mhurhangee/ep-ind-claims huggingface dataset:
A pediatric headrest for skull stabilization during pediatric neurosurgical and orthopedic procedures, the pediatric headrest comprising: a body; a horseshoe shaped head support having first and second wings (18, 22) coupled to the body, the horseshoe shaped head support adapted to be positioned subjacent to and to provide support to the weight of the skull, the horseshoe shaped head support configured to accept the skull in a position selected from the group consisting of prone, supine, lateral and combinations thereof; a gel pad superposed on the horseshoe shaped head support; the first and second wings (18, 22) being pivotally joined to adjust the angle therebetween; first and second arcuate base members (44, 46) coupled to the first and second wings (18, 22), respectively, and at least partially circumscribing a perimeter thereof, each of the first and second arcuate base members (44, 46) having connection members; a plurality of placement subassemblies adjustably positioned and secured to the connection members of the first and second arcuate base members, each placement subassembly configured to receive a skull pin and provide adjustable horizontal, vertical, and angular positioning of the skull pin with respect to the arcuate base; and each of the skull pins (84, 114) adapted to provide lateral discrete pressure to the skull in order to stabilize the skull. a body; a horseshoe shaped head support having first and second wings (18, 22) coupled to the body, the horseshoe shaped head support adapted to be positioned subjacent to and to provide support to the weight of the skull, the horseshoe shaped head support configured to accept the skull in a position selected from the group consisting of prone, supine, lateral and combinations thereof; a gel pad superposed on the horseshoe shaped head support; the first and second wings (18, 22) being pivotally joined to adjust the angle therebetween; first and second arcuate base members (44, 46) coupled to the first and second wings (18, 22), respectively, and at least partially circumscribing a perimeter thereof, each of the first and second arcuate base members (44, 46) having connection members; a plurality of placement subassemblies adjustably positioned and secured to the connection members of the first and second arcuate base members, each placement subassembly configured to receive a skull pin and provide adjustable horizontal, vertical, and angular positioning of the skull pin with respect to the arcuate base; and each of the skull pins (84, 114) adapted to provide lateral discrete pressure to the skull in order to stabilize the skull.
Planishing roll comprising a surface structure, in particular for producing flat products consisting of a metal material, in particular consisting of a steel material, characterised in that the surface structure has a material proportion of 2% at a depth of 0.2 μm to 9 μm, preferably at a depth of 0.8 μm to 5.5 μm, the depth is measured starting from a zero line in the direction of an axis of rotation of the planishing roll, the zero line extends in parallel with the axis of rotation of the planishing roll and the zero line is displaced starting from the surface of the planishing roll in the direction of the axis of rotation of the planishing roll until its material proportion is 0.1%.
A cranial drill, comprising a main machine, a reducer and a locking seat that are successively threadedly connected, having a drill transmission rod interconnected to an output shaft of the reducer inserted in the locking seat, wherein the main machine comprises a handle in the lower portion, and a containing part in the upper portion, the containing part having a stator and rotor of a DC electric motor provided therein, a wall of the containing part defining a housing of the stator of the DC electric motor; wherein the rear portion of the containing part is arranged with a blocking plate with holes, an end cover is threadedly connected with the rear end of the containing part in tight fitting; wires of the stator of the DC electric motor go through the holes on the block plate and enter the inside of the handle; wherein the locking seat comprises: a flange with a through hole, an inner wall of a small cylinder on the upside of the flange arranged with bearings and supporting members that support the bearings, the flange also provided with a locking sleeve which is arranged with a first protrusion on the inner wall of the upper portion thereof and a second protrusion on the inner wall of the lower portion thereof; a spring is arranged between the second protrusion and the upper bottom face of the flange; a pressing plate is threadedly connected with an outer wall of a top portion of the small cylinder on the upside of the flange and presses against the first protrusion; holes of various sizes are provided on the inner wall of the small cylinder corresponding to the second protrusion and on the supporting members to form stepped holes which are provided with steel balls therein.
A method of forming a coating on surface of a pipeline the method comprising the steps of: a) providing a coating composition comprising a first part comprising at least one aliphatic polyisocyanate, and a second part comprising at least one diamine; wherein the coating composition comprises one or more alkyl phenyl ester compounds wherein the alkyl group comprises at least 8 carbon atoms; b) combining the first part and the second part to form a liquid mixture; c) applying the liquid mixture to internal surfaces of the pipeline; and d) allowing the mixture to set forming a cured coating. a) providing a coating composition comprising a first part comprising at least one aliphatic polyisocyanate, and a second part comprising at least one diamine; wherein the coating composition comprises one or more alkyl phenyl ester compounds wherein the alkyl group comprises at least 8 carbon atoms; a first part comprising at least one aliphatic polyisocyanate, and a second part comprising at least one diamine; b) combining the first part and the second part to form a liquid mixture; c) applying the liquid mixture to internal surfaces of the pipeline; and d) allowing the mixture to set forming a cured coating.
