mhurhangee/ep-ind-claims huggingface dataset:
A method of sealing a container that allows for aroma or scent detection of a solid substance held in the sealed container, comprising the steps of: providing a container having an opening in communication with an internal chamber; providing a solid substance having an aroma or scent in the internal chamber; providing a non-venting one-piece, partially perforated multilayer induction heat seal liner (100; 300; 400) including a bottom heat seal layer for sealing around the opening of the container, a paper layer, and a metal foil layer between the heat seal layer and the paper layer; and affixing by inductive heat sealing the bottom heat seal layer of the liner (100; 300; 400) around the opening to restrict access to the solid substance in the internal chamber while allowing the aroma or scent thereof to permeate through the partially perforated liner (100; 300; 400) for detection by a human nose; the liner (100; 300; 400) being configured to allow for said detection via a partial perforation (112; 312; 412) extending in a thickness direction completely through the metal foil layer and in a range of 2% to 99% of a total liner thickness, leaving the paper layer with an unperforated thickness that permits permeation for said detection, and wherein the liner (100; 300; 400) does not include either a liquid barrier layer or a gas permeable vent. providing a container having an opening in communication with an internal chamber; providing a solid substance having an aroma or scent in the internal chamber; providing a non-venting one-piece, partially perforated multilayer induction heat seal liner (100; 300; 400) including a bottom heat seal layer for sealing around the opening of the container, a paper layer, and a metal foil layer between the heat seal layer and the paper layer; and affixing by inductive heat sealing the bottom heat seal layer of the liner (100; 300; 400) around the opening to restrict access to the solid substance in the internal chamber while allowing the aroma or scent thereof to permeate through the partially perforated liner (100; 300; 400) for detection by a human nose; the liner (100; 300; 400) being configured to allow for said detection via a partial perforation (112; 312; 412) extending in a thickness direction completely through the metal foil layer and in a range of 2% to 99% of a total liner thickness, leaving the paper layer with an unperforated thickness that permits permeation for said detection, and wherein the liner (100; 300; 400) does not include either a liquid barrier layer or a gas permeable vent.
A clutch cover assembly which is provided on the clutch disc and has a cover, a pressure plate that is provided on said cover, a diaphragm spring that is connected to the cover, an adjustment ring that is fitted on said pressure plate, comprising the following so as to compensate the wear occurs on said clutch disc lining; - a stop ramp that is positioned on the pressure plate so as to remain fixed when wear occurs on the clutch disc lining, - a adjusting ramp that activates said adjustment ring together with it so as to increase the thickness of the pressure plate, - a removable wear adjusting bolt whose movement is restricted with the cover so as to keep said stop ramp in a fixed position during wear, - a force sheet that is connected to the pressure plate with a bolt at both ends and engaged to the stop ramp from its central section, - and characterised in that the adjusting ramp is configured with an adjusting ramp angled surface and also has an adjusting ramp latch, - the adjusting latch is located in the adjustment ring channel and engages the adjusting ramp with the adjustment ring. - a stop ramp that is positioned on the pressure plate so as to remain fixed when wear occurs on the clutch disc lining, - a adjusting ramp that activates said adjustment ring together with it so as to increase the thickness of the pressure plate, - a removable wear adjusting bolt whose movement is restricted with the cover so as to keep said stop ramp in a fixed position during wear, - a force sheet that is connected to the pressure plate with a bolt at both ends and engaged to the stop ramp from its central section, - and characterised in that the adjusting ramp is configured with an adjusting ramp angled surface and also has an adjusting ramp latch, - the adjusting latch is located in the adjustment ring channel and engages the adjusting ramp with the adjustment ring.
Device for handling printing plates at a printing press, comprising a horizontal rail for guiding at least one carriage for transporting printing plates and at least one vertical rail for guiding the horizontal rail when adjusting the horizontal rail in an upward or downward direction, characterized in that multiple carriages for transporting the printing plates are simultaneously guided by the horizontal rail along a row of printing units (2,3) of the printing press and multiple vertical rails are provided for guiding the horizontal rail when adjusting the horizontal rail together with the carriages in upward and downward directions, the vertical rails arranged to be parallel to one another. comprising a horizontal rail for guiding at least one carriage for transporting printing plates and at least one vertical rail for guiding the horizontal rail when adjusting the horizontal rail in an upward or downward direction, characterized in that multiple carriages for transporting the printing plates are simultaneously guided by the horizontal rail along a row of printing units (2,3) of the printing press and multiple vertical rails are provided for guiding the horizontal rail when adjusting the horizontal rail together with the carriages in upward and downward directions, the vertical rails arranged to be parallel to one another.
