mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing cladding slabs, comprising at least steps of: - positioning at least a solid insert on a working plane, - covering with a layer of ceramic powder the working plane such that each of the inserts is uncovered at a rear surface of the layer of ceramic powder, - pressing the layer of ceramic powder, such as to obtain a slab of compacted powder containing the inserts, uncovered in the rear surface of the slab; - subjecting the slab of compacted powder comprising the inserts to a step of firing, characterized in that the inserts comprise at least a threaded organ and are conformed as a truncoconical body, the smaller base of which defines a flat surface which rests on the working plane. - positioning at least a solid insert on a working plane, - covering with a layer of ceramic powder the working plane such that each of the inserts is uncovered at a rear surface of the layer of ceramic powder, - pressing the layer of ceramic powder, such as to obtain a slab of compacted powder containing the inserts, uncovered in the rear surface of the slab; - subjecting the slab of compacted powder comprising the inserts to a step of firing,
A device for assisting fluid sampling comprising: a penetrating member operable to penetrate tissue of a finger at a lancing site during a lancing event to create a wound channel; a tissue interface having an opening through which the penetrating member can pass and a tissue interface surface for a skin surface to rest against and stabilize during lancing; characterized in that the tissue interface comprises a semi-cylindrically shaped pad, wherein the tissue interface surface is curved and wherein the pad comprises side walls extending upward and away from the opening for engaging tissue away from the wound channel and applying a milking force to the tissue when pressure is applied to the tissue interface. a penetrating member operable to penetrate tissue of a finger at a lancing site during a lancing event to create a wound channel; a tissue interface having an opening through which the penetrating member can pass and a tissue interface surface for a skin surface to rest against and stabilize during lancing;
Gymnastic machine with an adjusting group for adjusting the position of a user-interface of said gymnastic machine relative to a respective frame thereof; said group comprising first sliding coupling means associated with said user-interface to define a first path for adjusting the position of said user-interface with respect to said frame; said first coupling means comprising a guide associated with said frame and a slide associated with said user-interface coupled to said guide along respective first coupling surface and second coupling surface; first blocking means carried by said first coupling means to fix said user-interface in any position along said first path; wherein said first blocking means are carried by said slide, wherein said first blocking means comprise a blocking member arranged between said guide and said slide, carried movable transversally to said first path between a first stop operating position in contact with said guide, wherein it keeps said first and second coupling surfaces into matching contact with each other and keeps said slide in contact with said guide and fixed relative to said frame, and a second releasing operating position, wherein it frees said first and second coupling surfaces from each other and makes said slide free to slide relative to said guide, to find the correct adjusting position for said user-interface relative to said frame, wherein said first blocking means comprise a pin which carries said blocking member, is associated with said user-interface and is arranged transversally to said first path through said guide to connect said slide and said guide rigidly, wherein said first blocking means comprise an actuating device able to influence the position of said pin transversally to said slide in order to switch the axial position thereof between the first and the second operating positions (P1, P2); an actuating member being associated with said pin to move it axially, characterized in that said actuating device comprises a pair with inclined plane provided with a first body rotatable with respect to said slide, and a second body facing said first body and carried integral by said slide; said first and second bodies being delimited by respective first and second surfaces, said first surface and said second surface being shaped in a substantially conjugated fashion and respectively comprising first projections and second projections, so that, in use, to an angular displacement of said first body relative to said second body corresponds such a change in the axial position of said pin to switch said blocking member between said first and second operating positions (P1, P2).
Method for producing an assembly of wire elements wound together into a helix, characterized in that it comprises: - a step of twisting at least the first and second wire elements, the first and second wire elements being twisted separately from one another in such a way that each wire element experiences plastic deformation, - a step of pre-forming at least the first and second twisted wire elements into a helix, the first and second twisted wire elements being pre-formed separately from one another, - a step of assembling at least the first and second twisted and pre-formed first and second wire elements to form the assembly of wire elements, and wherein the assembly of wire elements comprises a single layer formed by the wire elements of the assembly. - a step of twisting at least the first and second wire elements, the first and second wire elements being twisted separately from one another in such a way that each wire element experiences plastic deformation, - a step of pre-forming at least the first and second twisted wire elements into a helix, the first and second twisted wire elements being pre-formed separately from one another, - a step of assembling at least the first and second twisted and pre-formed first and second wire elements to form the assembly of wire elements, and wherein the assembly of wire elements comprises a single layer formed by the wire elements of the assembly.