Friction assembly comprising a support plate, at least one brake pad and at least one reinforcing foil of said plate; wherein the brake pad and the support plate are co-moulded from at least one heat-resistant resin, wherein the heat resistant resin of the support plate is loaded with reinforcing fibres, preferably non metallic, and wherein the reinforcing foil is fixed to the support plate by means of anchoring projections, joined to and that develop away from said foil, embedded in said resin to prevent or limit deformations of the support plate in the use of said assembly, characterized in that the brake pad is co-moulded to an opposite surface of the support plate with respect to the surface to which the reinforcing foil is anchored, to create a sandwich structure.
Labeling group for applying labels to containers with a cutting mechanism for cutting the label tape into individual labels and with a vacuum roller for transferring the labels to the containers, wherein the cutting mechanism comprises a cutting edge and a cutting roller cooperating therewith, and wherein the cutting roller on its periphery comprises a plurality of segments (61a, 61b) with negative-pressure holes (62a, 62b) for sucking the labels, characterized in that the segments (61a, 61b) are configured as ring segments or ring sectors which are separated in axial direction, wherein the segments (61a, 61b) are respectively connected to a negative-pressure supply via a channel (63a, 63b) formed separately in the cutting roller, and wherein at least one channel (63a, 63b) is configured to be connected and disconnected such that the segments (61a, 61b) can be supplied with negative pressure independently of one another.
Method for automatically determining a boundary of a sub-portion of a total portion, in particular of a map, which sub-portion depicts the remaining range of a motor vehicle, the total portion being divided into a matrix of rectangular portion segments (11, 15, 17, 20, 23, 25, 27), an interconnected subset of which is associated with the sub-portion, and the sub-portion being the result of an algorithm which determines the remaining range of the motor vehicle, characterised in that, initially starting from a region of the total portion not belonging to the sub-portion, an edge portion segment (15, 20, 23) of the sub-portion is located and a first point which denotes the position of the edge portion segment (15, 20, 23) is entered into a list of points, after which steps are taken along the edge of the sub-portion and, for every additional edge portion segment (15, 20, 23) located, a point which denotes the position of the edge portion segment (15, 20, 23) is entered into the list until the edge portion segment (15, 20, 23) which corresponds to the first point is reached again, the boundary being determined from the list of points.
A process for the manufacture of 3,7-dimethyl-1-octen-3-ol comprising the following steps: a) hydrogenation of 6-methyl-5-hepten-2-on to 6-methyl-2-heptanon in the presence of hydrogen and a palladium containing catalyst on a carrier selected from the group consisting of carbon, calcium carbonate and aluminum oxide; b) reaction of 6-methyl-2-heptanon with acetylene to 3,7-dimethyl-1-octin-3-ol in the presence of ammonia and potassium hydroxide and in the absence of any additional organic solvent; c) hydrogenation of 3,7-dimethyl-1-octin-3-ol to 3,7-dimethyl-1-octen-3-ol in the presence of hydrogen and a palladium containing catalyst on a carrier selected from the group consisting of calcium carbonate, aluminum oxide, silica, porous glass, carbon or graphite, and barium sulphate, with the proviso that the catalyst additionally contains lead when the carrier is calcium carbonate; wherein step a) is carried out at a pressure in the range of 1.1 bar to 15 bar, and wherein step a) and step c) are performed in the absence of any organic solvent. a) hydrogenation of 6-methyl-5-hepten-2-on to 6-methyl-2-heptanon in the presence of hydrogen and a palladium containing catalyst on a carrier selected from the group consisting of carbon, calcium carbonate and aluminum oxide; b) reaction of 6-methyl-2-heptanon with acetylene to 3,7-dimethyl-1-octin-3-ol in the presence of ammonia and potassium hydroxide and in the absence of any additional organic solvent; c) hydrogenation of 3,7-dimethyl-1-octin-3-ol to 3,7-dimethyl-1-octen-3-ol in the presence of hydrogen and a palladium containing catalyst on a carrier selected from the group consisting of calcium carbonate, aluminum oxide, silica, porous glass, carbon or graphite, and barium sulphate, with the proviso that the catalyst additionally contains lead when the carrier is calcium carbonate;
A cabinet with a containment space, shelves contained in the containment space, an access opening to the containment space and a moving mechanism for moving the shelves through said opening; wherein said moving mechanism comprises a first arm and a second arm, which are sustained by the cabinet, cantilever-style, inside the containment space, and rotatably about a vertical line, said first arm and second arm in turn sustaining a related shelf in a condition in which it can rotate, turning about at least one vertical line; at least the second arm of said arms (5, 6) being provided with two component segments (10, 11), converging at an interposed articulated joint; and control and guiding means for coordination of the movement of said first arm and second arm which are designed to allow the shelf to travel along a horizontal trajectory with variable orientation of its positioning, in such a way as to pass through the access opening of said cabinet; and which comprise double sliders and double tracks relative to which said double sliders are movable, said sliders and said tracks being constantly coupled to one another, and operatively positioned between said first arm and second arm; the cabinet characterising in that said double sliders are coaxial and monolithically connected to each other, being interposed between two said tracks which are on either side and opposite one another.
