mhurhangee/ep-ind-claims huggingface dataset:
A method for initiating elevator service by entering an elevator call on a call input device having a plurality of graphical objects displayed on a graphical user interface, the method comprising the steps: selecting a first landing graphical object from the plurality of graphical objects; selecting a second landing graphical object from the plurality of graphical objects; initiating a hall call and floor call from the first landing to the second landing; selecting a third landing graphical object from the plurality of graphical objects; initiating a hall call and floor call from the second landing to the third landing; and characterized by a program recognizing that the user has traveled among multiple floors within the building; the program anticipating that the user intends to travel from the third landing to the first landing; and then the program creating an anticipated trip graphical object, the anticipated trip graphical object indicating a trip from the third landing to the first landing; and selecting the anticipated trip graphical object to initiate a hall call and floor call from the third landing to the first landing. selecting a first landing graphical object from the plurality of graphical objects; selecting a second landing graphical object from the plurality of graphical objects; initiating a hall call and floor call from the first landing to the second landing; selecting a third landing graphical object from the plurality of graphical objects; initiating a hall call and floor call from the second landing to the third landing; and characterized by a program recognizing that the user has traveled among multiple floors within the building; the program anticipating that the user intends to travel from the third landing to the first landing; and then the program creating an anticipated trip graphical object, the anticipated trip graphical object indicating a trip from the third landing to the first landing; and selecting the anticipated trip graphical object to initiate a hall call and floor call from the third landing to the first landing.
Volatile substance evaporator comprising a substance end-of-life detector, a container containing a liquid volatile substance including an infrared light-absorbing additive, and a wick having a lower end housed within said container and an upper end emerging from the container, the evaporator further comprising an infrared emitter and receptor to detect end-of-life of the volatile substance, characterized in that the infrared light emitter is arranged so as to emit a beam of light on the upper end of the wick, and the receptor is arranged so as to capture said beam of infrared light reflected by the upper end of the wick, the evaporator further comprising electronic means associated to said infrared receptor configured to determine the presence of a volatile substance based on the infrared light or absence of infrared light in the receptor.
Non-steroidal anti-inflammatory drug based on naproxen formula: which has anti-inflammatory, analgesic and antipyretic activity, as well as reduced acute toxicity and gastrotoxicity.
A camera device comprising an optics unit and a sensor unit releasably connectable to each other, and an electronic accessory releasably connectable to the optics unit, wherein the optics unit comprises optics unit connectors, which in an assembled state of the camera device each is aligned and in contact with an associated electronic accessory connector of the electronic accessory thereby forming an electric connection between the electronic accessory and the sensor unit via the optics unit, wherein the optics unit connectors and the associated electronic accessory connectors form a first group consisting of at least one optics unit connector and associated electronic accessory connector arranged for power transfer and a second group consisting of at least one optics unit connector and associated electronic accessory connector arranged for signal transfer, characterized in that the electronic accessory is releasably connectable to the optics unit by means of a threaded fitting associated with a rotation axis, wherein, in the assembled state of the camera device, the first group is arranged at a first radial distance from the rotation axis and the second group is arranged at a second radial distance from the rotation axis, the first distance being different from the second distance, wherein the first radial distance is solely occupied by the first group, and wherein the second radial distance is solely occupied by the second group. an optics unit and a sensor unit releasably connectable to each other, and an electronic accessory releasably connectable to the optics unit, wherein the optics unit comprises optics unit connectors, which in an assembled state of the camera device each is aligned and in contact with an associated electronic accessory connector of the electronic accessory thereby forming an electric connection between the electronic accessory and the sensor unit via the optics unit, wherein the optics unit connectors and the associated electronic accessory connectors form a first group consisting of at least one optics unit connector and associated electronic accessory connector arranged for power transfer and a second group consisting of at least one optics unit connector and associated electronic accessory connector arranged for signal transfer, characterized in that the electronic accessory is releasably connectable to the optics unit by means of a threaded fitting associated with a rotation axis, wherein, in the assembled state of the camera device, the first group is arranged at a first radial distance from the rotation axis and the second group is arranged at a second radial distance from the rotation axis, the first distance being different from the second distance, wherein the first radial distance is solely occupied by the first group, and wherein the second radial distance is solely occupied by the second group.
