mhurhangee/ep-ind-claims huggingface dataset:
An active energy ray-curable magenta ink for non-aqueous inkjet recording, comprising: at least one pigment selected from the group consisting of C.I. Pigment Red 147, 150, and 266, in an amount of 0.5 to 10% by mass relative to a total mass of the ink, a polymerizable monomer, a photopolymerization initiator, and a pigment dispersing resin, wherein the polymerizable monomer comprises at least one monomer selected from the group consisting of monofunctional (meth)acrylates and difunctional (meth)acrylates. at least one pigment selected from the group consisting of C.I. Pigment Red 147, 150, and 266, in an amount of 0.5 to 10% by mass relative to a total mass of the ink, a polymerizable monomer, a photopolymerization initiator, and a pigment dispersing resin, wherein the polymerizable monomer comprises at least one monomer selected from the group consisting of monofunctional (meth)acrylates and difunctional (meth)acrylates.
A urinary catheter comprising: a. a shaft including a hydrophilic material and a distal end and a proximal end with a lumen running therebetween, said proximal end including an eyelet in fluid communication with the lumen; b. a handle attached to the distal end of the shaft, said handle including a first grip member (28, 28') and a second grip member (32, 32') configured so that said first grip member pivots about a longitudinal axis of the catheter shaft and relative to the second grip member and wherein the first grip member forms a distal portion of the handle and the second grip member forms a proximal portion of the handle; and c. a sleeve defining an interior chamber with said shaft positioned within the interior chamber, said sleeve sealed to the first grip member so that when the first grip member is pivoted, the sleeve is torn open. a. a shaft including a hydrophilic material and a distal end and a proximal end with a lumen running therebetween, said proximal end including an eyelet in fluid communication with the lumen; b. a handle attached to the distal end of the shaft, said handle including a first grip member (28, 28') and a second grip member (32, 32') configured so that said first grip member pivots about a longitudinal axis of the catheter shaft and relative to the second grip member and wherein the first grip member forms a distal portion of the handle and the second grip member forms a proximal portion of the handle; and c. a sleeve defining an interior chamber with said shaft positioned within the interior chamber, said sleeve sealed to the first grip member so that when the first grip member is pivoted, the sleeve is torn open.
Medium for the culture of Haemophilus influenzae serotype b, characterized in that the source of protein nitrogen is of nonanimal origin and comprises at least one plant peptone and wherein the heme source consists of protoporphyrin IX.
Linear actuator having a spindle and having a hollow shaft, the spindle being mounted rotatably and longitudinally displaceably in the hollow shaft which surrounds the spindle at least in sections and being supported via a supporting bearing on the hollow shaft, the supporting bearing having rolling bodies which project beyond a circumferential face of the spindle, are mounted in a rolling-body guide, make contact with an inner circumferential face of the hollow shaft and support the spindle on the hollow shaft, and the rolling-body guide having a helical profile along the circumferential face of the spindle and a gradient in the axial direction, the hollow shaft having a cylindrical recess with a constant cross-sectional area in the axial direction within a maximum permissible range of a displacement of the spindle, in which range a first end of the spindle with the supporting bearing which is arranged there is always situated within that region of the hollow shaft which surrounds the said end.
Pharmaceutical composition comprising GSNO as active ingredient together with usual additives and with one or more pharmaceutically acceptable polymers(s) selected from the group of polysaccharides, PVA, PVP, PEG, alginic acid and its salts, where the pH value of the composition is about 8-9.
An oil mist detecting device that comprises a container having: a containing space containing a light emitting element and a light receiving element; and an introduction space into which oil mist is introduced, and detects the oil mist in the container, by irradiating the oil mist with light emitted from the light emitting element and receiving light reflected or scattered by the oil mist by the light receiving element, the oil mist detecting device comprising a lens that separates between the containing space and the introduction space and is formed with a bottom-equipped groove opened on a containing space side, wherein the lens includes: a first lens element that is arranged on the containing space side, and which is formed with the bottom-equipped groove; and a second lens element that is arranged on an introduction space side, and the first lens element comprises a first light guiding region adapted to guide the light emitted from the light emitting element to the introduction space as one part resulting from division by the bottom-equipped groove, as well as, as the other part resulting from the division by the bottom-equipped groove, comprising a second light guiding region adapted to guide the light reflected or scattered by the oil mist to the light receiving element.
