mhurhangee/ep-ind-claims huggingface dataset:
Lifting module comprising: (a) an envelope, comprising an inside surface and an outside surface, for storing a lifting fluid; (b) a flexible membrane, comprising an upper surface and a lower surface, extending inside said envelope and being arranged so that said envelope together with said flexible membrane define a first compartment and a second compartment inside the envelope; (c) a valve for inflating or deflating lifting fluid into or from said first compartment; and (d) a fluid inlet and conveying means for inflating or deflating a second fluid through said fluid inlet into or from said second compartment, wherein said envelope is of essentially spherical shape with a zenith pole, a base pole, and a diameter there between; the envelope and the flexible membrane comprising a mutual circular connection site, which is arranged in a distance to the base pole of the envelope, and wherein the envelope that partially encloses the second compartment comprises a coating layer that is tight for the second fluid, characterized in that said distance is equal or less than 33% of the diameter of the envelope; said flexible membrane assuming, when the second compartment is empty, the shape of a spherical calotte with a calotte height that is essentially equal to said distance, and in that the inside surface of the envelope that partially encloses the first compartment and the upper surface of the flexible membrane comprise a common cover layer that is tight for the lifting fluid. (a) an envelope, comprising an inside surface and an outside surface, for storing a lifting fluid; (b) a flexible membrane, comprising an upper surface and a lower surface, extending inside said envelope and being arranged so that said envelope together with said flexible membrane define a first compartment and a second compartment inside the envelope; (c) a valve for inflating or deflating lifting fluid into or from said first compartment; and (d) a fluid inlet and conveying means for inflating or deflating a second fluid through said fluid inlet into or from said second compartment,
A method of estimating the pressure of hydraulic fluid in a fluid working machine, the fluid working machine comprising a working chamber of cyclically varying volume, first and second hydraulic fluid galleries (16, 22), a first valve which regulates the flow of hydraulic fluid between the working chamber and the first fluid gallery and a second valve which regulates the flow of hydraulic fluid between the working chamber and the second fluid gallery, characterised in that the method comprises detecting an event indicative of the opening or closing of the first valve to bring the working chamber into or out of fluid communication with the first fluid gallery and estimating the said pressure from the timing of the said detected event.
Method of determining the health risk for myocardial infarction in patients subjected to coronary angiography, wherein the concentration of the parathyroid hormone is determined in vitro in serum or plasma sample of said patient characterized in that the serum or plasma sample is first contacted with beads specifically binding oxidized parathyroid hormone and correlating the determined level of oxidized parathyroid hormone molecules to the health risk for myocardial infarction, wherein the concentration of the parathyroid hormone is determined in vitro in a first sample of serum or plasma of said patient and in a second sample of serum or plasma of said patient after contacting said sample with beads binding oxidized parathyroid hormone and correlating the determined levels of parathyroid hormone in said first and second sample to the risk of developing a myocardial infarction by said patient.
An amplification circuit comprising two groups (A; B) of a same number of several amplifiers (A(i); B(i)), all outputs of amplifiers of a first group being interconnected to a first output terminal of the amplification circuit, the outputs of amplifiers of a second group being distributed into two sub-assemblies of a same number of amplifiers, respectively interconnected to second and third output terminals of the amplification circuit.
Procedure to monitor and/or check a pressure device having an interior channel surrounded by a wall, particularly a metal wall - particularly comprising a pipe and/or a tank and/or a boiler - particularly a device designed to conduct and/or maintain a fluid - particularly a gas, a liquid or a flowing dispersion - particularly acting nominally on the wall with a static pressure greater than 1 bar in said interior channel, wherein said procedure comprises the following steps: - Measurement of an elongation of the wall, which depends on a static internal pressure present in the interior channel, and particularly varies over time, for the purpose of determining an elongation value (X ε1) that represents said elongation of the wall; - Measurement of a static internal pressure present in the interior channel, for the purpose of determining a pressure measured value (X p) that represents said static internal pressure; - and use of the elongation value (X ε1) and the pressure measured value (X p) to determine damage to the wall (Δw), in such a way that -- the pressure measured value (X p) is used to determine a target elongation value (X ε1_SOLL) that represents a nominal elongation of the wall, -- the elongation value (X ε1) and the target elongation value (X ε1_SOLL) are used to determine an elongation deviation value (X Δε) that represents a discrepancy between the elongation of the wall and the nominal elongation, -- and that the elongation deviation value (X Δε) is used to determine the damage to the wall, particularly to determine a damage value (Err Δw). - Measurement of an elongation of the wall, which depends on a static internal pressure present in the interior channel, and particularly varies over time, for the purpose of determining an elongation value (X ε1) that represents said elongation of the wall; - Measurement of a static internal pressure present in the interior channel, for the purpose of determining a pressure measured value (X p) that represents said static internal pressure; - and use of the elongation value (X ε1) and the pressure measured value (X p) to determine damage to the wall (Δw), in such a way that -- the pressure measured value (X p) is used to determine a target elongation value (X ε1_SOLL) that represents a nominal elongation of the wall, -- the elongation value (X ε1) and the target elongation value (X ε1_SOLL) are used to determine an elongation deviation value (X Δε) that represents a discrepancy between the elongation of the wall and the nominal elongation, -- and that the elongation deviation value (X Δε) is used to determine the damage to the wall, particularly to determine a damage value (Err Δw). -- the pressure measured value (X p) is used to determine a target elongation value (X ε1_SOLL) that represents a nominal elongation of the wall, -- the elongation value (X ε1) and the target elongation value (X ε1_SOLL) are used to determine an elongation deviation value (X Δε) that represents a discrepancy between the elongation of the wall and the nominal elongation, -- and that the elongation deviation value (X Δε) is used to determine the damage to the wall, particularly to determine a damage value (Err Δw).
