mhurhangee/ep-ind-claims huggingface dataset:
A housing assembly for a fluid sensor assembly, comprising: a housing (22, 52, 122) having a first sensing volume and a second sensing volume; a fluid port (28, 54, 128, 140) attached to the housing (22, 52, 122) and having at least a first fluid aperture (58a, 103a) and second fluid aperture (58b, 103b); at least one porous membrane (32, 56, 132) assembled between the fluid port (28, 54, 128, 140) and the housing (22, 52, 122), the at least one porous membrane covering the first and second fluid apertures; the first sensing volume comprising a vertically-oriented waveguide, the first sensing volume being fluidly coupled to an exterior of the housing through the first fluid aperture (58a, 103a), the first fluid aperture (58a, 103a) having an area smaller than an area of a cross section of the waveguide; and the second sensing volume being coupled to the exterior of the housing (22, 52, 122) through the second fluid aperture (58b, 103b), the second fluid aperture (58b, 103b) having an area larger than an area of a cross section of the second sensing volume. a housing (22, 52, 122) having a first sensing volume and a second sensing volume; a fluid port (28, 54, 128, 140) attached to the housing (22, 52, 122) and having at least a first fluid aperture (58a, 103a) and second fluid aperture (58b, 103b); at least one porous membrane (32, 56, 132) assembled between the fluid port (28, 54, 128, 140) and the housing (22, 52, 122), the at least one porous membrane covering the first and second fluid apertures; the first sensing volume comprising a vertically-oriented waveguide, the first sensing volume being fluidly coupled to an exterior of the housing through the first fluid aperture (58a, 103a), the first fluid aperture (58a, 103a) having an area smaller than an area of a cross section of the waveguide; and the second sensing volume being coupled to the exterior of the housing (22, 52, 122) through the second fluid aperture (58b, 103b), the second fluid aperture (58b, 103b) having an area larger than an area of a cross section of the second sensing volume.
An electrical installation system comprising at least one first installation unit which switches a connected load; at least one second installation unit having an operating sensor system; and at least one two-core line system by which the two installation units (9, 10) are electrically connected, wherein one core of the line system is connected to an external energy supply and one core connects the installation units (9, 10) to one another, characterized in that the second installation unit has a plurality of operating elements; the second installation unit has an assembly for an internal energy supply which is supplied with energy via the line system to the first installation unit and via the connected load; the second installation unit has an assembly for telegram generation; and digital signals are generated and are summarized in the form of a telegram by an actuation of the operating sensor system of the second installation unit in the assembly, said telegram containing information on the operating element used and on the operation time of the operating sensor system and being transmitted to the first installation unit via the core which connects the installation units (9, 10) to one another and generating a switching action for the connected load in the first installation unit.
Fire detector having a fire sensor device for detecting a fire and for outputting a fire signal, having an environmental sensor device (7, 8) for detecting bodies in the environment of the fire detector and for outputting an environmental signal, and having a control device which sets a normal state and an alarm state of the fire detector on the basis of the fire signal, characterized in that the fire detector is additionally in the form of a man-machine interface, the control device being designed to check whether the environmental signal can be deemed to be a user input.
A method for treatment of human excrement comprising the steps of: providing a chamber having a top opening through which excrement enters the chamber allowing excrement to form a layer inside chamber by setting up a plate across the whole width and length of the interior of chamber and dehydrating solid excrement by ventilating the chamber interior by means of a ventilation system, characterised in that the plate is a porous plate and an upper part of plate includes a protrusion in the form of an equilateral-triangular base pyramid topped vertically under the center of an outlet (4,4a) of the top opening and lower side of the equilateral-triangular base of the pyramid is intersected perpendicularly to a central line of the plate, and the plate further slopes downwardly and then horizontally away from the top opening in the form of a series of corrugations, whereby excrement moves down the pyramid and the slope and across the porous plate by gravity; the method further comprising the steps of: allowing liquid urine to fall down into a urine storing region through perforations in the porous plate; setting up two solid excrement storing regions namely a front storing region located under the top opening and a rear storing region located away from the top opening, storing solid excrement firstly at front storing region and secondly at rear storing region; separating the regions by mounting a vertical baffle on top of said corrugated plate; and dehydrating solid excrement by means of said ventilation system being located at the top ceiling region of the front storing region which draws air in through an end wall of the rear storing region, down through the porous plate into the urine storing region and back up through the porous plate before exiting out through the ventilation system. allowing liquid urine to fall down into a urine storing region through perforations in the porous plate; setting up two solid excrement storing regions namely a front storing region located under the top opening and a rear storing region located away from the top opening, storing solid excrement firstly at front storing region and secondly at rear storing region; separating the regions by mounting a vertical baffle on top of said corrugated plate; and dehydrating solid excrement by means of said ventilation system being located at the top ceiling region of the front storing region which draws air in through an end wall of the rear storing region, down through the porous plate into the urine storing region and back up through the porous plate before exiting out through the ventilation system.
