mhurhangee/ep-ind-claims huggingface dataset:
A silicon glycan having the formula: where each A comprises an independently selected saccharide moiety; each W is independently selected from the group consisting of an amide moiety and an imide moiety; each Y comprises an independently selected organosilicon moiety; each R is independently selected from substituted or unsubstituted hydrocarbyl groups, ether moieties, amine moieties, and H; each R 1 is independently selected from substituted or unsubstituted hydrocarbyl groups and H; each Z is an independently selected ether moiety; each subscript o is independently 0 or 1; subscripts x and y are each independently from ≥0 to <1; subscript z is from >0 to 1, with the proviso that x+y+z =1; and moieties indicated by subscripts x, y, and z may be in randomized or block form in the silicon glycan. where each A comprises an independently selected saccharide moiety; each W is independently selected from the group consisting of an amide moiety and an imide moiety; each Y comprises an independently selected organosilicon moiety; each R is independently selected from substituted or unsubstituted hydrocarbyl groups, ether moieties, amine moieties, and H; each R 1 is independently selected from substituted or unsubstituted hydrocarbyl groups and H; each Z is an independently selected ether moiety; each subscript o is independently 0 or 1; subscripts x and y are each independently from ≥0 to <1; subscript z is from >0 to 1, with the proviso that x+y+z =1; and moieties indicated by subscripts x, y, and z may be in randomized or block form in the silicon glycan.
Fine machining module for a machine tool, in particular a lathe, comprising a module housing (52, 118), by means of which the fine machining module is attachable to a tool mounting point of a machine tool, and a rotationally symmetrical fine machining tool for internal and/or external fine machining of a cylindrical workpiece surface of a workpiece blank, the fine machining tool having a predetermined axial tool length (L 1 + L 2) with a first tool end and a second tool end, characterized in that - the fine machining module comprises a linear drive which is fixed to the module housing and is designed to move a slide parallel to a longitudinal machining axis, - the fine machining tool is mounted on the slide in the region of its first tool end, and in that - a tool guide is formed on the module housing (52, 118), through which the second tool end extends. - the fine machining module comprises a linear drive which is fixed to the module housing and is designed to move a slide parallel to a longitudinal machining axis, - the fine machining tool is mounted on the slide in the region of its first tool end, and in that - a tool guide is formed on the module housing (52, 118), through which the second tool end extends.
Switchgear, in particular a direct current switchgear, wherein the switchgear comprises first switch contacts which, in a closed state, are part of a first current path from a first connecting terminal of the switchgear to a second connecting terminal of the switchgear, wherein a second current path is arranged parallel, in terms of circuitry, to the first switch contacts, wherein the second current path comprises a predeterminable plurality of second switch contacts arranged in series and comprising at least one first fixed contact fixed to the housing, characterised in that the second switch contacts comprise a plurality of contact plates moveably arranged in the switchgear which abut each other in a switched state of the switchgear and form a conductive connection within the second current path, wherein a first contact plate (12, 13) of the plurality of contact plates abuts the first fixed contact of the second switch contacts, that the switchgear comprises a switch mechanism configured to disconnect the first switch contacts in a first step after actuation by an actuator, and that the switch mechanism is configured to disconnect the second switch contacts from each other in a subsequent second step following the first step, by forming arcs between adjacent contact plates.
A pharmaceutical combination comprising an antibody specifically recognizing CD38 and at least vincristine, wherein said antibody comprises at least one heavy chain and at least one light chain, wherein said antibody is a humanized version of the murine 38SB19 antibody, wherein the heavy chain of said murine 38SB19 antibody comprises three sequential complementarity-determining regions having amino acid sequences represented by SEQ ID NOS: 13, 14, and 15, and wherein the light chain of said murine 38SB19 antibody comprises three sequential complementarity-determining regions having amino acid sequences represented by SEQ ID NOS: 16, 17, and 18; and wherein said combination permits a separate administration of said antibody and vincristine.