A delivery apparatus for controlling the deployment of a ring stent, which ring stent in use with the delivery apparatus adopts a compact folded configuration having ring stent peaks (40A, 42A) and ring stent valleys 44A, 46A), the delivery apparatus comprising: a delivery shaft adapted to carry a tubular prosthesis thereon and having a proximal end for insertion into a lumen and a distal end remote from the proximal end; a retractable sleeve adapted to contain a tubular prosthesis carried on the delivery shaft; a control handle adjacent the distal end of the delivery shaft; at least one stent peak control wire (50, 52, 54, 56) extending from the proximal end of the delivery shaft to the control handle; a peak controller at the control handle adapted to control the position of the stent peak control wire, and at least one stent valley control wire (70, 72) extending from the proximal end of the delivery shaft to the control handle; and a valley controller (74, 76) at the control handle adapted to control the position of the stent valley control wire. a delivery shaft adapted to carry a tubular prosthesis thereon and having a proximal end for insertion into a lumen and a distal end remote from the proximal end; a retractable sleeve adapted to contain a tubular prosthesis carried on the delivery shaft; a control handle adjacent the distal end of the delivery shaft; at least one stent peak control wire (50, 52, 54, 56) extending from the proximal end of the delivery shaft to the control handle; a peak controller at the control handle adapted to control the position of the stent peak control wire, and at least one stent valley control wire (70, 72) extending from the proximal end of the delivery shaft to the control handle; and a valley controller (74, 76) at the control handle adapted to control the position of the stent valley control wire.
A biopsy system, comprising: (a) a probe set including a plurality of probes, wherein each probe of the probe set includes: (i) a probe body, (ii) a needle, (iii) a cutter, and (iv) a tissue sample holder (300, 700), wherein the tissue sample holder is in communication with the cutter to receive one or more tissue samples, (b) a holster having a drive gear configured to rotate and translate the cutter of each probe, wherein the holster is secured to the probe of the probe set; and (c) a user interface, wherein the user interface is in communication with the holster, wherein the user interface includes a display, wherein the user interface is configured to indicate which probe of the probe set is secured to the holster when a selected probe of the probe set is secured to the holster, wherein the tissue sample holder (300, 700) of each probe includes a tissue sampling attribute, wherein the tissue sampling attribute for at least one probe includes an individual tissue collection configuration, wherein the tissue sampling attribute for at least one probe includes a bulk tissue collection configuration. (a) a probe set including a plurality of probes, wherein each probe of the probe set includes: (i) a probe body, (ii) a needle, (iii) a cutter, and (iv) a tissue sample holder (300, 700), wherein the tissue sample holder is in communication with the cutter to receive one or more tissue samples, (i) a probe body, (ii) a needle, (iii) a cutter, and (iv) a tissue sample holder (300, 700), wherein the tissue sample holder is in communication with the cutter to receive one or more tissue samples, (b) a holster having a drive gear configured to rotate and translate the cutter of each probe, wherein the holster is secured to the probe of the probe set; and (c) a user interface, wherein the user interface is in communication with the holster, wherein the user interface includes a display, wherein the user interface is configured to indicate which probe of the probe set is secured to the holster when a selected probe of the probe set is secured to the holster, wherein the tissue sample holder (300, 700) of each probe includes a tissue sampling attribute, wherein the tissue sampling attribute for at least one probe includes an individual tissue collection configuration, wherein the tissue sampling attribute for at least one probe includes a bulk tissue collection configuration.
A process for preparing (9E,11Z)-9,11-hexadecadienyl acetate of the following formula: said process comprising at least steps of: conducting a Wittig reaction between a -9-halo-2-nonenal of the following general formula wherein X is a halogen atom, and a triarylphosphonium pentylide of the following general formula CH 3 -(CH 2) 3 -CH - -P + Ar 3, wherein Ar may be the same or different at each occurrence and is an aryl group having 6 or 7 carbon atoms, to obtain (7E,9Z)-1-halo-7,9-tetradecadiene of the general formula: reacting said (7E,9Z)-1-halo-7,9-tetradecadiene with magnesium to obtain a (7E,9Z)-7,9-tetradecadienyl magnesium halide; subjecting the (7E,9Z)-7,9-tetradecadienyl magnesium halide to an addition reaction with ethylene oxide to obtain (9E,11Z)-9,11-hexadecadienol of the following formula: conducting an acetylation reaction of (9E,11Z)-9,11-hexadecadienol with an acylating agent to obtain (9E,11Z)-9,11-hexadecadienyl acetate. conducting a Wittig reaction between a -9-halo-2-nonenal of the following general formula wherein X is a halogen atom, and a triarylphosphonium pentylide of the following general formula CH 3 -(CH 2) 3 -CH - -P + Ar 3, wherein Ar may be the same or different at each occurrence and is an aryl group having 6 or 7 carbon atoms, to obtain (7E,9Z)-1-halo-7,9-tetradecadiene of the general formula: reacting said (7E,9Z)-1-halo-7,9-tetradecadiene with magnesium to obtain a (7E,9Z)-7,9-tetradecadienyl magnesium halide; subjecting the (7E,9Z)-7,9-tetradecadienyl magnesium halide to an addition reaction with ethylene oxide to obtain (9E,11Z)-9,11-hexadecadienol of the following formula: conducting an acetylation reaction of (9E,11Z)-9,11-hexadecadienol with an acylating agent to obtain (9E,11Z)-9,11-hexadecadienyl acetate.
