mhurhangee/ep-ind-claims huggingface dataset:
A flame retardant polyurethane-urea hybrid coating agent composition containing expanded graphite, wherein the flame retardant polyurethane-urea hybrid coating agent composition is a binary composition composed of a hardening agent and a main material, wherein the hardening agent is a prepolymer having an isocyanate terminal obtained by addition-polymerizing divalent to octavalent polyether-based polyol, divalent or trivalent polyester-based polyol, or a mixture comprising the polyether-based polyol and the polyester-based polyol in a weight ratio of 9:1 to 1:9, and modified methyl diphenyl diisocyanate having a carbodiimide bond, in a weight ratio of 5:5 to 2.5:7.5; and the main material is a mixture of a flame retardant comprising 30 to 70 parts by weight of a polyphosphate- based flame retardant and 5 to 40 parts by weight of an inorganic flame retardant based on 100 parts by weight of expanded graphite, 200 to 400 parts by weight of ether-type polyol having a divalent or trivalent amine terminal, 20 to 300 parts by weight of at least one polyol selected from the group consisting of divalent and trivalent polyester-based polyols and divalent to octavalent polyether-based polyols, and 80 to 200 parts by weight of a divalent amine monomer as a chain extender based on 100 parts by weight of the flame retardant.
Device for tissue coagulation, in particular for tissue fusion, with an electrical source which is connected to electrodes (12, 13) for the action of current on biological tissue, with a monitoring unit which is connected to the source for detecting the current (I IST) emitted by the source and/or the voltage (U IST) emitted by the source, with a control unit which contains the monitoring unit and is connected for control purposes to the source, wherein the control unit - in a first operating phase, determines and stores the energy (E 1) output by the source to the electrodes (12, 13), and - in a subsequent second operating phase, controls the source depending on the energy (E 1) detected in the first operating phase, wherein the temporal length of the second operating phase is established by the control unit depending on the energy (E 1) detected in the first operating phase. - in a first operating phase, determines and stores the energy (E 1) output by the source to the electrodes (12, 13), and - in a subsequent second operating phase, controls the source depending on the energy (E 1) detected in the first operating phase, wherein the temporal length of the second operating phase is established by the control unit depending on the energy (E 1) detected in the first operating phase.
Process for heating a polymer-containing stream being transferred from a polymerization reactor to a separation zone or device, comprising passing the stream through at least two heaters operating in parallel, each heater comprising at least one transfer line for the stream and means for heating the transfer line, wherein the average particle size of the polymer is below 3mm, the temperature of the polymer-containing stream at the outlet of all heaters is maintained above the dew point of the stream, and no heater has a volumetric flowrate of polymer-containing stream more than three times that of any other heater.
Insertion method for introducing at least one stamping foil (410, 411, 412) into a foil drive system of a stamping machine, said drive system having the task of progressing each foil (410, 411, 412) in a determined feed path, characterized in that it comprises the steps consisting in: - unwinding an end portion of each foil (410, 411, 412) over a given length, - turning each end portion of foil (410, 411, 412) back on itself to constitute the free strand of an open loop, - deploying each free strand along the feed path by pulling the corresponding foil (410, 411, 412) from the inside of its loop, - partially restraining each free strand as it deploys along the feed path. - unwinding an end portion of each foil (410, 411, 412) over a given length, - turning each end portion of foil (410, 411, 412) back on itself to constitute the free strand of an open loop, - deploying each free strand along the feed path by pulling the corresponding foil (410, 411, 412) from the inside of its loop, - partially restraining each free strand as it deploys along the feed path.
A diffractive security device comprising at least a first diffractive structure defined in a carrier layer, the first diffractive structure being an on-axis diffractive zone plate structure of a continuously curved surface configured such that when the device is illuminated by on-axis light a first diffraction pattern generated by the first diffractive structure can be viewed from at least a first side of the device at substantially all viewing angles, the first diffraction pattern exhibiting a reference point or reference line relative to which other features of the first diffraction pattern appear to move when the viewing angle is changed; wherein the device has an array of first regions in the form of indicia in each of which a part of the first diffractive structure is present, the first regions being spaced by one or more non-diffractive regions of the device, wherein each of the first regions exhibits a portion of the first diffraction pattern; such that upon changing the viewing angle in a continuous sense, features of the first diffraction pattern appear to move from one first region to the next so as to highlight and/or reveal different indicia of the array.