A storage container adapted to store a microneedle array, the microneedle array including a sheet having a first surface and a second surface that oppose each other and a plurality of needles arranged on the first surface of the sheet, the storage container comprising: a first member which includes a first flat portion in which a first opening is formed, and a support portion rising from a peripheral edge of the first opening and defining a second opening with an edge portion and in which an outer peripheral portion of the microneedle array, where the needles on the sheet of the microneedle array are not arranged, may be supported by the edge portion of the support portion while allowing the needles of the microneedle array to face the first opening; and a second member which includes a second flat portion in which a third opening is formed, a side wall portion rising from a periphery of the third opening, and a base connected to the side wall portion and facing the third opening and defines a depression with the side wall portion and the base and in which the support portion of the first member can be stored in the depression from a side of the second opening by superimposing the second member on the first member, and the microneedle array is stored between the first member and the second member, wherein the second member and the first member are deformable by applying a force in a direction of the first member to the second member in a state in which the second member is superimposed on the first member, and the needles of the microneedle array are allowed to protrude from the first member to puncture a skin. a first member which includes a first flat portion in which a first opening is formed, and a support portion rising from a peripheral edge of the first opening and defining a second opening with an edge portion and in which an outer peripheral portion of the microneedle array, where the needles on the sheet of the microneedle array are not arranged, may be supported by the edge portion of the support portion while allowing the needles of the microneedle array to face the first opening; and a second member which includes a second flat portion in which a third opening is formed, a side wall portion rising from a periphery of the third opening, and a base connected to the side wall portion and facing the third opening and defines a depression with the side wall portion and the base and in which the support portion of the first member can be stored in the depression from a side of the second opening by superimposing the second member on the first member, and the microneedle array is stored between the first member and the second member, wherein the second member and the first member are deformable by applying a force in a direction of the first member to the second member in a state in which the second member is superimposed on the first member, and the needles of the microneedle array are allowed to protrude from the first member to puncture a skin.
A method, comprising: triggering display of a virtual environment in a head mounted display, HMD, device operating in a physical environment; triggering display of a first virtual object (10; 25; 610) within the virtual environment, the first virtual object (10; 25; 610) representing a second virtual object (15; 28) viewable within the virtual environment, the first virtual object (10; 25; 610) having a size smaller than a size of the second virtual object (15; 28); receiving an indication of an interaction of a user with the first virtual object (10; 25; 610), the user, from a third-person point of view, having a size larger than the size of the first virtual object (10; 25; 610); and triggering an interaction with the second virtual object (15; 28) in response to an interaction with the first virtual object (10; 25; 610), characterised in that a view is changed between a view closer to ground level within the second virtual object (15; 28) and a view further from ground level. triggering display of a virtual environment in a head mounted display, HMD, device operating in a physical environment; triggering display of a first virtual object (10; 25; 610) within the virtual environment, the first virtual object (10; 25; 610) representing a second virtual object (15; 28) viewable within the virtual environment, the first virtual object (10; 25; 610) having a size smaller than a size of the second virtual object (15; 28); receiving an indication of an interaction of a user with the first virtual object (10; 25; 610), the user, from a third-person point of view, having a size larger than the size of the first virtual object (10; 25; 610); and triggering an interaction with the second virtual object (15; 28) in response to an interaction with the first virtual object (10; 25; 610), characterised in that a view is changed between a view closer to ground level within the second virtual object (15; 28) and a view further from ground level.
A drive gear for a drive rod fitting of a window, a French window or the like, having a drivable nut and a gearwheel drive drivable by rotation of the nut for driving a drive rod, and having a crank drive for driving the gearwheel drive, wherein the gearwheel drive has a toothed rod arranged on a slide and the slide is coupled with the crank drive, wherein the slide at an end remote from the toothed rod has a bearing for the articulation of the crank drive, the crank drive has a crank rod mounted on a crank arm of the nut, the bearing connects the crank rod to the slide and the crank arm can be pivoted from a position pointing away from the slide into a position pointing toward the slide, characterized in that the crank arm can be pivoted towards the drive rod and the slide has a cranked section, with which it is guided away from the drive rod and that the gearwheel drive is designed as transmission gearing.
A method for three-dimensionally printing an article comprising the steps of: (a) forming a layer of a build material powder, the build material powder having a first mean particle size diameter; (b) selectively printing by jet deposition on the layer a binder fluid, the binder fluid comprising a particulate matter having a second mean particle size diameter which is one-seventh or less of the first mean particle size diameter and greater than 1 micron; and (c) repeating steps (a) and (b) until the article is formed. (a) forming a layer of a build material powder, the build material powder having a first mean particle size diameter; (b) selectively printing by jet deposition on the layer a binder fluid, the binder fluid comprising a particulate matter having a second mean particle size diameter which is one-seventh or less of the first mean particle size diameter and greater than 1 micron; and (c) repeating steps (a) and (b) until the article is formed.
Trench drain unit comprising at least one trench drain subunit, the at least one trench drain subunit comprising a base wall and a plurality of hollow pillars (18, 20), the pillars (18, 20) tapering, preferably tapering conically, away from the base wall, i.e. from the base end (18a, 20a) of said pillar to the top end (18b, 20b) thereof, the pillars (18, 20) being integrally connected to the base wall but while the intermediate spaces between adjacent pillars (18, 20) are otherwise free of these connecting elements, in particular free of connecting walls, the pillars being arranged in a grid having a plurality of pillar rows and a plurality of pillar columns, each pillar being assigned to a pillar row and a pillar column, and the spacing of at least one pair of adjacent pillar rows and/or pillar columns being greater than the spacings (d) between other pillar rows or pillar columns that are adjacent to one another, characterised in that the columns are arranged in a grid having four pillar rows and four pillar columns, and in that the spacing between the second pillar row and the third pillar row is greater than the spacing between the first pillar row and the second pillar row and/or than the spacing between the third pillar row and the fourth pillar row, and/or the spacing between the second pillar column and the third pillar column is greater than the spacing between the first pillar column and the second pillar column and/or than the spacing between the third pillar column and the fourth pillar column.