A method for locating a vehicle, comprising: - checking whether an external database which has been created by an external server and whose data represent a model of an environment of the vehicle is available in the vehicle for locating the vehicle, - checking whether the external database can be used to locate the vehicle if it has previously been determined that the external database is available in the vehicle, - capturing an image of an environment of the vehicle by a camera in the vehicle, - locating the vehicle by using a position of the vehicle determined by means of the captured image and the external database, if it has been previously determined that the external database can be used for locating the vehicle, and locating the vehicle by using the position of the vehicle which by means of the captured image and a map of the environment of the vehicle created in the vehicle while the vehicle is moving, if it has been previously determined that the external database cannot be used for locating the vehicle. - checking whether an external database which has been created by an external server and whose data represent a model of an environment of the vehicle is available in the vehicle for locating the vehicle, - checking whether the external database can be used to locate the vehicle if it has previously been determined that the external database is available in the vehicle, - capturing an image of an environment of the vehicle by a camera in the vehicle, - locating the vehicle by using a position of the vehicle determined by means of the captured image and the external database, if it has been previously determined that the external database can be used for locating the vehicle, and locating the vehicle by using the position of the vehicle which by means of the captured image and a map of the environment of the vehicle created in the vehicle while the vehicle is moving, if it has been previously determined that the external database cannot be used for locating the vehicle.
An information processor, comprising: a generator (11; 112) that is adapted to generate plural pieces of original sound data each indicating a respective original sound as a basis for a processed sound to be heard by a user and a respective individual set of parameters indicating a content of processing to be performed on each piece of the original sound data; an original sound data output section that is adapted to output the plural pieces of original sound data generated by the generator (11; 112) to respective channels (ch1 to ch5); and a control signal output section that is adapted to output a control signal to a channel (ct) other than the channels (ch1 to ch5) for outputting the original sound data, the control signal including the sets of parameters and a correspondence relationship between the sets of parameters and the respective channels from which the plural pieces of original sound data to be processed by means of the sets of parameters are output. a generator (11; 112) that is adapted to generate plural pieces of original sound data each indicating a respective original sound as a basis for a processed sound to be heard by a user and a respective individual set of parameters indicating a content of processing to be performed on each piece of the original sound data; an original sound data output section that is adapted to output the plural pieces of original sound data generated by the generator (11; 112) to respective channels (ch1 to ch5); and a control signal output section that is adapted to output a control signal to a channel (ct) other than the channels (ch1 to ch5) for outputting the original sound data, the control signal including the sets of parameters and a correspondence relationship between the sets of parameters and the respective channels from which the plural pieces of original sound data to be processed by means of the sets of parameters are output.