A device for compacting a substrate, in particular a vibratory plate, comprising - a lower carriage, which has a ground contact unit, - an upper carriage, which is connected to the lower carriage in a force-transmitting manner, and comprises a vibration exciter, by means of which at least the ground contact unit of the lower carriage can be set into vibration, and - a guidance device, by means of which the device, at least in an operational state, in which the vibration exciter is active, can be guided on the ground, wherein the guidance device is connected to the upper carriage, with at least one buffer unit (9, 9') being interposed between, wherein the guidance device can be rotated about an axis of rotation relative to the upper carriage, wherein the buffer unit (9, 9') is connected to the upper carriage in a force-transmitting manner by means of at least one connecting means, wherein a vibration of the upper carriage can be smoothed out by means of the buffer unit (9, 9'), such that transmission of the vibration of the upper carriage to the guidance device can be reduced at least temporarily, wherein the device has an overlapping region, in which the connecting means and the buffer unit (9, 9') overlap radially with respect to the axis of rotation, such that corresponding surfaces of the connecting means and the buffer unit (9, 9') are in contact with one another, and wherein the buffer unit (9, 9') has a central recess which extends over at least a substantial part of a length of the buffer unit (9, 9'), and parallel to the axis of rotation, wherein the buffer unit (9, 9') has an annular cross-section (13, 13') which circumferentially surrounds the recess, wherein at least in the operational state of the device, a force can be transmitted at least temporarily between the guidance device and the upper carriage, exclusively by means of the buffer unit (9, 9'), characterised in that, the annular cross-section (13, 13') has at least one recess, such that the annular cross-section (13, 13') is reduced with respect to a full cross-section in such a way that a stiffness of the buffer unit (9, 9') is reduced with respect to a buffer unit whose annular cross-section is formed by a full cross-section. - a lower carriage, which has a ground contact unit, - an upper carriage, which is connected to the lower carriage in a force-transmitting manner, and comprises a vibration exciter, by means of which at least the ground contact unit of the lower carriage can be set into vibration, and - a guidance device, by means of which the device, at least in an operational state, in which the vibration exciter is active, can be guided on the ground, wherein
A pitch conversion device for converting the pitch of a plurality of plate shaped members arranged in parallel in a first direction (x) along an X-axis, the device comprising; a plurality of entry members arranged in parallel along the first direction (x) and configured to enter between the neighboring plate shaped members; the device being characterized in that it further comprises a pushing member configured to push out the plurality of entry members in turn and to enter between the neighboring plate shaped members while moving in the first direction (x).
Method for measuring a first voltage and a second voltage with a differential voltmeter (131, 360), wherein the differential voltmeter (131, 360) comprises a first input and a second input, and wherein the first voltage is present at an output of a first detection unit, and this first detection unit serves to detect a first current which is supplied to an electric motor, in particular an AC motor, so that the voltage present at the output of the first detection unit depends upon the detected first current; and wherein furthermore the output of the first detection unit is connected to the first input of the differential voltmeter (131, 360) and as a result the first voltage is applied to the first input of the differential voltmeter (131, 360), wherein the method comprises the following steps: - applying a known voltage potential to the second input of the differential voltmeter (131, 360); - measuring a first differential voltage; - determining the first voltage from the measured first differential voltage and the known voltage potential; - applying the second voltage to the second input of the differential voltmeter (131, 360); - measuring a second differential voltage whilst the first voltage is applied to the first input of the differential voltmeter (131, 360); and - determining the second voltage from the measured second differential voltage and the previously determined first voltage. - applying a known voltage potential to the second input of the differential voltmeter (131, 360); - measuring a first differential voltage; - determining the first voltage from the measured first differential voltage and the known voltage potential; - applying the second voltage to the second input of the differential voltmeter (131, 360); - measuring a second differential voltage whilst the first voltage is applied to the first input of the differential voltmeter (131, 360); and - determining the second voltage from the measured second differential voltage and the previously determined first voltage.
A closing sequence controller (8, 9) for a double-wing door construction with a fixed leaf and an active leaf, wherein the fixed leaf and the active leaf are each connected with the axis (6, 7) of a floor spring (4, 5), comprising a housing, in which a cam disc, which can be arranged on the axis (6, 7) of the floor spring (4, 5), is arranged in a rotatable manner and an activation element, which respectively cooperates with one end with the cam disc and is connectable to a traction means (12, 13) with the other end, is placed in a displaceable manner perpendicularly to the axis (6, 7) of the floor spring (4, 5), such that a door closing sequence control is provided by means of the adjustability of the cooperation of the respective activation element with the respective cam disc, by means of which closing sequence control at first the fixed leaf and subsequently the active leaf are getting closed, wherein the displacement range of the activation element is adjustable from the outside of the housing with the aid of a screw that is guided through the housing, characterized in that the screw protrudes into the displacement range of the activation element, can be brought with one end into contact with one section of the activation element and is guided through a threaded sleeve, which comprises an inner thread and is arranged in the housing, or through an opening or recess of the housing that comprises a thread.