A composite material comprising: a first layer in which a plurality of first sheets are laminated, the first sheet being a composite containing reinforcing fibers and a resin; a second layer provided on a partial area (20A1) of a surface of the first layer, in which a plurality of second sheets are laminated, the second sheet being a composite containing reinforcing fibers and a resin and having a thickness smaller than that of the first sheet; and a third layer which covers a surface of the second layer and the surface of the first layer and includes a third sheet, the third sheet being a composite containing reinforcing fibers and a resin, wherein the second sheet of the second layer occupies a larger area on the area (20A1) of the surface of the first layer as compared to the second sheet laminated closer to a side of the third layer, and wherein an opening is formed in the composite material, and the second layer is provided around the opening. a first layer in which a plurality of first sheets are laminated, the first sheet being a composite containing reinforcing fibers and a resin; a second layer provided on a partial area (20A1) of a surface of the first layer, in which a plurality of second sheets are laminated, the second sheet being a composite containing reinforcing fibers and a resin and having a thickness smaller than that of the first sheet; and a third layer which covers a surface of the second layer and the surface of the first layer and includes a third sheet, the third sheet being a composite containing reinforcing fibers and a resin, wherein the second sheet of the second layer occupies a larger area on the area (20A1) of the surface of the first layer as compared to the second sheet laminated closer to a side of the third layer, and wherein an opening is formed in the composite material, and the second layer is provided around the opening.
Handle element for mounting in the front side of a door of a cabinet, in particular of a switchgear cabinet, comprising a half-shell-shaped basic housing body, which is insertable into an opening formed in the front side of the door, and a plate-like closure element that is mounted in a pivotable manner on the basic housing body and is acted on by spring-elastic means, said closure element being pivotable from a closed position, in which the closure element closes the interior of the basic housing body, into an open position, in which the closure element is able to be grasped at a gripping surface in order to open the door, characterized in that the spring-elastic means comprise a tab-like restoring element integrally formed with the basic housing body, said restoring element acting on the inner side, facing the interior, of the closure element and urging the latter into the closed position.
A method for operating a crushing assembly with blades which are rotatable about an axle and a stationary counter cutter which is disposed parallel to the axle by means of an operating device, wherein a state of wear (19, 23) of the blades and a spacing of the blades from the counter cutter are detected and displayed by the operating device, wherein the state of wear (19, 23) and the spacing are displayed in an online display, characterized in that a state of wear (19, 23) and/or a spacing which exceeds a threshold which is common to all of the blades initiates a maintenance requirement signal on the online display, and wherein the threshold can be adjusted by means of a virtual adjusting actuator, preferably a virtual thumb wheel, which is depicted on the online display, wherein, upon touching the display of the operating device in the region where the state of wear (19, 23) and the spacing of the blades from the counter cutter are depicted, the operating device opens a secondary screen in which the state of wear of each individual blade is graphically depicted. the threshold can be adjusted by means of a virtual adjusting actuator, preferably a virtual thumb wheel, which is depicted on the online display, wherein, upon touching the display of the operating device in the region where the state of wear (19, 23) and the spacing of the blades from the counter cutter are depicted, the operating device opens a secondary screen in which the state of wear of each individual blade is graphically depicted.
