEC, for a user data in a 66b system, wherein the 66b system is an Ethernet Passive Optical Network, EPON, system where a 64b66b code format is used, the method comprising the steps of: generating X 64 bit long, further referred to as 64b, user data, X being two or more; applying the 64b66b code format to each 64b user data by adding a 2 bit long data block header, thus generating a 66 bit long, further referred to as 66b, data block, wherein the X 66b data blocks form an FEC codeword payload; applying an FEC algorithm to the entire FEC codeword payload thus generating Y 64b FEC parity units, Y being two or more; applying the 64b66b code format to each 64b FEC parity unit by adding a 2 bit long parity block header, thus generating a 66b FEC parity block, the parity block header being different from the data block header, and the parity block header comprising an indication bit which indicates that the block is a FEC parity block; and producing a FEC codeword consisting of the X 66b data blocks (212, 214) followed by the Y 66b FEC parity blocks (216, 218). generating X 64 bit long, further referred to as 64b, user data, X being two or more; applying the 64b66b code format to each 64b user data by adding a 2 bit long data block header, thus generating a 66 bit long, further referred to as 66b, data block, wherein the X 66b data blocks form an FEC codeword payload; applying an FEC algorithm to the entire FEC codeword payload thus generating Y 64b FEC parity units, Y being two or more; applying the 64b66b code format to each 64b FEC parity unit by adding a 2 bit long parity block header, thus generating a 66b FEC parity block, the parity block header being different from the data block header, and the parity block header comprising an indication bit which indicates that the block is a FEC parity block; and producing a FEC codeword consisting of the X 66b data blocks (212, 214) followed by the Y 66b FEC parity blocks (216, 218).
A baby sling for infants and young children, the baby sling consisting of a fabric and being formed as a closed loop, an elastic thread extending within the fabric in the longitudinal direction of the loop, so that the baby sling has a higher elasticity in the longitudinal direction of the loop than in the transverse direction of the loop, characterized in that the fabric is a cross twill fabric.
A process for manufacturing an optical fiber having complex refractive index profile features in which there is a step change in the refractive index over a distance less than 2 micrometers, comprising: preparing a substrate using an outside vapor deposition technique; pressing at least one layer of silica powder over the substrate to obtain a monolithic soot blank in which the pressed layer has at least one physical property that is different from the substrate; sintering the soot blank in the presence of a gaseous dopant, whereby the pressed layer retains a different concentration of gaseous dopant than the substrate due to said difference in physical property; and drawing the soot blank into an optical fiber. preparing a substrate using an outside vapor deposition technique; pressing at least one layer of silica powder over the substrate to obtain a monolithic soot blank in which the pressed layer has at least one physical property that is different from the substrate; sintering the soot blank in the presence of a gaseous dopant, whereby the pressed layer retains a different concentration of gaseous dopant than the substrate due to said difference in physical property; and drawing the soot blank into an optical fiber.
A charger (30, 50, 50A, 50B, 91) configured with an opening to receive a device to be wirelessly charged, the charger comprising: an excitation coil made of an electrical conductor wound around a toroidal core to excite a magnetic field inside the toroidal core, the toroidal core having an air-gap between two end-faces of the toroidal core, wherein the air-gap is shaped to receive the device to be wirelessly charged including a receiving antenna, a housing including the toroidal core and the excitation coil, the housing having an opening allowing insertion of the device to be wirelessly charged, and characterised in that a magnetic shield (33, 34) is provided in the housing at the toroidal core, wherein the magnetic shield is provided as part of an encapsulating unit configured to encapsulate the toroidal core and coated with a metallic material, wherein a slit is formed in the encapsulating unit. an excitation coil made of an electrical conductor wound around a toroidal core to excite a magnetic field inside the toroidal core, the toroidal core having an air-gap between two end-faces of the toroidal core, wherein the air-gap is shaped to receive the device to be wirelessly charged including a receiving antenna, a housing including the toroidal core and the excitation coil, the housing having an opening allowing insertion of the device to be wirelessly charged, and characterised in that a magnetic shield (33, 34) is provided in the housing at the toroidal core, wherein the magnetic shield is provided as part of an encapsulating unit configured to encapsulate the toroidal core and coated with a metallic material,
Electrical connecting device comprising an electrically insulating carrier strip carrying electrically conducting tracks, capable of being inserted into an additional electrical connector, by an engaging opening, the strip comprising at least one holding structure capable of at least partially surrounding one side of the connector opposite the engaging opening, characterised in that the holding structure comprises at least one screen printed area to further perform an optical positioning test function.
