mhurhangee/ep-ind-claims huggingface dataset:
Lifting-lowering valve unit with a) a switching means, aa) which can be moved translationally along a movement axis and/or rotated about the movement axis for inducing different positions, ab) in a position of the switching means an aeration and/or in a position of the switching means a deaeration of a port for an air suspension bellow being provided, and b) a latching or locking device, ba) which comprises a latching or locking element and a latching or locking recess (56; 57; 58), bb) the latching or locking element engaging with the latching or locking recess (56; 57; 58) in a latching or locking position, characterised in that c) the latching or locking element is guided in the switching means and can be moved out of the switching means for providing the latching or locking position. a) a switching means, aa) which can be moved translationally along a movement axis and/or rotated about the movement axis for inducing different positions, ab) in a position of the switching means an aeration and/or in a position of the switching means a deaeration of a port for an air suspension bellow being provided, and aa) which can be moved translationally along a movement axis and/or rotated about the movement axis for inducing different positions, ab) in a position of the switching means an aeration and/or in a position of the switching means a deaeration of a port for an air suspension bellow being provided, b) a latching or locking device, ba) which comprises a latching or locking element and a latching or locking recess (56; 57; 58), bb) the latching or locking element engaging with the latching or locking recess (56; 57; 58) in a latching or locking position, ba) which comprises a latching or locking element and a latching or locking recess (56; 57; 58), bb) the latching or locking element engaging with the latching or locking recess (56; 57; 58) in a latching or locking position, c) the latching or locking element is guided in the switching means and can be moved out of the switching means for providing the latching or locking position.
A strike tip for a pick tool, comprising a strike structure joined to a substrate at an interface boundary, the strike structure comprising polycrystalline diamond material and the substrate comprising carbide material; the interface boundary being dome-shaped and being free of a central depression; the strike structure having a strike end opposite the interface boundary, the strike end including a rounded apex having a radius of curvature in a longitudinal plane of at least 3.2 mm and at most 6 mm; and the thickness of the strike structure between the apex and the interface boundary opposite the apex being 2.5 to 10 mm, characterised in that the interface boundary is defined by a convex proximate end boundary of the substrate having a radius of curvature in the longitudinal plane of 5 to 20 mm.
A coacervate comprising a polycation and a polyanion, wherein the polycation and/or the polyanion comprises a moiety of Formula I: wherein A at each occurrence independently is O, NR 2, or C(R 3) 2; R 1 or R 2 at each occurrence independently is hydrogen, alkyl, alkenyl, aryl, arylalkyl, cycloalkyl, heteroaryl, or heterocyclyl, wherein each of the alkyl, alkenyl, aryl, arylalkyl, cycloalkyl, heteroaryl, and heterocyclyl optionally is substituted with one or more suitable substituents; R 3 at each occurrence is hydrogen, alkyl, alkenyl, aryl, arylalkyl, cycloalkyl, heteroaryl, heterocyclyl, hydroxyl, alkoxyl, aroxyl, ester, sulfide, sulfinyl, sulfonyl, halo, cyano, nitro, carbonyl, or carboxylate, wherein each of the alkyl, alkenyl, aryl, arylalkyl, cycloalkyl, heteroaryl, heterocyclyl, alkoxyl, aroxyl, ester, sulfide, sulfinyl, sulfonyl, carbonyl, and carboxylate optionally is substituted with one or more suitable substituents, or two R 3 groups are combined to form oxo or imino; R 4 at each occurrence is hydrogen or alkyl; x is 0, 1, or 2; m and n each at each occurrence is an integer; and wherein the polycation comprises a polymer backbone with a plurality of cationic groups and the cationic groups are pendant to the polymer backbone and/or incorporated within the polymer backbone; wherein the polyanion comprises a polymer backbone with a plurality of anionic groups and the anionic groups are pendant to the polymer backbone and/or incorporated within the polymer backbone; or a salt thereof. A at each occurrence independently is O, NR 2, or C(R 3) 2; R 1 or R 2 at each occurrence independently is hydrogen, alkyl, alkenyl, aryl, arylalkyl, cycloalkyl, heteroaryl, or heterocyclyl, wherein each of the alkyl, alkenyl, aryl, arylalkyl, cycloalkyl, heteroaryl, and heterocyclyl optionally is substituted with one or more suitable substituents; R 3 at each occurrence is hydrogen, alkyl, alkenyl, aryl, arylalkyl, cycloalkyl, heteroaryl, heterocyclyl, hydroxyl, alkoxyl, aroxyl, ester, sulfide, sulfinyl, sulfonyl, halo, cyano, nitro, carbonyl, or carboxylate, wherein each of the alkyl, alkenyl, aryl, arylalkyl, cycloalkyl, heteroaryl, heterocyclyl, alkoxyl, aroxyl, ester, sulfide, sulfinyl, sulfonyl, carbonyl, and carboxylate optionally is substituted with one or more suitable substituents, or two R 3 groups are combined to form oxo or imino; R 4 at each occurrence is hydrogen or alkyl; x is 0, 1, or 2; m and n each at each occurrence is an integer; and wherein the polyanion comprises a polymer backbone with a plurality of anionic groups and the anionic groups are pendant to the polymer backbone and/or incorporated within the polymer backbone; or a salt thereof.