An indication instrument comprising: a display panel; a display plate on which index parts are disposed along the outer periphery of the display panel; a pointer that indicates the index parts; a drive source that drives the pointer; and a light source that illuminates at least the display plate, with the pointer being routed around the rear of the display panel to reach the front of the display plate, wherein the indication instrument is provided with a frame that connects the display panel, the display plate and the light source together, and an illumination chamber that guides the light of the light source to the display plate is provided in the frame,and wherein: the display plate is disposed along the outer periphery of the display panel, the display plate includes a window part, and the frame connects the display panel and the display plate so that the necessary parts of the display panel are viewed from the window part of the display plate. a display panel; a display plate on which index parts are disposed along the outer periphery of the display panel; a pointer that indicates the index parts; a drive source that drives the pointer; and a light source that illuminates at least the display plate, with the pointer being routed around the rear of the display panel to reach the front of the display plate, wherein the indication instrument is provided with a frame that connects the display panel, the display plate and the light source together, and an illumination chamber that guides the light of the light source to the display plate is provided in the frame,and wherein: the display plate is disposed along the outer periphery of the display panel, the display plate includes a window part, and the frame connects the display panel and the display plate so that the necessary parts of the display panel are viewed from the window part of the display plate. the display plate is disposed along the outer periphery of the display panel, the display plate includes a window part, and the frame connects the display panel and the display plate so that the necessary parts of the display panel are viewed from the window part of the display plate.
A method for manufacturing shoe parts in an automated manner, the method comprising: situating a first shoe part on a substantially planar top surface, the top surface being formed by a plurality of adjustable members supported by a substantially planar support surface when each of the plurality of adjustable members is in an extended position; and adjusting one or more of the plurality of members into a retracted position creating at least one opening for receiving a shoe processing tool, wherein the shoe part remains substantially in position upon one or more of the plurality of members that remains in an extended position.
Tool spindle comprising a spindle housing (2/32), a rotary drive including a drive motor, said drive motor acting on a rotating drive shaft (5/35), and a tool receiving unit (11/41) rotatably arranged around said drive shaft (5/35), which tool receiving unit is connected to the drive shaft (5/35) via a gear chain and is arranged movably within the spindle housing (2/32) and relative thereto, and comprising a tool adjustment device (6/36) including a tool adjusting unit (14/44) and the tool receiving unit (11/41), wherein the tool adjusting unit (14/44) supports the tool receiving unit (11/41), characterized in that the tool adjustment device (6/36) is directly integrated into the drive shaft (5/35), wherein the tool adjusting unit (14/44) and the tool receiving unit (11/41) are arranged in a housing (13/43) and are movable relative to the spindle housing (2/32) about an axis lying transversely to the drive shaft (5/35), wherein the tool adjusting unit (14/44) is located within a front (17/47) and a rear (19/49) bearing of the drive shaft (5/35), the front bearing (17/47) supporting the housing.
A process for blending two or more petroleum oils, any component of which may be an unprocessed crude oil or a processed oil derived from petroleum, in a manner to minimize fouling and coking of refinery process equipment comprising: (a) determining the insolubility number, I, as described in the description for each oil. (b) determining the solubility blending number, S, as described in the description for each oil; and (c) combining said petroleum oils as described in the description such that the solubility blending number of the mixture is always higher than 1.4 times the insolubility number of any oil in the mixture. (a) determining the insolubility number, I, as described in the description for each oil. (b) determining the solubility blending number, S, as described in the description for each oil; and (c) combining said petroleum oils as described in the description such that the solubility blending number of the mixture is always higher than 1.4 times the insolubility number of any oil in the mixture.
