mhurhangee/ep-ind-claims huggingface dataset:
Electronic-pneumatic braking system for a vehicle, for example for a heavy goods vehicle or an articulated truck, comprising a TCS/ESC modulator, by means of which control functions for a traction control system and a vehicle stability control system can be carried out, wherein the TCS/ESC modulator comprises a pneumatic relay valve, a solenoid valve and a changeover valve device, characterized in that the relay valve has a control chamber, which is connected to an outlet of the changeover valve device, a first port as a pneumatic inlet for a supply pressure from a pressure supply device, a second port as a pneumatic outlet leading to a wheel brake, and a third port as a venting outlet for the wheel brake, in that the solenoid valve has a first port as a pneumatic inlet for the supply pressure from a pressure supply device, a second port as a pneumatic outlet for the supply pressure, and a third port as a pneumatic venting outlet, in that the changeover valve device has a first port as a pneumatic inlet, to which a control pressure of a service brake of the electronic-pneumatic braking system can be applied, a second port as a pneumatic inlet, to which the supply pressure from a pressure supply device can be applied, and a third port as a pneumatic outlet, via which the control pressure for the formation of an electronically controlled pneumatic wheel brake pressure or the supply pressure is fed to the control chamber of the relay valve, in that the changeover valve device can adopt two control positions, of which the first control position connects the first port of the changeover valve device, which is supplied with control pressure, to the third port of the changeover valve device, and of which the second control position connects the second port of the changeover valve device, which can be supplied with supply pressure via the solenoid valve, to the third port of the changeover valve device, in that the solenoid valve is designed in such a way that it is switched from its rest position into its actuating position in order to perform a TCS/ESC function and thereby at least temporarily brings about the second control position of the changeover valve device, in that, in the first control position of the changeover valve device, the pneumatic relay valve, which is supplied with the supply pressure, produces the pneumatic wheel brake pressure, which is electronically controlled or controlled by a foot brake valve and is proportional to the control pressure, and, in the second control position of the changeover valve device, allows the supply pressure through as wheel brake pressure, and in that a first control chamber of the changeover valve device is connected to the second port of the changeover valve device, in that a second control chamber of the changeover valve device is connected to the third port of the changeover valve device, and in that a check valve, which in each case blocks flow to the second port of the changeover valve device, is arranged between the second port and the third port of the changeover valve device.
Method for the non-invasive diagnosis of diabetes, in particular type II diabetes mellitus, wherein at least the determination of glycation in the glycation position Lys 141 of human haptoglobin (P00738; SEQ ID No. 38) is carried out in an isolated blood or plasma sample and the HbA 1c level is determined, wherein subsequently the glycation in the glycation positions is correlated with the HbA 1c level.
A method for culturing pluripotent stem cells, the method comprising culturing isolated pluripotent stem cells in a pseudo-microgravity environment to proliferate the pluripotent stem cells while maintaining the pluripotent stem cells in an undifferentiated state, thereby forming and growing spheroids of the pluripotent stem cells.
Method for producing an electrical component, said method comprising the following steps: a) forming a main body with two opposing outer electrodes, b) adjusting the resistance of the main body which is to be measured between the outer electrodes to a predefined desired value by chemically etching parts of the main body, characterized in that the outer electrodes consist of a material which is attacked to a considerably lesser degree by the etching solution than the ceramic material of the main body, and therefore the solderability is maintained. a) forming a main body with two opposing outer electrodes, b) adjusting the resistance of the main body which is to be measured between the outer electrodes to a predefined desired value by chemically etching parts of the main body,
A fitting for a sliding door, having a rail, along which at least one running part is displaceably mounted, and a retractor having a driver displaceable along a guide path, which can be coupled to an activator (8, 10) arranged on the running part, to move the running part into an end position, characterized in that the activator (8, 10) is movable in relation to a carrier of the running part from a mounting position into at least one functional position, in which coupling to the driver of the retractor can be performed, and the activator (8, 10) enables mounting of the running part on the rail in the mounting position, but the running part is secured against lifting out from the rail in a functional position by a stop (15, 85) on the activator (8, 10), whereby the activator (8, 10) is mounted pivotably or discpaceably on the carrier of the running part in order to perform a movement from the mounting position into the functional position or the reverse, whereby the activator (8, 10) has a projection (14, 80) which can be engaged with a receptacle on the driver of the retractor.