Door-opening device for a domestic appliance which is configured for automatic opening of a door of the domestic appliance, and comprises a drive motor which is mechanically coupled via an actuating device to a door hook, wherein the drive motor is connected to a cam element of the actuating device, said cam element having a helical camway against which abuts a transmission element of the actuating device, said transmission element being coupled to the door hook and being able to transmit the movement of the cam element to the door hook, characterised in that the rotary position of the cam element is detectable by a switch and, in order to transfer the cam element and in order to move from the home position to the end position and from the end position to the home position, the drive motor is rotatable in only one rotary direction.
A flood protection device for an opening of a building exposed to the water pressure, comprising a plate-like main body, having a substantially arc-like shaped transversal profile so as to define a concave region and a convex region; said main body having a base portion and a pair of side portions, the shape being such that said device can be placed within the span of said opening, with said side portions in contact with respective jambs of said opening, so that said convex region is directed towards said building, wherein said main body is implemented as a single piece, elastically deformable under the force exerted by the water to implement a self-locking connection sealing against the jambs, to this purpose having no elements inside said convex region apt to limit such deformability, wherein each one of said side portions comprises a respective resting surface for said jambs and a respective side sealing element which, in use, is in contact with a portion of said jambs within the span of said opening, characterized in that the device further comprises a bending device connected to said main body at said convex region, apt to deform elastically the main body for varying the curvature radius of said arc and then the distance between said side portions.
A system for a preferably vertical greening, constructed from structural elements in the form of clinker or bricks, wherein each structural element comprises a front side with a recess for planting substrate, and wherein the structural elements consist of a water-absorbent and water-permeable material, wherein horizontal and/or vertical irrigation channels, which extend over several adjacent structural elements, are formed from the material in the structural elements, wherein water may be supplied to the structural elements via the irrigation channels and may be distributed in the structural elements characterized in that the irrigation channels (11, 12) are formed for the indirect irrigation of the greening through the material, and wherein the irrigation channels (11, 12) are formed by bores or material recesses.
A moulded part comprising a wall having a hole, along an axis, produced during the moulding of this part, said hole being intended to receive a guide for assembling another part on said moulded part, said hole being surrounded by an edge, situated on one of the sides of the wall, for guiding the engagement of the guide in said hole along the axis of said hole, the edge having a zone forming an angle with the wall, the end of which is connected to said wall by a connecting part forming with said zone of the edge a recess which opens out on the surface of the wall opposed to the edge and which has, in a plane perpendicular to said wall, a substantially V-shaped section, so that the moulded part is obtained by means of a mould composed of two separable parts along a demoulding axis different from the axis of the hole of the moulded part, said edge zone forming an angle with the wall is undercut with respect to the demoulding axis, and the connecting element is not undercut with respect to the demoulding axis.