Radiation detection device comprising: - a plurality of detector elements (DET1, DET2), each detector element being associated with a different circuit (AMP1-CMP1) for acquiring pulse signals and counting detection events, the device comprising correlation means of detection events corresponding to at least two detector elements (DET1, DET2), Characterized in that said correlation are adapted to distinguish cases of correlation or concordance, in the case of temporal overlap of a pulse signal by another pulse signal, and cases (UNCO1/2) of non-correlation, in the case of a simple time lag of one pulse signal compared to another pulse signal, said two signals partially overlapping. - a plurality of detector elements (DET1, DET2), each detector element being associated with a different circuit (AMP1-CMP1) for acquiring pulse signals and counting detection events, the device comprising correlation means of detection events corresponding to at least two detector elements (DET1, DET2),
A biaxially oriented, multilayer polyethylene film comprising: Layer A which is a sealant layer having a top facial surface and a bottom facial surface and comprising a first ethylene-based polymer composition, wherein the first ethylene-based polymer composition has a density of at least 0.900 g/cm 3, an I HDF>95 of 20-60 kg/mol, and a MW HDF>95 of greater than 130 kg/mol, wherein Layer A comprises at least 50 weight percent of the first ethylene-based polymer composition based on the weight of Layer A; wherein I HDF>95 is measured as described in the description; and Layer B having a top facial surface and a bottom facial surface, wherein Layer B comprises one or more additional polyethylenes; wherein the top facial surface of Layer B is in adhering contact with a bottom facial surface of Layer A, wherein the density of the first ethylene-based polymer composition is at least 0.002 g/cm 3 less than the density of Layer B. Layer A which is a sealant layer having a top facial surface and a bottom facial surface and comprising a first ethylene-based polymer composition, wherein the first ethylene-based polymer composition has a density of at least 0.900 g/cm 3, an I HDF>95 of 20-60 kg/mol, and a MW HDF>95 of greater than 130 kg/mol, wherein Layer A comprises at least 50 weight percent of the first ethylene-based polymer composition based on the weight of Layer A; wherein I HDF>95 is measured as described in the description; and Layer B having a top facial surface and a bottom facial surface, wherein Layer B comprises one or more additional polyethylenes; wherein the top facial surface of Layer B is in adhering contact with a bottom facial surface of Layer A, wherein the density of the first ethylene-based polymer composition is at least 0.002 g/cm 3 less than the density of Layer B.
A product status display method for products conveyed on a linear conveyor, with which products can be conveyed on a linear conveyor and a display device having at least one actuatable, arranged light strip is arranged parallel to the linear conveyor, wherein the light strip can emit luminous signals and the luminous signals are movable synchronously with the products placed on the linear conveyor, wherein - at least the length of the particular conveyed product is determined and - the longitudinal extension of the product is replicated in the respective associated luminous signal in the conveying direction, characterized in that in the case of products placed and/or stacked one above the other, in addition the respective product height is determined, wherein over their entire length there takes place a signalling of the at least two products by a luminous signal divided into two portions by at least an interruption in the luminous signal or an interruption luminous signal portion, wherein the luminous signal divided into partial portions for the stacked products signals the respective product status of the individual stacked products. - at least the length of the particular conveyed product is determined and - the longitudinal extension of the product is replicated in the respective associated luminous signal in the conveying direction, characterized in that in the case of products placed and/or stacked one above the other, in addition the respective product height is determined, wherein over their entire length there takes place a signalling of the at least two products by a luminous signal divided into two portions by at least an interruption in the luminous signal or an interruption luminous signal portion, wherein the luminous signal divided into partial portions for the stacked products signals the respective product status of the individual stacked products.
A perforated sleeve for a wall plug, with 1.1 a sleeve element, with a mesh structure, 1.2 a terminal element (2, 3) at each end of the sleeve element, 1.3 a collar arranged at the one end of the sleeve element, which 1.4 is connected with the terminal element via at least one predetermined separating station, enabling the collar to be torn from the terminal element, together with 1.5 a base arranged at the other end of the sleeve element, which 1.6 is connected with the terminal element via at least one predetermined separating station, enabling the base to be torn from the terminal element, wherein 1.7 the perforated sleeve is injection moulded in one piece out of plastic. 1.1 a sleeve element, with a mesh structure, 1.2 a terminal element (2, 3) at each end of the sleeve element, 1.3 a collar arranged at the one end of the sleeve element, which 1.4 is connected with the terminal element via at least one predetermined separating station, enabling the collar to be torn from the terminal element, together with 1.5 a base arranged at the other end of the sleeve element, which 1.6 is connected with the terminal element via at least one predetermined separating station, enabling the base to be torn from the terminal element, wherein 1.7 the perforated sleeve is injection moulded in one piece out of plastic.