A printing assembly, comprising: a support structure and a carriage, the carriage including a base portion, and an opening disposed through the base portion; a printhead having a retaining portion and a nozzle, the retaining portion having an upper surface on an opposite end of the printhead from the nozzle; the printhead disposed through the opening of the base portion of the carriage and being secured to the base portion of the carriage such that the upper surface of the retaining portion and the nozzle are on opposite sides of the base portion; the support structure including a set of rods, each rod of the set of rods including a through hole; the carriage including a set of sleeves, each sleeve of the set of sleeves including a through hole; each rod of the set of rods being disposed in a corresponding through hole of the set of sleeves; the carriage being able to translate from an extended position to a retracted position, the upper surface of the retaining portion being located closer to the support structure in the retracted position than in the extended position; a spring being located within each through hole of the set of sleeves, the spring biasing the carriage to the extended position; and a fastener disposed through each of the set of rods and through each of the set of sleeves, each fastener securing the support structure to the carriage; wherein the support structure deflects from the extended position toward the retracted position when the nozzle experiences a force sufficient to compress the spring. a support structure and a carriage, the carriage including a base portion, and an opening disposed through the base portion; a printhead having a retaining portion and a nozzle, the retaining portion having an upper surface on an opposite end of the printhead from the nozzle; the printhead disposed through the opening of the base portion of the carriage and being secured to the base portion of the carriage such that the upper surface of the retaining portion and the nozzle are on opposite sides of the base portion; the support structure including a set of rods, each rod of the set of rods including a through hole; the carriage including a set of sleeves, each sleeve of the set of sleeves including a through hole; each rod of the set of rods being disposed in a corresponding through hole of the set of sleeves; the carriage being able to translate from an extended position to a retracted position, the upper surface of the retaining portion being located closer to the support structure in the retracted position than in the extended position; a spring being located within each through hole of the set of sleeves, the spring biasing the carriage to the extended position; and a fastener disposed through each of the set of rods and through each of the set of sleeves, each fastener securing the support structure to the carriage; wherein the support structure deflects from the extended position toward the retracted position when the nozzle experiences a force sufficient to compress the spring.
A combination structure of an annular weir, a nozzle, and a tundish, wherein the annular weir is fixed at a bottom of the tundish and just under the long nozzle of a ladle in a continuous casting apparatus, the annular weir comprising a cavity which has a substantially circular shaped transverse section, the cavity including: an upper side opening configured to receive a stream of molten metal from an upper side through said long nozzle; an inner protrusion which is annular in shape, the inner protrusion extending toward an inner side from an upper end of an inner wall of said cavity; a first space on an inner side of said inner protrusion; and a second space which communicates with said first space, the second space being on a lower side of said first space; wherein an inside diameter of said first space is within a range of 4 times to 5 times a diameter of a discharge hole of said long nozzle, and an inside diameter of said second space is within a range of 1.2 times to 1.5 times the inside diameter of said first space; and wherein height of said annular weir is within a range of 1/6 to 1/4 of height of a surface of a bath in operation. an upper side opening configured to receive a stream of molten metal from an upper side through said long nozzle; an inner protrusion which is annular in shape, the inner protrusion extending toward an inner side from an upper end of an inner wall of said cavity; a first space on an inner side of said inner protrusion; and a second space which communicates with said first space, the second space being on a lower side of said first space; wherein an inside diameter of said first space is within a range of 4 times to 5 times a diameter of a discharge hole of said long nozzle, and an inside diameter of said second space is within a range of 1.2 times to 1.5 times the inside diameter of said first space; and wherein height of said annular weir is within a range of 1/6 to 1/4 of height of a surface of a bath in operation.