A method of preparing a coating agent comprising the steps of: a) dissolving dry butyl rubber in an organic solvent to produce a butyl rubber solution; b) adding water and at least one surfactant to said butyl rubber solution; c) mixing water, said at least one surfactant and said butyl rubber solution under high shear to obtain a desired particle size; d) removing said organic solvent under vacuum and at a temperature of between 48.9°C (120° F) and 482.2°C (900° F) to produce a butyl rubber dispersion; e) creaming said butyl rubber dispersion to obtain a desired solids content; f) adding at least one curing agent and/or at least one pigment to said butyl rubber dispersion; and g) mixing said at least one curing agent and/or at least one pigment with said butyl rubber dispersion. a) dissolving dry butyl rubber in an organic solvent to produce a butyl rubber solution; b) adding water and at least one surfactant to said butyl rubber solution; c) mixing water, said at least one surfactant and said butyl rubber solution under high shear to obtain a desired particle size; d) removing said organic solvent under vacuum and at a temperature of between 48.9°C (120° F) and 482.2°C (900° F) to produce a butyl rubber dispersion; e) creaming said butyl rubber dispersion to obtain a desired solids content; f) adding at least one curing agent and/or at least one pigment to said butyl rubber dispersion; and g) mixing said at least one curing agent and/or at least one pigment with said butyl rubber dispersion.
A cutting device comprising a cutting unit having a rotary blade, a table for placing a workpiece thereon, a support device vertically movably supporting the cutting unit relative to the table, the cutting unit including a blade case covering an upper portion of the rotary blade and having a dust discharge member for discharging dust produced at a cutting region, and a dust guide device (40; 50; 60) disposed on at an upstream side of the dust discharge member with respect to a flow of the dust; wherein a position of at least a part of the dust guide device (40; 50; 60) changes relative to the dust discharge member according to change of the vertical position of the cutting unit, wherein the cutting unit further includes a movable cover covering a lower portion of the rotary blade and opened and closed in response to the vertical movement of the cutting unit, wherein the dust guide device includes a dust guide member (40; 50; 60) serving to guide dust produced at a cutting region toward the dust discharge member of the blade case, and wherein the dust guide member (40; 50; 60) is configured to cover an edge portion of the rotary blade exposed as the movable cover is opened, characterized in that the cutting device further includes a dust guide moving device (33, 45) for moving the dust guide member (40; 50; 60) in a direction of extending downward from a lower portion of the blade case as the cutting unit moves downward.
A dust collection device comprising a first insulation type electrode including a sheet-shaped first electrode at least one surface of which is coated by a first insulating layer and which is configured to be applied with a first voltage, and a second insulation type electrode including a sheet-shaped second electrode at least one surface of which is coated by a second insulating layer and which is configured to be applied with a second voltage different from the first voltage, the first insulation type electrode and the second insulation type electrode being laminated alternately via an insulating spacer, wherein a plurality of first ventilation holes penetrating from the first insulating layer to the first electrode and exposing a part of the first electrode inside the first ventilation hole are provided in the first insulation type electrode, a plurality of second ventilation holes penetrating from the second insulating layer to the second electrode and exposing a part of the second electrode inside the second ventilation hole are provided in the second insulation type electrode, and the second ventilation holes are disposed so that their positions deviate by a predetermined distance from positions of the first ventilation holes in a planar view.
A vehicle lighting device comprising: a reflector and a light source that are incorporated in a lamp room made of a housing and a front lens, wherein the light source is disposed so that a light emission surface of the light source is oriented toward an optical axis of the front lens and the reflector is disposed on one side with respect to a surface on which the light source is to be disposed, the reflector being configured with a curved portion that is adapted to reflect the light from the light source to a side of the front lens, characterized in that a coloring member is disposed adjacent to at least a part of a periphery of the light emission surface of the light source so as not to cover the light emission surface of the light source and is formed integrally with a shade which is provided in front of the light source on the side of the front lens so that the light source is not directly seen when viewed through the front lens. a reflector and a light source that are incorporated in a lamp room made of a housing and a front lens, wherein the light source is disposed so that a light emission surface of the light source is oriented toward an optical axis of the front lens and the reflector is disposed on one side with respect to a surface on which the light source is to be disposed, the reflector being configured with a curved portion that is adapted to reflect the light from the light source to a side of the front lens, the light source is disposed so that a light emission surface of the light source is oriented toward an optical axis of the front lens and the reflector is disposed on one side with respect to a surface on which the light source is to be disposed, the reflector being configured with a curved portion that is adapted to reflect the light from the light source to a side of the front lens, characterized in that a coloring member is disposed adjacent to at least a part of a periphery of the light emission surface of the light source so as not to cover the light emission surface of the light source and is formed integrally with a shade which is provided in front of the light source on the side of the front lens so that the light source is not directly seen when viewed through the front lens.