A medical stent (110, 210) having a first end, a second end, and a central longitudinal axis (112, 212) extending from the first end to the second end, comprising: a plurality of first filaments (130, 230) each extending in a first helical path around the central longitudinal axis in a first direction; and a plurality of second filaments (140, 240) each extending in a second helical path around the central longitudinal axis in a second direction; wherein the plurality of first filaments (130, 230) is interwoven with the plurality of second filaments (140, 240); wherein the first helical path of at least one of the plurality of first filaments (130, 230) includes a circumferential offset disposed between the first end and the second end, wherein the at least one of the plurality of first filaments (130, 230) includes an anti-migration loop (150, 250) protruding radially outward from an outer surface (114, 214) of the medical stent at the circumferential offset, wherein the circumferential offset forms the anti-migration loop (150, 250), at least a portion of the anti-migration loop (150, 250) being oriented substantially perpendicular to the central longitudinal axis (112, 212), and a portion of the anti-migration loop (150, 250) being angled toward the first end or the second end of the medical stent. a plurality of first filaments (130, 230) each extending in a first helical path around the central longitudinal axis in a first direction; and a plurality of second filaments (140, 240) each extending in a second helical path around the central longitudinal axis in a second direction; wherein the plurality of first filaments (130, 230) is interwoven with the plurality of second filaments (140, 240); wherein the first helical path of at least one of the plurality of first filaments (130, 230) includes a circumferential offset disposed between the first end and the second end, wherein the at least one of the plurality of first filaments (130, 230) includes an anti-migration loop (150, 250) protruding radially outward from an outer surface (114, 214) of the medical stent at the circumferential offset, wherein the circumferential offset forms the anti-migration loop (150, 250), at least a portion of the anti-migration loop (150, 250) being oriented substantially perpendicular to the central longitudinal axis (112, 212), and a portion of the anti-migration loop (150, 250) being angled toward the first end or the second end of the medical stent.
Switch suitable for direct current operation, comprising a housing, at least one contact pair (12, 17) having a first contact (10, 15) and a second contact (11, 16), wherein at least one of the two contacts (15, 16) can be moved and the two contacts (10, 15; 11, 16) are in contact with each other when the switch is switched on and are not in contact with each other when the switch is switched off, an arc driver assembly which generates a magnetic field at least in the region of the contact pair (12, 17), a first arc conducting assembly by means of which an arc that occurs between the contacts (10, 15; 11, 16) is conducted with a first current direction toward a first quenching apparatus for quenching the arc, wherein a second arc conducting assembly is provided by means of which an arc that occurs between the contacts (10, 15; 11, 16) is conducted with a second current direction opposed to the first current direction toward a second quenching apparatus for quenching the arc, wherein both arc conducting apparatuses (22, 23) each comprise at least two guide plates, characterised in that of the two guide plates, at least one first guide plate is immovably received in the housing, wherein second guide plates (29, 34) are each divided and comprise two parts each, wherein one first part (30, 35) respectively of the second guide plates (29, 34) is permanently connected to a bridge assembly (18, 19) and moveably arranged in the housing and a second part (31, 36) respectively of the second guide plates (29, 34) is immovably received in the housing.
A method for wireless communication in a wireless backhaul network, comprising: determining, at a first access node, whether data is available to be transmitted via a first communication link between the first access node and a second access node using a radio access technology, RAT, that supports a synchronized frame structure, wherein the first communication link is a backhaul link; receiving at the first access node from a third access node an indication whether a scheduled resource of a second communication link between the first access node and the third access node using the RAT, time synchronized with the first communication link, is available during a time interval defined by the synchronized frame structure, wherein a first subset of scheduled resources defined by the synchronized frame structure are assigned to be used by the first communication link and a second subset of scheduled resources defined by the synchronized frame structure are assigned to be used by the second communication link, the first subset being different than the second subset; and transmitting, by the first access node, the data via the first communication link using the scheduled resource of the second communication link during the time interval based at least in part on the indication indicating that the scheduled resource of the second communication link is available during the time interval. receiving at the first access node from a third access node an indication whether a scheduled resource of a second communication link between the first access node and the third access node using the RAT, time synchronized with the first communication link, is available during a time interval defined by the synchronized frame structure, wherein a first subset of scheduled resources defined by the synchronized frame structure are assigned to be used by the first communication link and a second subset of scheduled resources defined by the synchronized frame structure are assigned to be used by the second communication link, the first subset being different than the second subset; and transmitting, by the first access node, the data via the first communication link using the scheduled resource of the second communication link during the time interval based at least in part on the indication indicating that the scheduled resource of the second communication link is available during the time interval.