A support panel comprising - a base member, the base member being the mechanically stabilizing component of the support panel, - at least one mechanical coupler on the base member, - at least one second electrical connector located on the base member, - an identifier which can electronically be read out through the at least one second electrical connector, and - at least one functional module selected from a sensor, an actuator, a control unit, an electrical link, and a power supply, mounted on or in the base member, wherein the at least one mechanical coupler and the at least one second electrical connector are designed for reversible mechanical and electrical connection of the support panel to a bed frame assembly, and wherein a top surface of the support panel, opposite to a bottom surface, is designed to be applied with a mattress. - a base member, the base member being the mechanically stabilizing component of the support panel, - at least one mechanical coupler on the base member, - at least one second electrical connector located on the base member, - an identifier which can electronically be read out through the at least one second electrical connector, and - at least one functional module selected from a sensor, an actuator, a control unit, an electrical link, and a power supply, mounted on or in the base member,
Particle sensor based on light extinction, comprising: a light source configured to generate a light beam propagating along a light path, a beam splitter unit configured to split the light beam into a first partial beam propagating along a signal path and a second partial beam propagating along a reference path, the signal path passing through a measurement region that is accessible to particles, a first photodetector arranged in the signal path and configured to detect an intensity (I 1) of the first partial beam after propagating through the measurement region, and a second photodetector arranged in the reference path and configured to detect an intensity (I 2) of the second partial beam, wherein the particle sensor is configured to detect, in particular to characterize, particles in the measurement region based on a difference (I 1 - I 2) between the intensity (I 1) of the first partial beam and the intensity (I 2) of the second partial beam, characterized in that an optical path length (L a) of the signal path from the beam splitter unit to the first photodetector and an optical path length (L b) of the reference path from the beam splitter unit to the second photodetector are equal to one another. a light source configured to generate a light beam propagating along a light path, a beam splitter unit configured to split the light beam into a first partial beam propagating along a signal path and a second partial beam propagating along a reference path, the signal path passing through a measurement region that is accessible to particles, a first photodetector arranged in the signal path and configured to detect an intensity (I 1) of the first partial beam after propagating through the measurement region, and a second photodetector arranged in the reference path and configured to detect an intensity (I 2) of the second partial beam, wherein the particle sensor is configured to detect, in particular to characterize, particles in the measurement region based on a difference (I 1 - I 2) between the intensity (I 1) of the first partial beam and the intensity (I 2) of the second partial beam, characterized in that an optical path length (L a) of the signal path from the beam splitter unit to the first photodetector and an optical path length (L b) of the reference path from the beam splitter unit to the second photodetector are equal to one another.
A bracket for use in a fixation system for fixing a fracture in one or more bones, comprising a block having a first channel extending in a first direction and being open to a first surface of the block, and having a second channel extending in a second direction and being open to a second surface of the block, wherein the first surface and second surface are located opposite each other, wherein the first channel is arranged perpendicular to the second channel, and wherein a width of the channel at each of the first and second surfaces is less than a diameter of the corresponding channel, such that a rod or wire having a diameter equal or slightly greater than one of the channels can be snapped into and retained within the respective channel.
Trough system for discharging water in road and footpath construction, for yard drainage and the like, with a channel body which has a base section and a side walls and forms a U-shaped profile open upwards and at least one cover unit for the upper covering of the channel body, wherein the cover unit has a cover element, characterised in that the cover unit has a frame, wherein the frame has engage-around portions by means of which the frame can be put on the side walls of the channel body and the engage-around portions of the frame enclose the side wall of the channel body at least on the upper side and - wherein the frame has pins arranged in the engage-around portions, said pins being insertable into pin receptacles which are introduced into the side walls at the upper side, wherein the frame is designed in one piece with the pins and the engage-around portions. - wherein the frame has pins arranged in the engage-around portions, said pins being insertable into pin receptacles which are introduced into the side walls at the upper side, wherein the frame is designed in one piece with the pins and the engage-around portions.