Safety switch with a redundant input structure and with a redundant output structure, which is configured for integration in a series circuit of safety switches, wherein the safety switch comprises means for recognition and setting of the mode of operation within the series circuit, wherein the safety switch is configured for exchange in the series circuit during operation thereof, wherein the safety switch generates a binary switching signal which is output by way of the redundant output structure, wherein the switching signal has as first switching state a switched-on state corresponding with an active safety condition or a release signal and as second switching state a switched-off state corresponding with a non-active safety condition, wherein test pulses are output by way of the redundant output structure only in the switched-on state, wherein the switching capability of the redundant output structure is tested by the test pulses, wherein the redundant output structure is formed by two outputs (OA, OB) and the redundant input structure by two inputs (IA, IB), wherein a first output and a first input form a first channel and a second input and a second output form a second channel, and wherein through reading back the test pulses at an output of one channel to the respective other channel the switching capability of this output is tested.
A backside illuminated imaging sensor, comprising: a semiconductor layer having a front surface and a back surface, the semiconductor layer having an imaging pixel (200, 300) that includes a photodiode region that is formed within the semiconductor layer and is configured to receive light from the back surface of the semiconductor layer; an interlayer dielectric disposed on the front surface of the semiconductor layer; an infrared detecting layer disposed above the front surface of the semiconductor layer configured to receive infrared light that propagates through the imaging sensor from the back surface of the semiconductor layer; a metal stack disposed on the interlayer dielectric and including one or more metal interconnect layers (M1, M2), wherein the infrared detecting layer is disposed on the metal stack or within the metal stack; characterized in that the imaging pixel further includes a conductive layer disposed between the infrared detecting layer and the semiconductor layer and coupled to the infrared detecting layer configured to electrically couple the infrared detecting layer to the photodiode region, a floating diffusion region formed within the semiconductor layer; and a transfer gate coupled between the photodiode region and the floating diffusion region; wherein the transfer gate is configured to transfer charge accumulated in the infrared detecting layer to the floating diffusion region and is further configured to transfer charge accumulated in the photodiode region to the floating diffusion region. a semiconductor layer having a front surface and a back surface, the semiconductor layer having an imaging pixel (200, 300) that includes a photodiode region that is formed within the semiconductor layer and is configured to receive light from the back surface of the semiconductor layer; an interlayer dielectric disposed on the front surface of the semiconductor layer; an infrared detecting layer disposed above the front surface of the semiconductor layer configured to receive infrared light that propagates through the imaging sensor from the back surface of the semiconductor layer; a metal stack disposed on the interlayer dielectric and including one or more metal interconnect layers (M1, M2), wherein the infrared detecting layer is disposed on the metal stack or within the metal stack; characterized in that the imaging pixel further includes a conductive layer disposed between the infrared detecting layer and the semiconductor layer and coupled to the infrared detecting layer configured to electrically couple the infrared detecting layer to the photodiode region, a floating diffusion region formed within the semiconductor layer; and a transfer gate coupled between the photodiode region and the floating diffusion region; wherein the transfer gate is configured to transfer charge accumulated in the infrared detecting layer to the floating diffusion region and is further configured to transfer charge accumulated in the photodiode region to the floating diffusion region.
A molded article made of a resin material containing cellulose fibers, wherein the molded article has a surface portion (15, 16) that is in a range satisfying T F ≤ 0.1 x T, where T is a thickness of the molded article, and T F is a distance from a surface of the molded article, characterized in that the molded article satisfies D F ≥ 1.1 x D, where D is an average cellulose concentration of the overall molded article, and D F is an average cellulose concentration of the surface portion (15, 16), the molded article has a weld line that serves as a junction point of a resin flow during injection molding, the molded article has a weld portion that is in a range satisfying T w ≤ 0.1 x T, where T w is a distance from the weld line, the molded article satisfies D w ≥ 1.1 x D, where D w is an average cellulose concentration of the weld portion, and the molded article has fiber entanglement portions, wherein the cellulose fibers partially protruding from both sides of the weld line are entangled with one another.
