mhurhangee/ep-ind-claims huggingface dataset:
A portable control device for controlling a motion sensor, comprising communication means for wirelessly communicating with a motion sensor, adapted to detect a detection signal currently present in the motion sensor from the motion sensor while the control device is located in a detection area of the motion sensor; display means for displaying the detection signal; and input means for setting a detection threshold at which motion is detected by the motion sensor based on the indicated detection signal; wherein the communication means are also suitable for transmitting the set detection threshold value to the motion sensor as a valid detection threshold value of the motion sensor, characterised in that the display means are adapted to indicate an intensity of the detection signal currently generated in the motion detector on a scale between a minimum intensity and a maximum intensity; and the input means are adapted for setting the detection threshold to an intensity value with respect to the same scale display means for displaying the detection signal; and input means for setting a detection threshold at which motion is detected by the motion sensor based on the indicated detection signal; wherein the communication means are also suitable for transmitting the set detection threshold value to the motion sensor as a valid detection threshold value of the motion sensor, characterised in that the display means are adapted to indicate an intensity of the detection signal currently generated in the motion detector on a scale between a minimum intensity and a maximum intensity; and the input means are adapted for setting the detection threshold to an intensity value with respect to the same scale
Interpreter desk for a conferencing system comprising - a first interface configured to select an audio input channel from a plurality of audio input channels, each corresponding to a different language, from which selected audio input channel a translation into a target language is to be performed, said first interface being configurable, - a second interface configured to select an audio output channel to send out said translation to a conference participant, characterised in that said interpreter desk includes a processing unit arranged to suggest one or more audio input channels and corresponding language as a source language for translation into said target language, based on at least one user preference and an indication of how many consecutive translations from the original language said different languages have undergone. - a first interface configured to select an audio input channel from a plurality of audio input channels, each corresponding to a different language, from which selected audio input channel a translation into a target language is to be performed, said first interface being configurable, - a second interface configured to select an audio output channel to send out said translation to a conference participant,
Multi-disc double clutch for coupling a drive shaft of a motor vehicle engine to a first transmission input shaft and/or a second transmission input shaft, having a first component clutch for coupling the drive shaft to the first transmission input shaft, and a second component clutch for coupling the drive shaft to the second transmission input shaft, characterized in that the first component clutch has a first counterplate, at least one first intermediate plate which is connected via a first intermediate plate restoring spring to the first counterplate and can be moved axially relative to the first counterplate, and a first pressure plate for pressing first friction linings of a first clutch disc between the first counterplate and the first intermediate plate and between the first intermediate plate and the first pressure plate, which first pressure plate is connected via a first pressure plate restoring spring to the first counterplate and can be moved axially relative to the first counterplate and relative to the first intermediate plate, and the second component clutch having a second counterplate, at least one second intermediate plate which is connected via a second intermediate plate restoring spring to the second counterplate and can be moved axially relative to the second counterplate, and a second pressure plate for pressing second friction linings of a second clutch disc between the second counterplate and the second intermediate plate and between the second intermediate plate and the second pressure plate, which second pressure plate is connected via a second pressure plate restoring spring to the second counterplate and can be moved axially relative to the second counterplate and relative to the second intermediate plate, and a main connecting element, in particular a riveted connection, which connects the first counterplate to the second counterplate fixedly so as to rotate with it, the main connecting element being arranged offset in the circumferential direction and/or in the radial direction with respect to the first pressure plate restoring spring, with respect to the first intermediate plate restoring spring, with respect to the second pressure plate restoring spring and with respect to the second intermediate plate restoring spring.
A torque-limiting screw device suitable for use to secure a printed circuit board with a retaining device having a first end piece, a second end piece, and at least one elongated wedge, the torque-limiting screw device comprising: a screw having a screw head adapted to be located within the first end piece; and a clutch assembly adapted to be axially retained within the first end piece and coupled to the screw, characterized by the clutch assembly having a shaft with a first clutch head, a drive head engaging the shaft, a second clutch head, and a spring urging the first clutch head and the second clutch head together; and in that the clutch assembly has a clutch interface that includes the second clutch head and a tool on an opposite side of the clutch interface from the second clutch head, the screw head is configured to engage the tool, and the clutch assembly is coupled to the screw by the tool engaging the screw head. a screw having a screw head adapted to be located within the first end piece; and a clutch assembly adapted to be axially retained within the first end piece and coupled to the screw, characterized by the clutch assembly having a shaft with a first clutch head, a drive head engaging the shaft, a second clutch head, and a spring urging the first clutch head and the second clutch head together; and in that the clutch assembly has a clutch interface that includes the second clutch head and a tool on an opposite side of the clutch interface from the second clutch head, the screw head is configured to engage the tool, and the clutch assembly is coupled to the screw by the tool engaging the screw head.