A test device for carrying out a most probable number microbial assay comprising a primary chamber to receive an initial liquid sample and a multiplicity of secondary chambers (21, 22, 23, 24, 25, 26) arranged to each receive an aliquot of the initial liquid sample from the primary chamber, wherein the test device is movable in use between two positions, a first position and a second position; characterised in that in the first position the secondary chambers (21, 22, 23, 24, 25, 26 are situated below the primary chamber such that an aliquot of the initial liquid sample flows under gravity from the primary chamber to each of the secondary chambers (21, 22, 23, 24, 25, 26); and that in the second position the secondary chambers (21, 22, 23, 24, 25, 26) are located above the primary chamber such that the liquid in the primary chamber is not able to flow under gravity from the primary chamber to each of the secondary chambers (21, 22, 23, 24, 25, 26); the aliquots of liquid sample which previously flowed under gravity from the primary chamber to the secondary chambers (21, 22, 23, 24, 25, 26) when the device was in the first position being retained in the secondary chambers (21, 22, 23, 24, 25, 26) against the force of gravity and wherein the device is arranged so that an assay may be carried out in situ in at least some of the secondary chambers (21, 22, 23, 24, 25, 26), characterised in that the test device is provided with a drip management system (80, 81, 82, 83, 84), wherein the test device is arranged so that, when the device is in the second position, any drips and surface flows of liquid flowing out of the secondary chambers (21, 22, 23, 24, 25, 26) are encouraged to flow or drip downwards into, or at least towards the primary chamber in order to move them away from the regions of the device comprising the secondary chambers (21, 22, 23, 24, 25, 26) where they might contribute to contamination occurring between secondary chambers (21, 22, 23, 24, 25, 26) and wherein the volume of the primary chamber is at least an order of magnitude greater than the volume of each of the secondary chambers (21, 22, 23, 24, 25, 26).
A method for use in a central node of a cellular radio network for deciding if a mobile station connected to the cellular radio network via a first radio access technology controlled by the central node is to be moved to another radio access technology, wherein the cellular radio network is adapted to use a fallback to circuit switched procedure, the method comprising: - determining that a circuit switched call of the mobile station has ended, characterized by; - receiving information about if the circuit switched call has resulted from a fallback to circuit switched procedure or not in a message from a Mobile Switching Center, and - deciding if the mobile station is to be moved to said another radio access technology based on if the circuit switched call has resulted from a fallback to circuit switched procedure. - determining that a circuit switched call of the mobile station has ended, characterized by; - receiving information about if the circuit switched call has resulted from a fallback to circuit switched procedure or not in a message from a Mobile Switching Center, and - deciding if the mobile station is to be moved to said another radio access technology based on if the circuit switched call has resulted from a fallback to circuit switched procedure.
Conveyor for the transporting of containers in a transport direction, with at least two transport elements which form a closed loop and can be driven by the drive unit such as to circulate endlessly, and which are arranged such as to be multi-lane and adjacent to one another perpendicular to the transport direction in order to form a common transport surface, on which the containers stand upright with their container bases, wherein the drive unit for each transport element comprises a dedicated electric drive motor, and wherein the drive motors of at least two transport elements are arranged coaxially with their drive axles or motor axles oriented perpendicular to the transport direction, characterised in that the drive motors are external-rotor motors, with an internal stator connected secured against rotation to the machine frame and with an external rotor, which forms a deflection element driving the respective transport element, that their stators are connected secured against rotation to the machine frame by means of a common carrier, and that the common carrier is in the form of a carrier axle.
Water distributor for a domestic appliance, in particular for an automatic dishwasher, for controlled conveyance of fluid into a selection of drainage lines (14, 15a, 15b, 15c), comprising a distribution housing and a movably mounted shut-off element, the distribution housing comprising a first outlet opening, which opens into a first drainage line, and at least one second outlet opening (12a, 12b, 12c), which opens into a second drainage line (15a, 15b, 15c), the shut-off element preventing the flow of the fluid through the second outlet opening (12a, 12b, 12c) when the shut-off element is in a first position and allowing the fluid to flow through the second outlet opening (12a, 12b, 12c) when the shut-off element is in a second position, and the shut-off element allowing the fluid to flow through the first outlet opening in both the first and the second position of the shut-off element, characterised in that the shut-off element comprises a scraper which has a substantially smaller cross-sectional area than the first outlet opening of the distribution housing and is shifted over the first outlet opening when the shut-off element is moved from the first position into the second position or from the second position into the first position of the shut-off element.