Guide system for guiding parallel opening windows or doors constructed from a frame and a casement with a four-point guide scissor mechanism and two bearing devices (10, 20) each having a bearing axle (11, 21), wherein the bearing devices (10, 20) are each arranged on the frame and the casement, wherein the guide scissor mechanism comprises a first scissor arm and a second scissor arm, wherein the two scissor arms (35, 36) are each coupled to the bearing devices (10, 20) via two pivot bearings (31, 32, 33, 34), wherein, for each scissor arm (35, 36), one of the pivot bearings is designed as a fixed pivot bearing (31, 32) while the other of the pivot bearings is designed as a pivot bearing (33, 34) that may be displaced axially along the respective bearing axle (11, 21), wherein each of the scissor arms (35, 36) may be pivoted about an axis of rotation (z) with respect to the pivot bearings (31, 32, 33, 34), and wherein the pivot bearings (31, 32, 33, 34) and the bearing axles (11, 21) are designed to pivot about the bearing axles (11, 21).
A method of installing a renovation liner (12, 22) in a pipework (10, 20) having a branch pipe, a pipe and a joint between them, characterized in that the method comprises: closing an end of the renovation liner (12, 22) by an elastic end piece (14, 24) made of an elastic material which is non-breakably stretchable at least 50%; impregnating the renovation liner (12, 22) with a hardening impregnating agent; slipping the renovation liner (12, 22), together with its end piece (14, 24), into a position in the pipework to be renovated where the renovation liner is in the entire length of the branch pipe and the closed end of the renovation liner extends from the branch pipe into the pipe; providing and maintaining air pressure in a space formed by the renovation liner (12, 22) and the elastic end piece (14, 24) in order to press the renovation liner (12, 22) against walls of the pipework, whereby the elastic end piece (14, 24) expands in the longitudinal direction and more considerably in a width direction of the renovation liner and spreads the closed end of the renovation liner (12, 22) against the wall of the pipe, until the impregnating agent of the renovation liner (12, 22) has hardened in shape; and removing the elastic end piece (14, 24). closing an end of the renovation liner (12, 22) by an elastic end piece (14, 24) made of an elastic material which is non-breakably stretchable at least 50%; impregnating the renovation liner (12, 22) with a hardening impregnating agent; slipping the renovation liner (12, 22), together with its end piece (14, 24), into a position in the pipework to be renovated where the renovation liner is in the entire length of the branch pipe and the closed end of the renovation liner extends from the branch pipe into the pipe; providing and maintaining air pressure in a space formed by the renovation liner (12, 22) and the elastic end piece (14, 24) in order to press the renovation liner (12, 22) against walls of the pipework, whereby the elastic end piece (14, 24) expands in the longitudinal direction and more considerably in a width direction of the renovation liner and spreads the closed end of the renovation liner (12, 22) against the wall of the pipe, until the impregnating agent of the renovation liner (12, 22) has hardened in shape; and removing the elastic end piece (14, 24).
An apparatus comprising: a housing (108, 202, 302, 402) configured to protect at least one antenna for a radar in level gauging, the housing comprising: an outer annular region (204, 304) having an inner perimeter; a raised annular rim (208, 308) within the inner perimeter of the outer annular region; an angled annular region (206, 306) that extends between the inner perimeter of the outer annular region and the raised annular rim and that is angled toward a central axis of the housing away from the outer annular region; and a concave portion (210, 310) within the raised annular rim, the concave portion forming a crater within the housing, wherein: the raised annular rim is raised with respect to the outer annular region and the concave portion; and the concave portion is substantially transparent to wireless signals transmitted from or received by the at least one antenna. an outer annular region (204, 304) having an inner perimeter; a raised annular rim (208, 308) within the inner perimeter of the outer annular region; an angled annular region (206, 306) that extends between the inner perimeter of the outer annular region and the raised annular rim and that is angled toward a central axis of the housing away from the outer annular region; and a concave portion (210, 310) within the raised annular rim, the concave portion forming a crater within the housing, wherein: the raised annular rim is raised with respect to the outer annular region and the concave portion; and the concave portion is substantially transparent to wireless signals transmitted from or received by the at least one antenna. the raised annular rim is raised with respect to the outer annular region and the concave portion; and the concave portion is substantially transparent to wireless signals transmitted from or received by the at least one antenna.
A motor drive apparatus comprising: a drive device driving a motor; a fuel cell generating power; a fuel cell auxiliary consuming power from an interconnection point between the drive device and the fuel cell, and driving said fuel cell; a voltage converter including a switching element ( Q1, Q2) and a reactor and having said switching element ( Q1, Q2) switched to convert DC voltage between a DC power supply, and the interconnection point between said drive device, said fuel cell and said fuel cell auxiliary; and a control circuit controlling said voltage converter to stop said switching element from switching while an amount of power supplied via said voltage converter from said interconnection point between said drive device, said fuel cell and said fuel cell auxiliary toward said DC power supply to charge said DC power supply is smaller than a power loss value in said voltage converter. a drive device driving a motor; a fuel cell generating power; a fuel cell auxiliary consuming power from an interconnection point between the drive device and the fuel cell, and driving said fuel cell; a voltage converter including a switching element ( Q1, Q2) and a reactor and having said switching element ( Q1, Q2) switched to convert DC voltage between a DC power supply, and the interconnection point between said drive device, said fuel cell and said fuel cell auxiliary; and a control circuit controlling said voltage converter to stop said switching element from switching while an amount of power supplied via said voltage converter from said interconnection point between said drive device, said fuel cell and said fuel cell auxiliary toward said DC power supply to charge said DC power supply is smaller than a power loss value in said voltage converter.