An oscillating tape control high performance data cable, comprising: a plurality of twisted pairs (102a, 102b, 102c, 102d) of insulated conductors; a conductive barrier tape surrounding the plurality of twisted pairs (102a, 102b, 102c, 102d) of insulated conductors; and a jacket surrounding the conductive barrier tape; wherein the plurality of twisted pairs (102a, 102b, 102c, 102d) are configured in a helical twist at a first angle; and wherein the conductive barrier tape is configured in a helical twist at an application angle varying between a second angle and a third angle. a plurality of twisted pairs (102a, 102b, 102c, 102d) of insulated conductors; a conductive barrier tape surrounding the plurality of twisted pairs (102a, 102b, 102c, 102d) of insulated conductors; and a jacket surrounding the conductive barrier tape; wherein the plurality of twisted pairs (102a, 102b, 102c, 102d) are configured in a helical twist at a first angle; and wherein the conductive barrier tape is configured in a helical twist at an application angle varying between a second angle and a third angle.
Steam cooker having a microwave function for preparing food or baked goods, the steam cooker having a cooking chamber that has a sealing device as a vapour barrier for the cooking chamber, the sealing device having a sealing element, at least part of which comprises an elastomer, in particular silicone, and the sealing device having a microwave protection element for leak-proof sealing, at least part of which comprises an electrically conductive material, characterised in that the cooking chamber has a base heating element for residual water evaporation and a cooking chamber casing that has a base plate, the base heating element being integrated in the base plate, and in that the sealing device is secured by the base plate of the base heating element.
An over-the-range microwave oven comprising: a housing; a cooking unit which is disposed in the housing; an air discharge unit which includes an air discharge motor in the housing; an air discharge duct unit which discharges air through the air discharge unit; a cooling duct unit which guides outside air to the air discharge motor in order to cool the air discharge motor; and a duct unit in which the air discharge duct unit and the cooling duct unit are separated vertically, wherein a cooling hole into which the outside air flows is formed in the front of the housing, the air discharge unit further includes an impeller (382a, 382b), the housing further includes a partition housing which partitions the interior of the housing into the cooking unit and the duct unit, the air discharge duct unit includes an upper duct unit which is disposed at an upper side of the partition housing and discharges air flowing from the air discharge unit to the outside, and the cooling duct unit is formed between the partition housing and the upper duct unit, communicates with the cooling hole, and guides the outside air flowing from the outside to flow to the air discharge motor, the air discharge unit is fixed to a rear surface of the housing and the partition housing, characterised in that an outside air hole into which the outside air flows is formed in the rear surface of the housing and corresponds to a position of the air discharge motor. a housing; a cooking unit which is disposed in the housing; an air discharge unit which includes an air discharge motor in the housing; an air discharge duct unit which discharges air through the air discharge unit; a cooling duct unit which guides outside air to the air discharge motor in order to cool the air discharge motor; and a duct unit in which the air discharge duct unit and the cooling duct unit are separated vertically, wherein a cooling hole into which the outside air flows is formed in the front of the housing, the air discharge unit further includes an impeller (382a, 382b), the housing further includes a partition housing which partitions the interior of the housing into the cooking unit and the duct unit, the air discharge duct unit includes an upper duct unit which is disposed at an upper side of the partition housing and discharges air flowing from the air discharge unit to the outside, and the cooling duct unit is formed between the partition housing and the upper duct unit, communicates with the cooling hole, and guides the outside air flowing from the outside to flow to the air discharge motor, the air discharge unit is fixed to a rear surface of the housing and the partition housing, characterised in that an outside air hole into which the outside air flows is formed in the rear surface of the housing and corresponds to a position of the air discharge motor.
UV coating material characterized in that it comprises at least one surface-modified silicon dioxide, at least parts of the silicon dioxide particles being coated with at least one organopolysiloxane, and in that at least one organopolysiloxane contains at least one multiple bond, which is a silicone polyether acrylate polymer and/or a silicone polyether methacrylate polymer, wherein the multiple bond is at least one carbon-carbon double bond and/or at least one carbon-carbon triple bond.