A method of depositing a LiCoO 2 layer, comprising: placing a substrate in a reactor; flowing at least an inert gas through the reactor; applying pulsed DC power to a sputter target comprising LiCoO 2; positioning said target opposite said substrate; forming a layer of LiCoO 2 over said substrate; and applying rapid thermal annealing to said substrate and LiCoO 2 layer, wherein said rapid thermal annealing process further comprises annealing said LiCoO 2 layer to a temperature of about 700°C for a period of time of less than about 10 minutes. placing a substrate in a reactor; flowing at least an inert gas through the reactor; applying pulsed DC power to a sputter target comprising LiCoO 2; positioning said target opposite said substrate; forming a layer of LiCoO 2 over said substrate; and applying rapid thermal annealing to said substrate and LiCoO 2 layer,
A panic lock comprising a housing, a bolt guided in a displaceable manner in the housing and a closing device (9, 10) arranged within the housing, wherein the bolt can be displaced between an opening position and a closing position by actuating the closing device (9, 10), wherein the bolt is designed to be pushed back into the opening position in case of panic without actuating the closing device (9, 10), wherein the bolt is driven by the closing device (9, 10) in the normal case with interposition of a swiveling lever mounted so as to be rotatable around a rotation axis which is fixed with respect to the housing and wherein the swiveling lever is driven by the bolt in case of panic, characterized in that the swiveling lever and the closing device (9, 10) are designed to be moved translationally to each other in case of panic, if necessary.
A crimp (202; 302) configured to fix a cable (204; 304) about a bone, comprising: a body (220; 320) extending from a proximal end (222; 322) to a distal end (224; 324); a first channel (226; 326) extending through the body (220; 320) from the proximal end (222; 322) to the distal end (224; 324), the first channel (226; 326) being sized and shaped to permit a cable (204; 304) to be slid therethrough; a second channel (228; 328) extending through the body (220; 320) from the proximal end (222; 322) to the distal end (224; 324), the second channel (228; 328) being sized and shaped to permit a cable (204; 304) to be slid therethrough; and a deformable extension (258; 358) attached to the proximal end (222; 322) of the body (220; 320), the extension (258; 358) including a lumen (260; 360) aligned with the second channel (228; 328) and sized and shaped to permit the cable (204; 304) to be slid therethrough, characterized by a bevel (262; 362) extending laterally outward from a bone-abutting surface (230; 330, 366) proximate the second channel (228; 328) at the proximal end (222; 322) of the body (220; 320). a body (220; 320) extending from a proximal end (222; 322) to a distal end (224; 324); a first channel (226; 326) extending through the body (220; 320) from the proximal end (222; 322) to the distal end (224; 324), the first channel (226; 326) being sized and shaped to permit a cable (204; 304) to be slid therethrough; a second channel (228; 328) extending through the body (220; 320) from the proximal end (222; 322) to the distal end (224; 324), the second channel (228; 328) being sized and shaped to permit a cable (204; 304) to be slid therethrough; and a deformable extension (258; 358) attached to the proximal end (222; 322) of the body (220; 320), the extension (258; 358) including a lumen (260; 360) aligned with the second channel (228; 328) and sized and shaped to permit the cable (204; 304) to be slid therethrough, characterized by a bevel (262; 362) extending laterally outward from a bone-abutting surface (230; 330, 366) proximate the second channel (228; 328) at the proximal end (222; 322) of the body (220; 320). a first channel (226; 326) extending through the body (220; 320) from the proximal end (222; 322) to the distal end (224; 324), the first channel (226; 326) being sized and shaped to permit a cable (204; 304) to be slid therethrough; a second channel (228; 328) extending through the body (220; 320) from the proximal end (222; 322) to the distal end (224; 324), the second channel (228; 328) being sized and shaped to permit a cable (204; 304) to be slid therethrough; and a deformable extension (258; 358) attached to the proximal end (222; 322) of the body (220; 320), the extension (258; 358) including a lumen (260; 360) aligned with the second channel (228; 328) and sized and shaped to permit the cable (204; 304) to be slid therethrough, characterized by a bevel (262; 362) extending laterally outward from a bone-abutting surface (230; 330, 366) proximate the second channel (228; 328) at the proximal end (222; 322) of the body (220; 320).