A contact lens dispenser comprising: a tubular housing having an interior and a dispensing end; a delivery screw in the interior of the tubular housing, the delivery screw comprising a thread and having an axis of rotation, the thread having a pitch, and the delivery screw mounted for rotation within the tubular housing about the axis of rotation; and an actuator configured to rotate the dispensing screw upon actuation of the actuator wherein a plurality of contact lenses is disposed in the interior, suspended in solution, on the thread, the contact lenses are each spaced apart from adjacent ones, along the thread, by the pitch, and the thread is configured to hold the contact lenses and the contact lens solution along the thread such that, upon actuation of the actuator, each of the contact lenses is moved along the thread by a distance of one pitch and a single contact lens is dispensed from the dispensing end of the tubular housing. a tubular housing having an interior and a dispensing end; a delivery screw in the interior of the tubular housing, the delivery screw comprising a thread and having an axis of rotation, the thread having a pitch, and the delivery screw mounted for rotation within the tubular housing about the axis of rotation; and an actuator configured to rotate the dispensing screw upon actuation of the actuator wherein a plurality of contact lenses is disposed in the interior, suspended in solution, on the thread, the contact lenses are each spaced apart from adjacent ones, along the thread, by the pitch, and the thread is configured to hold the contact lenses and the contact lens solution along the thread such that, upon actuation of the actuator, each of the contact lenses is moved along the thread by a distance of one pitch and a single contact lens is dispensed from the dispensing end of the tubular housing.
Process for producing metallurgical silicon, wherein a mixture of a raw material mixture containing silicon dioxide and carbon and a recycle feed containing organosilicon compounds is reacted in an electric furnace. wherein a mixture of a raw material mixture containing silicon dioxide and carbon and a recycle feed containing organosilicon compounds is reacted in an electric furnace.
A method of determining particle count information in air or liquid environment using a particle counting system (10, 40) comprising an environmental sensor (15,50) having: an inlet, an outlet, a particle detection portion, and a controller, the controller including a memory having a number of memory addresses dedicated to different types of counts and having information related to the environmental sensor (15, 50), the controller being configured to control and operate the environmental sensor (15, 50); and communicating particle count information from the environmental sensor to a data acquisition system remote from the controller, the method comprising creating a flow of fluid from a space through the environmental sensor (15, 50); detecting particles in the fluid; determining a first particle count indicative of the number of particles detected in a first time interval; determining a second particle count indicative of the number of particles detected in a second time interval; determining a third particle count indicative of the number of particles detected in a third time interval; determining a total particle count; continuously updating the total particle count using a rolling memory count technique for the plurality of counts in which the latest count is used in place of one of the counts stored defined as the sum of the stored counts from the respective intervals; and communicating the total particle count from the environmental sensor (15, 50) to the data acquisition system, the communicating act including wirelessly communicating the total particle count determined. an inlet, an outlet, a particle detection portion, and a controller, the controller including a memory having a number of memory addresses dedicated to different types of counts and having information related to the environmental sensor (15, 50), the controller being configured to control and operate the environmental sensor (15, 50); and communicating particle count information from the environmental sensor to a data acquisition system remote from the controller, the method comprising creating a flow of fluid from a space through the environmental sensor (15, 50); detecting particles in the fluid; determining a first particle count indicative of the number of particles detected in a first time interval; determining a second particle count indicative of the number of particles detected in a second time interval; determining a third particle count indicative of the number of particles detected in a third time interval; determining a total particle count; continuously updating the total particle count using a rolling memory count technique for the plurality of counts in which the latest count is used in place of one of the counts stored defined as the sum of the stored counts from the respective intervals; and communicating the total particle count from the environmental sensor (15, 50) to the data acquisition system, the communicating act including wirelessly communicating the total particle count determined.
A method for disinfecting the air breathed in by a user, the method comprising steps of: subjecting the inside of a first chamber in communication with an outside air space, to a first source of ultraviolet radiation having a wavelength able to destroy germs, subjecting the inside of a second chamber in communication with the outside air space, to a second source of ultraviolet radiation, detecting times (t1-t8) when the air inhalation and expiration breathing phases carried out by the user start, each breathing phase being associated with a forward or backward direction of circulation in which air is circulated in a pipe (4, 6) during the breathing phase, during a first forward direction breathing phase following a first backward direction breathing phase, circulating the air from the first chamber between an inner volume of a breathing mask covering the mouth and the nose of the user and the outside air space, the first forward direction breathing phase being followed by a second backward direction breathing phase, and wherein, during a second forward direction breathing phase following the second backward direction breathing phase, circulating the air from the second chamber T2) between the internal space of the breathing mask and the outside air space. subjecting the inside of a first chamber in communication with an outside air space, to a first source of ultraviolet radiation having a wavelength able to destroy germs, subjecting the inside of a second chamber in communication with the outside air space, to a second source of ultraviolet radiation, detecting times (t1-t8) when the air inhalation and expiration breathing phases carried out by the user start, each breathing phase being associated with a forward or backward direction of circulation in which air is circulated in a pipe (4, 6) during the breathing phase, during a first forward direction breathing phase following a first backward direction breathing phase, circulating the air from the first chamber between an inner volume of a breathing mask covering the mouth and the nose of the user and the outside air space, the first forward direction breathing phase being followed by a second backward direction breathing phase, and wherein, during a second forward direction breathing phase following the second backward direction breathing phase, circulating the air from the second chamber T2) between the internal space of the breathing mask and the outside air space.
