mhurhangee/ep-ind-claims huggingface dataset:
Composite panel for use in the manufacture of a letterpress plate, - with a carrier layer, - with at least one photo layer, which can be structured via electromagnetic radiation in a wavelength range, - in which the photo layer is arranged on the carrier layer, - in which a barrier layer is provided, in which the barrier layer is arranged on the side of the photo layer facing away from the carrier layer, - in which the barrier layer is substantially transparent in the wavelength range in which the photo layer is structurable, - in which at least one mask material is arranged on the barrier layer, and - in which the mask material is applied by lamination, characterized in that - the mask material comprises diazo compounds, in which the solubility of the mask material can be influenced by selective exposure in the visible range. - with a carrier layer, - with at least one photo layer, which can be structured via electromagnetic radiation in a wavelength range, - in which the photo layer is arranged on the carrier layer, - in which a barrier layer is provided, in which the barrier layer is arranged on the side of the photo layer facing away from the carrier layer, - in which the barrier layer is substantially transparent in the wavelength range in which the photo layer is structurable, - in which at least one mask material is arranged on the barrier layer, and - in which the mask material is applied by lamination, characterized in that - the mask material comprises diazo compounds, in which the solubility of the mask material can be influenced by selective exposure in the visible range.
Device for the laying down of fibre slivers, comprising a deflection guide for the fibre slivers formed from pressing rollers for sliver deflection which are disposed adjacent to one another perpendicularly to the deflection axis and are resiliently supported in the pressing direction, and comprising a frame, which is displaceable in the laying direction, for accommodating the pressing rollers, characterised in that the pressing rollers form grooved pulleys which engage in circumferential bearing receivers, are axially guided against each other and between lateral guide stops and are kept in bearing engagement with the bearing receivers by means of elastic endless belts which are guided about a bearing roller mounted in lateral holders, and in that the bearing receivers are resiliently supported independently of each other in the pressing direction on an abutment provided between the lateral holders.
A reinforcing system (1, 21) for reinforcing a cavity of a structural element, a support element being connected to the structural element in the structural element for reinforcement purposes, the support element having channels (5, 6) and an adhesive being disposed in the cavity between the support element and the structural element, characterized in that the adhesive is introduced into the cavity between the support element and the structural element by means of the channels (5, 6) after the support element is disposed in the structural element.
A game system comprising: a main body apparatus; and a game controller (3, 4), the game controller having an analog stick (32, 52), a storage unit (102, 112) configured for storing correction parameter information including a first manufacturing process correction parameter value (311, 312, 313) determined in a manufacturing process in connection with the analog stick, a first user correction parameter value (315, 316, 317) determined in accordance with an operation by a user onto the analog stick in connection with the analog stick, and a first model adjustment value corresponding to a model of the game controller in connection with the analog stick, and a transmission unit configured for transmitting the correction parameter information stored in the storage unit to the main body apparatus, the main body apparatus having a selection unit configured for selecting any of the first manufacturing process correction parameter value and the first user correction parameter value included in the correction parameter information transmitted from the transmission unit, and a game processing unit configured for performing calibration processing based on the selected correction parameter value and performing game processing based on the selected correction parameter value, the first model adjustment value, and input data from the analog stick. a main body apparatus; and a game controller (3, 4), the game controller having an analog stick (32, 52), a storage unit (102, 112) configured for storing correction parameter information including a first manufacturing process correction parameter value (311, 312, 313) determined in a manufacturing process in connection with the analog stick, a first user correction parameter value (315, 316, 317) determined in accordance with an operation by a user onto the analog stick in connection with the analog stick, and a first model adjustment value corresponding to a model of the game controller in connection with the analog stick, and a transmission unit configured for transmitting the correction parameter information stored in the storage unit to the main body apparatus, the main body apparatus having a selection unit configured for selecting any of the first manufacturing process correction parameter value and the first user correction parameter value included in the correction parameter information transmitted from the transmission unit, and a game processing unit configured for performing calibration processing based on the selected correction parameter value and performing game processing based on the selected correction parameter value, the first model adjustment value, and input data from the analog stick.
Diosmin or diosmetin, or a pharmaceutically acceptable salt thereof, as the sole active ingredient for use in a method of treating a digital ulcer in a subject with systemic sclerosis, wherein treatment comprises oral administration of a therapeutically effective amount of diosmin or diosmetin, or the pharmaceutically acceptable salt thereof, to said subject for a therapeutically effective period of time.
