mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for filing a wound, wherein the apparatus comprising: an array of interconnected polymeric ovules having a truncated ellipsoidal shape, wherein: each set of four interconnected ovules defines a fluid pathway extending perpendicularly through the array; each truncated ellipsoidal shape comprises an approximately elliptical contact surface at each contact surface between two interconnected ovules; and each interconnected polymeric ovule has its longest principal axis oriented substantially perpendicular to the array; wherein a longest principal axis of each interconnected ovule is from about 3 mm to about 6 mm and/or wherein each fluid pathway has a minimum width dimension from about 500 microns to about 1500 microns. each set of four interconnected ovules defines a fluid pathway extending perpendicularly through the array; each truncated ellipsoidal shape comprises an approximately elliptical contact surface at each contact surface between two interconnected ovules; and each interconnected polymeric ovule has its longest principal axis oriented substantially perpendicular to the array; wherein a longest principal axis of each interconnected ovule is from about 3 mm to about 6 mm and/or wherein each fluid pathway has a minimum width dimension from about 500 microns to about 1500 microns.
A method of reduction of graphene oxide by means of hot pressing, wherein graphene oxide is subjected to hot isostatic pressing, that is, to a high temperature with a simultaneous compression by inert gas from all sides, in a reactor, characterised in that the hot isostatic pressing is carried out at a temperature of 200 °C to 3000 °C, preferably of 1000 °C to 2000 °C, and at a pressure in the range of 150 MPa to 300 MPa.
Method for demounting a ring which is firmly fitted in a bore formed in a support part, characterized in that there is inserted into said ring a member with an external contour substantially complementary to an internal contour of the ring and cooled beforehand to a sufficiently low temperature to cause the contraction of said ring in its vicinity and, after a sufficient time to ensure a contraction of said ring, the ring is extracted from the bore.
A tooth replacement comprising at least one posterior tooth that has a mesial contact surface, a distal contact surface and an occlusal surface, the occlusal surface comprising at least one buccal cusp with a buccal cusp tip, a lingual cusp with a lingual cusp tip, a central fissure which has at least one tooth pit and passes through the occlusal surface in a mesiodistal direction between the two cusps, a first gradient which slopes downward from the buccal cusp tip in the direction of the central fissure and a second gradient which slopes downward from the lingual cusp tip in the direction of the central fissure, the mesial contact surface, the distal contact surface and/or the occlusal surface having free spaces for receiving a dynamic occlusal guide, the distal and/or the mesial contact surface being curved in a calotte-like or spherical manner, i.e. having a convex edge both in a sagittal sectional plane and in a transverse sectional plane, characterised by an antagonist of the posterior tooth that has a further occlusal surface with at least one further cusp which engages in an occlusion position with the tooth pit of the occlusal surface of the posterior tooth, the length of the retrusion path starting from the occlusion position being at least 0.6 mm to 0.8 mm.
An arc welding apparatus comprising: a conductor tube (454, 568) defining an internal passageway comprising and external surface profile and a distal end portion; and a sleeve (456, 570) having inner and outer surface profiles, the inner surface profile configured to abut the external surface profile of the conductor tube, and the outer surface profile comprising an engaging portion; characterized in that the external surface profile of the conductor tube (454, 568) is configured to slidably engage the sleeve (456, 570) and restrict rotation about the longitudinal axis of the conductor tube, the external surface profile of the conductor tube (454, 568) comprises at least one flat and the inner surface profile of the sleeve (456, 570) has a corresponding flat so as prevent rotation, the arc welding apparatus further comprising a nozzle having an inner body, the inner body comprising an inner profile configured to mechanically attach to the outer surface of the sleeve (456, 570). a conductor tube (454, 568) defining an internal passageway comprising and external surface profile and a distal end portion; and a sleeve (456, 570) having inner and outer surface profiles, the inner surface profile configured to abut the external surface profile of the conductor tube, and the outer surface profile comprising an engaging portion; characterized in that the external surface profile of the conductor tube (454, 568) is configured to slidably engage the sleeve (456, 570) and restrict rotation about the longitudinal axis of the conductor tube, the external surface profile of the conductor tube (454, 568) comprises at least one flat and the inner surface profile of the sleeve (456, 570) has a corresponding flat so as prevent rotation, the arc welding apparatus further comprising a nozzle having an inner body, the inner body comprising an inner profile configured to mechanically attach to the outer surface of the sleeve (456, 570).