Telescopic shaft cap for one end of a winding shaft of a building opening shading device, the winding shaft, onto which a curtain can be wound, being designed as a hollow shaft and the end regions thereof being receivable on support means that can be attached to the building, and the telescopic shaft cap having an outer part which can be inserted into the associated end of the winding shaft and can be secured therein and an inner part which can be slid in said outer part in the axial direction and can be partially pushed out thereof, which inner part is provided, at its front end in the push-out direction, with a bearing means (8, 9) which can be brought into engagement with the associated support means, and which inner part is preloaded in the extension direction and is adjustable between a retracted mounting position and an extended operating position in which it interacts with the associated support means, and vice versa, characterized in that the inner part can be latched relative to the outer part in the mounting position and in the operating position by means of a latching means, the inner part being provided with at least two axially offset, circumferential latching teeth (23, 24) which have radial locking surfaces facing away from one another and of which the spacing is adapted to the desired push-out length of the inner part, and the outer part having a latching recess which is continuous in the radial direction and into which the latching teeth (23, 24) can be alternately latched, and into which an externally operable unlocking member provided on the winding shaft can be brought into engagement in the opposite direction to the latching teeth (23, 24).
A superconducting apparatus, wherein the superconducting device comprises a first layer and a second layer of superconducting material; a tunneling layer of insulating material disposed between the first layer and the second layer of the superconducting material; and a layer of thermally conducting, non-superconducting material disposed between the first layer and the second layer of the superconducting material, the non-superconducting layer being in contact with either the first layer or the second layer of superconducting material; characterised in further comprising a temperature controlling element outside of the superconducting junction, the temperature controlling element being coupled with the layer of the non-superconducting material for controlling the temperature of the superconducting junction. a first layer and a second layer of superconducting material; a tunneling layer of insulating material disposed between the first layer and the second layer of the superconducting material; and a layer of thermally conducting, non-superconducting material disposed between the first layer and the second layer of the superconducting material, the non-superconducting layer being in contact with either the first layer or the second layer of superconducting material; characterised in further comprising a temperature controlling element outside of the superconducting junction, the temperature controlling element being coupled with the layer of the non-superconducting material for controlling the temperature of the superconducting junction.
A Human Machine Interface comprising: a cockpit display system including at least one of a Multi Function Display and a Primary Flight Display; and a flight control system operable to communicate display data directly to said cockpit display system, said flight control system including a multiple of flight control computers (FCCs) interconnected by a Cross Channel Data Link (CCDL) and at least one of said multiple of flight control computers (FCCs) including a video interface to generate said display data, wherein said flight control system is separate from said cockpit display system and is configured to control avionics, wherein said flight control system includes a triple modular redundant flight control computer architecture in which each of said FCCs is identical in hardware and software and interconnected by said Cross Channel Data Link (CCDL); wherein said video interface is implemented on a separate processor or processing card within at least one flight control computer. a cockpit display system including at least one of a Multi Function Display and a Primary Flight Display; and a flight control system operable to communicate display data directly to said cockpit display system, said flight control system including a multiple of flight control computers (FCCs) interconnected by a Cross Channel Data Link (CCDL) and at least one of said multiple of flight control computers (FCCs) including a video interface to generate said display data, wherein said flight control system is separate from said cockpit display system and is configured to control avionics, wherein said flight control system includes a triple modular redundant flight control computer architecture in which each of said FCCs is identical in hardware and software and interconnected by said Cross Channel Data Link (CCDL); wherein said video interface is implemented on a separate processor or processing card within at least one flight control computer.