Textile fabric characterized in that it has the following features: a) a flat basalt or silicate fabric (BG, SG) needled with a first layer of a loose mixture of paraaramid preox fibers to form a first preliminary product, b) a flat paraaramid fabric or poly-p-phenylene-2,6-benzobisoxazole fabric (PPBG) needled with a second layer of a loose mixture of paraaramid preox fibers to form a second preliminary product, c) wherein the first and second preliminary products (A, B) are needled together to form a flat third preliminary product, the layers (PPV1, PPV2) of loose blends of paraaramid preox fibers facing each other, d) wherein the flat third preliminary product has a front side to which the basalt fabric faces and a back side to which the paraaramid fabric faces, e) whereby the front side and the back side each have a ceramic coating. a) a flat basalt or silicate fabric (BG, SG) needled with a first layer of a loose mixture of paraaramid preox fibers to form a first preliminary product, b) a flat paraaramid fabric or poly-p-phenylene-2,6-benzobisoxazole fabric (PPBG) needled with a second layer of a loose mixture of paraaramid preox fibers to form a second preliminary product, c) wherein the first and second preliminary products (A, B) are needled together to form a flat third preliminary product, the layers (PPV1, PPV2) of loose blends of paraaramid preox fibers facing each other, d) wherein the flat third preliminary product has a front side to which the basalt fabric faces and a back side to which the paraaramid fabric faces, e) whereby the front side and the back side each have a ceramic coating.
A lithium secondary battery, comprising an electrode assembly having a cathode, an anode, and a separator interposed between the cathode and the anode; and a non-aqueous electrolyte solution impregnated in the electrode assembly, wherein the separator further comprises a porous substrate and a layer having a plurality of destroyed capsules dispersed therein, the layer being bonded to at least one surface of the separator porous substrate and coming into contact with the cathode or the anode, wherein each destroyed capsule has a film including a binder polymer and inorganic particles, wherein binder polymer from films of the destroyed capsules bonds the layer to the porous substrate, and wherein the layer further comprises pores and micropores, wherein the micropores comprise interstitial volumes present between inorganic particles, and wherein the pores comprise interstitial volumes present between destroyed capsules, wherein the binder polymer is polyethylene glycol phosphate diacrylate.
A method for requesting a number of frame interlaces at an access terminal, the method comprising: identifying a number of frame interlaces that the access terminal can monitor, based on at least available power at an access terminal; and sending a request for changing a designated set of frame interlaces from a first number to the number of frame interlaces that the access terminal can monitor to the access point, the request including the number of frame interlaces that the access terminal can monitor; and receiving a second number of designated frame interlaces in response to said request wherein the designation comprises an identified number of frame interlaces that the access terminal is required to monitor. identifying a number of frame interlaces that the access terminal can monitor, based on at least available power at an access terminal; and sending a request for changing a designated set of frame interlaces from a first number to the number of frame interlaces that the access terminal can monitor to the access point, the request including the number of frame interlaces that the access terminal can monitor; and receiving a second number of designated frame interlaces in response to said request wherein the designation comprises an identified number of frame interlaces that the access terminal is required to monitor.
Housing for an electric machine, having an outer housing, an inner housing disposed in the outer housing, and a casing intermediate space which, when viewed in the radial direction in terms of a stator axis, is formed between the outer housing and the inner housing and in which a plurality of cooling ribs are provided, wherein the outer housing and the inner housing are configured so as to be pot-shaped and have in each case one base (9, 10), wherein a base intermediate space is formed between the base of the outer housing and the base of the inner housing, characterized in that the cooling ribs in the casing intermediate space run in the axial direction, extend in the base intermediate space, and in the base intermediate space run in the radial direction, and in that the cooling ribs are configured and disposed in such a manner that a cooling duct results, said cooling duct in a meandering manner running from a cooling duct inlet to a cooling duct outlet, and in that pairs of neighbouring cooling duct portions which in the base intermediate space have a passage opening that connects the two cooling duct portions are provided.