Method for supporting a shared travel experience of riders of a multiplicity of mobile units (10a, 10b, 10c), wherein the mobile units (10a, 10b, 10c) are electrically drivable bicycles, the drives of which assist the pedal power of their users, characterized by the steps of: - predefining a reference for a spatial and temporal relationship between a first mobile unit and a second mobile unit, wherein the reference is a maximum distance on the journey of multiple mobile units (10a, 10b, 10c) on a shared route, wherein, for the purpose of determining the maximum distance, a mobile unit (10a, 10b, 10c) that the group contains is used as a reference position, an average speed of some of the group of mobile units (10a, 10b, 10c) is defined or a mobile unit that is in the middle of the multiplicity of mobile units (10a, 10b, 10c) is dynamically selected, - detecting a deviation in an actual relationship between the first mobile unit and the second mobile unit from the reference, and - automatically customizing an electrical drive power of the first mobile unit or of the second mobile unit if the maximum distance is exceeded. - predefining a reference for a spatial and temporal relationship between a first mobile unit and a second mobile unit, wherein the reference is a maximum distance on the journey of multiple mobile units (10a, 10b, 10c) on a shared route, wherein, for the purpose of determining the maximum distance, a mobile unit (10a, 10b, 10c) that the group contains is used as a reference position, an average speed of some of the group of mobile units (10a, 10b, 10c) is defined or a mobile unit that is in the middle of the multiplicity of mobile units (10a, 10b, 10c) is dynamically selected, - detecting a deviation in an actual relationship between the first mobile unit and the second mobile unit from the reference, and - automatically customizing an electrical drive power of the first mobile unit or of the second mobile unit if the maximum distance is exceeded.
Pyrotechnical gas generator with a discoid shape, comprising: - a housing with diffusion holes, - pyrotechnical material arranged in the housing, - filtration means arranged in the housing, - containment means (40; 40'), arranged in the housing between the pyrotechnical material and the filtration means, - drainage means arranged in the housing between the pyrotechnical material and the containment means (40; 40'), characterized in that the containment means (40; 40') are a seal, and in that the filtration means are arranged to provide support for a supported portion of the containment means (40; 40') at the start of operation of the gas generator. - a housing with diffusion holes, - pyrotechnical material arranged in the housing, - filtration means arranged in the housing, - containment means (40; 40'), arranged in the housing between the pyrotechnical material and the filtration means, - drainage means arranged in the housing between the pyrotechnical material and the containment means (40; 40'), characterized in that the containment means (40; 40') are a seal, and in that the filtration means are arranged to provide support for a supported portion of the containment means (40; 40') at the start of operation of the gas generator.
Composite material having structure-borne sound insulation properties and comprising at least two metallic plies and at least one polymer layer disposed between the metallic plies, where the polymer layer contains at least one welding filler material, where the polymer layer has a thickness of 0.01 to 0.2 mm, characterized in that the polymer layer contains iron sponge as welding filler material in an amount of 0.1% to 30.0% by weight.
A one-piece suspension device for a bed base, including: - an upper part intended to support lying down; - a lower part intended to be fastened to the bed base; - an intermediate part formed by suspension elements connecting the lower and upper parts to one another, the suspension elements having first and second orthogonal planes of symmetry (P1, P2), the suspension elements including a pair of outer elastic suspension walls (32, 34) that are symmetrical relative to the first plane of symmetry, each of the outer suspension walls having at least one mean curve line extending in the second plane of symmetry, each of the outer suspension walls (32, 34) being able to bend along at least one bending line substantially orthogonal to the second plane of symmetry, and wherein the suspension elements further include at least one pair of inner elastic suspension walls (40, 42) that are symmetrical relative to the first plane of symmetry, each of the inner suspension walls having at least one mean curve line extending in the second plane of symmetry, each of the inner suspension walls being able to bend along at least three separate bending lines (M1, M2, M3, N1, N2, N3) that are substantially orthogonal to the second plane of symmetry; in that, seen in the second plane of symmetry, each of the inner suspension walls (40, 42), considered vertically from the upper part toward the lower part, successively includes first, second and third bending lines (M1, M2, M3, N1, N2, N3); in that two adjacent bent portions (401, 402, 403, 421, 422, 423) open in opposite directions; in that each of the inner suspension walls (40, 42) includes a first end (40a, 42a) fastened to the upper part of the device and a second end (40b, 42b) fastened to the lower part of the device, and the suspension device being characterized in that, considered in the second plane of symmetry, when idle, the distance between the first end (40a, 42a) of the inner suspension wall (40, 42) and the second bending line (M2, N2) is substantially equal to twice the distance (d) between the second bending line (M2, N2) and the second end (40b, 42b) of the inner suspension wall (40, 42). - an upper part intended to support lying down; - a lower part intended to be fastened to the bed base; - an intermediate part formed by suspension elements connecting the lower and upper parts to one another, the suspension elements having first and second orthogonal planes of symmetry (P1, P2), the suspension elements including a pair of outer elastic suspension walls (32, 34) that are symmetrical relative to the first plane of symmetry, each of the outer suspension walls having at least one mean curve line extending in the second plane of symmetry, each of the outer suspension walls (32, 34) being able to bend along at least one bending line substantially orthogonal to the second plane of symmetry, and