A lens array sheet comprising: a glass base having a thickness of 30 to 2000 μm; a resin lens array layer being provided with no planar base layer and being directly formed on the glass base, the resin lens array layer having a thickness of 0.1 to 200 μm and having a linear expansion coefficient different from the glass base; wherein the resin lens array layer comprises composite material including a matrix of the resin and nanoparticles added to the matrix of the resin, wherein the matrix of the resin and the nanoparticles each have an equal index of refraction, wherein the particle sizes of the nanoparticles are equal to or smaller than 2/10 of a thickness of the resin lens array layer, wherein the resin lens array layer has cylindrical lens portions alone, the cylindrical lens portions including a plurality of cylindrical lenses that are adjacently juxtaposed and unidirectionally in parallel with one another, wherein the nanoparticles consist of organic particles or organic-inorganic hybrid particles, and wherein the nanoparticles are added at a density of 5 to 60 vol % in the matrix resin. a glass base having a thickness of 30 to 2000 μm; a resin lens array layer being provided with no planar base layer and being directly formed on the glass base, the resin lens array layer having a thickness of 0.1 to 200 μm and having a linear expansion coefficient different from the glass base; wherein the resin lens array layer comprises composite material including a matrix of the resin and nanoparticles added to the matrix of the resin, wherein the matrix of the resin and the nanoparticles each have an equal index of refraction, wherein the particle sizes of the nanoparticles are equal to or smaller than 2/10 of a thickness of the resin lens array layer, wherein the resin lens array layer has cylindrical lens portions alone, the cylindrical lens portions including a plurality of cylindrical lenses that are adjacently juxtaposed and unidirectionally in parallel with one another, wherein the nanoparticles consist of organic particles or organic-inorganic hybrid particles, and wherein the nanoparticles are added at a density of 5 to 60 vol % in the matrix resin.
A drag reduction system for an airfoil of an aircraft, comprising: an air ejector, an airfoil main element and a trailing edge device; the air ejector having an ejection port located between an aft portion of the airfoil main element and a forward portion of the trailing edge device; and characterised in that the air ejector is configured to discharge an air jet from the ejection port in an outboard direction relative to a longitudinal axis of the aircraft and in such a manner that the air jet passes over an upper surface of the trailing edge device. an air ejector, an airfoil main element and a trailing edge device; the air ejector having an ejection port located between an aft portion of the airfoil main element and a forward portion of the trailing edge device; and characterised in that the air ejector is configured to discharge an air jet from the ejection port in an outboard direction relative to a longitudinal axis of the aircraft and in such a manner that the air jet passes over an upper surface of the trailing edge device.
Method for riveting by means of a plastically deformable plastic rivet, the plastic rivet being arranged on a component, namely a component of a motor vehicle, before riveting, and the rivet being deformed by a riveting die by application of a riveting force, and thus retaining a part to be riveted on the component, the riveting die being equipped with a riveting dynamometer and the riveting force being measured, characterized in that a plurality of riveting dies is arranged on a tool and the riveting force of at least two riveting dies, preferably of all riveting dies, is measured individually, an inner paneling part of a motor vehicle or an outer paneling part of a motor vehicle being processed, especially in an already laminated state and/or with an additional part already integrated, for instance a loudspeaker grill, a door knob, a lighting means and/or a control button.