A method of feeding thread to a sewing machine the method including the steps of: using the locomotive power of the sewing machine, drawing a first filament from a first spool; characterised in that: using the locomotive power of the machine to draw a second filament from a second spool; subsequent to drawing the filaments from the spools, inter-winding the first and second filaments to create thread for use by the sewing machine; and feeding the composite, inter-wound thread to a stitching tool of the sewing machine. using the locomotive power of the sewing machine, drawing a first filament from a first spool; characterised in that: using the locomotive power of the machine to draw a second filament from a second spool; subsequent to drawing the filaments from the spools, inter-winding the first and second filaments to create thread for use by the sewing machine; and feeding the composite, inter-wound thread to a stitching tool of the sewing machine. using the locomotive power of the machine to draw a second filament from a second spool; subsequent to drawing the filaments from the spools, inter-winding the first and second filaments to create thread for use by the sewing machine; and feeding the composite, inter-wound thread to a stitching tool of the sewing machine.
A method of producing a tube of duplex stainless steel comprising the following composition, in weight%, C max 0.06; Cr 21-24.5; Ni 2.0-5.5; Si max 1.5; Mo 0.01-1.0 Cu 0.01-1.0; Mn max 2.0; N 0.05-0.3; P max 0.04; S max 0.03; and balance Fe and unavoidable impurities, and having a PRE-value of at least 23.0, wherein the method comprises the steps of: a) providing a melt of the duplex stainless steel; b) casting a body of the duplex stainless steel from the melt; c) forming a bar of the body; d) forming a tube of the bar by generating a hole therein; e) reducing the diameter and/or wall thickness of the tube by hot extrusion at a temperature in the range of from 1100°C to 1200°C and a cross-sectional area reduction in the range of from 92-98%.; f) further reducing the diameter and/or wall thickness of the tube by cold deformation by subjecting the tube to a cross sectional area reduction in the range of from 50-95%, and g) annealing the cold deformed tube; wherein after step g), the duplex stainless steel of the obtained tube consists of 40-60% austenite and 40-60% ferrite and wherein step g) comprises subjecting said tube to a temperature in the range of from 950°C-1060°C for a time period of from 0.3-10 minutes and to an atmosphere consisting of a gas mixture comprising 1-6 vol% nitrogen gas and the remainder is H 2 or an inert gas. a) providing a melt of the duplex stainless steel; b) casting a body of the duplex stainless steel from the melt; c) forming a bar of the body; d) forming a tube of the bar by generating a hole therein; e) reducing the diameter and/or wall thickness of the tube by hot extrusion at a temperature in the range of from 1100°C to 1200°C and a cross-sectional area reduction in the range of from 92-98%.; f) further reducing the diameter and/or wall thickness of the tube by cold deformation by subjecting the tube to a cross sectional area reduction in the range of from 50-95%, and g) annealing the cold deformed tube;
An axial hydrophone (500; 500 1; 600) comprising: a case having a first side and a second side opposite the first side; a first diaphragm formed at the first side of the case, and a second diaphragm formed at the second side of the case; a shear-mode piezoelectric crystal (510; 510 1, 510 2; 610) having a first side and a second side, the first side forming an inner surface of the shear-mode piezoelectric crystal and the second side forming an outer surface of the shear-mode piezoelectric crystal; an inner support (520; 620) affixed to the first diaphragm and affixed to the inner surface of the shear-mode piezoelectric crystal, wherein said inner support moves in a first direction in response to pressure on the first diaphragm to exert a first force on said shear-mode piezoelectric crystal; an outer support (530; 630) affixed to the second diaphragm and affixed to the outer surface of the shear-mode piezoelectric crystal, wherein said outer support moves in a second direction opposite the first direction in response to pressure on the second diaphragm to exert a second force on said shear-mode piezoelectric crystal, wherein said shear-mode piezoelectric crystal generates a signal in response to the first and second forces; and an inner electrical isolator affixed between the first diaphragm and the inner support, and an outer electrical isolator affixed between the second diaphragm and the outer support, wherein a combined inertial mass of the inner support and the inner electrical isolator is equal to a combined inertial mass of the outer support and the outer electrical isolator. a case having a first side and a second side opposite the first side; a first diaphragm formed at the first side of the case, and a second diaphragm formed at the second side of the case; a shear-mode piezoelectric crystal (510; 510 1, 510 2; 610) having a first side and a second side, the first side forming an inner surface of the shear-mode piezoelectric crystal and the second side forming an outer surface of the shear-mode piezoelectric crystal; an inner support (520; 620) affixed to the first diaphragm and affixed to the inner surface of the shear-mode piezoelectric crystal, wherein said inner support moves in a first direction in response to pressure on the first diaphragm to exert a first force on said shear-mode piezoelectric crystal; an outer support (530; 630) affixed to the second diaphragm and affixed to the outer surface of the shear-mode piezoelectric crystal, wherein said outer support moves in a second direction opposite the first direction in response to pressure on the second diaphragm to exert a second force on said shear-mode piezoelectric crystal, wherein said shear-mode piezoelectric crystal generates a signal in response to the first and second forces; and an inner electrical isolator affixed between the first diaphragm and the inner support, and an outer electrical isolator affixed between the second diaphragm and the outer support, wherein a combined inertial mass of the inner support and the inner electrical isolator is equal to a combined inertial mass of the outer support and the outer electrical isolator.