An endoscope system comprising: a lighting section for sequentially applying to an observation object, first illumination light in a wavelength band having a high light absorption coefficient of hemoglobin, out of light in a wavelength band penetrating to a depth of a specific layer in living body tissue, and second illumination light in a wavelength band that is different from said wavelength band of said first illumination light and in which oxyhemoglobin and deoxyhemoglobin have different light absorption coefficients; an image signal obtaining section (11, 12) for obtaining a first image signal by imaging said observation object under irradiation with said first illumination light and obtaining a second image signal by imaging said observation object under irradiation with said second illumination light; characterized by an image generating section adapted to producing a first object image based on only said first image signal and producing a second object image based on said second image signal; and a display section for displaying said first and second object images. a lighting section for sequentially applying to an observation object, first illumination light in a wavelength band having a high light absorption coefficient of hemoglobin, out of light in a wavelength band penetrating to a depth of a specific layer in living body tissue, and second illumination light in a wavelength band that is different from said wavelength band of said first illumination light and in which oxyhemoglobin and deoxyhemoglobin have different light absorption coefficients; an image signal obtaining section (11, 12) for obtaining a first image signal by imaging said observation object under irradiation with said first illumination light and obtaining a second image signal by imaging said observation object under irradiation with said second illumination light; characterized by an image generating section adapted to producing a first object image based on only said first image signal and producing a second object image based on said second image signal; and a display section for displaying said first and second object images.
A water spray gun, comprising a gun body, the gun body comprising: a)an inner part, the inner part comprising a water channel; b)an outer part, the outer part comprising a handle; c) an upper part, the upper part comprising an outer surface, a spray bar, a water spray plate, a lock button, and a pull rod comprising a plug; and d)a lower part, the lower part comprising a water stop plug disposed at an distal end thereof, a water stop plate, a water stop spring, a first sealing ring for stopping water, and a second sealing ring for introducing water; wherein the water channel is disposed in the inner part of the gun body, and the handle is movably mounted on the outer part of the gun body via a pin; characterized in that the lock button comprises a rivet hole, a first end, a second end, a first surface, and a second surface; a recess is disposed on the first surface of the lock button; the rivet hole is disposed at the second end of the lock button; a plurality of convex-concave knurls is disposed on an inner surface of the second end of the lock button that confines the rivet hole; the lock button is disposed on the outer surface of the upper part and is in movable rivet connection with the gun body; the lock button is movable between a first position and a second position; when the lock button is disposed at the first position, the second surface of the lock button is in contact with the outer surface of the upper part; when the lock button is disposed at the second position, the second surface of the lock button is not in contact with the outer surface of the upper part, and the first end of the lock button clamps and locks the handle; and a user contacts the first surface of the lock button and the recess when moving the lock button from the first position towards the second position. a)an inner part, the inner part comprising a water channel; b)an outer part, the outer part comprising a handle; c) an upper part, the upper part comprising an outer surface, a spray bar, a water spray plate, a lock button, and a pull rod comprising a plug; and d)a lower part, the lower part comprising a water stop plug disposed at an distal end thereof, a water stop plate, a water stop spring, a first sealing ring for stopping water, and a second sealing ring for introducing water;
Pneumatic vehicle tyre of a radial type for trucks, comprising a four-ply belt (3a, 3b, 3c, 3d), wherein each belt ply (3a, 3b, 3c, 3d) contains steel cords as reinforcing elements, which run parallel to one another in each belt ply (3a, 3b, 3c, 3d), wherein the included angle which the steel cords in the first belt ply form with the circumferential direction is between 50° and 65° and the included angles which the steel cords in the other belt plies (3b, 3c, 3d) form with the circumferential direction are respectively between 10° and 30°, and wherein between the peripheral portions of the second belt ply and the third belt ply there protrudes a belt pad, which on the shoulder side extends beyond the periphery of the second belt ply, characterized in that at least two belt edge strips (7a, 7b), lying one on top of the other and comprising rubberized steel cords running parallel in each strip (7a, 7b), are respectively arranged on the shoulder side, wherein the radially inner strip is in contact with the peripheral portion of the third belt ply, which strips (7a, 7b), when considered in the axial direction, cover over the edges of the first three belt plies (3a, 3b, 3c) and towards the middle of the belt reach almost up to the side edges of the radially outermost belt ply, wherein the steel cords in one strip run crosswise in relation to the steel cords in the other strip and the steel cords respectively form an acute included angle with the circumferential direction.