An electrolysis cell comprising: an anode chamber; a cathode chamber; a partition wall separating the anode chamber from the cathode chamber; an anode installed in the anode chamber; a cathode installed in the cathode chamber; and a reverse current absorbing body having a substrate and a reverse current absorbing layer formed on the substrate and installed in the cathode chamber, wherein the reverse current absorbing layer includes an element having an oxidation-reduction potential lower than the cathode, wherein the reverse current absorbing layer is a porous layer including Ni or NiO, and the full width at half maximum of a diffraction line peak of Ni metal at the diffraction angle 2θ = 44.5° in the powder X-ray diffraction pattern of the reverse current absorbing layer is 0.6° or less, and wherein the anode and the cathode are electrically connected and the cathode and the reverse current absorbing layer are electrically connected. an anode chamber; a cathode chamber; a partition wall separating the anode chamber from the cathode chamber; an anode installed in the anode chamber; a cathode installed in the cathode chamber; and a reverse current absorbing body having a substrate and a reverse current absorbing layer formed on the substrate and installed in the cathode chamber, wherein the reverse current absorbing layer includes an element having an oxidation-reduction potential lower than the cathode, wherein the reverse current absorbing layer is a porous layer including Ni or NiO, and the full width at half maximum of a diffraction line peak of Ni metal at the diffraction angle 2θ = 44.5° in the powder X-ray diffraction pattern of the reverse current absorbing layer is 0.6° or less, and wherein the anode and the cathode are electrically connected and the cathode and the reverse current absorbing layer are electrically connected.
A guide wheel system for a monorail transport system, the guide wheel system comprising: a guide wheel having a rim and an inflatable tire mounted on the rim; and a runflat apparatus connected to the guide wheel and external to the tire, wherein the runflat apparatus comprises: a hub member; and one or more tread members connected to the hub member, wherein each tread member comprises: a base member removably connected to the hub member; and a covering over the corresponding base member. a guide wheel having a rim and an inflatable tire mounted on the rim; and a runflat apparatus connected to the guide wheel and external to the tire, wherein the runflat apparatus comprises: a hub member; and one or more tread members connected to the hub member, wherein each tread member comprises: a base member removably connected to the hub member; and a covering over the corresponding base member. a base member removably connected to the hub member; and a covering over the corresponding base member.
A first apparatus for communication with a second apparatus, the first apparatus comprising - a receiver for receiving an ultrasonic signal comprising a first code from a source (27,30), - an analyzer for analyzing the first code, - a transmitter for transmitting an electromagnetic signal comprising a second code to the second apparatus, and - a controller for, in response to an analysis of the first code, controlling at least a part of the first apparatus; - a further receiver for receiving a further electromagnetic signal comprising a third code from the second apparatus, the transmitter being arranged for, in response to a reception of the further electromagnetic signal, transmitting a yet further electromagnetic signal comprising a fourth code to the second apparatus. - a receiver for receiving an ultrasonic signal comprising a first code from a source (27,30), - an analyzer for analyzing the first code, - a transmitter for transmitting an electromagnetic signal comprising a second code to the second apparatus, and - a controller for, in response to an analysis of the first code, controlling at least a part of the first apparatus; - a further receiver for receiving a further electromagnetic signal comprising a third code from the second apparatus, the transmitter being arranged for, in response to a reception of the further electromagnetic signal, transmitting a yet further electromagnetic signal comprising a fourth code to the second apparatus.
An uncrosslinked elastomeric composition, suitable for elastic film or fiber, comprising: from 0 wt.% to 75 wt.% of a block copolymer containing at least two end blocks of monovinyl arene and at least one block of conjugated diene, and from 20 wt.% to 100 wt.% of paramethylstyrene-isoprene/butadiene-paramethylstyrene of the formula PMS-I/B-PMS linear block copolymer or (PMS-I/B) n X coupled block copolymer, where n is a number between 2 and 30, and X is the residue of a coupling agent, and where the melt flow rates of the individual block copolymer containing at least two end blocks of monovinyl arene and at least one block of conjugated diene and PMS-I/B-PMS polymers are 5 g polymer per 10 minutes, or greater, when measured at 200°C and 5 kg weight according to ASTM D1238; said composition optionally further including: 0 to 0.5 wt.% primary antioxidant; 0 to 0.5 wt.% secondary antioxidant; and 0 to 0.8 wt.% carbon radical scavenger; wherein the total wt.% of all components is 100, and wherein said uncrosslinked elastomeric composition has a tensile strength of at least 15.2 Mpa (2200 psi). from 0 wt.% to 75 wt.% of a block copolymer containing at least two end blocks of monovinyl arene and at least one block of conjugated diene, and from 20 wt.% to 100 wt.% of paramethylstyrene-isoprene/butadiene-paramethylstyrene of the formula PMS-I/B-PMS linear block copolymer or (PMS-I/B) n X coupled block copolymer, where n is a number between 2 and 30, and X is the residue of a coupling agent, and where the melt flow rates of the individual block copolymer containing at least two end blocks of monovinyl arene and at least one block of conjugated diene and PMS-I/B-PMS polymers are 5 g polymer per 10 minutes, or greater, when measured at 200°C and 5 kg weight according to ASTM D1238; said composition optionally further including: 0 to 0.5 wt.% primary antioxidant; 0 to 0.5 wt.% secondary antioxidant; and 0 to 0.8 wt.% carbon radical scavenger; 0 to 0.5 wt.% primary antioxidant; 0 to 0.5 wt.% secondary antioxidant; and 0 to 0.8 wt.% carbon radical scavenger;
A lighting module (1, 24, 25, 37, 38) for a headlight of an automotive vehicle, able to generate a light beam with an optical axis, comprising at least a first light source and a second light source spaced apart by a distance, said light sources (8, 9) each being able to generate a light strip (5, 6) spaced apart by an unilluminated strip by the lighting module, said light sources (8, 9) being defined by a same dimension measured perpendicular to the optical axis, characterized in that the distance between two directly adjacent light sources (8, 9) is strictly greater than N* and strictly less than (N+1)*, N being an integer and wherein a reflection means and a projection device common to said light sources (8,9) which participate in the formation of a first light band generated by the first light source and in the formation of a second light band generated by the second light source.