Catwalk step for a vehicle comprising a catwalk and a tank, said step comprising a structural portion configured to allow the user to get on said catwalk and a coupling portion carried by said structural portion and configured to match with an outer surface of said tank and to cooperate by friction engagement with this latter so as to secure said step on said tank when a force directed towards said tank is acting on said coupling portion (12said coupling portion comprising at least two flanges coupled to said structural portion, each of said flanges comprising at least a coupling wall defining a surface configured to cooperate by friction engagement with said outer surface of said tank in order to lock any lateral and horizontal displacement of said step with respect to said tank, said flanges defining a form-fit coupling with said tank in order to lock any vertical displacement of said step with respect to said tank.
A method for evaluating the condition of a torque wrench comprising the steps of: - connecting a torque wrench to an adapter; - detecting a click point, where a click mechanism of the torque wrench is decoupled from a first position into a second position, and measuring a click torque value at the click point; - detecting a peak point and measuring a peak torque value at the peak point; the method further comprising the steps of: - detecting a release point, where the click mechanism is moving back from the second position into the first position, and measuring a release torque value at the release point; and - determining (S05, S06) that the evaluation was performed correctly if the click point, the peak point and the release point were detected. - connecting a torque wrench to an adapter; - detecting a click point, where a click mechanism of the torque wrench is decoupled from a first position into a second position, and measuring a click torque value at the click point; - detecting a peak point and measuring a peak torque value at the peak point; - detecting a release point, where the click mechanism is moving back from the second position into the first position, and measuring a release torque value at the release point; and - determining (S05, S06) that the evaluation was performed correctly if the click point, the peak point and the release point were detected.
A magnetic bistable hinge system comprising: a hinge bracket having an axis extending therethrough; a first magnet coupled to the hinge bracket and configured to rotate about the axis of the hinge bracket from a first bistable position to a second bistable position, the first magnet having a north pole and an opposed south pole; a rotatable member coupled to the hinge bracket and the first magnet; a second magnet spaced a pre-determined distance away from the first magnet and having a north pole and an opposed south pole, wherein a south pole of the first magnet and a south pole of the second magnet face in a direction toward one another; wherein when the south pole of the first magnet is at a first angle relative to the south pole of the second magnet, the first magnet and the second magnet are in the first bistable position and the rotatable member is in a closed position relative to the hinge bracket; wherein when the south pole of the first magnet is at a second angle relative to the south pole of the second magnet, the first and second magnets (106, 126) are at the second bistable position, and the rotatable member is rotated to an open position relative to the hinge bracket; and characterised in that when the south pole of the first magnet is at a third angle relative to the south pole of the second magnet in which the first magnet and the second magnet no longer repel one another, the rotatable member is in a fully open position relative to the hinge bracket. a hinge bracket having an axis extending therethrough; a first magnet coupled to the hinge bracket and configured to rotate about the axis of the hinge bracket from a first bistable position to a second bistable position, the first magnet having a north pole and an opposed south pole; a rotatable member coupled to the hinge bracket and the first magnet; a second magnet spaced a pre-determined distance away from the first magnet and having a north pole and an opposed south pole, wherein a south pole of the first magnet and a south pole of the second magnet face in a direction toward one another; wherein when the south pole of the first magnet is at a first angle relative to the south pole of the second magnet, the first magnet and the second magnet are in the first bistable position and the rotatable member is in a closed position relative to the hinge bracket; wherein when the south pole of the first magnet is at a second angle relative to the south pole of the second magnet, the first and second magnets (106, 126) are at the second bistable position, and the rotatable member is rotated to an open position relative to the hinge bracket; and characterised in that when the south pole of the first magnet is at a third angle relative to the south pole of the second magnet in which the first magnet and the second magnet no longer repel one another, the rotatable member is in a fully open position relative to the hinge bracket.