A method for operating a microwave heating device, the microwave heating device comprising a heating chamber and at least two radiating portions that are adapted to radiate microwaves to the heating chamber, wherein the at least two radiating portions can be operated in operational configurations that differ from one another in frequency and/or in phase shift(s) between the radiated microwaves, an energy efficiency being associated with each operational configuration, characterized in that the method includes a learning procedure that comprises: positioning at least one product in the heating chamber; changing frequency and phase shift(s) to sequentially operate the at least two radiating portions in a plurality of operational configurations, in such a way that, for each frequency, the at least two radiating portions are operated in a number of operational configurations that differ in phase shift(s) from one another; calculating the energy efficiency for each of said plurality of operational configurations; saving the obtained data of energy efficiency for said plurality of operational configurations. positioning at least one product in the heating chamber; changing frequency and phase shift(s) to sequentially operate the at least two radiating portions in a plurality of operational configurations, in such a way that, for each frequency, the at least two radiating portions are operated in a number of operational configurations that differ in phase shift(s) from one another; calculating the energy efficiency for each of said plurality of operational configurations; saving the obtained data of energy efficiency for said plurality of operational configurations.
An electrode plate processing device, comprising: an electrode plate cutting mechanism adopting laser cutting and having a cutting position; and an electrode plate rolling mechanism, through which an electrode plate passes, wherein the electrode plate rolling mechanism comprises a first roller and a second roller that are connected to a same shaft and separated from one another, the first roller has a vacuum adsorption zone for adsorbing a waste edge of the electrode plate, and the cutting position is provided in upstream of the vacuum adsorption zone along a conveying direction of the electrode plate processing device, characterized in that the first roller is rotationally arranged, and the electrode plate processing device further comprises a driving mechanism, wherein the driving mechanism comprises a driving portion and a transmission portion, and the driving portion drives the first roller to rotate via the transmission portion, and the second roller is rotationally arranged, and rotation of the first roller and rotation of the second roller are independent to each other. an electrode plate cutting mechanism adopting laser cutting and having a cutting position; and an electrode plate rolling mechanism, through which an electrode plate passes, wherein the electrode plate rolling mechanism comprises a first roller and a second roller that are connected to a same shaft and separated from one another, the first roller has a vacuum adsorption zone for adsorbing a waste edge of the electrode plate, and the cutting position is provided in upstream of the vacuum adsorption zone along a conveying direction of the electrode plate processing device, characterized in that the first roller is rotationally arranged, and the electrode plate processing device further comprises a driving mechanism, wherein the driving mechanism comprises a driving portion and a transmission portion, and the driving portion drives the first roller to rotate via the transmission portion, and the second roller is rotationally arranged, and rotation of the first roller and rotation of the second roller are independent to each other.
Method for the production of an electrotechnical coil having one or more winding(s), a female mould comprising a coil geometry, in particular a broken mould or a permanent mould, being provided or produced, a coil material which is suitable for forming the winding(s), in particular an electrically conductive metal, being poured into this female mould in liquid form and/or being introduced into this female mould with pressure assistance, and this coil material being solidified and/or this coil material being made to solidify, characterised in that the coil is configured, at least in portions, for form-fitting encircling, encompassing, surrounding and/or winding around a projection, in particular a tooth of a stator, and/or, at least in portions, for form-fitting introduction into a recess and/or into a cavity, in particular into a groove of a/the stator, and is configured such that, with increasing radial spacing (r) from the axis of rotation and/or from the centre of the stator, the extension of windings of the coil, subsequently termed height (h), reduces in radial direction (r) and the extension (b) of these windings of the coil, subsequently termed width (b), increases in a direction in the cross-sectional plane of the windings and perpendicular to the radial direction such that these windings of the coil have a constant cross-sectional area.
A humanized antibody capable of binding to interleukin-10 (IL-10), wherein the antibody comprises the amino acid sequences of the variable domains SEQ ID No: 69 and SEQ ID No: 70, and wherein the antibody comprises a human IgG1 constant domain.
Device for supporting pipes in extrusion lines, having a pipe support which can be adapted to a particular pipe diameter which is being conveyed and which pipe support has an articulated link chain which bears against at least a partial periphery of the pipe and the chain links of which possess end faces (17.1) which point towards said pipe, characterised in that the articulated link chain consists of chain links which are arranged in at least two planes and overlap from plane to plane and which are connected to one another in an articulated manner in the overlapping areas, wherein the chain links in each plane have, at their ends which face towards one another, identical gearwheel contours which mesh with one another.