A water-dilutable antimicrobial composition comprising: a first acid being selected from the group consisting of octanoic acid, nonanoic acid and decanoic acid or a mixture thereof, and a second acid being a mixture of propionic acid and lactic acid, wherein the said composition comprises at least 0.1% of the said first acid (weight first acid:weight composition), wherein the weight ratio between the said second acid and the said first acid is of at least 8 (weight second acid: weight first acid), wherein the pH of the said composition is less than 5.0, and wherein the said composition comprises more than 20 wt % of lactic acid (weight lactic acid: weight of the said composition) and comprises more than 20 wt % of propionic acid (weight propionic acid: weight of the said composition). a first acid being selected from the group consisting of octanoic acid, nonanoic acid and decanoic acid or a mixture thereof, and a second acid being a mixture of propionic acid and lactic acid, wherein the said composition comprises at least 0.1% of the said first acid (weight first acid:weight composition), wherein the weight ratio between the said second acid and the said first acid is of at least 8 (weight second acid: weight first acid), wherein the pH of the said composition is less than 5.0, and wherein the said composition comprises more than 20 wt % of lactic acid (weight lactic acid: weight of the said composition) and comprises more than 20 wt % of propionic acid (weight propionic acid: weight of the said composition).
A multi-disk carbon and ceramic matrix composite brake system comprising: a brake stack comprising: a pressure plate disposed at a proximal end of the brake stack; an end plate disposed distal to the pressure plate; a plurality of rotors disposed between the pressure plate and the end plate; a plurality of stators disposed between the pressure plate and the end plate, the plurality of stators interleaved between the plurality of rotors; a first portion of disks having no spring, a second portion of disks having at least a first spring disposed axially between a first stator in the plurality of stators and an adjacent stator in the plurality of stators, the first spring disposed radially inward of a first rotor in the plurality of rotors, wherein the first spring is configured to partially compress when a force is applied to the pressure plate that is less than a threshold force; characterized in that a first stator axial face of the first stator is separated from a first rotor axial face of the first rotor when the first spring is partially compressed. a pressure plate disposed at a proximal end of the brake stack; an end plate disposed distal to the pressure plate; a plurality of rotors disposed between the pressure plate and the end plate; a plurality of stators disposed between the pressure plate and the end plate, the plurality of stators interleaved between the plurality of rotors; a first portion of disks having no spring, a second portion of disks having at least a first spring disposed axially between a first stator in the plurality of stators and an adjacent stator in the plurality of stators, the first spring disposed radially inward of a first rotor in the plurality of rotors, wherein the first spring is configured to partially compress when a force is applied to the pressure plate that is less than a threshold force; characterized in that a first stator axial face of the first stator is separated from a first rotor axial face of the first rotor when the first spring is partially compressed.
Extinguisher pistol having a housing in which an extinguishing-agent passage is formed, the passage cross section of which can be set by means of a slide element, wherein the slide element is movable in the direction of its longitudinal axis in order to open and close the extinguishing-agent passage, characterized in that a lever is provided which is connected both to the slide element and to the housing, the lever has a right-hand and a left-hand lug (66, 66), wherein a through-hole is arranged in each lug and the two through-holes (63, 63) are coaxial with one another, the housing has an eye which is provided between the two through-holes (63, 63) of the lever, and a connecting pin is inserted through the eye and the two through-holes, said connecting pin having, in an axial centre portion, one or a multiplicity of axially extending, punched notches, such that the axial centre portion of the connecting pin is connected to the eye of the housing so as to be fixed against displacement in the axial direction and fixed against rotation in the circumferential direction, but the two axial end portions (53, 53), which do not have notches, are inserted into the two through-holes in a rotatable manner. characterized in that a lever is provided which is connected both to the slide element and to the housing, the lever has a right-hand and a left-hand lug (66, 66), wherein a through-hole is arranged in each lug and the two through-holes (63, 63) are coaxial with one another, the housing has an eye which is provided between the two through-holes (63, 63) of the lever, and a connecting pin is inserted through the eye and the two through-holes, said connecting pin having, in an axial centre portion, one or a multiplicity of axially extending, punched notches, such that the axial centre portion of the connecting pin is connected to the eye of the housing so as to be fixed against displacement in the axial direction and fixed against rotation in the circumferential direction, but the two axial end portions (53, 53), which do not have notches, are inserted into the two through-holes in a rotatable manner.
Rotor comprising a rotary hub carrying a plurality of blades, the rotor comprising a fairing defining a duct in which said blades rotate, said rotor comprising a straightening stator situated downstream from said blades, each blade comprising an upper surface and a lower surface extending transversely from a leading edge towards a trailing edge and spanwise from a root section towards a free end section, characterised in that each blade comprises spanwise from the root section towards said free end section a root zone then a single rounded zone extending transversely from the leading edge towards the trailing edge, said root zone being contained in a main plane of rotation, said rounded zone having a rounded lower surface (22") and a rounded upper surface (21") from the leading edge towards the trailing edge and, starting from the root zone, departing from said main plane in a direction parallel to the axis of rotation (AXROT) of said blade and in a direction opposite to a flow direction of a fluid through the blade as far as a point of maximum curvature, then comes closer to said main plane, said rounded zone departing from the main plane so as to move said point of maximum curvature farther away from said straightening stator.