A belt-type continuously variable transmission mounted on a vehicle and comprising a drive pulley that is supported on a primary shaft, a driven pulley that is supported on a secondary shaft, a belt that is wound around the two pulleys (4, 5), a transmission case that houses the two pulleys (4, 5) and the belt, and an actuator that is mounted on the transmission case and can change a groove width of either one of the drive pulley and the driven pulley, wherein an actuator case forming an outer shell of the actuator has a fixed portion that opposes a mounting part of the transmission case from an outside and is fixed to the mounting part, characterized in that a transmission case through hole is formed in the mounting part of the transmission case, the transmission case through hole extending from an interior to an exterior of the transmission case, and an actuator case through hole is formed in the fixed portion of the actuator case, the actuator case through hole extending from an interior to an exterior of the actuator case, and a communication passage is formed in mating faces of the mounting part and the fixed portion by indenting at least one of the mounting part and the fixed portion into a groove shape, the communication passage providing communication between the transmission case through hole and the actuator case through hole, and provides communication between the actuator case and the transmission case via the two through holes (7a, 16a) and the communication passage.
Method for mobile communication between a mobile device and a communication device, wherein the mobile device and the communication device use a telecommunication protocol to interchange voice messages, having the following steps: - the mobile device can produce at least one image (B1,..., Bn), - in the event of the production of at least one image, the mobile device transmits at least this image to the communication device, - the communication device selects an image object in a transmitted image and ascertains a position of this image object, - the ascertained position is transmitted to the mobile device by the communication device, - the mobile device marks at least one of the images (B1,..., Bn) such that at least one of the transmitted images taken as a basis for the selection of the image object is used to compute from the position a local position of the selected image object in at least one image (B1,..., Bn) to be marked and a marking object is overlaid on at least one of the images (B1,..., Bn) at the local position. - the mobile device can produce at least one image (B1,..., Bn), - in the event of the production of at least one image, the mobile device transmits at least this image to the communication device, - the communication device selects an image object in a transmitted image and ascertains a position of this image object, - the ascertained position is transmitted to the mobile device by the communication device, - the mobile device marks at least one of the images (B1,..., Bn) such that at least one of the transmitted images taken as a basis for the selection of the image object is used to compute from the position a local position of the selected image object in at least one image (B1,..., Bn) to be marked and a marking object is overlaid on at least one of the images (B1,..., Bn) at the local position.
A method of determining, by a computer, an output vector comprising at least an output variable, said output vector defining corrections to be applied to at least a feature of a second process for manufacturing a semiconductor integrated circuit, said method comprising: - Obtaining (250, 330) a first series of values of an input vector for a first process for manufacturing the same semiconductor integrated circuit at a first plurality of points of a first layout, said input vector comprising at least an input variable; - Obtaining (260, 340) a second series of values of the at least a component of the input vector for the second process at one of the same first plurality of points on the first layout and a second plurality of points on a second layout; characterized in that the method further comprises: - Determining (240, 350, 360) values of a state vector comprising at least a state variable, said state vector representative of a state of differences between the first and the second series of values of the input vector; - Obtaining by a direct calculation (270, 370) the output vector for the series of values of the state vector. - Obtaining (250, 330) a first series of values of an input vector for a first process for manufacturing the same semiconductor integrated circuit at a first plurality of points of a first layout, said input vector comprising at least an input variable; - Obtaining (260, 340) a second series of values of the at least a component of the input vector for the second process at one of the same first plurality of points on the first layout and a second plurality of points on a second layout; - Determining (240, 350, 360) values of a state vector comprising at least a state variable, said state vector representative of a state of differences between the first and the second series of values of the input vector; - Obtaining by a direct calculation (270, 370) the output vector for the series of values of the state vector.
A device comprising a battery having at least a first stage (E i) comprising a plurality of cells (C i,j) connected in parallel via first (r i) and second (r i+1) conductive rails, at least one of the first (r i) and second (r i+1) rails comprising at least one circuit breaker (Dk) located on a portion of the rail connecting two neighboring cells (C i,j, C i,j+1) of the stage, characterized in that it further comprises a control circuit comprising a first voltage sensor (V i) connected between a first end (A i) of the first rail (r i) and a first end (A i+1) of the second rail (r i+1), and a second voltage sensor (V i ') connected between a second end (F i) of the first rail (r i) and a second end (F i+1) of the second rail (r i+1), the control circuit being capable of comparing output values of the first (V i) and second (V i ') sensors.