A cutting machine comprising: a table; a cutting machine body including a blade, the cutting machine body being movably supported above the table and capable of vertical movement, wherein the cutting machine body includes at least an upward waiting position and a lower end position, the cutting machine body further including: a fixed cover positioned around a first portion of the blade; a movable cover positioned around a second portion of the blade; an auxiliary cover positioned around a third portion of the blade and including a projection, characterized in that in the upward waiting position the auxiliary cover is not able to move upward because of the position of the projection, further wherein in the lower end position the auxiliary cover is able to move upward. a table; a cutting machine body including a blade, the cutting machine body being movably supported above the table and capable of vertical movement, wherein the cutting machine body includes at least an upward waiting position and a lower end position, the cutting machine body further including: a fixed cover positioned around a first portion of the blade; a movable cover positioned around a second portion of the blade; an auxiliary cover positioned around a third portion of the blade and including a projection, characterized in that in the upward waiting position the auxiliary cover is not able to move upward because of the position of the projection, further wherein in the lower end position the auxiliary cover is able to move upward. a fixed cover positioned around a first portion of the blade; a movable cover positioned around a second portion of the blade; an auxiliary cover positioned around a third portion of the blade and including a projection, characterized in that in the upward waiting position the auxiliary cover is not able to move upward because of the position of the projection, further wherein in the lower end position the auxiliary cover is able to move upward.
Catheter puncture device comprising a tubular housing which is in one piece and of a closed design with an elongate housing portion, which merges into an extension portion for guiding the puncture needle, protruding with its tip from the front of the elongate housing portion, with blood collection container, abutment and blocking element, and from which a branch portion branches off at an angle, through which branch portion a catheter can be pushed into the elongate housing portion after the puncture has been made and the puncture needle has been returned to a point behind the branching site of the branch portion, wherein at least one predetermined breaking point extends along the branch portion as far as the tip of the elongate housing portion, which predetermined breaking point allows the tubular housing of the catheter puncture device to be broken open in order to remove the housing from the catheter after the catheter has been pushed through, wherein the blocking element fixes the puncture needle after said blocking element has been returned through the branching site of the branch portion, characterized in that the blocking element is designed as an expansion body in the front portion of the puncture needle and, when the puncture needle is pulled back past the branch portion, the catching arms of the expansion body spread open into a step in the rear area of the tubular housing and thus lock the puncture needle.
A protective wrapping medium comprising a substrate having opposed first and second surfaces (14, 16); a first layer of cohesive material carried as a substantially longitudinally extending band by the first surface adjacent a first edge of the substrate; a second layer of cohesive material applied as a substantially longitudinally extending band on the second surface adjacent a second edge of the substrate; and a corrosion inhibitor provided as a substantially longitudinally extending band on the first surface adjacent the first edge of the substrate and underlying the first layer of cohesive material.
Method for operating a multi-beam particle beam system, comprising: generating a multiplicity of particle beams in such a way that each particle beam of the multiplicity of particle beams passes through a multipole element, wherein each multipole element has a plurality of deflection elements, which are arranged distributed around a centre of the multipole element in the circumferential direction, and wherein each of the multipole elements is either intact or defective; focusing the particle beams in a predetermined plane; determining excitations for the deflection elements of the multipole elements in order to influence the particle beams passing through the multipole elements, wherein the excitations for the deflection elements of each of the multipole elements are determined such that the focusing of each of the particle beams in the predetermined plane satisfies a predetermined criterion; and exciting the deflection elements of the multipole elements which are intact with the determined excitations; characterized by altering the determined excitations for the deflection elements at least of one multipole element of the multipole elements that are defective and exciting the deflection elements of the defective multipole element with the altered excitations; wherein the altering comprises adding correction excitations (dV) to the determined excitations, wherein the correction excitations are the same for all deflection elements of the defective multipole element. generating a multiplicity of particle beams in such a way that each particle beam of the multiplicity of particle beams passes through a multipole element, wherein each multipole element has a plurality of deflection elements, which are arranged distributed around a centre of the multipole element in the circumferential direction, and wherein each of the multipole elements is either intact or defective; focusing the particle beams in a predetermined plane; determining excitations for the deflection elements of the multipole elements in order to influence the particle beams passing through the multipole elements, wherein the excitations for the deflection elements of each of the multipole elements are determined such that the focusing of each of the particle beams in the predetermined plane satisfies a predetermined criterion; and exciting the deflection elements of the multipole elements which are intact with the determined excitations; characterized by altering the determined excitations for the deflection elements at least of one multipole element of the multipole elements that are defective and exciting the deflection elements of the defective multipole element with the altered excitations; wherein the altering comprises adding correction excitations (dV) to the determined excitations, wherein the correction excitations are the same for all deflection elements of the defective multipole element.