An air dryer comprising: a supporting base including an inlet (14, 14A, 14B) for receiving compressed air to be subject to a drying process and an outlet for delivering the processed compressed air that has undergone the drying process; a drying agent container, which is a container supported on the supporting base, contains a drying agent in the interior, and enables the drying process to be performed by passing the compressed air from the inlet (14, 14A, 14B) through the drying agent; and an outer cover, which surrounds the outer side of the drying agent container on the supporting base and defines a chamber for storing the compressed air between itself and the drying agent container, the air dryer being characterized in that the supporting base includes first and second mounting surfaces (122, 123) used for mounting the air dryer to a mounting target member, which are oriented in different directions, and a plurality of inlets (14, 14A, 14B), which are oriented in different directions and receive the compressed air. a supporting base including an inlet (14, 14A, 14B) for receiving compressed air to be subject to a drying process and an outlet for delivering the processed compressed air that has undergone the drying process; a drying agent container, which is a container supported on the supporting base, contains a drying agent in the interior, and enables the drying process to be performed by passing the compressed air from the inlet (14, 14A, 14B) through the drying agent; and an outer cover, which surrounds the outer side of the drying agent container on the supporting base and defines a chamber for storing the compressed air between itself and the drying agent container, the air dryer being characterized in that the supporting base includes first and second mounting surfaces (122, 123) used for mounting the air dryer to a mounting target member, which are oriented in different directions, and a plurality of inlets (14, 14A, 14B), which are oriented in different directions and receive the compressed air.
Acoustic radiating membrane arrangement for a striking or musical watch, the arrangement including a first membrane arranged superposed on a second membrane, a first peripheral edge portion of the first membrane and a second peripheral edge portion of the second membrane being intended to hold the membranes inside a watch case, the first acoustic radiating membrane being configured to radiate efficiently the frequencies in a first frequency band, and the second acoustic radiating membrane being configured to radiate efficiently the frequencies in a second frequency band that is different from the first frequency band, characterized in that a spacer ring is disposed between the first membrane and the second membrane to define a cavity between the two membranes, which is tuned to at least one of the two natural vibration frequencies of the two membranes.
A process for making a flexo plate comprising non-printing indicia disposed on a floor of the plate using areas of presence and absence of polymer in the plate floor, the process comprising: forming the non-printing indicia via exposure to actinic radiation from a back, non-printing side of the plate, wherein the non-printing indicia comprise areas of presence of polymer in the plate floor; providing a primary back exposure for forming the plate floor; and providing an additional back exposure for forming the non-printing indicia raised above the plate floor, wherein the additional back exposure is provided by directing radiation to an imaging plane disposed above the plate floor. forming the non-printing indicia via exposure to actinic radiation from a back, non-printing side of the plate, wherein the non-printing indicia comprise areas of presence of polymer in the plate floor; providing a primary back exposure for forming the plate floor; and providing an additional back exposure for forming the non-printing indicia raised above the plate floor, wherein the additional back exposure is provided by directing radiation to an imaging plane disposed above the plate floor.
Control arrangement of an electric intake air preheater of an internal combustion engine, characterized in that the heat energy at the intake air preheater is balanced for measures against overheating, in such a way that the heating energy is detected indirectly by measurement of the heating time, wherein the measured heating time corresponds to a heating temperature, and the assignment of measured heating time to heating energy and to heating temperature takes place corresponding to a determined heating characteristic curve or a heating characteristic map, that the cooling energy dissipated to the environment during a subsequent cooling time is detected indirectly by measurement of the cooling time (29 to 30), wherein the assignment of cooling time to cooling energy and to cooling temperature takes place corresponding to a determined cooling characteristic curve or a cooling characteristic map, and the cooling energy is subtracted from the heating energy, and that the remaining difference, corresponding to a residual heating energy (Q s), is used as a criterion of whether a new heating period start is admissible immediately after the measured cooling time without overheating or a further cooling time as a prefix time (32 to 33) for further cooling to a non-critical value for a new heating start is determined, or of whether the impending preheating period can be shortened owing to residual heat that is still present.
Furniture board, having a support board, as well as two cover layers adjoining the support board on both sides, wherein the support board comprises at least two plate-shaped layers that comprise a fiber material, the support board further comprises a core located between these layers, and the two cover layers and the core consist of wood or comprise wood, characterized in that the fiber direction of the cover layers extends perpendicularly to the fiber direction of the core, and the fiber material is glass fiber, carbon fiber, plastic fiber, basalt fiber or a prepreg primed with epoxy resin, or comprises a combination of these materials.