A shelving system comprising vertical rails and support elements which can be hung into them and which have a contact surface for receiving shelf bases or the like, wherein the rails have cut-outs of a length L which are vertically spaced apart from one another and into which the support elements can each be hung by means of a fastening projection molded at their rear end facing the rail; and wherein, at its lower end, the fastening projection has a convex section of quadrant shape having a radius R, with the radius R and the length L of the cut-outs being selected such that the support element is held in the rail by the fastening projection up to a raised angle of 60 degrees with respect to the horizontal, characterized in that the fastening projection has an upper end section adjoining the section of quadrant shape, with the upper end section likewise being of quadrant shape and the fastening projection thus having a shape which is semicircular overall; with the fastening projection being molded at the rear upper end of the support element; and with the support element having a second fastening element in the region of a lower support surface. wherein the rails have cut-outs of a length L which are vertically spaced apart from one another and into which the support elements can each be hung by means of a fastening projection molded at their rear end facing the rail; and wherein, at its lower end, the fastening projection has a convex section of quadrant shape having a radius R, with the radius R and the length L of the cut-outs being selected such that the support element is held in the rail by the fastening projection up to a raised angle of 60 degrees with respect to the horizontal, characterized in that the fastening projection has an upper end section adjoining the section of quadrant shape, with the upper end section likewise being of quadrant shape and the fastening projection thus having a shape which is semicircular overall; with the fastening projection being molded at the rear upper end of the support element; and with the support element having a second fastening element in the region of a lower support surface.
Lifting device for a metallurgical ladle in which there is liquid metal, - wherein the lifting device has two pairs of vertically oriented posts, - wherein the lifting device has two horizontally oriented transverse struts, which are fastened to the posts of one of the pairs of posts each, - wherein there is a transverse beam for each transverse strut, - wherein the transverse beams can be positioned in the vertical direction relative to the respective transverse strut by means of an individual hydraulic cylinder unit each, - wherein a hook for receiving a pin arranged on the metallurgical ladle is suspended from each of the transverse beams, - wherein the hydraulic cylinder units each have a hydraulic cylinder and a piston that can be retracted and extended relative to the respective hydraulic cylinder, - wherein the transverse beams are arranged above the transverse struts, - wherein the hydraulic cylinder units act in such a way that the transverse beams are moved upward when the pistons are extended and are moved downward when the pistons are retracted, characterized in that the hydraulic cylinder units are formed as integral components that have internally in addition to the respective hydraulic cylinder and the respective piston a hydraulic pump and a hydraulic reservoir as well as the required hydraulic valves. - wherein the lifting device has two pairs of vertically oriented posts, - wherein the lifting device has two horizontally oriented transverse struts, which are fastened to the posts of one of the pairs of posts each, - wherein there is a transverse beam for each transverse strut, - wherein the transverse beams can be positioned in the vertical direction relative to the respective transverse strut by means of an individual hydraulic cylinder unit each, - wherein a hook for receiving a pin arranged on the metallurgical ladle is suspended from each of the transverse beams, - wherein the hydraulic cylinder units each have a hydraulic cylinder and a piston that can be retracted and extended relative to the respective hydraulic cylinder, - wherein the transverse beams are arranged above the transverse struts, - wherein the hydraulic cylinder units act in such a way that the transverse beams are moved upward when the pistons are extended and are moved downward when the pistons are retracted,
A plug comprising a head portion and a tail portion for sealing a puncture in a tyre, the head portion comprising: a porous material that absorbs >0.02 grams of water per gram of porous material as measured according to the method of Example 2 of the description; and an accelerant selected from the group consisting of a salt, solvent and acid, or a combination thereof impregnated in the porous material, wherein the accelerant reduces curing time of a sealant selected from the group consisting of anionic stabilized sealants, steric stabilized sealants and anionic colloidal dispersions, and wherein the porous material does not comprise the sealant. a porous material that absorbs >0.02 grams of water per gram of porous material as measured according to the method of Example 2 of the description; and an accelerant selected from the group consisting of a salt, solvent and acid, or a combination thereof impregnated in the porous material, wherein the accelerant reduces curing time of a sealant selected from the group consisting of anionic stabilized sealants, steric stabilized sealants and anionic colloidal dispersions, and wherein the porous material does not comprise the sealant.