An induction heating cooker comprising: a heating coil that induction-heats a target; a drive circuit that supplies high frequency power to the heating coil; a control unit that controls driving of the drive circuit to control the high frequency power supplied to the heating coil, characterised in that based on a variation in at least one of input current to the drive circuit and coil current flowing through the heating coil while fixing a driving frequency for the drive circuit and an ON duty ratio of switching elements (23a, 23b, 231a, 231b, 232a, 232b, 233a, 233b) of the drive circuit, the control unit is configured to sense a change in temperature of the target. a heating coil that induction-heats a target; a drive circuit that supplies high frequency power to the heating coil; a control unit that controls driving of the drive circuit to control the high frequency power supplied to the heating coil, characterised in that based on a variation in at least one of input current to the drive circuit and coil current flowing through the heating coil while fixing a driving frequency for the drive circuit and an ON duty ratio of switching elements (23a, 23b, 231a, 231b, 232a, 232b, 233a, 233b) of the drive circuit, the control unit is configured to sense a change in temperature of the target.
A method for controlling an interface emulsion layer within an oil treatment vessel, the method comprising the step of: injecting a water flow into a brine water layer of the oil treatment vessel through a plurality of inlets arranged about a manifold oriented in a horizontal plane and located in the brine water layer; characterised in that each of the inlets is a radial eductor oriented in a vertical plane relative to the center line of the said manifold; and the water flow through the eductors into the brine water layer causes a swirling flow pattern of a volume of water in the said brine water layer around each radial eductor, the swirling flow pattern agitating a lower surface of the interface emulsion layer residing above the brine water layer. injecting a water flow into a brine water layer of the oil treatment vessel through a plurality of inlets arranged about a manifold oriented in a horizontal plane and located in the brine water layer; characterised in that each of the inlets is a radial eductor oriented in a vertical plane relative to the center line of the said manifold; and the water flow through the eductors into the brine water layer causes a swirling flow pattern of a volume of water in the said brine water layer around each radial eductor, the swirling flow pattern agitating a lower surface of the interface emulsion layer residing above the brine water layer.
Hygiene article for single use, such as an incontinence diaper, incontinence pad, including a composite nonwoven fabric wherein the composite nonwoven fabric comprises at least a first nonwoven fabric component and another further nonwoven fabric or film component (10, 12), and wherein the first nonwoven fabric component is attached to the other nonwoven fabric or film component (10, 12) in at least some areas by means of a joining pattern that includes discrete ultrasonic welding points in order to form the composite nonwoven fabric, wherein the hygiene article comprises a topsheet that is permeable at least in some areas, a backsheet that is impermeable at least in some areas, and an absorbent core that absorbs body fluids disposed between the two and comprises on both sides at least one cuff element forming a leakage barrier, extending essentially in the first direction and raising at least in some sections, wherein the cuff element comprises the first nonwoven fabric component and wherein the further nonwoven fabric or film component (10, 12) is the topsheet or the backsheet, so that the cuff element with its first nonwoven fabric component is attached by the joining pattern to the topsheet or backsheet, and wherein the joining pattern extends in a first direction and in a second direction that runs perpendicular thereto, the extension in the first direction being longer than the extension in the second direction, and wherein a cuff base of the cuff element at least in some sections is formed by a first partial joining pattern, a second substantially rectilinear partial joining pattern and a third non-rectilinear partial joining pattern and wherein in the first direction the second partial joining pattern is disposed between the first and the third partial joining pattern, and wherein accordingly a form of the cuff base results, which in a front area and in a rear area of the article extends transverse to the longitudinal direction in a curved shape of an arc with respect to the longitudinal direction and in an intermediate area is substantially rectilinear and, in particular, parallel to the first direction, and that the distance between the discrete ultrasonic welding points from each other in a first area of the joining pattern is less than that in a second area of the joining pattern, wherein the first area forms at least a part of the first and second and third partial joining pattern (60, 64, 66) of the cuff base, and wherein the index of variation of the area seized by the ultrasonic welding points in the first direction is at most 40%.