Grading ring for an HVDC transformer coil or an HVDC inductor coil, having • an annular core with an electrically conductive surface, • a layer of a cellulose material, especially paper, which fully surrounds the core, characterized in that the grading ring is formed from a plurality of concentric individual rings (35, 36), wherein the layer in each case takes the form of a composite consisting of a treated cellulose material • in which particles having a lower specific resistivity compared to the specific resistivity ρ p of the untreated cellulose material are distributed in a concentration above the percolation threshold and/or • in which a coherent network of a conductive polymer having a lower specific resistivity compared to the specific resistivity ρ p of the untreated cellulose material permeates the composite and wherein the innermost individual ring with a cellulose material has a lower specific resistivity than the outer individual ring or outer individual rings. • an annular core with an electrically conductive surface, • a layer of a cellulose material, especially paper, which fully surrounds the core, • in which particles having a lower specific resistivity compared to the specific resistivity ρ p of the untreated cellulose material are distributed in a concentration above the percolation threshold and/or • in which a coherent network of a conductive polymer having a lower specific resistivity compared to the specific resistivity ρ p of the untreated cellulose material permeates the composite
Shorts, comprising: - a rear face (14, 16) and a front face (10, 12), the front face having a fly; - a waistband integral with said front and rear faces, the waistband extending between first and second ends (20a, 20b), said first and second ends being placed on either side of the fly; and - a tab extending the first end as far as a free end and placed so as to cover the second end of the waistband, the tab having a self-gripping strip placed facing a complementary self-gripping strip integral with the second end of the waistband, characterized in that a lace extending between two free ends (29a, 29b) connects the free end of the tab to the second end of the waistband and in that the two free ends (29a, 29b) of the lace pass through two respective holes (30, 32) made in the second end of the waistband so as to be able to be tied on the inside of the waistband. - a rear face (14, 16) and a front face (10, 12), the front face having a fly; - a waistband integral with said front and rear faces, the waistband extending between first and second ends (20a, 20b), said first and second ends being placed on either side of the fly; and - a tab extending the first end as far as a free end and placed so as to cover the second end of the waistband, the tab having a self-gripping strip placed facing a complementary self-gripping strip integral with the second end of the waistband,
A system for heat recovery from shower greywater containing a heat exchanger having an inlet for greywater, an outlet for greywater, an inlet for cold supply water and an outlet for preheated supply water; a waste pipe having an inlet for greywater and an outlet for greywater; a strainer installed upstream the waste pipe inlet for greywater; where the waste pipe outlet for greywater is connected to the heat exchanger's inlet for the greywater and the heat exchanger is designed so that the cold supply water flows in the opposite direction through the heat exchanger relative to the relatively hot greywater, so that heat exchange under counterflow principle occurs so that heat energy from the hot greywater is transferred to the cold supply water, characterized by a manifold having a nozzled outlet for hot supply water is connected to the waste pipe so that the manifold nozzle outlet for hot supply water opens into the waste pipe at a position downstream the waste pipe inlet for greywater, but upstream the waste pipe outlet for greywater; the manifold nozzle outlet for hot supply water is connected to the waste pipe at a distance from the heat exchanger's inlet for the greywater which is at least equal to twice the waste pipe diameter, where the manifold nozzle outlet for hot supply water is directed downstream the waste pipe at an angle less than 55 degrees relative to the waste pipe and where the manifold outlet nozzle for hot supply water has an effective flow area of 5-40 mm 2, using no checkvalve or moving parts in the waste pipe.
A portable electronic device comprising or constituting a smart card module and having a support receiving on one face contact pads or conductive tracks connecting an electronic microcircuit, said contact pads or conductive tracks conforming to standard ISO 7816 and each comprising a plurality of perforations, characterized in that said perforations or recesses are free of the metal on the inside and are outside of zones C1-C8 defined by standard ISO 7816.
A sowing heart for a single-seed drill having the following features: - a sowing disk rotatable in one direction of rotation, - the sowing disk has sowing holes in a defined arrangement, - a receiving region for receiving the seed into the sowing holes and a delivery region for delivery of the seed, - a cleaning device for cleaning the sowing holes during operation of the sowing heart is provided between the delivery region and the receiving region, wherein the cleaning device is formed as a rotating wheel having at least one projection which engages in the sowing holes, characterized in that the wheel is disposed on a side of the sowing disk facing away from a suction chamber of the sowing heart, wherein the at least one projection is configured to taper outwards towards a tip. - a sowing disk rotatable in one direction of rotation, - the sowing disk has sowing holes in a defined arrangement, - a receiving region for receiving the seed into the sowing holes and a delivery region for delivery of the seed, - a cleaning device for cleaning the sowing holes during operation of the sowing heart is provided between the delivery region and the receiving region,