A movable connector comprising: a first housing; a second housing including a connection chamber having an insertion port adapted for insertion of a connection target object; and terminals (4,11,15,18) each having a movable section that supports the second housing in such a way that the second housing is displaceable relative to the first housing and a contact section that achieves electrically continuous contact with the connection target object in the connection chamber, wherein the contact section (9,19) includes a first contact piece section (9b,12,21) having a first contact section (9b2,12b,21b) that achieves pressing contact with the connection target object in a first direction in a position located in the connection chamber and close to the insertion port, a second contact piece section (9d, 13,22) having a second contact section (9d2,13b,22b) that achieves pressing contact with the connection target object in the first direction in a position located in the connection chamber and shifted from the first contact section (9b2,12b,21b) toward a far side, and a contact receiving section (9c,16,23) that faces the first contact section (9b2,12b,21b) and the second contact section (9d2,13b,22b) in the connection chamber and has a contact surface section (9c1,16a,17a,23a,25a) that comes into contact with the connection target object inserted into the connection chamber along the connection target object, characterized in that the first contact piece section (9b,12,21) and the second contact piece section (9d,13,22) are formed as spring pieces displaceable independently of each other. a first housing; a second housing including a connection chamber having an insertion port adapted for insertion of a connection target object; and terminals (4,11,15,18) each having a movable section that supports the second housing in such a way that the second housing is displaceable relative to the first housing and a contact section that achieves electrically continuous contact with the connection target object in the connection chamber, wherein the contact section (9,19) includes a first contact piece section (9b,12,21) having a first contact section (9b2,12b,21b) that achieves pressing contact with the connection target object in a first direction in a position located in the connection chamber and close to the insertion port, a second contact piece section (9d, 13,22) having a second contact section (9d2,13b,22b) that achieves pressing contact with the connection target object in the first direction in a position located in the connection chamber and shifted from the first contact section (9b2,12b,21b) toward a far side, and a contact receiving section (9c,16,23) that faces the first contact section (9b2,12b,21b) and the second contact section (9d2,13b,22b) in the connection chamber and has a contact surface section (9c1,16a,17a,23a,25a) that comes into contact with the connection target object inserted into the connection chamber along the connection target object, characterized in that the first contact piece section (9b,12,21) and the second contact piece section (9d,13,22) are formed as spring pieces displaceable independently of each other.
Multi-component resin system containing an isocyanate component, which comprises at least one aliphatic and/or aromatic polyisocyanate having an average NCO functionality of 2 or more, and an amine component, which comprises at least one amine which is reactive to isocyanate groups and has an average NH functionality of 2 or more, with the proviso that the multi-component resin system is free of polyaspartic acid esters, the isocyanate component and/or the amine component comprising at least one filler and at least one rheology additive and the total filling level of a mortar composition produced by mixing the isocyanate component and the amine component is in a range from 30 to 80 wt.%, characterized in that the isocyanate component and/or the amine component additionally contains a molecular sieve.
A front structure of a vehicle body comprising: a side member placed along a side extending in a front-rear direction of the vehicle body; a bumper reinforce extending in a vehicle width direction and connected to an end portion of the side member toward a front side of the vehicle body; a load transmission member placed at an end portion of the bumper reinforce in the vehicle width direction, projecting toward a rear side of the vehicle body; and a receiving portion placed on the side member to receive the load transmission member when the load transmission member receives an impact load from the front side of the vehicle body and moves toward the rear side of the vehicle body; wherein a gap in the vehicle width direction between an inner side surface of the load transmission member in the vehicle width direction and an outer side surface of the side member in the vehicle width direction is set to be greater than an amount of projection of the receiving portion projecting outward in the vehicle width direction from outer side surface of the side member in the vehicle width direction characterized in that the load the transmission member is temporarily attached to the side member with a temporary attachment member and a reinforcing portion (43, 45) is placed on the side member at a position corresponding to the receiving portion. a side member placed along a side extending in a front-rear direction of the vehicle body; a bumper reinforce extending in a vehicle width direction and connected to an end portion of the side member toward a front side of the vehicle body; a load transmission member placed at an end portion of the bumper reinforce in the vehicle width direction, projecting toward a rear side of the vehicle body; and a receiving portion placed on the side member to receive the load transmission member when the load transmission member receives an impact load from the front side of the vehicle body and moves toward the rear side of the vehicle body;