Domestic appliance door, in particular cooking appliance door, with a door handle mounted on the domestic appliance door in a moveable manner to adapt to an operation hand movement, wherein the door handle has a guiding part and a handle plate, and the handle plate can be optionally moved on the guiding part between - a neutral position, in which the handle plate is not able to be grasped when then domestic appliance door is closed, and - a function position (G'), in which the handle plate is able to be grasped, characterised in that the guiding part is mounted on the domestic appliance door in a moveable manner. - a neutral position, in which the handle plate is not able to be grasped when then domestic appliance door is closed, and - a function position (G'), in which the handle plate is able to be grasped,
Apparatus for sealing first and second zones (10,12) from one another including: a sterilization unit disposable in a structure separating the first and second zones (10, 12), the sterilization unit including a chamber and providing therethrough access to the first and second zones (10, 12); a sealing unit disposed around at least a part of the sterilization unit, characterised in that the sealing unit includes first and second seal elements (52, 54) each providing a seal between the sterilization unit and the separating structure; filler material disposed between the first and second seal elements (52, 54), wherein the filler material provides a measurable characteristic; and at least one sensor disposed to determine a pressure or pressure change as said measurable characteristic. a sterilization unit disposable in a structure separating the first and second zones (10, 12), the sterilization unit including a chamber and providing therethrough access to the first and second zones (10, 12); a sealing unit disposed around at least a part of the sterilization unit, characterised in that the sealing unit includes first and second seal elements (52, 54) each providing a seal between the sterilization unit and the separating structure; filler material disposed between the first and second seal elements (52, 54), wherein the filler material provides a measurable characteristic; and at least one sensor disposed to determine a pressure or pressure change as said measurable characteristic.
An apparatus for supplying cables to robots at non-static locations, comprising: a base platform; a work platform positioned above the base platform for supporting one or more humans; a plurality of robots supported on the base platform independently of the work platform; and a cable carrier system, positioned above the base platform and underneath the work platform for providing cables to the robots. a base platform; a work platform positioned above the base platform for supporting one or more humans; a plurality of robots supported on the base platform independently of the work platform; and a cable carrier system, positioned above the base platform and underneath the work platform for providing cables to the robots.
A lighting device, comprising a light body, a light source module mounted in the light body, and a light transmissive portion covering the light source module, wherein, the light source module includes a plurality of lenses and a light emitting unit accommodated in each of the plurality of lenses, and light emitted by the light emitting unit is emitted from the light transmissive portion after being distributed by the lens, the light transmissive portion is arc-shaped, and an incident angle corresponding to incident light at any point of the light transmissive portion is smaller than 45°, characterized in that a length direction of the lens is a longitudinal direction, a width direction of the lens is a lateral direction, and a central cross-sectional profile of the lens in the longitudinal direction and a central cross-sectional profile of the lens in the lateral direction are different from each other, the central cross-sectional profile of the lens in the longitudinal direction is a first profile, the first profile is an axisymmetric pattern, and the first profile includes a first light incident surface and a first light emission surface, the first light incident surface is a semi-ellipsoid and the first light emission surface is an axisymmetric curved surface, and a curvature of the first light incident surface is greater than a curvature of the first light emission surface. the light source module includes a plurality of lenses and a light emitting unit accommodated in each of the plurality of lenses, and light emitted by the light emitting unit is emitted from the light transmissive portion after being distributed by the lens, the light transmissive portion is arc-shaped, and an incident angle corresponding to incident light at any point of the light transmissive portion is smaller than 45°, characterized in that a length direction of the lens is a longitudinal direction, a width direction of the lens is a lateral direction, and a central cross-sectional profile of the lens in the longitudinal direction and a central cross-sectional profile of the lens in the lateral direction are different from each other, the central cross-sectional profile of the lens in the longitudinal direction is a first profile, the first profile is an axisymmetric pattern, and the first profile includes a first light incident surface and a first light emission surface, the first light incident surface is a semi-ellipsoid and the first light emission surface is an axisymmetric curved surface, and a curvature of the first light incident surface is greater than a curvature of the first light emission surface.
Children's tent with safety snap fasteners for tensioning a tent canvas, comprising four obliquely placed vertical slats, two of which are interconnected at a sharp angle, wherein the vertical slats are connected at the bottom with two horizontal slats and with a horizontal slat at the top, and a tent canvas, wherein each vertical slat comprises, in the upper part, a groove with a hole in the middle of the groove for connection with the top horizontal slat and, in the lower part, a hole for connection with the respective bottom horizontal slat, wherein across groove, two vertical slats each are interconnected, characterized by further comprising snap fasteners, each snap fastener comprising two parts, a first part which enters the respective vertical slat and a second part which is connected with the tent canvas, and above the hole in the lower part, the vertical slat comprises the first part of the safety snap fastener, wherein the second part of the safety snap fastener is on the tent canvas, allowing the transfer of tension force diagonally across the tent canvas while the tent canvas is crossed over the top horizontal slat and covers and encompasses the vertical slats. characterized by further comprising snap fasteners, each snap fastener comprising two parts, a first part which enters the respective vertical slat and a second part which is connected with the tent canvas, and above the hole in the lower part, the vertical slat comprises the first part of the safety snap fastener, wherein the second part of the safety snap fastener is on the tent canvas, allowing the transfer of tension force diagonally across the tent canvas while the tent canvas is crossed over the top horizontal slat and covers and encompasses the vertical slats.