A dishwasher, comprising: a washing cabinet; and at least one rack assembly (2,2',2'') disposed within the washing cabinet configured to hold dishware to be washed therein, wherein the at least one rack assembly (2,2',2'') comprises: a frame having a plurality of ribs; and at least one basket having a plurality of hanging portions (70,80,90) configured to be placed on respective one of the plurality of ribs, a height of a portion of the plurality of hanging portions (70,80,90) being different from a height of the other portions of the plurality of hanging portions (70,80,90), characterized in that the plurality of hanging portions each comprise at least one upper hanging portion and at least one lower hanging portion (70,90) formed at a front or a rear of the upper hanging portion, wherein a boundary region (73,93) between the at least one lower hanging portion (70,90) and the at least one upper hanging portion is at a height lower than upper ends of the at least one lower hanging portion (70,90). a washing cabinet; and at least one rack assembly (2,2',2'') disposed within the washing cabinet configured to hold dishware to be washed therein, wherein the at least one rack assembly (2,2',2'') comprises: a frame having a plurality of ribs; and at least one basket having a plurality of hanging portions (70,80,90) configured to be placed on respective one of the plurality of ribs, a height of a portion of the plurality of hanging portions (70,80,90) being different from a height of the other portions of the plurality of hanging portions (70,80,90), characterized in that the plurality of hanging portions each comprise at least one upper hanging portion and at least one lower hanging portion (70,90) formed at a front or a rear of the upper hanging portion, wherein a boundary region (73,93) between the at least one lower hanging portion (70,90) and the at least one upper hanging portion is at a height lower than upper ends of the at least one lower hanging portion (70,90). a frame having a plurality of ribs; and at least one basket having a plurality of hanging portions (70,80,90) configured to be placed on respective one of the plurality of ribs, a height of a portion of the plurality of hanging portions (70,80,90) being different from a height of the other portions of the plurality of hanging portions (70,80,90), characterized in that the plurality of hanging portions each comprise at least one upper hanging portion and at least one lower hanging portion (70,90) formed at a front or a rear of the upper hanging portion, wherein a boundary region (73,93) between the at least one lower hanging portion (70,90) and the at least one upper hanging portion is at a height lower than upper ends of the at least one lower hanging portion (70,90).
A bladder for applying a treatment to a defect in a first bone of two bones forming a joint, the bladder comprising: a reduced-pressure bladder having a chamber, an opening to the chamber substantially surrounding the defect when positioned against the first bone, and a reduced-pressure port in fluid communication with the chamber for receiving reduced pressure from a source of reduced pressure; a manifold positioned within the chamber adjacent the opening for distributing reduced pressure to the defect when reduced pressure is provided to the chamber; and characterised in that it further comprises a bracing bladder having a first surface affixed to the reduced-pressure bladder opposite the opening, a second surface opposing the first surface for being positioned against a second bone of the two bones, and a port for receiving and providing a positive pressure, the bracing bladder being inflatable to provide support between the reduced-pressure bladder and the second bone when the positive pressure is provided to the bracing bladder. a reduced-pressure bladder having a chamber, an opening to the chamber substantially surrounding the defect when positioned against the first bone, and a reduced-pressure port in fluid communication with the chamber for receiving reduced pressure from a source of reduced pressure; a manifold positioned within the chamber adjacent the opening for distributing reduced pressure to the defect when reduced pressure is provided to the chamber; and characterised in that it further comprises a bracing bladder having a first surface affixed to the reduced-pressure bladder opposite the opening, a second surface opposing the first surface for being positioned against a second bone of the two bones, and a port for receiving and providing a positive pressure, the bracing bladder being inflatable to provide support between the reduced-pressure bladder and the second bone when the positive pressure is provided to the bracing bladder.