Method for suppressing high-frequency perturbations in a pulse-width modulation, comprising the steps of pulse-width modulating by superposing a first carrier signal having a carrier frequency (f c) and an input signal with a first modulation frequency (f m, 1) to obtain a first pulse-width modulated signal; pulse-width modulating n second electronic signals, where n ≥ 1 is an integer, by superposing n second carrier signals having the carrier frequency (f c) with another input signal with a second modulation frequency (f m, 2), wherein the n second carrier signals are, respectively, phase shifted with respect to the first carrier signal to obtain n second pulse-width modulated signals; low-pass filtering the first pulse-width modulated signal to obtain a first perturbed filtered signal and low-pass filtering the n second pulse-width modulated signals to obtain n second perturbed filtered signals; and characterized by combining the first perturbed filtered signal and the n second perturbed filtered signals by a C 2 SC filtering means, wherein C 2 SC filtering means denotes a high pass filtering of m-th order or a combination of a high-pass and an all-pass filtering means, and designing the low-pass filtering of the first pulse-width modulated signal and the low-pass filtering of the n second pulse-width modulated signals and the C 2 SC filtering to have identically decaying flanks for frequencies higher than the carrier frequency (f c) in order to obtain an enhanced output wanted signal.
Switching device with a latching mechanism, at least one first switch contact and at least one second switch contact, wherein at least the first switch contact is designed as a movable switch contact, wherein when both switch contacts are in contact a current path is closed through the switching device, wherein the latching mechanism comprises a swivel-supported switch lever, and latch and a latching point, wherein the latching mechanism is at least indirectly connected to the first switch contact in order to control the movement of the first switch contact, wherein in a first position of the switch lever the switch contacts are separated and the latch is not engaged in the latching point, wherein in a second position of the switch lever the switch contacts are separated and the latch is at least indirectly latched at the latching point and wherein in a third position of the switch lever the switch contacts are closed and the latch is at least indirectly latched at the latching point, characterised in that the switching device, more particularly the latching mechanism has at least one securing device for securing the latch with the latching point during the transition from the third into the second position.
A braided article of footwear comprising: a sole; and a braided upper coupled to the sole, the braided upper comprising a first surface and a second surface, the braided upper formed from at least a high performance yarn and a base yarn, the first surface of the braided upper defining a toe portion, a heel portion, a medial midfoot portion and a lateral midfoot portion extending between the toe portion and the heel portion, and a throat portion between the medial midfoot portion and the lateral midfoot portion, the second surface defining an underfoot portion of the braided upper; wherein the high performance yarn forms a braided framework that is integrally and contiguously braided with portions of the braided upper; characterized in that the braided framework forms a crisscross pattern at both the medial midfoot portion and the lateral midfoot portion and a pattern comprised of parallel lines extending across the underfoot portion of the braided upper, wherein the high performance yarn has a higher strength than the base yarn, wherein the contiguous and integrally braided framework is configured to circumferentially reinforce the braided upper.
A propulsion device for a satellite equipped with at least four active thrusters exerting a parallel thrust during a transfer, the device comprising means for detecting a thruster failure, means for reorienting the thrusters and means for computing a reorientation angle of the remaining active thrusters during a failure of a thruster, the device being characterised in that said reorientation angle is computed to reorient all the remaining active thrusters according to the same reorientation angle in order to cancel the total torque around the centre of mass of the satellite.
Microwave plasma generating device (1, 1', 1", 1"', 1"") with a plasma chamber (2, 2'), at least one microwave generating device for generating microwaves (μW) provided outside of the plasma chamber (2, 2'), and a microwave incoupling device, with which the microwaves (μW) are coupable into the plasma chamber (2, 2'), wherein the microwave incoupling device comprises an inner conductor which leads into the plasma chamber (2, 2') through at least one chamber wall of the plasma chamber (2, 2'), an insulating tube enclosing the inner conductor and separating the inner conductor from an interior of the plasma chamber (2, 2'), and at least one outer conductor (6, 6') comprising at least one outer conductor end in the plasma chamber (2, 2'), leading into the plasma chamber (2, 2') through the at least one chamber wall, provided coaxially but not fully around the entire inner conductor, wherein the inner conductor and the outer conductor (6, 6') form a microwave line and an outlet of microwaves (μW) out of the microwave line in the plasma chamber is provided to generate microwave plasma in the interior of the plasma chamber (2, 2'), wherein in the interior of the plasma chamber (2, 2'), at least one plasma electrode, which is electrically insulated from the chamber wall and to which a DC, NF, or HF voltage can be applied, is provided, with which the microwave plasma is electronically contactable, characterized in that the plasma electrode is arranged coaxially to the inner conductor so that the function of the outer conductor (6, 6') is transferable at least partly to the microwave plasma.