An optical system for a laser therapy instrument, suitable for laser surgery of the cornea and/or the crystalline lens of a human patient's eye, comprising: - a femtosecond laser as a radiation source for the therapeutic laser radiation, and - at least two optical assemblies (6.1, 6.2) which are designed for varying the focus of the therapeutic laser radiation, with the focus variation range Δz of the individual assemblies (6.1, 6.2) differing in size, characterized in that the optical system further comprises - an objective with lenses or lens groups (8.1, 8.2), from which the therapeutic laser radiation exits and is directed and focussed on to or into the eye, with the objective itself or at least one lens or lens group (8.1, 8.2) of the objective being shiftable in the direction of the optical axis relative to other lenses or lens groups of the system, and this shifting being intended for a shifting of the focus position from the region of the cornea to the region of the crystalline lens and vice versa, and - a changing device designed for inserting one of the at least two optical assemblies (6.1, 6.2) at a time into the therapeutic laser beam path depending on the shifting of the focus position from the region of the cornea to the region of the crystalline lens and vice versa. - a femtosecond laser as a radiation source for the therapeutic laser radiation, and - at least two optical assemblies (6.1, 6.2) which are designed for varying the focus of the therapeutic laser radiation, with the focus variation range Δz of the individual assemblies (6.1, 6.2) differing in size, characterized in that the optical system further comprises - an objective with lenses or lens groups (8.1, 8.2), from which the therapeutic laser radiation exits and is directed and focussed on to or into the eye, with the objective itself or at least one lens or lens group (8.1, 8.2) of the objective being shiftable in the direction of the optical axis relative to other lenses or lens groups of the system, and this shifting being intended for a shifting of the focus position from the region of the cornea to the region of the crystalline lens and vice versa, and - a changing device designed for inserting one of the at least two optical assemblies (6.1, 6.2) at a time into the therapeutic laser beam path depending on the shifting of the focus position from the region of the cornea to the region of the crystalline lens and vice versa.
A seal monitoring system for a gas lubricated non-contacting seal disposed in sealing relationship between a rotatable shaft and a housing of a compressor, comprising: a phase sensor disposed to provide a phase signal indicative of non-gaseous matter provided to said gas lubricated non-contacting seal; and a programmable logic control system disposed to receive said phase signal, wherein said programmable logic control system is further disposed to determine an operating condition of said gas lubricated non-contacting seal based on said phase signal and provide an output signal in response to said operating condition, characterised in that said phase sensor is associated with a seal cartridge, said gas lubricating non-contacting seal is pre-assembled into the seal cartridge and divides the cartridge to form a seal chamber, whereby said phase sensor provides a phase signal indicative of non-gaseous matter within the seal cartridge and adjacent the gas lubricated non-contacting seal. a phase sensor disposed to provide a phase signal indicative of non-gaseous matter provided to said gas lubricated non-contacting seal; and a programmable logic control system disposed to receive said phase signal, wherein said programmable logic control system is further disposed to determine an operating condition of said gas lubricated non-contacting seal based on said phase signal and provide an output signal in response to said operating condition,
An oral device (100; 200; 300; 600; 700; 800) for eliminating air space in oral cavity comprising a shield (150; 250; 350; 450; 550; 650; 750; 850; 1450; 1550; 1650) to be situated between lips and front teeth, a tube (110; 210; 310; 610; 710; 810; 910; 1010; 1110; 1210; 1310; 1410; 1510) passing through the shield (150; 250; 350; 450; 550; 650; 750; 850; 1450; 1550; 1650), and a negative pressure deliverable part (111, 211, 311, 911, 1011) connected to the tube wherein the negative pressure deliverable part is configured to be situated at the space between tongue and upper palate, whereby the oral device (100; 200; 300; 600; 700; 800) delivers negative pressure via the negative pressure deliverable part to the oral cavity to eliminate air space between the tongue and the upper palate, characterized in that the negative pressure deliverable part is flexible and adapted to conform to the contour of the upper palate.
Device for transferring a fluid, with a main channel, at least one secondary channel leading at an opening into the main channel, and a flexible closing element for closing the secondary channel, wherein the opening of the secondary channel is closable in a fluid-tight manner by the flexible closing element by pressing the closing element with an external force onto or into the opening, characterized in that at least one protrusion is associated with each secondary channel and is arranged in the main channel in the area of the opening of the respective secondary channel and is protruding over the opening or over a lowest level of the opening.