Grinding machine (1, 1') comprising at least one workpiece support unit with a plurality of workpiece supports (5, 5', 5"), - wherein the at least two workpiece supports (5, 5', 5") are mounted so as to be rotatable about one workpiece support axis in each case, - wherein the workpiece support unit is mounted so as to be rotatable about a workpiece support unit axis, and - wherein the workpiece supports (5, 5', 5") are supported by rolling bearings, characterised by at least one gripper for loading and/or unloading the workpiece supports (5, 5', 5"), wherein the at least one gripper is configured as a turning gripper and characterised in that the workpiece supports (5, 5', 5") have different workpiece holders. - wherein the at least two workpiece supports (5, 5', 5") are mounted so as to be rotatable about one workpiece support axis in each case, - wherein the workpiece support unit is mounted so as to be rotatable about a workpiece support unit axis, and - wherein the workpiece supports (5, 5', 5") are supported by rolling bearings,
A pharmaceutical composition comprising a docusate in an amount between 0.05% and 0.5% w/v; an osmotic laxative in an amount between 15% and 35% w/v; and benzoate in an amount between 0.01% and 0.025% w/v; wherein the pharmaceutical composition is a solution.
A method of making a physical mockup representing a shape composed of the positive shape of a patient's dental arch and the positive shape of a set of analogs, the method comprising the steps of: - providing a virtual dental arch replicating at least part of the patient's dental arch; - providing a virtual set of orthodontic brackets for the virtual dental arch; - providing a virtual set of analogs, each analog being associated with a virtual bracket of the virtual set of brackets, wherein one or more of the virtual analogs approximate the shapes of their associated virtual brackets; - wherein the shapes of one or more of the analogs differ from the shapes of their associated brackets; - wherein to form at least one of the virtual analogs, the shape of at least one virtual bracket is modified, wherein the modification step comprises at least partially filling a space between portions of the bracket shape; - providing a virtual mockup in which the virtual dental arch and the set of virtual analogs are merged; and - manufacturing the physical mockup based on the virtual mockup. - providing a virtual dental arch replicating at least part of the patient's dental arch; - providing a virtual set of orthodontic brackets for the virtual dental arch; - providing a virtual set of analogs, each analog being associated with a virtual bracket of the virtual set of brackets, wherein one or more of the virtual analogs approximate the shapes of their associated virtual brackets; - wherein the shapes of one or more of the analogs differ from the shapes of their associated brackets; - wherein to form at least one of the virtual analogs, the shape of at least one virtual bracket is modified, wherein the modification step comprises at least partially filling a space between portions of the bracket shape; - providing a virtual mockup in which the virtual dental arch and the set of virtual analogs are merged; and - manufacturing the physical mockup based on the virtual mockup.
Assembly for a turbomachine, the assembly comprising a casing and an impeller which can rotate in the casing, the impeller comprising at least one blade having a head facing the casing, the head comprising a magnet and the casing comprising an electrical conductor adapted to generate between its terminals an electrical voltage signal induced by the magnet of the head facing it and representative of vibrations undergone by the head of the blade when the bladed wheel is rotated in which the electrical conductor comprises a central part which forms a turn or a portion of a turn extending in a plane of travel of the magnet about the axis of rotation (z) of the bladed wheel, characterised in that the electrical conductor is at least partially embedded in an abradable deposit located on an internal surface of the casing facing the bladed wheel, the abradable deposit being made of a diamagnetic material.
A combination of (a) 3-(4-amino-1-oxo-1,3-dihydro-isoindol-2-yl)piperidine-2,6-dione and (b) the monoclonal anti-KIR antibody 1-7F9 for use in the treatment of multiple myeloma in a patient.
Centrifugal fertilizer spreader to distribute a product in the form of granules or pellets on a ground, and adapted to be secured to a tractor, comprising: - a tank adapted to contain the product to be distributed, and divided into a right containment portion and a left containment portion, in which a right hole and a left hole are formed, respectively and have a respective adjustable opening for product output through respective closing means; - distribution means to distribute on the ground the product leaving the tank, comprising a right rotary spreader plate and a left rotary spreader plate, placed below the right hole and the left hole, respectively and comprising a spreader scoop of substantially vertical development; - a frame to which the tank and the distribution means are fixed and which is adapted to be fixed to the tractor; - at least one load cell fixed to the frame and adapted to weigh the product inside the tank; characterized by the fact of comprising a control unit connected to a GPS device, the at least one load cell, the closing means of the right hole and the closing means of the left hole, so that the opening of the right hole and the opening of the left hole are adjustable independently of each other and depending on the position of the fertilizer spreader and the weighing carried out continuously by the at least one load cell, such that the control unit is arranged to continuously interface with data coming out of the one or more load cells that weigh the quantity of product inside the tank, and to vary the openings of the two holes (44, 48) on the basis of the values indicated by a prescription map used, in order to allow to distribute the correct quantities of product. - a tank adapted to contain the product to be distributed, and divided into a right containment portion and a left containment portion, in which a right hole and a left hole are formed, respectively and have a respective adjustable opening for product output through respective closing means; - distribution means to distribute on the ground the product leaving the tank, comprising a right rotary spreader plate and a left rotary spreader plate, placed below the right hole and the left hole, respectively and comprising a spreader scoop of substantially vertical development; - a frame to which the tank and the distribution means are fixed and which is adapted to be fixed to the tractor; - at least one load cell fixed to the frame and adapted to weigh the product inside the tank;