A press brake equipped with a front plate and a back plate on a front and a back of a lower table that is attached to a lower side of left and right side frames (3L, 3R) in the press brake, and equipped with an upper table provided with an upper mold for carrying out a bending processing on a plate shaped workpiece in cooperation with a lower mold provided with this lower table, to be freely movable up or down on an upper side of said left and right side frames (3L, 3R), the press brake comprises left and right eccentric shafts (23, 57L, 57R) for performing the crowning of said lower table, wherein the eccentric shafts (23, 57L, 57R) are provided to be freely rotatable on said lower table, and a force-increasing mechanism for transmitting an output of an actuator (31, 69) to said each eccentric shaft (23, 57L, 57R) with a force increased is provided between the actuator (31, 69) for rotating said eccentric shafts (23, 57L, 57R) and said each eccentric shaft (23, 57L, 57R), the press brake is characterized in that said force-increasing mechanism is configured with a toggle mechanism (41L, 41R, 73L, 73R, 93L, 93R).
A conjugate comprising: (a) a polypeptide comprising 50 to 500 charged motifs, each charged motif independently having an amino acid sequence consisting of SEQ ID NO: 1 (VPX 1 X 2 G), wherein X 1 is a negatively or positively charged amino acid, and wherein X 2 is the other of a negatively or positively charged amino acid; and (b) one or more drug molecules attached to the polypeptide. (a) a polypeptide comprising 50 to 500 charged motifs, each charged motif independently having an amino acid sequence consisting of SEQ ID NO: 1 (VPX 1 X 2 G), wherein X 1 is a negatively or positively charged amino acid, and wherein X 2 is the other of a negatively or positively charged amino acid; and (b) one or more drug molecules attached to the polypeptide.
Sensor having a detection region which can be acted on with an electrical supply voltage, wherein the electrical resistance of the detection region changes under the action of force or pressure so that a force-dependent and/or pressure-dependent output signal can be produced, wherein the detection region has two conductor path structures (5, 6) which are arranged so as to spatially engage one inside the other and which are electrically separated from each other and a paste which is arranged spaced apart from the conductor path structures (5, 6) in a non-activated state of the sensor, and wherein, when the sensor is activated, the paste - in order to electrically connect at least a part-region of the two conductor path structures (5, 6) and consequently in order to reduce the electrical resistance of the detection region - can be moved by means of force or pressure in the direction of the conductor path structures (5, 6), characterised in that at the side of the paste facing the conductor path structures (5, 6) a silver-containing and/or graphite-containing layer is arranged on the paste.
A container for dispensing an adhesive in the form of a multi-component mixture, comprising a dispensing opening, an inner space being provided which has at least two separate chambers (9, 10) that receive one component (12, 13) each, devices (3, 11) being provided that allow the components (12, 13) to be combined and mixed in the inner space, a hollow connecting pipe that protrudes from the dispensing opening into the inner space being provided, the connecting pipe providing a connecting channel between the inner space and the dispensing opening, the connecting pipe being in contact, on its side opposite the dispensing opening, with one of the components prior to mixing, characterized in that barrier means (26, 34, 38) are provided for the connecting pipe, which means prevent contamination of the connecting channel by this component, the barrier means (26, 34, 38) being removable for dispensing the multi-component mixture.
A resin composition for laser direct structuring, comprising, relative to 100 parts by weight of a resin component comprising 30 to 100% by weight of a polycarbonate resin and 70% by weight or less of a styrene-based resin, 10 to 100 parts by weight of a glass fiber coated with a sizing agent and 2 to 20 parts by weight of a laser direct structuring additive, wherein the sizing agent comprises at least one kind selected from a polyolefin resin and a silicone resin, and wherein the laser direct structuring additive is a metal oxide comprising, as a metal component, 90% by weight or more of tin and 2 to 7% by weight of antimony, and further comprising 0.0005% or more by weight of lead and/or copper, or a metal oxide particle comprising titanium oxide coated with a composition comprising tin as a main component and antimony.