An apparatus to print on media moved along a media path, comprising: a substrate having liquid feed slots (72A - 72D) formed therein extending along a major dimension of the substrate and nozzles extending along opposite sides of each of the liquid feed slots (72A - 72D), wherein the nozzles are formed into nozzle columns (350A - 352D) supported by ribs (371A - 371E) adjacent to front and back sides of each of the liquid feed slots (72A -72D) with respect to the media path; a single temperature sensor formed on the substrate adjacent to a first one of the liquid feed slots, wherein the temperature sensor is formed on one of the ribs adjacent to the upstream side of the first liquid feed slot; and electrical interconnect formed on the substrate along the major dimension adjacent to a last one of the liquid feed slots farthest from the first liquid feed slot, wherein the substrate has electrical interconnect on one side thereof only and wherein the electrical interconnect is formed on one of the ribs adjacent to the downstream side of the last liquid feed slot. a substrate having liquid feed slots (72A - 72D) formed therein extending along a major dimension of the substrate and nozzles extending along opposite sides of each of the liquid feed slots (72A - 72D), wherein the nozzles are formed into nozzle columns (350A - 352D) supported by ribs (371A - 371E) adjacent to front and back sides of each of the liquid feed slots (72A -72D) with respect to the media path; a single temperature sensor formed on the substrate adjacent to a first one of the liquid feed slots, wherein the temperature sensor is formed on one of the ribs adjacent to the upstream side of the first liquid feed slot; and electrical interconnect formed on the substrate along the major dimension adjacent to a last one of the liquid feed slots farthest from the first liquid feed slot, wherein the substrate has electrical interconnect on one side thereof only and wherein the electrical interconnect is formed on one of the ribs adjacent to the downstream side of the last liquid feed slot.
An aiming device for bone fixation, comprising: a handle extending from a first end to a second end along a longitudinal axis; a guide arm (304, 306) connected to the second end of the handle and having an opening extending therethrough, the guide arm (304, 306) being connected to a protection sleeve; and a drill guide configured and dimensioned for insertion through the opening of the guide arm (304, 306), the drill guide having a first guide channel extending therethrough to guide an insertion of a guide wire into a bone, characterized in that the drill guide is movable between a first position wherein the drill guide is axially and rotationally movable relative to the guide arm (304, 306) and a second position wherein the drill guide is axially and rotationally locked relative to the guide arm (304, 306), and in that the drill guide further has a second guide channel extending therethrough to guide an insertion of a guide wire into the bone. a handle extending from a first end to a second end along a longitudinal axis; a guide arm (304, 306) connected to the second end of the handle and having an opening extending therethrough, the guide arm (304, 306) being connected to a protection sleeve; and a drill guide configured and dimensioned for insertion through the opening of the guide arm (304, 306), the drill guide having a first guide channel extending therethrough to guide an insertion of a guide wire into a bone, characterized in that the drill guide is movable between a first position wherein the drill guide is axially and rotationally movable relative to the guide arm (304, 306) and a second position wherein the drill guide is axially and rotationally locked relative to the guide arm (304, 306), and in that the drill guide further has a second guide channel extending therethrough to guide an insertion of a guide wire into the bone.
A security document comprising a substrate, an optical waveguide arranged on and/or in said substrate, and at least a coupler (10a, 10b) for coupling light into said waveguide or out from said waveguide, characterized by further comprising a periodic microlens-array, wherein said coupler (10a, 10b) has a periodic structure, with the microlens-array having a period substantially equal to said periodic structure.
A wound care device comprising: (a) a single layer of fabric having a wound contact surface comprised primarily of hydrophobic fibers and a wound fluid reservoir surface comprised primarily of hydrophilic fibers, which hydrophobic and hydrophilic fibers are intermeshed together in a jersey knit fabric construction; (b) coated on the wound contact surface of the layer (a), a perforated trilaminate silicone adhesive layer including apertures having a size of 1.5-7 mm; (c) optionally, a first hot melt adhesive layer; (d) a fluid retentive layer; (e) optionally, a second hot melt adhesive layer; and (f) optionally, an occlusive film layer; wherein the wound care device is configured to transport wound fluid uni-directionally from the wound contact surface to the wound fluid reservoir surface upon exposure to a wound. (a) a single layer of fabric having a wound contact surface comprised primarily of hydrophobic fibers and a wound fluid reservoir surface comprised primarily of hydrophilic fibers, which hydrophobic and hydrophilic fibers are intermeshed together in a jersey knit fabric construction; (b) coated on the wound contact surface of the layer (a), a perforated trilaminate silicone adhesive layer including apertures having a size of 1.5-7 mm; (c) optionally, a first hot melt adhesive layer; (d) a fluid retentive layer; (e) optionally, a second hot melt adhesive layer; and (f) optionally, an occlusive film layer;